汽车变速器外文翻译
汽车变速器英语词汇
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(副变速器)变速杆range selector按钮控制finger-tip control半自动换档机械式变速器semi-automatic mechanical transmission 半自动液力变速器semiautomatic transmission包角scroll泵轮impeller边斜角(进出口)bias(entrance and exit)变矩比torque ratio变矩范围torque conversion range变矩系数torque ratio变容式液力变矩器variable capacity converter变速叉shifting fork (gear shift fork)变速齿轮transmission gear变速齿轮比(变速比)transmission gear ratio变速齿轮组change gear set变速杆stick shift(gear shift lever)变速轨(拨叉道轨)shift rail变速器transmission (gearbox)变速器输出轴transmission output shaft变速器输入轴transmission input shaft变速器中间轴transmission countershaft变速器轴的刚度rigidity of shaft变速器主动齿轮轴transmission drive gear shaft变速器主轴transmission main shaft变速踏板gear shift pedal操纵杆control lever槽导变速gate change长行星齿轮long planet gear常啮齿轮constant mesh gear常啮合齿轮传动constant mesh transmission常压式同步器constant pressure synchronizer超速档变速器over drive transmission超限换档overrun shift传动比gear ratio带主减速器的变速器final driving transmission单向离合器one-way clutch单向离合器换档freewheel shift导轮可反转的变矩器torque converter with reversal reactor倒档reverse gear倒档中间齿轮reverse idler gear低速档bottom gear(low speed gear)第二档second gear第一档first gear电磁阀调压阀solenoid regulator valve电液式自动换档系统electronic -hydraulic automatic电子同步变速装置electronically synchronized transmission assembly 调压阀pressure -regulator valve调制压力modulated pressure定输入扭矩特性constant input torque performance定轴式液力变速器countershaft transmission定子stator动力换档power shift动力换档过程timing动力相似dynamic similarity动力助力换档变速器power assisted shift transmission短行星齿轮short planet gear多级变速器multi-speed transmission多中间轴变速器multi-countershaft transmission反拖特性coast performance方向盘式变速column shift (handle change)分动齿轮(分动机构)transfer gear分动箱(分动器)transfer case分动箱控制杆transfer gear shift fork分段式多档变速器sectional type multi-speed transmission分流式液力变速器split torque drive transmission辅助变速器auxiliary gear box副变速器splitter副轴counter shaft副轴齿轮counter shaft gear高速档top gear(high gear)固定轴式变速器fixed shaft transmission惯性式同步器inertial type of synchronizer过载系数overloading ratio后油泵gear pump (output pump )滑差slip滑动齿轮sliding gear滑动齿轮变速器sliding gear transmission滑动齿轮传动sliding -gear transmission缓冲压力compensator or trimmer pressure换档shift换档点shift point换档定时property of automatic shift换档阀shift valve换档规律process of power shift换档机构gearshift换档循环shift schedule换档元件engaging element换档指令发生器shift pattern generator回油泵scavenge oil pump机械式变速器mechanical transmission 级stage几何相似geometry similarity继动阀relay valve。
变速器介绍外文文献翻译、中英文翻译、外文翻译
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附录附录A 英文文献Transmission descriptionTransmission gearbox's function the engine's output rotational speed is high, the maximum work rate and the maximum torque appears in certain rotational speed area. In order to display engine's optimum performance, must have a set of variable speed gear, is coordinated the engine the rotational speed and wheel's actual moving velocity. The transmission gearbox may in the automobile travel process, has the different gear ratio between the engine and the wheel, through shifts gears may cause the engine work under its best power performance condition. Transmission gearbox's trend of development is more and more complex, the automaticity is also getting higher and higher, the automatic transmission will be future mainstream.Automotive Transmission's mission is to transfer power, and in the process of dynamic change in the transmission gear ratio in order to adjust or change the characteristics of the engine, at the same time through the transmission to adapt to different driving requirements. This shows that the transmission lines in the automotive transmission plays a crucial role. With the rapid development of science and technology, people's car is getting higher and higher performance requirements, vehicle performance, life, energy consumption, such as vibration and noise transmission depends largely on the performance, it is necessary to attach importance to the study of transmission.Transmission gearbox's pattern the automobile automatic transmission common to have three patterns: Respectively is hydraulic automatic transmission gearbox (AT), machinery stepless automatic transmission (CVT), electrically controlled machinery automatic transmission (AMT). At present what applies is most widespread is, AT becomes automatic transmission's pronoun nearly.AT is by the fluid strength torque converter, the planet gear and the hydraulic control system is composed, combines the way through the fluid strength transmission and the gear to realize the speed change bending moment. And the fluid strength torque converter is the most important part, it by components and so on pump pulley, turbine wheel and guide pulley is composed, has at the same time the transmission torque and the meeting and parting function.And AT compare, CVT has omitted complex and the unwieldy gear combination variable transmission, but is two groups of band pulleys carries on the variable transmission. Through changes the driving gear and the driven wheel transmission belt's contact radius carries on the speed change. Because has cancelled the gear drive, therefore its velocity ratio may change at will, the speed change is smoother, has not shifted gears kicks the feeling.AMT and the hydraulic automatic transmission gearbox (AT) is the having steps automatic transmission equally. It in the ordinary manual transmission gearbox's foundation, through installs the electrically operated installment which the microcomputer controls, the substitution originally coupling's separation which, the joint and the transmission gearbox completes by the manual control elects to keep off, to shift gears the movement, realizes fluid drive.Manual transmission gear mainly uses the principle of deceleration. Transmission within the group have different transmission ratio gear pair, and the car at the time of shift work, that is, through the manipulation of institutions so that the different transmission gear pair work. Manual transmission, also known as manual gear transmission, with axial sliding in the gears, the meshing gears through different speed to achieve the purpose of torque variation. Manual shift transmission can operate in full compliance with the will of the driver, and the simple structure, the failure rate is relatively low, value for money.Automatic transmission is based on speed and load (throttle pedal travel) fortwo-parameter control gear in accordance with the above two parameters to automatically take-off and landing. Automatic transmission and manual transmission in common, that is, there are two-stage transmission, automatic transmission can only speed the pace to automatically shift, manual transmission can be eliminated, "setback" of the shift feel.Automatic transmission is a torque converter, planetary gears and hydraulic manipulation of bodies, through the hydraulic transmission and gear combination to achieve the purpose of variable-speed torque variation.Also known as CVT-type continuously variable CVT. This transmission and automatic transmission gear generally the biggest difference is that it eliminates the need of complex and cumbersome combination of variable-speed gear transmission, and only two groups to carry out variable-speed drive pulley.CVT transmission than the traditional structure of simple, smaller and it is not the number of manual gear transmission, no automatic transmission planetary gear complex group, mainly rely on the driving wheel, the driven wheel and the transmission ratio brought about by the realization of non-class change.Widely used in automotive internal combustion engine as a power source, the torque and speed range is very small, and complex conditions require the use of motor vehicles and the speed of the driving force in the considerable changes in the scope. To resolve this contradiction, in the transmission system to set up the transmission to change transmission ratio, the expansion of the driving wheel torque and speed range in order to adapt to constantly changing traffic conditions, such as start, acceleration, climbing and so on, while the engine in the most favorable conditions to work under the scope; in the same direction of rotation of the engine under the premise of the automobile can be driven back; the use of neutral, interruption of power transmission, in order to be able to start the engine, idle speed, and ease of transmission or power shift . Transmission is designed to meet the above requirements, so that the conditions in a particular vehicle stability.In addition to transmission can be used to meet certain requirements, but also to ensure that it and the car can have a good match, and can improve the car's power andeconomy to ensure that the engine in a favorable condition to increase the scope of the work of the use of motor vehicles life, reduce energy consumption, reduce noise, such as the use of motor vehicles.Today the world's major car companies CVT are very active in the study. The near future, with electronic control technology to further improve, electronically controlled Continuously Variable Transmission-type is expected to be a wide range of development and application.附录B 文献翻译变速器介绍发动机的输出转速非常高,最大功率及最大扭矩在一定的转速区出现。
变速器外文资料翻译
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汽车变速器外文翻译
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外文翻译Auto TransmissionFirst, an overview of automotive transmission and the development trendAutomobile available more than a century, especially from the mass production of motor vehicles and the automotive industry since the development of large, Car has been the economic development of the world for mankind to enter the modern life and have had a tremendous impact on the immeasurable, The progress of human society has made indelible contributions to the great, epoch-making set off arevolution. From From the vehicle as a power plant using internal combustion engine to start, auto transmission has become an important component. Is Generation is widely used in automotive reciprocating piston internal combustion engine with a small size, light weight, reliable operation and the use of The advantages of convenience, but its torque and speed range of smaller changes, and complex condition requires the use of motor vehicles Traction and the speed can be considerable changes in the scope. Therefore, its performance and vehicle dynamics and economy of There are large inter-contradictions, which contradictions of modern automotive internal combustion engine by itself is insoluble. Because Here, in the automotive power train set up the transmission and main reducer in order to achieve the purpose of deceleration by moment. Speed The main function of performance: ⑴ change gear ratio of motor vehicles, and expand the wheel drive torque and rotational speed of the Fan Wai, in order to adapt to constantly changing driving cycle, while the engine in the most favorable conditions within the scope of work; ⑵no change in the direction of engine rotation, under the premise of the realization of cars driving back; ⑶the realization of the free, temporary Interruption of power transmission, in order to be able to start the engine, idling, etc.. V ariable-speed drive transmission by the manipulation of institutions and agencies. Change the transmission ratio by way of transmission is divided into There are class-type, non-stage and multi-purpose three. Have class most widely used transmission. It uses gear drive, with a number of transmission ratio setting. Stepless transmission Continuously V ariable Transmission (CVT) transmission ratio of a certain The framework of multi-level changes may be unlimited, there is a common type of power and torque (dynamic fluid-type) and so on. Continuously V ariable Transmission Transmission development is the ultimate goal, because only it can make the most economical engine in working condition Can provide the best vehicle fuel economy and optimal power in order to provide the most comfortable By the feeling. Today's CVT is a typical representative of the CVTand IVT, however as a result of the reliability of Poor, non-durable materials and high cost issues, development is not very good. Comprehensive refers to transmission torque converter and the mechanical components have the level of transmission variable hydraulic mechanical Speed, the transmission ratio can be between the maximum and minimum range of a few discontinuous change for no class, but its Significantly lower transmission efficiency than the efficiency of gear drives. 2 By manipulation, transmission control type can be divided into mandatory, automatic and semi-automatic control to manipulate three - Species . Mandatory on the driver to manipulate the direct transmission gear shift control for the majority of motor vehicles used Also known as Manual Transmission Manual Transmission (MT). Automatic transmission control selection of the transmission ratio (transmission) is carried out automatically. Just add the driver to manipulate Speed pedal, you can control the speed, also known as Automatic Transmission Automatic Transmission (A T). It is According to the speed and load (throttle pedal travel) for two-parameter control, stall in accordance with the above two Parameters to automatically take-off and landing.A T and MT in common is that they are level transmission, but A T According to the speed of the speed shift automatically, you can eliminate the manual transmission "setback" of the shift feel. However, A T also have many drawbacks, such as body complex, mechanical efficiency is not high, high cost, reliability and control Sensitivity remains to be increasing . AMT (Automated Mechanical Transmission) is in the traditional dry clutch and manual transmission gear based on the transformation of form, mainly to change the part of the manual gearshift control. That is, the overall structure of the MT cases the same switch to electronically controlled automatic transmission to achieve. Semi-automatic control, there are two forms of transmission. A number of stalls is a common automatic control, and the remaining stalls manipulated by the driver; the other is pre-style, that is, pre-selected pilot stalls, the clutch pedal in the down or release the accelerator pedal, the for retirement or an electromagnetic device to shift the hydraulic device. In recent years, with advances in vehicle technology and road traffic density increased, the performance requirements of the transmission is also getting higher and higher. A large number of automotive engineers in improving the performance of automobile transmission study a great deal of effort devoted to the rapid transmission of technology development, such as A T, AMT, DCT, CVT and the emergence of IVT.2003 Hyundai A T, AMT, DCT, CVT forum reached a consensus on the following:in the next Development, MT will continue to be the most widely used automotive transmission, AMT will increase the proportion of the application, A T also Will occupy a large market share, CVT's use of certain limitations, can only be due to a number of small displacement Car, DCT (dual clutch transmission) will also be the budding growth. From 2003 to now, vehicle speed Thedevelopment of devices and the forum basically the consensus reached by consensus. By comparing the analysis, the traditional mechanical transmission is still the most widely used vehicle change Speed. Although it has many shortcomings, such as shifting the impact of large, bulky, cumbersome to manipulate and so on; however, it also There are many advantages, such as high transmission efficiency, reliable operation, long life, manufacturing processes mature and low cost. Therefore, if we can improve the mechanical transmission of the above-mentioned shortcomings, it still has great room for development.Second, Manual Transmission Fault DiagnosisManual transmission at the beginning of the fault diagnosis prior toFailure to confirm from other parts is not: to check the tire And wheels, to confirm the normal tire pressure, and the wheel is flat V alue of; to confirm instead of noise and vibration from the engine. Clutch , And steering and suspension, etc..(A), skip file1. PhenomenonV ehicle acceleration, deceleration, climbing or severe vehicle vibration, the gear lever neutral position automatically jump.2. Reasons① self-locking device of the ball did not enter the grooves or linked file does not meet the full-gear tooth meshing long;② self-locking device worn groove ball or serious, self-locking spring is too soft or broken fatigue;③ gear along the direction of tooth wear as a long cone-shaped;④ one or two too松旷shaft bearing, so that one or two three-axis and the crankshaft axis of the heart or different transmission and clutch shell shell bonding plane of the vertical axis the relative change in the crankshaft;⑤ Second Gear axis often axial or radial gap is too large;⑥ the axis of axial or radial gap is too large.3. Fault diagnosis and troubleshootingJump to file stalls Unascertained: After taking heat the entire vehicle, increase the use of continuous, slow approach to road test each file is determined.Will jump to the gear lever hanging file stalls the engine off, transmission cover removed carefully to observe the mating dance gear case file.① engagement does not meet the length, then the resulting fault;② to reach a total length of engagement, should continue to check;③ check mating wear parts: wear into a cone, then failure may be caused by;④ check b-axis of the gear profile and the axis of the axial and radial clearance, clearance is too large, then failure may be caused by;⑤ check self-locking devices, locking devices, if only a very small dynamic resistance, and even feel the ball is not plugged groove (the transmission cover caught in the vice, the hand-shaking shift stroke), the fault for the bad performance of self-locking ; Otherwise, the fault for the clutch and gearbox shell bonding plane and the vertical axis of the crankshaft caused by changes.(B), arbitrary files1. PhenomenonTechnical condition in the clutch normal circumstances, transmission at the same time put up or two files linked to the need to stall, the results linked to other stalls.2. Reasons① interlocking device failure: if the fork shaft, pin or interlocking interlocking ball too much wear and tear, etc.;② the bottom of the arc gear face wear and tear is too large or fork axis of the allocated blocks wear groove is too large;③ball pin gear lever broken or the ball-hole, ball松旷wear too. In short arbitrary file transmission is mainly due to institutional failure manipulation.3. Fault diagnosis and troubleshooting① linked to the need to stall, the results linked to the other stalls: rocking gear lever, to check their point of view before, if in excess of the normal range, while the lower end of failure by the gear lever ball pin and the positioning groove ball with or松旷, the ball is too large holes caused by wear and tear. Swung shift 360 °, compared with a broken pin.② If the pendulum angle to normal, still not on, or linked to more than picking file, then the lower end of failure by the gear lever away from the limitations arising from the groove in (due to break away from the bottom of the arc-shaped guide groove face wear and tear or wear).③ At the same time linked to the two files: the fault caused by the interlocking device failure.(C), the difficulties linked to files1. PhenomenonClutch technical condition, but can not be linked smoothly linked file into the stalls, often percussive sound gear.2. Reasons① synchronizer failure;② Bending fork shaft, locking the spring strong, ball injury, etc.;③ a shaft or a spline shaft bending injury;④ inadequate or excessive gear oil, gear oil does not meet the specifications.3. Fault diagnosis and troubleshooting①Synchronizer check whether the fall to pieces, cone ring is conical spiral groove wear, whether worn slider, spring is too soft, such as elastic.② If the Synchronizer normal, check whether the bending of a shaft, spline wear is severe.③ check whether the mobile axis normal fork.(D), abnormal sound transmission1. PhenomenonTransmission refers to transmission work abnormal sound when the sound is not normal.2. Reasons1) abnormal sound gearGear wear off very thin gap is too large, the impact of running in; bad tooth meshing, such as the repair did not replace the gear pairs. New and old gear with the gear mesh can not be correct; tooth metal fatigue spalling or damage to individual teeth broken; gear and the spline shaft with松旷, or the axial gear clearance is too large; axis caused by bending or bearing松旷space to change gears.2) Bearing ringSerious bearing wear; Bearing (outer) ring with the journal blocks (holes) with the loose; Ball Bearing Ma break-up or a point of ablation.3) ring made for other reasonsSuch as the transmission within缺油, lubricants have been thin, too thick or quality deterioration; transmission into the foreign body inside; some loose bolts fastening; odometer or the odometer shaft ring gear, such as fat.3. Troubleshooting①transmission issued metal dry friction sound, which is缺油and the poor quality of oil. Refueling and inspection should be the quality of oil, if necessary, replacement.② for moving into a file if the sound obvious, namely, the profile of gear tooth wear; If the occurrence of cyclical noise, while damage to individual teeth.③when the ring gap, and riding the clutch pedal under the noise disappeared after the general axis is a before and after the bearing or regular engagement ring gear; if any files are changed into the ring, after more than two-axis bearing ring.④transmission occurs when a sudden impact the work of sound, most of the tooth was broken and should be removed timely transmission inspection cover to prevent mechanicaldamage.⑤moving, only for transmission of a file into the ring gear made in the above-mentioned good premise, it should check with improper gear mesh, if necessary, should be re-assembling a pair of new gear. In addition, it may be synchronizer gear wear or damage should be repaired or replaced depending on the circumstances.⑥ when shifting gear ring made of impact, it may be the clutch or the clutch pedal can not be separated from stroke is incorrect, damaged synchronizer, excessive idling, gear improperly adjusted or tight-oriented, such as Bush. In such cases, to check whether the separation of the clutch, and then adjust the idle speed or the gear lever, respectively, the location, inspection-oriented with the bearing bushing and separation tightness.If excluded from the above examinations, the transmission is still made ring, should check the shaft bearings and shaft hole with the situation, bearing the state of their own technology, etc.; as well, and then view the odometer shaft and ring gear is made and, if necessary, be repaired or replacement.(E), transmission oil1. PhenomenonAround the transmission gear lubricants, transmission gear box to reduce the fuel can be judged as lubricant leakage.2. Reasons and troubleshooting① improper oil selection, resulting in excessive foam, or the volume too much oil, when in need of replacement or adjust the lubricant oil;② side cover is too loose, damaged gaskets, oil seal damage, damage to seals and oil seals should be replaced with new items;③ release and transmission oil tank and side cover fixed bolts loosening, tightening torque should be required;④ broken gear-housing shell or extended wear and tear caused by oil spills, must be replaced;⑤ odometer broken loose gear limit device must be locked or replaced; gear oil seal oil seal oil should be replaced.Third, the maintenance manual gearboxSantana is now as an example:Santana used to manually synchronize the entire, multi-stage gear transmission, there are four forward one block and reverse gear. Block are forward-lock synchronizer ring inertial, body-wide shift synchronizer nested engagement with a reasonable structure, the layout of a compact, reliable, long life and so on. However, if the use and maintenance is not the right way to do so, failure mayoccur at any time.The proper use of Synchronizer:1, the use of addition and subtraction block off both feet. Block addition and subtraction, if the clutch with one foot, then the speed at the time of addition and subtraction block must be correct, the timing should be appropriate and, if necessary, to addition and subtraction can be blocked off both feet, so that addition and subtraction method can reduce the block with Gear speed difference between the circumference, thereby reducing wear and tear Synchronizer to extend the life of Synchronizer.2, prohibited the use of tap-shift gear lever when the method (that is, a push of the operation of a song). Hand should always hold down the shift, this can greatly reduce the synchronizer sliding lock Moreton Central time and reduce wear and tear.3, no state in the gap off the use of force挂挡synchronizer start the engine. Moment of inertia as a great engine, the friction torque Synchronizer also small, so the time synchronization process is very long, so that lock ring temperature increased sharply, it is easy to burn synchronizer.4, is strictly prohibited by synchronizer clutch instead of the initial (that is, the use of non-use of the clutch friction synchronizer start挂挡role), control speed and braking.The correct use of lubricants:Santana at the factory, the transmission has been added to the quality of lubricating oil, under normal circumstances, the level of the transmission lubrication need to be checked. However, when normal travel 100,000 kilometers 10,000 kilometers -20 after the first lubricating oil must be replaced. Santana grade lubricants used in transmission as follows: Gear Oil API-GLA (MIL-L2105), SAE80 or SAE80W-90 grade汽车变速器一、汽车变速器概述及发展趋势汽车问世百余年来,特别是从汽车的大批量生产及汽车工业的大发展以来,汽车己为世界经济的发展、为人类进入现代生活,产生了无法估量的巨大影响,为人类社会的进步作出了不可磨灭的巨大贡献,掀起了一场划时代的革命。
汽车变速器英语词汇
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(副变速器)变速杆range selector按钮控制finger-tip control半自动换档机械式变速器semi-automatic mechanical transmission 半自动液力变速器semiautomatic transmission包角scroll泵轮impeller边斜角(进出口)bias(entrance and exit)变矩比torque ratio变矩范围torque conversion range变矩系数torque ratio变容式液力变矩器variable capacity converter变速叉shifting fork (gear shift fork)变速齿轮transmission gear变速齿轮比(变速比)transmission gear ratio变速齿轮组change gear set变速杆stick shift(gear shift lever)变速轨(拨叉道轨)shift rail变速器transmission (gearbox)变速器输出轴transmission output shaft变速器输入轴transmission input shaft变速器中间轴transmission countershaft变速器轴的刚度rigidity of shaft变速器主动齿轮轴transmission drive gear shaft变速器主轴transmission main shaft变速踏板gear shift pedal操纵杆control lever槽导变速gate change长行星齿轮long planet gear常啮齿轮constant mesh gear常啮合齿轮传动constant mesh transmission常压式同步器constant pressure synchronizer超速档变速器over drive transmission超限换档overrun shift传动比gear ratio带主减速器的变速器final driving transmission单向离合器one-way clutch单向离合器换档freewheel shift导轮可反转的变矩器torque converter with reversal reactor 倒档reverse gear倒档中间齿轮reverse idler gear低速档bottom gear(low speed gear)第二档second gear第一档first gear电磁阀调压阀solenoid regulator valve电液式自动换档系统electronic -hydraulic automatic电子同步变速装置electronically synchronized transmission assembly 调压阀pressure -regulator valve调制压力modulated pressure定输入扭矩特性constant input torque performance定轴式液力变速器countershaft transmission定子stator动力换档power shift动力换档过程timing动力相似dynamic similarity动力助力换档变速器power assisted shift transmission短行星齿轮short planet gear多级变速器multi-speed transmission多中间轴变速器multi-countershaft transmission反拖特性coast performance方向盘式变速column shift (handle change)分动齿轮(分动机构)transfer gear分动箱(分动器)transfer case分动箱控制杆transfer gear shift fork分段式多档变速器sectional type multi-speed transmission分流式液力变速器split torque drive transmission辅助变速器auxiliary gear box副变速器splitter副轴counter shaft副轴齿轮counter shaft gear高速档top gear(high gear)固定轴式变速器fixed shaft transmission 惯性式同步器inertial type of synchronizer 过载系数overloading ratio后油泵gear pump (output pump )滑差slip滑动齿轮sliding gear滑动齿轮变速器sliding gear transmission 滑动齿轮传动sliding -gear transmission 缓冲压力compensator or trimmer pressure 换档shift换档点shift point换档定时property of automatic shift换档阀shift valve换档规律process of power shift换档机构gearshift换档循环shift schedule换档元件engaging element换档指令发生器shift pattern generator回油泵scavenge oil pump机械式变速器mechanical transmission 级stage几何相似geometry similarity继动阀relay valve。
汽车变速器英语词汇
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〔副变速器〕变速杆range selector按钮控制finger-tip control半自动换档机械式变速器semi-automatic mechanical transmission 半自动液力变速器semiautomatic transmission包角scroll泵轮impeller边斜角〔进出口〕bias(entrance and exit)变矩比torque ratio变矩范围torque conversion range变矩系数torque ratio变容式液力变矩器variable capacity converter变速叉shifting fork (gear shift fork)变速齿轮transmission gear变速齿轮比〔变速比〕transmission gear ratio变速齿轮组change gear set变速杆stick shift(gear shift lever)变速轨〔拨叉道轨〕shift rail变速器transmission (gearbox)变速器输出轴transmission output shaft变速器输入轴transmission input shaft变速器中间轴transmission countershaft变速器轴的刚度rigidity of shaft变速器主动齿轮轴transmission drive gear shaft变速器主轴transmission main shaft变速踏板gear shift pedal操纵杆control lever槽导变速gate change长行星齿轮long planet gear常啮齿轮constant mesh gear常啮合齿轮传动constant mesh transmission常压式同步器constant pressure synchronizer超速档变速器over drive transmission超限换档overrun shift传动比gear ratio带主减速器的变速器final driving transmission单向离合器one-way clutch单向离合器换档freewheel shift导轮可反转的变矩器torque converter with reversal reactor 倒档reverse gear倒档中间齿轮reverse idler gear低速档bottom gear(low speed gear)第二档second gear第一档first gear电磁阀调压阀solenoid regulator valve电液式自动换档系统electronic -hydraulic automatic电子同步变速装置electronically synchronized transmission assembly 调压阀pressure -regulator valve调制压力modulated pressure定输入扭矩特性constant input torque performance定轴式液力变速器countershaft transmission定子stator动力换档power shift动力换档过程timing动力相似dynamic similarity动力助力换档变速器power assisted shift transmission短行星齿轮short planet gear多级变速器multi-speed transmission多中间轴变速器multi-countershaft transmission反拖特性coast performance方向盘式变速column shift (handle change)分动齿轮〔分动机构〕transfer gear分动箱〔分动器〕transfer case分动箱控制杆transfer gear shift fork分段式多档变速器sectional type multi-speed transmission分流式液力变速器split torque drive transmission辅助变速器auxiliary gear box副变速器splitter副轴counter shaft副轴齿轮counter shaft gear高速档top gear(high gear)固定轴式变速器fixed shaft transmission 惯性式同步器inertial type of synchronizer 过载系数overloading ratio后油泵gear pump (output pump )滑差slip滑动齿轮sliding gear滑动齿轮变速器sliding gear transmission 滑动齿轮传动sliding -gear transmission 缓冲压力compensator or trimmer pressure 换档shift换档点shift point换档定时property of automatic shift换档阀shift valve换档规律process of power shift换档机构gearshift换档循环shift schedule换档元件engaging element换档指令发生器shift pattern generator回油泵scavenge oil pump机械式变速器mechanical transmission 级stage几何相似geometry similarity继动阀relay valve。
汽车变速器英语词汇
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(副变速器)变速杆range selector按钮控制finger-tip control半自动换档机械式变速器semi-automatic mechanical transmission 半自动液力变速器semiautomatic transmission包角scroll泵轮impeller边斜角(进出口)bias(entrance and exit)变矩比torque ratio变矩范围torque conversion range变矩系数torque ratio变容式液力变矩器variable capacity converter变速叉shifting fork (gear shift fork)变速齿轮transmission gear变速齿轮比(变速比)transmission gear ratio变速齿轮组change gear set变速杆stick shift(gear shift lever)变速轨(拨叉道轨)shift rail变速器transmission (gearbox)变速器输出轴transmission output shaft变速器输入轴transmission input shaft变速器中间轴transmission countershaft变速器轴的刚度rigidity of shaft变速器主动齿轮轴transmission drive gear shaft变速器主轴transmission main shaft变速踏板gear shift pedal操纵杆control lever槽导变速gate change长行星齿轮long planet gear常啮齿轮constant mesh gear常啮合齿轮传动constant mesh transmission常压式同步器constant pressure synchronizer超速档变速器over drive transmission超限换档overrun shift传动比gear ratio带主减速器的变速器final driving transmission单向离合器one-way clutch单向离合器换档freewheel shift导轮可反转的变矩器torque converter with reversal reactor 倒档reverse gear倒档中间齿轮reverse idler gear低速档bottom gear(low speed gear)第二档second gear第一档first gear电磁阀调压阀solenoid regulator valve电液式自动换档系统electronic -hydraulic automatic电子同步变速装置electronically synchronized transmission assembly 调压阀pressure -regulator valve调制压力modulated pressure定输入扭矩特性constant input torque performance定轴式液力变速器countershaft transmission定子stator动力换档power shift动力换档过程timing动力相似dynamic similarity动力助力换档变速器power assisted shift transmission短行星齿轮short planet gear多级变速器multi-speed transmission多中间轴变速器multi-countershaft transmission反拖特性coast performance方向盘式变速column shift (handle change)分动齿轮(分动机构)transfer gear分动箱(分动器)transfer case分动箱控制杆transfer gear shift fork分段式多档变速器sectional type multi-speed transmission分流式液力变速器split torque drive transmission辅助变速器auxiliary gear box副变速器splitter副轴counter shaft副轴齿轮counter shaft gear高速档top gear(high gear)固定轴式变速器fixed shaft transmission 惯性式同步器inertial type of synchronizer 过载系数overloading ratio后油泵gear pump (output pump )滑差slip滑动齿轮sliding gear滑动齿轮变速器sliding gear transmission 滑动齿轮传动sliding -gear transmission 缓冲压力compensator or trimmer pressure 换档shift换档点shift point换档定时property of automatic shift换档阀shift valve换档规律process of power shift换档机构gearshift换档循环shift schedule换档元件engaging element换档指令发生器shift pattern generator回油泵scavenge oil pump机械式变速器mechanical transmission 级stage几何相似geometry similarity继动阀relay valve。
汽车变速箱英语词汇
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汽车变速器英语词汇(1)(副变速器)变速杆range selector 按钮控制finger-tip control 半自动换档机械式变速器semi-automatic mechanical transmission半自动液力变速器semiautomatic transmission包角scroll 泵轮impeller边斜角(进出口)bias(entrance and exit) 变矩比torque ratio变矩范围torque conversion range 变矩系数torque ratio变容式液力变矩器variable capacity converter变速叉shifting fork (gear shift fork) 变速齿轮transmission gear 变速齿轮比(变速比)transmission gear ratio变速齿轮组change gear set 变速杆stick shift(gear shift lever) 变速轨(拨叉道轨)shift rail 变速器transmission (gearbox)变速器输出轴transmission output shaft变速器输入轴transmission input shaft变速器中间轴transmission countershaft 变速器轴的刚度rigidity of shaft 变速器主动齿轮轴transmission drive gear shaft变速器主轴transmission main shaft 变速踏板gear shift pedal操纵杆control lever 槽导变速gate change长行星齿轮long planet gear 常啮齿轮constant mesh gear常啮合齿轮传动constant mesh transmission常压式同步器constant pressure synchronizer超速档变速器over drive transmission 超限换档overrun shift带主减速器的变速器final driving transmission 传动比gear ratio单向离合器one-way clutch 单向离合器换档freewheel shift 导轮可反转的变矩器torque converter with reversal reactor倒档reverse gear 倒档中间齿轮reverse idler gear 低速档bottom gear(low speed gear)第二档second gear 第一档first gear电磁阀调压阀solenoid regulator valve电液式自动换档系统electronic -hydraulic automatic电子同步变速装置electronically synchronized transmission assembly调压阀pressure -regulator valve 调制压力modulated pressure定输入扭矩特性constant input torque performance定轴式液力变速器countershaft transmission定子stator 动力换档power shift 动力换档过程timing动力相似dynamic similarity动力助力换档变速器power assisted shift transmission短行星齿轮short planet gear 多级变速器multi-speed transmission 多中间轴变速器multi-countershaft transmission反拖特性coast performance方向盘式变速column shift (handle change)分动齿轮(分动机构)transfer gear 分动箱(分动器)transfer case分动箱控制杆transfer gear shift fork分段式多档变速器sectional type multi-speed transmission分流式液力变速器split torque drive transmission辅助变速器auxiliary gear box 副变速器splitter副轴counter shaft 副轴齿轮counter shaft gear 高速档top gear(high gear)固定轴式变速器fixed shaft transmission惯性式同步器inertial type of synchronizer过载系数overloading ratio 后油泵gear pump (output pump ) 滑差slip 滑动齿轮sliding gear滑动齿轮变速器sliding gear transmission滑动齿轮传动sliding -gear transmission缓冲压力compensator or trimmer pressure 换档shift换档点shift point 换档定时property of automatic shift换档阀shift valve 换档规律process of power shift换档机构gearshift 换档循环shift schedule换档元件engaging element 换档指令发生器shift pattern generator 回油泵scavenge oil pump 机械式变速器mechanical transmission 级stage 几何相似geometry similarity继动阀relay valve汽车变速器英语词汇(2)寄生损失特性no load (parasitic losses)performance 降档downshift经济档economic gear 空档位置neutral position 力矩特性torque factor(coefficient of moment) 空转转速racing speed两轴式变速器twin-shaft transmission 零速起动stall start零速转速stall speed 流量阀flow valve内侧行星齿轮inner planet gear 内齿轮internal or king gear 内环core 能容系数capacity factor啮合套shift sleeve (engagement sleeve) 能容系数capacity factor偶合点coupling point 偶合范围coupling range前油泵front pump (input pump ) 爬行档creeper gear强制换档forced shift 驱动特性drive performance 取力器(动力输出机构)power take-off全齿套变速器all dog clutch transmission全特性total external characteristic全斜齿常啮式变速器fully constant mesh all helical gear transmission全液压自动换档系统hydraulic automatic control system全油门特性full throttle performance全直齿常啮式变速器fully constant mesh all spur gear transmission人工换档液力变速器manually shifted transmission设计流线design path 人工换档manual shift手动换档变速器manually shifted transmission 输出特性characteristic of exit 双泵轮液力变矩器double-impeller torque converter输入特性characteristic of enhance 双联行星齿轮compound planet gear 双涡轮液力变矩器double-turbine torque converter双中间轴变速器twin countershaft transmission速度环量circulation (circulation of stream)速度三角形triangle of velocities 速控阀governor valve速控压力governor pressure 锁止离合器lock-up clutch锁止式液力变矩器lock-up torque converter 太阳齿轮sun gear同步器式变速器synchromesh transmission 同步器synchronizer透穿性transparency 外侧行星齿轮outer planet gear 外环shell 涡轮turbine无级变速器non-stage transmission 吸收特性absorption characteristic先导阀priority valve 限档压力hold pressure相phase 响应特性response characteristic 信号阀signal valve 行星齿轮planet gear行星齿轮式变速器planetary transmission 行星齿轮机构planetary gears行星式液力变速器planetary transmission 行星架planet carrier选档阀selector valve 叶轮member叶片blade 叶片角blade angle叶片转位blade angle shift 液力变矩器torque converter液力变矩器旁通阀converter bypass valve 液力变矩器锁止converter lockup 液力变速器hydrodynamic transmission 液力传动hydrodynamic drive液力传动装置hydrodynamic drive unit液力传动装置充油压力hydrodynamic unit change pressure液力偶合器fluid coupling 液力起步fluid start液流角flow angle 抑制换档inhibited shift原始特性primary characteristic远距离操纵变速器remote control transmission真空调制压力vacuum modulator pressure直接变速direct change(direct control)直接操纵变速器direct control transmission直接档变速器direct drive transmission 直接驱动direct drive锁止式液力变矩器lock-up torque converter 锁止离合器lock-up clutch太阳齿轮sun gear 同步器synchronizer同步器式变速器synchromesh transmission 透穿性transparency外侧行星齿轮outer planet gear 外环shell无级变速器non-stage transmission 涡轮turbine吸收特性absorption characteristic 先导阀priority valve限档压力hold pressure 相phase响应特性response characteristic 信号阀signal valve行星齿轮planet gear 行星齿轮机构planetary gears 行星齿轮式变速器planetary transmission 行星架planet carrier行星式液力变速器planetary transmission 选档阀selector valve叶轮member 叶片blade叶片角blade angle 叶片转位blade angle shift液力变矩器torque converter 液力变矩器旁通阀converter bypass valve液力变矩器锁止converter lockup 液力变速器hydrodynamic transmission液力传动hydrodynamic drive 液力传动装置hydrodynamic drive unit液力传动装置充油压力hydrodynamic unit change pressure液力偶合器fluid coupling 液力起步fluid start液流角flow angle 抑制换档inhibited shift远距离操纵变速器remote control transmission 原始特性primary characteristic 真空调制压力vacuum modulator pressure直接变速direct change(direct control) 直接操纵变速器direct control transmission直接档变速器direct drive transmission 直接驱动direct drive中间齿轮intermediate gear(counter gear)中间轴变速器countershaft transmission 重迭阀overlap valve 主变速器basic transmission主压力line pressure 转动叶片variable blade转子rotor 自动换档automatic shift自动换档机械式变速器automatic mechanical transmission自动液力变速器automatic transmission自动增力式同步器self-servo synchronizer综合式液力变矩器torque converter-coupling组合式变速器combinatory transmission。
汽车变速器的设计外文文献翻译、中英文翻译、外文翻译
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汽车变速器的设计外文文献翻译、中英文翻译、外文翻译A manual n。
also known as a standard n。
XXX。
It consistsof gears。
synchros。
roller bearings。
shafts。
and gear selectors。
The main clutch assembly is used to engage and disengage the engine from XXX gears are used to select the desired。
and the sector fork moves gears from one to another using the gearshift knob。
Synchros are used to slow the gear to a。
before it is XXX。
The counter shaft holds the gears in place and against the main input and output shaft。
Unlike automatic ns。
XXX。
as there isno XXX。
Note: XXX "n Shifter" was deleted as it had no XXX.)XXX have four to six forward gears and one reverse gear。
However。
some cars may have up to eight forward gears。
while semi trucks XXX by the number of forward gears。
such as a 5-speed standard n.The n of a standard n includes three shafts: the input shaft。
汽车变速器的设计外文文献翻译、中英文翻译、外文翻译
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本科毕业设计(论文)英文资料翻译*****指导教师:孙飞豹(副教授)学科、专业:车辆工程沈阳理工大学应用技术学院2011年12月20日transmission used in automobilesA standard transmission or manual transmission is the traditional type of transmission used in automobiles. The manual or standard transmission consists of a series of gears, synchros, roller bearings, shafts and gear selectors. The main clutch assembly is used to engage and disengage the engine from the transmission. Heliacal cut gears are used to select the ratio desired the sector fork move gears from one to another by using the gearshift knob. Synchros are used to slow the gear to a stop before it is engaged to avoid gear grinding, the counter shaft hold the gears in place and against the main input and output shaft. A stick shift transmission has no torque converter so there is no need for a transmission cooler. A stick shift transmission needs a simple fluid change for proper service. (there is no transmission filter in a stick shift transmission).Transmission ShifterMost manual transmissions have one reverse gear and four to six forward gears. Some cars also have eight forward gears while thirteen to twenty-four gears are present in semi trucks. To differentiate among the available standard transmissions, they are addressed by the number of forward gears. For example, if the standard transmission has five gears, it will be referred to as 5-speed standard transmission or 5-speed standard.Typical Standard Transmission ConfigurationInside the transmission shafts contain all forward and reverse gears. Most transmissions contain three shafts: input shaft, output shaft and counter or lay shaft. Other than standard transmission, there are other transmissions like continuously variable transmission, automatic transmission and semi-automatic transmission. In the manual transmission, a pair of gears inside the transmission selects the gear ratios. Whereas, in an automatic transmission, combination of brake bands and clutch packs control the planetary gear which selects the gear ratio.If there is a provision to select a gear ratio manually in automatic transmissions, the system is called a semi-automatic transmission. The driver can select from any of the gears at any pointof time. In some automobiles like racing cars and motorcycles that have standard transmissions, the driver can select the preceding or the following gear ratio with no clutch operation needed. This type of standard transmission is known as sequential transmission. In this transmission the clutch is still used for initial take off.Clutch and Flywheel AssemblyThe main clutch plays the role of a coupling device which separates the transmission and the engine. If the clutch is absent and the car comes to a stop the engine will stall. In automobiles, the clutch can be operated with the help of a pedal located on the floor of the vehicle. In an automatic transmission instead of a clutch, a torque converter is used to separate the transmission and engine.Typical Stick Shift PatternsA desired gear can be selected by a lever which is usually located on the floor in between the driver and passenger seat. This selector lever is called the gear lever or gear selector or gear shift or shifter. This gear stick can be made to move in right, left, forward and backward direction. When the gear is placed on the N position or neutral position, no gear will be selected. To move the car in the backward direction, the R gear or reverse gear should be selected.Standard transmissions are more efficient and less expensive to produce than automatic transmissions. A Standard transmission is about 15% more efficient compared to an automatic transmission. Standard transmissions are generally stronger than automatic transmissions and off road vehicles take advantage of a direct gear selection so they can withstand rough conditions. Less active cooling is also required in manual transmission system because less power is wasted.●Popular Problem ChecksCar will not go into gearClutch disc is broken completelyInternal transmission damageFailed clutch master cylinderSeized clutch slave cylinderBroken clutch fork pivotBroken clutch cableCar goes into gear but it fades out or is slippingClutch is worn out and needs replacementClutch is oil soaked from a external engine oil leakCar makes grinding noise while operating or shifting gearsOne of the roller or thrust bearings has failedThe gear synchro is worn out not forcing the gear stop before it is engaged causing a grinding gear.A counter or main shaft bearing has failed causing misalignment of the gears●Troubleshooting Noise and ProblemsIf the vehicle is running and a whirring sound is heard, then it goes away when the clutch is depressed, the transmission input bearing has failed.If the transmission is quiet in neutral but when you depress the clutch a squeaking noise is observed, a clutch throw out bearing has failed.Tips:Never let little noises go unattended; a small noise can cause a large noise and transmission operation failure. Never overload a vehicle or tow beyond the capacity this can cause premature transmission failure.汽车变速器汽车传统变速器是那种标准的手动变速器。
汽车变速器变速箱外文文献翻译、中英文翻译、外文翻译
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TRANSMISSIONOf all transmission technologies, the manual gearbox is the most efficient; around 96 per cent of the energy that is put in comes out of the other end. But not everyone can drive one or wants to. Because you have to dip the clutch pedal, it is less comfortable to drive in heavy traffic. It makes the driver tired and the torque interruptions’ head-nod effect on passengers can be wearing.The driver's clutch control and corresponding torque interruptions are also the manuals weak point. When accelerating up through the gearbox, each up-shift requires the driver to cut the torque momentarily by lifting the gas pedal and dipping the clutch. It may just take a second to complete the operation, but during this time the vehicle is losing speed and acceleration.At the opposite end of the spectrum is the traditional automatic. The modern transmission is by far, the most complicated mechanical component in today’s automobile. It is a type of transmission that shifts itself .A fluid coupling or torque converter is used instead of a manually operated clutch to connect the transmission to the engine.There are two basic types of automatic transmissions based on whetherthe vehicle is rear wheel drive . On a rear wheel drive car , the transmission is usually mounted to the back of the engine and is located under the hump in the center of the floorboard alongside the gas pedal position . A drive shaft connects the rear of the transmission to the final drive which is located in the rear axle and is used to send power to the rear wheel. Power flow on this system is simple and straight forward going from the engine, through the torque converter , then through the transmission and driver shaft until it reaches the final driver where it is split and sent to the two rear wheel .On a front wheel drive car, the transmission is usually combined .With the final drive to from what is called a transaxle. The engine on a front wheel driver car is usually mounted sideways in the car with the transaxle tucked under it onthe side of the engine facing the rear of the car. Front axles are connected directly to the transaxle and provide power to the front wheels. In this example, power flows from the engine through the torque converter to a large chain that sends the power through a 180 degree turn to the transmission that is along side the engine. From there,The power is routed through the transmission to the final drive where it is split and sent to the two front wheels through the drive axles.There are a number of other arrangements including front drive vehicles where the engine is mounted front to back instead of sideways and there are other systems that drive all four wheels but the two systems described here are by far the most popular. A must less popular rear drive arrangement has the transmission mounted to the final drive at the rear and is connected by a drive shaft to the torque converter which is still mounted on the engine. This system is found on the new corvette and is used in order to balance the weight evenly between the front and rear wheels for improved performance and handling. Another rear drive system mounts everything, the engine, transmission and final drive in the rear. This rear engine arrangement is popular on the Porsche.The modern automatic transmission consists of many components and systems that are designed to work together in a symphony of planetary gear sets, the hydraulic system, seals and gaskets, the torque converter, the governor and the modulator or throttle cable and computer consider being an art form.On the automobile planet gear mainly uses in two places, one is the driving axle reduction gear, two is the automatic transmission. Very many net friends all want to know that, the planet gear has any function, why automobile must have it . We knew very well the gear major part all rotates the spool thread fixed gear. For example mechanical type clock and watch, above all gears although all in make the rotation, but their rotation center (with center of a circle position superposition) often installs through the bearing on the cabinet, therefore, their rotating axis all is the relative cabinet fixed, thus also is called "dead axle gear" . Has must have surely moves, the corresponding place, some kind of not that manner knows very well is called "planet gear" the gear, their rotation spool thread is not fixed, but is installs the support which may rotate in (blue color) on(in chart black part is shell, yellow expression bearing). The planet gear (green) besides can look like the dead axle gear such to revolve own rotating axis (B-B) to rotate, their rotating axis also (is called planet) along with the blue color support to circle other gears the spool thread (A-A) to rotate. Circles oneself spool thread the rotation to be called "rotation", circles other gear spool threads the rotation to be called "revolution", looks like in solar system planet such, therefore acquires fame.The spool thread fixed gear drive principle is very simple, meshes mutually in a pair in the gear, some gear takes the driving pulley, the power spreads from its there, another gear takes the driven wheel, the power outputs from it toward outside. Also some gears only take the stopover station, at the same time meshes with the driving pulley, one side meshes in addition with the driven wheel, the power passes from its there.In contains the planet gear in the gear system, the situation was different. Because has the planet frame, in other words, may have three rotating axes permissions power input/Output, but also may use the coupling or the brake and so on method. in needs time limits axis the rotation, is left over two axes to carry on the transmission, as the matter stands, meshes mutually between the gear relations may have the many kinds of combinations: The power from sun gear input, outputs from other sun gear, the planet put through brake mechanism has checked dies; Power from sun gear input, from planet output, moreover a sun gear ecks dies; The power from a planet input, outputs from sun gear, moreover a sun gear checks dies; Two powers separately from two sun gears inputs, after synthesis from planet output; Two powers separately from the planet and sun gear input, after the synthesis output from other sun gear; The power from sun gear input, divides two groups outputs from other sun gear and the planet frame; The power from a planet input, divides two groups to output from two sun gears;Its shift quality is good thanks to its torque converter, but efficiency is relatively poor despite recent advances. Because of this, a lot of the current research is trying to find an efficient alternative to the conventional automatic.The main technologies are continuously variable transmissions (CVTs); dualclutch transmissions (DCTs) and automated manual transmission (AMTs).They all offer different benefits over the conventional planetary automatic.The CVT uses a belt chain or torodial shaped dish drive to vary an infinite number of gear ratios. It has improved efficiency and cost when compared to conventional automatics. Its advantage comes from its simplicity. It consists of very few components;usually a rubber or metal-link belt;a hydraulically operated driving pulley, a mechanical torque-sensing driving pulley, microprocessors and some sensors.The transmission works by varying the distance between the face of the two main pulleys. The pulleys have V-shaped grooves in which the connecting the belt rides. One side of the pulley is fixed axially; the other side moves, actuated by hydraulics.When actuated, the cylinder can increase or reduce the amount of space between the two sides of the pulley. This allows the belt to ride lower or higher along the walls of the pulley, depending on driving conditions. This changes the gear ratio. A torodial-type design works in a similar way but runs an discs and power- rollersThe "step less" nature of its design is CVT's biggest draw for automotive engineers .Because of this, a CVT can work to keep the engine in its optimum power range, thereby increasing efficiency and mileage. A CVT can convert every point on the equine’s operating curve to a corresponding point on its own operating curve.The transmission is most popular with Japanese carmakers and Japanese supplier JATCO is a major producer. But in the US and Europe driving styles are different. Uptake has been slow despite Audi and other manufacturers having Offered CVT operations on their ranges.The DCT is, in effect, two manual gearboxes coupled together. Gear shifts are made by switching from one clutch on one gearbox to another clutch on the other. The shift quality is equal to a conventional automatic, but slip, fluid drag and hydraulic losses in the system result in only slightly improved efficienc y and acceleration over the conventional planetary automatic. Developing the controlstrategy is costly too."Resent advances in conventional automatic technology have weakened the argument to develop and set up production for CVT or DCT," says Bill Martin, managing director of transmission firm Zeroshift "Some carmakers have cancelled DCT projects because of the cost."The cheapest way to build an automatic is with an AMT. AMTs use actuators to replace the clutch pedal and gear stick of a conventional manual. They keep the high efficiency and acceleration of a manual gearbox, but the shift quality on some models is lacking. Torque interruptions and the head-nod effect are the most common complaint.SO what is the alternative? There are always new ideas in transmissions, but Zeroshift says that its technology has efficiency benefits over a manual, delivering fuel economy improvements to city driving. Shift quality can also be equal to that of a refined automatic.Zeroshift's approach is an upgrade to the AMT. The synchromesh is replaced with an advanced dog engagement system.Dog engagement has been used for many years in motor sport to allow fast shifts. Conventional dog Boxes are unsuitable for road use as the large spaces between the drive lugs or 'dogs" create backlash, an uncomfortable shunt caused by the sudden change in torque direction.Zeroshift's technology solves this problem by adding a second set of drive dogs. It has also made each of The two sets of dogs only capable of transmitti ng torque in one or other opposing directions错误!未找到引用源。
浅谈汽车变速器外文文献翻译、中英文翻译、外文翻译
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汽车变速箱英语词汇
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汽 车 变 速 器 英 语 词 汇 (1 )(副变速器)变速杆 range selector按钮控制fin ger-tip co ntrol半自动换档机械式变速器 semi-automatic mecha ni cal tran smissi on 半自动液力变速器 semiautomatic tran smissi on 包角scroll边斜角(进出口)bias(e ntrance and exit)变矩范围 torque conversion range 变容式液力变矩器 variable capacity con verter 变速叉 shifting fork (gear shift fork)变速齿轮比(变速比)tran smissi on gear ratio变速齿轮组 change gear set 变速轨(拨叉道轨)shift rail 变速杆 stick shift(gear shift lever) 变速器 transmission (gearbox)变速器输出轴 tran smissi on output shaft 变速器输入轴 transmission in put shaft 变速器中间轴 tran smissi on coun tershaft变速器主动齿轮轴 tran smissi on drive gear shaft变速器主轴 transmission main shaft 变速踏板 gear shift pedal 操纵杆 control lever 槽导变速 gate change 长行星齿轮 long planet gear常啮齿轮 constant mesh gear常啮合齿轮传动 con sta nt mesh tran smissi on 常压式同步器 con sta nt pressure synchroni zer 超速档变速器 over drive tran smissi on泵轮 impeller变矩比 torque ratio 变矩系数torque ratio 变速齿轮 transmission gear变速器轴的刚度 rigidity of shaft 超限换档 overrun shift带主减速器的变速器 final driving transmission 传动比gear ratio 单向离合器 one-way clutch 导轮可反转的变矩器 torque con verter with 倒档 reverse gear 彳氐速档 bottom gear(low speed gear) 第二档second gear 电磁阀调压阀 sole noid regulator valve 电液式自动换档系统 electro nic -hydraulic单向离合器换档 freewheel shift reversal reactor 倒档中间齿轮 reverse idler gear 第一档 first gearautomatic电子同步变速装置electro nically syn chro ni zed tran smissi on assembly 调压阀pressure -regulator valve 调制压力modulated pressure 定输入扭矩特性con sta nt in put torque performa nee定轴式液力变速器coun tershaft tran smissi on定子stator 动力换档power shift 动力换档过程timing动力相似dynamic similarity动力助力换档变速器power assisted shift transmission短行星齿轮short planet gear 多级变速器multi-speed transmission 多中间轴变速器multi-co un tershaft tran smissi on反拖特性coast performanee 方向盘式变速column shift(handle change) 分动齿轮(分动机构)transfer gear 分动箱(分动器) 分动箱控制杆transfer gear shift fork分段式多档变速器sectional type multi-speed tran smissi on 分流式液力变速器split torque drive transmission 辅助变速器auxiliary gear box 副轴counter shaft 高速档top gear(high gear) 固定轴式变速器fixed shaft transmission 惯性式同步器inertial type of synchronizer 过载系数overloading ratio 滑差slip 滑动齿轮变速器slidi ng gear tran smissi on 滑动齿轮传动sliding -gear transmission pressure tran sfer case副变速器副轴齿轮splittercoun ter shaft gear后油泵gear pump (output pump ) 滑动齿轮sliding gear缓冲压力compensator or trimmer 换档点shift point换档阀shift valve换档机构gearshift换档元件engaging element 回油泵scavenge oil pump 级stage继动阀relay valve汽车变速器英语词汇(2)换档shift换档定时property of automatic shift 换档规律process of power shift 换档循环shift schedule换档指令发生器shift pattern generator 机械式变速器mecha ni cal tran smissi on 几何相似geometry similarity寄生损失特性no load (parasitic losses)performanee 降档downshift经济档economic gear力矩特性torque factor(coefficient of moment) 两轴式变速器twin-shaft transmission零速转速stall speed 空档位置neutral position 空转转速racing speed 零速起动stall start 流量阀flow valve内侧行星齿轮 inner pla net gear 内环core啮合套 shift sleeve (engagement sleeve) 偶合点 coupling point前油泵 front pump (input pump ) 强制换档forced shift取力器(动力输出机构) power take-off 全齿套变速器 all dog clutch tran smissi on 全特性 total external characteristic全斜齿常啮式变速器 fully constant mesh all helical gear 全液压自动换档系统 hydraulic automatic control system 全油门特性 full throttle performanee全直齿常啮式变速器 fully constant mesh all spur gear transmission 人工换档液力变速器 manu ally shifted tran smissi on设计流线 design path 人工换档 manual shift手动换档变速器 manually shifted transmission 输出特性 characteristic of exit 双泵轮液力变矩器 double-impeller torque conv erter输入特性 characteristic of enhance 双联行星齿轮 compound planet gear 双涡轮液力变矩器 double-turb ine torque conv erter双中间轴变速器 twin countershaft transmission 速度环量 circulation (circulation of stream)内齿轮 internal or king gear 能容系数 capacity factor 能容系数 capacity factor 偶合范围 coupling range 爬行档 creeper gear 驱动特性 drive performaneetran smissi on速度三角形triangle of velocities 速控压力governor pressure 速控阀锁止式液力变矩器lock-up torque con verter 同步器式变速器syn chromesh tran smissi on 透穿性transparency外环shell无级变速器non-stage transmission 先导阀priority valve相phase信号阀signal valve行星齿轮式变速器pla netary tran smissi on 行星式液力变速器pla netary tran smissi on 选档阀selector valvegovernor valve 锁止离合器lock-upclutch 太阳齿轮sun gear 同步器synchronizer夕卜侧行星齿轮outer planet gear涡轮turbine吸收特性absorption characteristic限档压力hold pressure 响应特性response characteristic 行星齿轮planet gear 行星齿轮机构pla netarygears 行星架planet carrier 叶轮member叶片blade叶片转位 blade angle shift液力变矩器旁通阀 con verter bypass valve 液力变速器 hydrodynamic transmission 液力传动装置 hydrodynamic drive unit 液力传动装置充油压力hydrody namic unit 液力偶合器fluid coupling 液流角flow angle 原始特性 primary characteristic 远距离操纵变速器 remote con trol tran smi : 真空调制压力 vacuum modulator pressure 直接变速 direct change(direct control) 直接操纵变速器 direct control transmission直接档变速器 direct drive transmission直接驱动 direct drivelock-up torque con verter 锁止离合器lock-up clutch太阳齿轮 sun gear同步器式变速器 syn chromesh tran smissi on夕卜侧行星齿轮 outer planet gear 无级变速器 non-stage transmission 吸收特性 absorption characteristic限档压力 hold pressure响应特性 response characteristic 行星齿轮 planet gear行星齿轮式变速器 pla netary tran smissi on 行星式液力变速器 pla netary tran smissi on 叶轮member叶片角 blade angle液力变矩器旁通阀 con verter bypass valve 液力变速器 hydrod yn amic tran smissi on 液力传动装置 hydrodynamic drive unit液力传动装置充油压力 hydrodynamic unit change pressure 液力偶合器fluid coupling液力起步fluid start叶片角 blade angle液力变矩器 torque converter 液力变矩器锁止 con verter lockup 液力传动 hydrodynamic drivecha nge pressure液力起步fluid start 抑制换档 inhibited shift锁止式液力变矩器 同步器 synchronizer 透穿性 transparency 外环shell 涡轮 turbine 先导阀 priority valve 相 phase 信号阀 signal valve行星齿轮机构 pla netary gears 行星架 planet carrier 选档阀 selector valve 叶片blade叶片转位 blade angle shift液力变矩器 torque converter 液力变矩器锁止 conv erter lockup 液力传动 hydrodynamic drive液流角flow angle 抑制换档inhibited shift远距离操纵变速器remote control transmission 原始特性primary characteristic 真空调制压力vacuum modulator pressure直接变速direct change(direct control) 直接操纵变速器direct control transmission直接档变速器direct drive transmission 直接驱动direct drive中间齿轮in termediate gear(co un ter gear)中间轴变速器coun tershaft tran smission重迭阀overlap valve 主压力line pressure 转子rotor自动换档机械式变速器主变速器basic transmission 转动叶片variable blade自动换档automatic shift automatic mecha ni cal tran smissi on自动液力变速器automatic tran smissi on 自动增力式同步器self-servo synchroni zer 综合式液力变矩器torque conv erter-coupli ng 组合式变速器comb in atory tran smissi on。
汽车变速器外文文献翻译、中英文翻译、外文翻译
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TRANSMISSIONManual transmission is one of the most common transmission, referred to as MT. Its basic structure in a single sentence is a central axis, two input shaft, namely, the axial and axial oart, they constituted the transmission of the subject, and, of course, a reverse axis. Manual transmission gear transmission and manual, contain can in axial sliding gears, through different meshing gears to change gear of torsional purpose. The typical structure and principle of the manual transmission.Input shaft also says, it's in front of the spline shaft directly with clutch platen, thus the spline set by the engine relay of torque. The first shaft gear meshing gears, often with oart as input shaft, and the gear on oart will turn. Also called shaft, because even more solid shaft of gear. The output shaft, and the second shaft position have the drive shaft gear, may at any time and under the influence of the control devices and the corresponding oart gear, thus changing the speed and torque itself. The output shaft is associated with tail spline shaft torque transmission shaft, through to drive to gear reducer.Predictably, transmission gear drive forward path is: input shaft gear - oart gnaws gnaws gear - because the second shaft gear - corresponding corresponding gear. Pour on the axle gear can also control device, by moving axis in the strike, and the output shaft gear and oart gear, in the opposite direction.Most cars have five forward and reverse gear, each one has certain ratio, the majority of gear transmission more than 1, 4 gears transmission is 1, called directly, and ratio is less than 1 of article 5 gear shift accelerated called. The output axis gear in the mesh position, can accept power transmission.Due to the gearbox output shaft to input shaft and the speed of their gear rotating, transform an "synchronization problem". Two rotating speed different meshing gears forcibly inevitable impact and collision damage gear. Therefore, the old transmission shift to use "two feet clutch" method, ShengDang in neutral position shift to stay for a while, in the space location on the door, in order to reduce gear speed. But this operation is more complex, difficult to grasp accurately. Therefore designers to create "synchronizer", through the synchronizer will make the meshing gears reach speed and smooth.Currently the synchronous transmission adopts is inertial synchronizer, it mainly consists of joints, synchronizer lock ring etc, it is characteristic of the friction effect on achieving synchronization. Mating, synchronizer and mating locking ring gear tooth circle have chamfering (locking horns), the synchronizer lock ring inside surface ofgear engagement ring and the friction surface contact. The lock horns with cone when designing the proper choice, has been made to the surface friction of meshing gears with gear synchronous, also can rapid produces a locking function, prevent the synchronous before meshing gears. When synchronous lock ring of gear engagement with surface contact surface, the outer circle in friction torque under the action of gear speed rapid decrease (increase) or to synchronous speed equal, both locking ring spun concurrent, relative to lock ring gear synchronous speed is zero, thus inertia moment also disappear, then in force, driven by the junction of unimpeded with synchronous lock ring gear engagement, and further to engagement with the engagement ring gear tooth and complete shift process. functional(1) change ratio, meet different driving conditions for traction engine, the need to work in the favorable conditions and meet the speed may request. In a wide range of vehicle speed changing the size and automobile driving wheel on the size of the torque. Due to the different demands, automobile driving conditions of vehicle speed and torque can drive in a broad range of change. For example, in high speed can be reached on 100km/h, while in the urban district, speed in 50km/h. In the empty flat roads, road, very little resistanceWhen carrying uphill, driving resistance was great. And the characteristics of automobile engine speed range is lesser, and torque changes more cannot meet the actual conditions range.(2) drive backward, to satisfy the need to drive car backwards. Realizing the backing, engine crankshaft are generally only to a direction, and sometimes need to back, so, often used in the transmission of reverse to realize the car drive backward.(3) in power, interruption, idle running engine starting, auto shift or need to stop the dynamic output, interrupted to transfer the power of the drive wheels.(4), when the clutch engagement realize gap, gearbox can not power output. For example, can ensure drivers in engine flameout loosen the clutch when leaving drivers seat.constituteBy continuously variable transmission gearbox and speed control two parts. The main function of the variable transmission torque and speed is the change of numerical and direction, The main function of the operation is controlled transmission mechanism, realize the transformation of transmission ratio, shift to speed torque. Principle,Mechanical transmission main application of the principle of gear transmission velocity. Say simply, there are a number of different transmission gearbox group of gear pair of vehicle, and behavior, is also shifting gears trunk by manipulating institutions make different gearpair work. As in low-speed, ratio of gear pair work, and in high-speed, let ratio of small gear pair work.Classification,1, according to the change of transmission, transmission way, there can be divided into grade level and synthetical three.(a) : several levels of transmission ratio, can choose the fixed by gear. And can be divided into: gear axis of ordinary gear transmission and fixed gear planetary gear (part) of planetary gear transmission axis of rotation.b) stepless type transmission: ratio can be continuous variation within a certain range, commonly, mechanical and electric hydraulic type etc.(c) comprehensive type transmission by a class type, transmission and stepless type transmission, the ratio of the maximum and minimum values can be in between the scope for several section stepless change.2, press control can be divided into compulsory manipulation, transmission, automatic control and semi-automatic control 3 kinds.(a) mandatory manipulation of transmission by direct manipulation, change gear shift lever drivers.(b) automatic control type transmission ratio of choice and change: the shift is automatic. Drivers simply manipulate accelerated pedal, transmission can according to the engine speed and load control signal signal actuator, realize the transformation of gear.(c) semi-automatic control type transmission can be divided into two kinds: one kind is part of gear, automatic shift gears, manual (mandatory) shift, Another kind is selected by button in mining under gear clutch pedal or accelerated release pedal, the executing agency to shift. Transmission of maintenance1 transmission gears maintenanceTransmission gears are always changing speed, load, gear tooth surface by bluntThe impact of load, which struck gear tooth surface (especially) damage. Common injuries are:(1) gear transmission is worn gear under normal working conditions, shows the wear uniform angled tooth gear, long wear along the direction of the tooth should not exceed 30 percent longer, Tooth thickness should not exceed usd, Gear tooth surface area of not less than two-thirds, Running gear mesh clearance shall be commonly used, 0.15-0.26 mm to 0.8 mm limit, Gear engagement between 0.10-0.15 mm, should use limit for 0.60 mm. Available batches or soft metal rivalries. If more than clearance method for measuring the pairs, should be replaced.(2) gear teeth, broken tooth gear clearance is mainly due to fail to meet the requirements, gear meshing parts or work under great impact load. If you are not greater than 2mm edge of gear oil can smile ShiXiuafter-grinding continue to use, If the scope or have more than three pairs, should smile.(3) often mesh surface of the helical gear often wear face due. 10-0.30 mm, in order to ensure that the axial clearance, if tooth gear good operation within the wear, can repair tank, but the amount of grinding grinding should not exceed. 50.(4) often meshing gears shaft neck, needle roller bearing and wear into seat hole hole meshing gears seat with needle bearings and shaft neck with clearance should be 0.01 - three 0.08 mm, otherwise must be changed.2 the overhaul. Transmission shellGearbox shell is transmissions, to ensure the basis of each part of the transmission is correct position, work under load. Common injuries are:(1) the abrasion of shell bearing hole hole wear will destroy its bearing assembly relation with the bearing, the direct impact of input, output shaft transmission position relative to the hole. Bearing seat with 0-0.03 mm clearance shall be used for the maximum limit, should be replaced or 0.10 mm) shell or pile hole repair.(2) shell threaded holes repair note oil ROM plug hole, dumping screw hole threads connecting bolts damage and between shellThreaded hole, can take damage with screw repair.3 transmission shaft of maintenanceTransmission in the process of operation, each bearing the torsional moment of change, and bending moment, JianChi part is under pressure, impact and sliding friction etc. Various axial load of common injuries are:(1) the shaft neck and neck too worn wear axis gear axis will not only offset, and can bring the change gear clearance, when making noise transmission shaft neck. Also make coordination relationship with bearing damage, may cause ablation. So roller bearings in a place with no more than 0.02 axis wear mm needle bearing shaft neck wear with place, otherwise than 0.07 mm landscape change or chrome.(2) JianChi wear JianChi wear in stress and more serious side of the spline. JianChi with check, when more than 0.25 or and wear with more than usd keyway apprentice, gear engagement mm, combining with the gear with JianChi weeks, according to the mm apprentice woodruff key and shaft neck keyways apprentice to JianChi 0.08 mm over there when the keyway weeks, or should be repaired or replaced shaft.(3) transmission shaft bending thimble resist transmission shaft with maintenance on both ends of the roof, using pinhole batches of shaft radial micrometers, check the deviation should be less than 0.10 mm) pressure correction repair.4 synchronizer overhaulA. lock ring type inertial synchronizer ring maintenance: lock horns cone a about six degrees - 7 degrees, in use, cone Angle deformation ofrapid synchronous, and not be change in time.B. locking pin type inertial synchronizer: locking pin type synchronizer major damage for cone rim wear, when, cone-disk cone rim on the thread of groove depth 0.40 mm wear to 010mm deep, should be replaced. If the cone rim are scratching, face to face, but two turning machining, must not be more than 1mm should be replaced.变速器手动变速器是最常见的变速器,简称MT。
汽车变速箱英语词汇
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汽车变速器英语词汇(1)(副变速器)变速杆rangeselector按钮控制finger-tipcontrol半自动换档机械式变速器semi-automaticmechanicaltransmission半自动液力变速器semiautomatictransmission包角scroll泵轮impeller边斜角(进出口)bias(entranceandexit)变矩比torqueratio变矩范围torqueconversionrange变矩系数torqueratio变容式液力变矩器variablecapacityconverter变速叉shiftingfork(gearshiftfork)变速齿轮transmissiongear变速齿轮比(变速比)transmissiongearratio变速齿轮组changegearset变速杆stickshift(gearshiftlever)变速轨(拨叉道轨)shiftrail变速器transmission(gearbox)变速器输出轴transmissionoutputshaft变速器输入轴transmissioninputshaft变速器中间轴transmissioncountershaft变速器轴的刚度rigidityofshaft 变速器主动齿轮轴transmissiondrivegearshaft变速器主轴transmissionmainshaft变速踏板gearshiftpedal操纵杆controllever槽导变速gatechange长行星齿轮longplanetgear常啮齿轮constantmeshgear常啮合齿轮传动constantmeshtransmission常压式同步器constantpressuresynchronizer超速档变速器overdrivetransmission超限换档overrunshift带主减速器的变速器finaldrivingtransmission传动比gearratio单向离合器one-wayclutch单向离合器换档freewheelshift导轮可反转的变矩器torqueconverterwithreversalreactor倒档reversegear倒档中间齿轮reverseidlergear低速档bottomgear(lowspeedgear)第二档secondgear第一档firstgear电磁阀调压阀solenoidregulatorvalve电液式自动换档系统electronic-hydraulicautomatic电子同步变速装置electronicallysynchronizedtransmissionassembly调压阀pressure-regulatorvalve调制压力modulatedpressure定输入扭矩特性constantinputtorqueperformance定轴式液力变速器countershafttransmission定子stator动力换档powershift动力换档过程timing动力相似dynamicsimilarity动力助力换档变速器powerassistedshifttransmission短行星齿轮shortplanetgear多级变速器multi-speedtransmission 多中间轴变速器multi-countershafttransmission反拖特性coastperformance方向盘式变速columnshift(handlechange)分动齿轮(分动机构)transfergear分动箱(分动器)transfercase 分动箱控制杆transfergearshiftfork分段式多档变速器sectionaltypemulti-speedtransmission分流式液力变速器splittorquedrivetransmission辅助变速器auxiliarygearbox副变速器splitter副轴countershaft副轴齿轮countershaftgear高速档topgear(highgear)固定轴式变速器fixedshafttransmission惯性式同步器inertialtypeofsynchronizer过载系数overloadingratio后油泵gearpump(outputpump)滑差slip滑动齿轮slidinggear滑动齿轮变速器slidinggeartransmission滑动齿轮传动sliding-geartransmission缓冲压力compensatorortrimmerpressure换档shift换档点shiftpoint换档定时propertyofautomaticshift换档阀shiftvalve换档规律processofpowershift换档机构gearshift换档循环shiftschedule换档元件engagingelement换档指令发生器shiftpatterngenerator 回油泵scavengeoilpump机械式变速器mechanicaltransmission级stage几何相似geometrysimilarity继动阀relayvalve汽车变速器英语词汇(2)寄生损失特性noload(parasiticlosses)performance降档downshift 经济档economicgear空档位置neutralposition力矩特性torquefactor(coefficientofmoment)空转转速racingspeed 两轴式变速器twin-shafttransmission零速起动stallstart零速转速stallspeed流量阀flowvalve内侧行星齿轮innerplanetgear内齿轮internalorkinggear内环core能容系数capacityfactor啮合套shiftsleeve(engagementsleeve)能容系数capacityfactor偶合点couplingpoint偶合范围couplingrange前油泵frontpump(inputpump)爬行档creepergear强制换档forcedshift驱动特性driveperformance取力器(动力输出机构)powertake-off全齿套变速器alldogclutchtransmission全特性totalexternalcharacteristic全斜齿常啮式变速器fullyconstantmeshallhelicalgeartransmission全液压自动换档系统hydraulicautomaticcontrolsystem全油门特性fullthrottleperformance全直齿常啮式变速器fullyconstantmeshallspurgeartransmission人工换档液力变速器manuallyshiftedtransmission设计流线designpath人工换档manualshift手动换档变速器manuallyshiftedtransmission输出特性characteristicofexit 双泵轮液力变矩器double-impellertorqueconverter输入特性characteristicofenhance双联行星齿轮compoundplanetgear双涡轮液力变矩器double-turbinetorqueconverter双中间轴变速器twincountershafttransmission速度环量circulation(circulationofstream)速度三角形triangleofvelocities速控阀governorvalve速控压力governorpressure锁止离合器lock-upclutch锁止式液力变矩器lock-uptorqueconverter太阳齿轮sungear同步器式变速器synchromeshtransmission同步器synchronizer透穿性transparency外侧行星齿轮outerplanetgear外环shell涡轮turbine无级变速器non-stagetransmission吸收特性absorptioncharacteristic先导阀priorityvalve限档压力holdpressure相phase响应特性responsecharacteristic信号阀signalvalve行星齿轮planetgear行星齿轮式变速器planetarytransmission行星齿轮机构planetarygears行星式液力变速器planetarytransmission行星架planetcarrier选档阀selectorvalve叶轮member叶片blade叶片角bladeangle叶片转位bladeangleshift液力变矩器torqueconverter液力变矩器旁通阀converterbypassvalve液力变矩器锁止converterlockup 液力变速器hydrodynamictransmission液力传动hydrodynamicdrive液力传动装置hydrodynamicdriveunit液力传动装置充油压力hydrodynamicunitchangepressure液力偶合器fluidcoupling液力起步fluidstart液流角flowangle抑制换档inhibitedshift原始特性primarycharacteristic远距离操纵变速器remotecontroltransmission真空调制压力vacuummodulatorpressure直接变速directchange(directcontrol)直接操纵变速器directcontroltransmission直接档变速器directdrivetransmission直接驱动directdrive锁止式液力变矩器lock-uptorqueconverter锁止离合器lock-upclutch太阳齿轮sungear同步器synchronizer同步器式变速器synchromeshtransmission透穿性transparency外侧行星齿轮outerplanetgear外环shell无级变速器non-stagetransmission涡轮turbine吸收特性absorptioncharacteristic先导阀priorityvalve限档压力holdpressure相phase响应特性responsecharacteristic信号阀signalvalve行星齿轮planetgear行星齿轮机构planetarygears行星齿轮式变速器planetarytransmission行星架planetcarrier行星式液力变速器planetarytransmission选档阀selectorvalve叶轮member叶片blade叶片角bladeangle叶片转位bladeangleshift液力变矩器torqueconverter液力变矩器旁通阀converterbypassvalve液力变矩器锁止converterlockup液力变速器hydrodynamictransmission液力传动hydrodynamicdrive液力传动装置hydrodynamicdriveunit液力传动装置充油压力hydrodynamicunitchangepressure液力偶合器fluidcoupling液力起步fluidstart液流角flowangle抑制换档inhibitedshift远距离操纵变速器remotecontroltransmission原始特性primarycharacteristic 真空调制压力vacuummodulatorpressure直接变速directchange(directcontrol) 直接操纵变速器directcontroltransmission直接档变速器directdrivetransmission直接驱动directdrive中间齿轮intermediategear(countergear)中间轴变速器countershafttransmission 重迭阀overlapvalve主变速器basictransmission主压力linepressure转动叶片variableblade转子rotor自动换档automaticshift自动换档机械式变速器automaticmechanicaltransmission自动液力变速器automatictransmission自动增力式同步器self-servosynchronizer综合式液力变矩器torqueconverter-coupling组合式变速器combinatorytransmission。
汽车手动变速器外文文献翻译、中英文翻译、外文翻译
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附录外文文献Manual transmission is the most basic of transmission of a type, its effect is changing, and provide the transmission reverse and neutral. Usually, the pilot on the clutch pedal through manipulation and in any HuanDangGan can choose between gear. There are a few manual transmission, such as motorcycles, cars, some transmission shift transmission allows only sequence, the transmission is called sequence shift transmission. In recent years, along with the electronic control components durability, computerized automatic switching clutch automatic shift of transmission in Europe since the start line are more and more popular, car Volkswagen and ford are sold in the city on the double clutch provide updated generation, transmission from the start with two clutches, every shift automatically switch to another group of clutch engagement, need not as quick as traditional in manual have only one group separated again clutch engagement, shifting speed is faster, more small change gear vibration.Internal structure: shaftDecorate a form of transmission shaft type usually have two and three shaft type two kinds. Usually a rear wheel drive car will adopt three axis type, i.e. input shaft transmission, the output shaft and oart. Input shaft front associated with engine, borrow clutch output shaft back-end through the flange and universal transmission device connected.Input shaft and the output shaft in the same horizontal line, with their oart parallel arrangement. From the input shaft power through the gears to preach to the output shaft oart again. In many input and output shaft transmission shaft could engage in together, so to power, then the gear oart called directly. Direct files through uniaxial transmission, the ratio of 1:1, the highest transmission efficiency. Even in the transmission directly, cannot offer the input shaft, and the output shaft is decorated in a straight line to reduce work needed to inherit the torque transmission.Reversing deviceGenerally speaking, the reverse gear reducer than can alsosynchronizerIn synchronized meshing gears have type synchronizer Settings, can make two gear engagement in the first, before the speed reached synchronizer in all of this manual gear transmission of the car has been usedClutch,The clutch is can make two gear with a separate with mechanical parts, two gear transmission power can be combined, but when to speed, so will depend on the first two gear clutch, change gear ratio, the two gear transmission power, continue again Control:GearIn simple terms, the high speed, low speed ShengDang when the time cameEvery car high speedCompared with automatic transmissionThis refers to the automatic transmission of traditional hydraulic transmission, namely through hydraulic torque converter and planetary gear transmission power automatic transmission.Advantages: transmission efficiency than automatic gearboxes for high, of course, theoretically can compare economical.maintenance will be cheaper than transmission.If you want to higher cost, can begin from both the row of convenience and high power附录外文文献的中文翻译手动变速器是汽车变速器中最基本的一种类型,其作用是改变传动比,并提供倒档和空档。
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外文翻译Auto TransmissionFirst, an overview of automotive transmission and the development trendAutomobile available more than a century, especially from the mass production of motor vehicles and the automotive industry since the development of large, Car has been the economic development of the world for mankind to enter the modern life and have had a tremendous impact on the immeasurable, The progress of human society has made indelible contributions to the great, epoch-making set off arevolution. From From the vehicle as a power plant using internal combustion engine to start, auto transmission has become an important component. Is Generation is widely used in automotive reciprocating piston internal combustion engine with a small size, light weight, reliable operation and the use of The advantages of convenience, but its torque and speed range of smaller changes, and complex condition requires the use of motor vehicles Traction and the speed can be considerable changes in the scope. Therefore, its performance and vehicle dynamics and economy of There are large inter-contradictions, which contradictions of modern automotive internal combustion engine by itself is insoluble. Because Here, in the automotive power train set up the transmission and main reducer in order to achieve the purpose of deceleration by moment. Speed The main function of performance: ⑴ change gear ratio of motor vehicles, and expand the wheel drive torque and rotational speed of the Fan Wai, in order to adapt to constantly changing driving cycle, while the engine in the most favorable conditions within the scope of work; ⑵no change in the direction of engine rotation, under the premise of the realization of cars driving back; ⑶the realization of the free, temporary Interruption of power transmission, in order to be able to start the engine, idling, etc.. V ariable-speed drive transmission by the manipulation of institutions and agencies. Change the transmission ratio by way of transmission is divided into There are class-type, non-stage and multi-purpose three. Have class most widely used transmission. It uses gear drive, with a number of transmission ratio setting. Stepless transmission Continuously V ariable Transmission (CVT) transmission ratio of a certain The framework of multi-level changes may be unlimited, there is a common type of power and torque (dynamic fluid-type) and so on. Continuously V ariable Transmission Transmission development is the ultimate goal, because only it can make the most economical engine in working condition Can provide the best vehicle fuel economy and optimal power in order to provide the most comfortable By the feeling. Today's CVT is a typical representative of the CVTand IVT, however as a result of the reliability of Poor, non-durable materials and high cost issues, development is not very good. Comprehensive refers to transmission torque converter and the mechanical components have the level of transmission variable hydraulic mechanical Speed, the transmission ratio can be between the maximum and minimum range of a few discontinuous change for no class, but its Significantly lower transmission efficiency than the efficiency of gear drives. 2 By manipulation, transmission control type can be divided into mandatory, automatic and semi-automatic control to manipulate three - Species . Mandatory on the driver to manipulate the direct transmission gear shift control for the majority of motor vehicles used Also known as Manual Transmission Manual Transmission (MT). Automatic transmission control selection of the transmission ratio (transmission) is carried out automatically. Just add the driver to manipulate Speed pedal, you can control the speed, also known as Automatic Transmission Automatic Transmission (A T). It is According to the speed and load (throttle pedal travel) for two-parameter control, stall in accordance with the above two Parameters to automatically take-off and landing.A T and MT in common is that they are level transmission, but A T According to the speed of the speed shift automatically, you can eliminate the manual transmission "setback" of the shift feel. However, A T also have many drawbacks, such as body complex, mechanical efficiency is not high, high cost, reliability and control Sensitivity remains to be increasing . AMT (Automated Mechanical Transmission) is in the traditional dry clutch and manual transmission gear based on the transformation of form, mainly to change the part of the manual gearshift control. That is, the overall structure of the MT cases the same switch to electronically controlled automatic transmission to achieve. Semi-automatic control, there are two forms of transmission. A number of stalls is a common automatic control, and the remaining stalls manipulated by the driver; the other is pre-style, that is, pre-selected pilot stalls, the clutch pedal in the down or release the accelerator pedal, the for retirement or an electromagnetic device to shift the hydraulic device. In recent years, with advances in vehicle technology and road traffic density increased, the performance requirements of the transmission is also getting higher and higher. A large number of automotive engineers in improving the performance of automobile transmission study a great deal of effort devoted to the rapid transmission of technology development, such as A T, AMT, DCT, CVT and the emergence of IVT.2003 Hyundai A T, AMT, DCT, CVT forum reached a consensus on the following:in the next Development, MT will continue to be the most widely used automotive transmission, AMT will increase the proportion of the application, A T also Will occupy a large market share, CVT's use of certain limitations, can only be due to a number of small displacement Car, DCT (dual clutch transmission) will also be the budding growth. From 2003 to now, vehicle speed Thedevelopment of devices and the forum basically the consensus reached by consensus. By comparing the analysis, the traditional mechanical transmission is still the most widely used vehicle change Speed. Although it has many shortcomings, such as shifting the impact of large, bulky, cumbersome to manipulate and so on; however, it also There are many advantages, such as high transmission efficiency, reliable operation, long life, manufacturing processes mature and low cost. Therefore, if we can improve the mechanical transmission of the above-mentioned shortcomings, it still has great room for development.Second, Manual Transmission Fault DiagnosisManual transmission at the beginning of the fault diagnosis prior toFailure to confirm from other parts is not: to check the tire And wheels, to confirm the normal tire pressure, and the wheel is flat V alue of; to confirm instead of noise and vibration from the engine. Clutch , And steering and suspension, etc..(A), skip file1. PhenomenonV ehicle acceleration, deceleration, climbing or severe vehicle vibration, the gear lever neutral position automatically jump.2. Reasons① self-locking device of the ball did not enter the grooves or linked file does not meet the full-gear tooth meshing long;② self-locking device worn groove ball or serious, self-locking spring is too soft or broken fatigue;③ gear along the direction of tooth wear as a long cone-shaped;④ one or two too松旷shaft bearing, so that one or two three-axis and the crankshaft axis of the heart or different transmission and clutch shell shell bonding plane of the vertical axis the relative change in the crankshaft;⑤ Second Gear axis often axial or radial gap is too large;⑥ the axis of axial or radial gap is too large.3. Fault diagnosis and troubleshootingJump to file stalls Unascertained: After taking heat the entire vehicle, increase the use of continuous, slow approach to road test each file is determined.Will jump to the gear lever hanging file stalls the engine off, transmission cover removed carefully to observe the mating dance gear case file.① engagement does not meet the length, then the resulting fault;② to reach a total length of engagement, should continue to check;③ check mating wear parts: wear into a cone, then failure may be caused by;④ check b-axis of the gear profile and the axis of the axial and radial clearance, clearance is too large, then failure may be caused by;⑤ check self-locking devices, locking devices, if only a very small dynamic resistance, and even feel the ball is not plugged groove (the transmission cover caught in the vice, the hand-shaking shift stroke), the fault for the bad performance of self-locking ; Otherwise, the fault for the clutch and gearbox shell bonding plane and the vertical axis of the crankshaft caused by changes.(B), arbitrary files1. PhenomenonTechnical condition in the clutch normal circumstances, transmission at the same time put up or two files linked to the need to stall, the results linked to other stalls.2. Reasons① interlocking device failure: if the fork shaft, pin or interlocking interlocking ball too much wear and tear, etc.;② the bottom of the arc gear face wear and tear is too large or fork axis of the allocated blocks wear groove is too large;③ball pin gear lever broken or the ball-hole, ball松旷wear too. In short arbitrary file transmission is mainly due to institutional failure manipulation.3. Fault diagnosis and troubleshooting① linked to the need to stall, the results linked to the other stalls: rocking gear lever, to check their point of view before, if in excess of the normal range, while the lower end of failure by the gear lever ball pin and the positioning groove ball with or松旷, the ball is too large holes caused by wear and tear. Swung shift 360 °, compared with a broken pin.② If the pendulum angle to normal, still not on, or linked to more than picking file, then the lower end of failure by the gear lever away from the limitations arising from the groove in (due to break away from the bottom of the arc-shaped guide groove face wear and tear or wear).③ At the same time linked to the two files: the fault caused by the interlocking device failure.(C), the difficulties linked to files1. PhenomenonClutch technical condition, but can not be linked smoothly linked file into the stalls, often percussive sound gear.2. Reasons① synchronizer failure;② Bending fork shaft, locking the spring strong, ball injury, etc.;③ a shaft or a spline shaft bending injury;④ inadequate or excessive gear oil, gear oil does not meet the specifications.3. Fault diagnosis and troubleshooting①Synchronizer check whether the fall to pieces, cone ring is conical spiral groove wear, whether worn slider, spring is too soft, such as elastic.② If the Synchronizer normal, check whether the bending of a shaft, spline wear is severe.③ check whether the mobile axis normal fork.(D), abnormal sound transmission1. PhenomenonTransmission refers to transmission work abnormal sound when the sound is not normal.2. Reasons1) abnormal sound gearGear wear off very thin gap is too large, the impact of running in; bad tooth meshing, such as the repair did not replace the gear pairs. New and old gear with the gear mesh can not be correct; tooth metal fatigue spalling or damage to individual teeth broken; gear and the spline shaft with松旷, or the axial gear clearance is too large; axis caused by bending or bearing松旷space to change gears.2) Bearing ringSerious bearing wear; Bearing (outer) ring with the journal blocks (holes) with the loose; Ball Bearing Ma break-up or a point of ablation.3) ring made for other reasonsSuch as the transmission within缺油, lubricants have been thin, too thick or quality deterioration; transmission into the foreign body inside; some loose bolts fastening; odometer or the odometer shaft ring gear, such as fat.3. Troubleshooting①transmission issued metal dry friction sound, which is缺油and the poor quality of oil. Refueling and inspection should be the quality of oil, if necessary, replacement.② for moving into a file if the sound obvious, namely, the profile of gear tooth wear; If the occurrence of cyclical noise, while damage to individual teeth.③when the ring gap, and riding the clutch pedal under the noise disappeared after the general axis is a before and after the bearing or regular engagement ring gear; if any files are changed into the ring, after more than two-axis bearing ring.④transmission occurs when a sudden impact the work of sound, most of the tooth was broken and should be removed timely transmission inspection cover to prevent mechanicaldamage.⑤moving, only for transmission of a file into the ring gear made in the above-mentioned good premise, it should check with improper gear mesh, if necessary, should be re-assembling a pair of new gear. In addition, it may be synchronizer gear wear or damage should be repaired or replaced depending on the circumstances.⑥ when shifting gear ring made of impact, it may be the clutch or the clutch pedal can not be separated from stroke is incorrect, damaged synchronizer, excessive idling, gear improperly adjusted or tight-oriented, such as Bush. In such cases, to check whether the separation of the clutch, and then adjust the idle speed or the gear lever, respectively, the location, inspection-oriented with the bearing bushing and separation tightness.If excluded from the above examinations, the transmission is still made ring, should check the shaft bearings and shaft hole with the situation, bearing the state of their own technology, etc.; as well, and then view the odometer shaft and ring gear is made and, if necessary, be repaired or replacement.(E), transmission oil1. PhenomenonAround the transmission gear lubricants, transmission gear box to reduce the fuel can be judged as lubricant leakage.2. Reasons and troubleshooting① improper oil selection, resulting in excessive foam, or the volume too much oil, when in need of replacement or adjust the lubricant oil;② side cover is too loose, damaged gaskets, oil seal damage, damage to seals and oil seals should be replaced with new items;③ release and transmission oil tank and side cover fixed bolts loosening, tightening torque should be required;④ broken gear-housing shell or extended wear and tear caused by oil spills, must be replaced;⑤ odometer broken loose gear limit device must be locked or replaced; gear oil seal oil seal oil should be replaced.Third, the maintenance manual gearboxSantana is now as an example:Santana used to manually synchronize the entire, multi-stage gear transmission, there are four forward one block and reverse gear. Block are forward-lock synchronizer ring inertial, body-wide shift synchronizer nested engagement with a reasonable structure, the layout of a compact, reliable, long life and so on. However, if the use and maintenance is not the right way to do so, failure mayoccur at any time.The proper use of Synchronizer:1, the use of addition and subtraction block off both feet. Block addition and subtraction, if the clutch with one foot, then the speed at the time of addition and subtraction block must be correct, the timing should be appropriate and, if necessary, to addition and subtraction can be blocked off both feet, so that addition and subtraction method can reduce the block with Gear speed difference between the circumference, thereby reducing wear and tear Synchronizer to extend the life of Synchronizer.2, prohibited the use of tap-shift gear lever when the method (that is, a push of the operation of a song). Hand should always hold down the shift, this can greatly reduce the synchronizer sliding lock Moreton Central time and reduce wear and tear.3, no state in the gap off the use of force挂挡synchronizer start the engine. Moment of inertia as a great engine, the friction torque Synchronizer also small, so the time synchronization process is very long, so that lock ring temperature increased sharply, it is easy to burn synchronizer.4, is strictly prohibited by synchronizer clutch instead of the initial (that is, the use of non-use of the clutch friction synchronizer start挂挡role), control speed and braking.The correct use of lubricants:Santana at the factory, the transmission has been added to the quality of lubricating oil, under normal circumstances, the level of the transmission lubrication need to be checked. However, when normal travel 100,000 kilometers 10,000 kilometers -20 after the first lubricating oil must be replaced. Santana grade lubricants used in transmission as follows: Gear Oil API-GLA (MIL-L2105), SAE80 or SAE80W-90 grade汽车变速器一、汽车变速器概述及发展趋势汽车问世百余年来,特别是从汽车的大批量生产及汽车工业的大发展以来,汽车己为世界经济的发展、为人类进入现代生活,产生了无法估量的巨大影响,为人类社会的进步作出了不可磨灭的巨大贡献,掀起了一场划时代的革命。