火塘光暖,茶罐香沸 —茶与拉祜族生活%
荣耀6 PLUS 参数配置
SIM2: GSM: 9TD00D/-1L8T0E0//T1D9-00 SCDMA/EDGE/GPR S
SIM2: GSM: 9TD00L//1F8D0D0-/1900 LTE/WCDMA/EDGE /GPRS
支持 不支持 不支持 支持2.4G/5G 802.11 a/b/g/n
支持 不支持 不支持 支持2.4G/5G 802.11 a/b/g/n
音频播放
音频编码: AAC/AAC+/AMR/A WB/MP3/VORBIS/F LAC/APE/MIDI/IME LODY/WAV 音频文件格式:mp3 、mp4、3gp、ogg 、amr、aac、flac、 wav、midi
音频编码: AAC/AAC+/AMR/A WB/MP3/VORBIS/F LAC/APE/MIDI/IME LODY/WAV 音频文件格式:mp3 、mp4、3gp、ogg 、amr、aac、flac、 wav、midi
网卡 MHL DLNA
支持USB共享网络 不支持 不支持
支持8个设备接入 支持 支持 BT4.0 USB2.0 HS, MicroUSB接口
支持USB共享网络 不支持 不支持
支持8个设备接入 支持 支持 BT4.0 USB2.0 HS, MicroUSB接口
支持USB共享网络 不支持 不支持
支持8个设备接入 支持 支持 BT4.0 USB2.0 HS, MicroUSB接口
支持。需用户自行下 载安装Adobe Flash Player软件
支持 支持
支持 支持
支持 支持
支持 支持
支持 支持
拍摄功能
主摄像头
双800万像素,堆栈 式摄像头,F2.0光圈, 自动对焦
iphone6plus是什么意思
iphone6plus是什么意思iphone 6 plus是什么意思iphone 6 plus大家都经常说,但具体是意思很多人就不知道了。
为此店铺告诉大家iphone 6 plus具体的意思。
iphone 6 plus的意思iPhone6 Plus是苹果于2014年10月17日在中国内地上市的一款手机,也用了一个新词Plus。
plus的意思1. 加,加上2. 外加;另有,3、比...略好一些的;比..略高一些的,4、加号,正号;正数,正量,5 好处;有利因素[(+for)]...,[网络释义]plus 1.加号;正号 2.加加上外加3.加上;正的、加的4.插件(留言簿,投票。
iPhone6 Plus的意思就是比6要更优越的意思(plus=加上去)iPhone6和iPhone6 plus的屏幕都采用了全新的Retina HD高清显示屏,搭配 5.5寸屏幕的iPhone6 Plus分辨率达到了1920*1080px 401ppi,相比之下4.7寸的iPhone6仅有1334*750px 326ppi。
iPhone6 plus的电池容量大概比iPhone6多出了20%以上。
iPhone 6的大小接近Nexus 5,机身尺寸为138.1 x 67 x 6.9mm,重129g,比iPhone 5s的尺寸和重量增大约16%。
而iPhone 6 Plus 与三星Galaxy Note 4大小相当,机身尺寸为158.1 x 77.8 x 7.1mm,重172g。
iPhone 6 Plus加入全屏横排显示功能,在很多地方与iPad相似。
iPhone 6和iPhone 6 Plus的相机区别在于图像稳定性,iPhone 6的表现要差一些,因为只有iPhone 6 Plus支持OIS光学防抖。
iPhone 6支持50小时音频播放、11小时视频播放、11小时无线浏览和10小时3G网络浏览;iPhone 6 Plus的电池使用时间提升较大,支持80小时音频播放、14小时视频播放、24小时3G通话、16天待机和12小时无线或LTE浏览。
i.MX 6SoloLite 评估板快速入门指南说明书
MCIMXHDMICARD.i.MX 6SoloLite Evaluation Kit Quick Start Guidei.MX 6SoloLite Evaluation KitQuick Start GuideAbout the i.MX 6SoloLite Evaluation KitThe i.MX 6SoloLite evaluation kit (EVK) offers a solid platform to evaluate thei.MX 6 series single-core applications processor built on ARM® Cortex®-A9 technology as well as a reference for future designs. Key features of this platform include:• i.MX6SL single Cortex-A9core operating up to 1 GHz• 1 GB LPDDR2 (400 MHz)• SPI NOR• SD socket for external devices• SD socket for boot code• SD socket for Wi-Fi® and accessories • eMMC expansion footprint• Audio codec • EPDC expansion port• Parallel display port• Port for CSI CMOS sensor (camera)• SIM card slotButton matrix• Ethernet• Lithium battery charger• USB host, USB OTG and USB to UART ports2 Getting StartedThe i.MX 6SoloLite EVK includes the following items:• Board: MCIMX6SLEVK• Cables: Micro USB-B-2-USB-Type A male, V2.0• Power supply: 100/240 V input, 5 V, 2.4 A output W/AC adaptor• Documentation: Quick Start Guide (this document)• Two SD cards: Programmed Android™34Figure 1: Front side of i.MX 6SoloLite EVK (top)Quick Start GuideOvervoltage LEDMain PowerLEDPMIC on LEDMicrophoneParallelDisplayPortSIM Card SlotEPDCExpansionPortPort for CSICMOS Sensor(Camera)ButtonMatrixGet to Know the i.MX 6SoloLite EVK5Figure 2: Back side of i.MX 6SoloLite EVK (bottom)5 V PowerJackMini PCIe(Only USB connection is supplied for Mini PCIe connector)USB HostUSB OTGLi Cell ConnectorsOn/Off SwitchEthernet Connector JTAG Connector Boot ModeSelection Switch USB to UARTConnectorBootSelection SwitchesHeadphone ConnectorSpeaker OuteMMC Expansion FootprintSD Socket for Wi-Fi and SD Accessories(SD3)SD Socket for Primary External Card Slot (SD1)SD Socket for Boot Code (SD2)Quick Start Guide Setting Up the Board1Insert SDCardInsert the supplied SD card into the SD2 card slot.2Set Up BootSwitchesBy default, boot switches are configured to boot from SD2. If any other boot source is desired, boot switches have to be configured according to Table 1. 3Connect USB toUART CableConnect from USB to UART port (J26) using a micro USB cable to PC. Once the PC recognizes the virtual USB to UART device, it can be seen it in your PC Device Manager list.Serial port configuration: 115.2 Kbaud, 8 data bits, 1 stop bit, no parity.Note: The PC needs a driver to enable a virtual COM port through the PC USB port. Visit /drivers/vcp.htm to download the correct driver.4Connect EPDC orParallel DisplayConnect by means of the IMXEBOOKDC3-E board, which has to be connected to J12 and J13. For more information about this board, please visit .5ConnectPower DisplayConnect 5 V power supply into power jack J6 and set SW14 to the On position.6 Setting Up the Board (cont.)The i.MX 6SoloLite EVK is compatible with the following daughter cards through the LCD extension slot:• MCIMX28LCD—LCD daughter card*• MCIMXHDMICARD—HDMI daughter card• IMXEBOOKDC3-E—EPD daughter card* E VK does not natively support the resistive touchscreen on the LCD and HDMI cards. Use a USBmouse to navigate when using the LCD or HDMI cards. Touch is supported on the EPDC card.7Quick Start GuideThe Android BSP is provided on two different SD cards, depending upon the display daughter card used.LCD/HDMI SD Card for Booting AndroidThe default boot mode configures the system to display the UI on the MCIMX28LCD (sold separately).To change the default configuration and enable the MCIMXHDMICARD daughter card (sold separately), hit any key to stop u-boot from proceeding. Once prompt is visible, the u-boot can be configured as follows:For LCD boot up, type the following commands (as one line):setenv bootargs console=ttymxc0,115200 init=/initandroidboot.console=ttymxc0 panel=lcdsaveenvresetFor HDMI boot up, type the following commands (as one line):setenv bootargs console=ttymxc0,115200 init=/initandroidboot.console=ttymxc0 panel=hdmisaveenvresetEPDC SD Card for Booting AndroidThe default settings should be used and no change is needed.8 Boot Options and Switch ConfigurationTable 1: Boot OptionsS1_2S1_1BOOT_MODE1BOOT_MODE0Boot from fuses00Serial downloader D01Internal boot10Reserved11Table 2: SW3 ConfigurationSW3_8SW3_7SW3_6SW3_5SW3_4SW3_3SW3_2SW3_1BT_CFG1_0BT_CFG1_1BT_CFG1_2BT_CFG1_3BT_CFG1_4BT_CFG1_5BT_CFG1_6BT_CFG1_7 SD1******010SD2D******010SD3******010SD4******010 eMMC X X***110SPI NOR X X X X1100X None specifiedDefault configuration* Switch needs to be configured for high or low depending on the application needs.Please check reference manual for boot configuration options.** 1 = power cycle on power-up via SDa_RST_B (SD3_RST). 0 = no power cycle910Quick Start GuideBoot Options and Switch Configuration (cont.)Table 4: SW5 ConfigurationSW5_8SW5_7SW5_6SW5_5SW5_4SW5_3SW5_2SW5_1BT_CFG4_0BT_CFG4_1BT_CFG4_2BT_CFG4_3BT_CFG4_4BT_CFG4_5BT_CFG4_6BT_CFG4_7SD1XX X X X X X X SD2DX X X X X X X X SD3X X X X X X X X SD4X X X X X X X X eMMC X X X X X X X X SPI NOR1XXTable 3: SW4 ConfigurationSW4_8SW4_7SW4_6SW4_5SW4_4SW4_3SW4_2SW4_1BT_CFG2_0BT_CFG2_1BT_CFG2_2BT_CFG2_3BT_CFG2_4BT_CFG2_5BT_CFG2_6BT_CFG2_7SD1*X X 001**SD2D*X X 101**SD3*X X 011**SD4*X X 111**eMMC ***10011SPI NORXXXXXXXXXNone specified Default configuration* Switch needs to be configured for high or low depending on the application needs.Please check reference manual for boot configuration options.** 1 = power cycle on power-up via SDa_RST_B (SD3_RST). 0 = no power cycleJumper and Solder Short ConfigurationTable 5: Jumper and Solder Short ConfigurationReference Shunt Installation FunctionJ161–2Use pins 1 and 2 to connect an external charger 2–3Shunt 2–3 to experiment with USB charging Open D No chargerJ171–2D 5 V rail supplied by PMIC (600 mA limited) 2–3 5 V rail supplied from wall adapterJ181–2Mini-PCIe connector J8 supply voltage connected Open D Mini-PCIe connector J8 supply voltage unconnectedSH121–2D MX_USB_HOST_D_P connected to USB type A connector 2–3J10-USB_HOST_D_PMX_USB_HOST_D_P connected to PCIE_USB_HOST_D_PSH131–2D MX_USB_HOST_D_N connected to USB type A connector 2–3J10-USB_HOST_D_NMX_USB_HOST_D_N connected to PCIE_USB_HOST_D_NSW141–2D0 2–3Default configurationTips and PrecautionsThe i.MX 6SoloLite includes an overvoltage protection circuit that will disconnect the power supply from the system by opening transistor Q1 in case the supply voltage exceeds 5.5 V. The user must take into account this is the maximum voltage that can be plugged into J6.Further Documentation• MX6SL EVK schematics• MX6SL EVK BOM• MX6SL EVK gerber files• MX6SL EVK reference manualComplete documentation is availableat /6SLEVK.11SupportVisit the i.MX community at . WarrantyVisit /warranty for completewarranty information.For more information, visit /iMX6series Freescale and the Freescale logo are trademarks of Freescale Semiconductor, Inc., Reg. U.S. Pat. & Tm. Off. All other product or service names are the property of their respective owners. ARM and Cortex are registered trademarks of ARM Limited (or its subsidiaries) in the EU and/or elsewhere. All rights reserved. © 2012, 2014 Freescale Semiconductor, Inc.Doc Number: IMX6SLEVKQSG REV 2 Agile Number: 926-27452 REV BMCIMXHDMICARD.。
艾登9PX6Ki电源商品说明书
ProductDescriptionEaton 9PX 6000i Energy efficient Online Double conversion UPS (up to 94% efficiency in online mode), 6000VA/5400W, Versatile Rack/Tower 3U, Parallel operation (power extension and/or redundancy), multilingual LCD display, USB & Serial ports, 4 dry contacts, RPO & ROO connectors, power management software compatible with virtual environments, 8 x IEC C13 10A outlets (2 manageable groups) + 2 x IEC C19 16A, Hot-swappable batteries.EATON Ref 9PX6KiPackagingSize (WxDxH*, mm) Weight (kg) Number of Units / Packaging UPC Code Individual Packaging595*977*323 53 kg 1 product / carton 743172039224 Complete Pallet1200*1000*1095 328 kg 6 cartons / palletPackaging contents9PX UPS + 2 IEC output power cords + Eaton Intelligent Power Software CD + USB Cable + Serial Cable + 2 supports for tower mounting + cable locking systems + Safety guide + English language user manualTechnical SpecificationsTechnology On line double conversion with PFC system (Power Factor Correction) Capacity6000VA/5400W*Dimensions (WxDxH)/ Weight 440(19’’)*685*130mm, 3U / 48 kg Input / Output connections Input: Terminal block (up to 10mm 2)Output: Terminal block + 8 IEC C13 (10A) manageable in 2 groups + 2 IEC C19 (16A) Output (with optional MBP Module): Terminal block + 2 IEC C19 (16A) + 3 IEC C13 (10A) Input / Output voltage range 176-276V without derating (up to 100-276V with derating), 200/208/220/230/240V Input / Output frequency range 40-70Hz, 50/60Hs autoselection, frequency converter as standardOverload / crest factor / limitation 102-110% : 120s, 110-125%: 60s, 125-150%: 10s, >150%: 500ms / 3:1 / 90A THDI / Noise level / Efficiency < 5% / 45 dbA / Up to 94% in Online mode, 98% in Hi-Efficiency modeFeatures Advance Battery Management (ABM) technology, Automatic battery test, Deep discharge protection, Cold start, Hot Sync® Parallel operation (power increase or redundancy) without upfront cost, Energy Metering.Administration 1 USB port + 1 serial RS232 + 4 voltage free contacts (DB9) + 1 mini-terminal block forremote Off/On + 1 mini-terminal block for Remote Power Off, 1 DB 15 port for parallel mode User interface 4 LEDS + Multilingual LCD : access to measures, alarm messages and customisation ANZ Warranty 3 years electronics, 2 years batteriesStandards IEC/EN 62040-1, IEC/EN 62040-2, IEC/EN 62040-3, UL 1778, CSA 22.2, CE, CB, UL QualityDesigned, manufactured and marketed under ISO9001 & ISO14001 quality system *W x D x H = Width x Depth x Height, Weight and dimensions not including optional Maintenance Bypass ModuleTypical applicationsRuntime without EBM Runtime with 1 EBM Runtime with 4 EBM At 70% load / 50% load (PF 0.7) 8 min / 11 min 34 min / 48 min 120 min / 170 min At 70% load / 50% load (PF 0.9)5 min / 8.5 min25 min / 38 min100 min / 133 minSelling points∙ Energy efficient UPS with up to 94% efficiency in Online mode and 98% in Hi-efficiency Mode ∙ Unmatched power density with 5400W in only 3U∙ Compatibility with power factor corrected power supplies (ratio W/VA=0.9)∙ Eaton Hot Sync® Parallel operation up to 2 UPSs (redundancy or power extension) ∙ Hot swappable batteries from front panel∙ Easy to operate : next-generation multilingual LCD display∙ Remote reboot and runtime optimisation with 8 programmable outlets (2 x 4 outlet groups) ∙ Energy metering accessible through LCD and Software∙ Monitoring & shutdown software for VMware, Hyper-V, Citrix Xen, Windows, Linux, SUN Solaris, HP-UX, IBM AIX ∙ 1 USB port + 1 Serial + 4 dry contacts (DB9) built in∙ Advance Battery Management (ABM) technology to increase battery lifetime by upo to 50% ∙ Long backup time with up to 12 optional EBM cabinets Options Reference Eaton Rack kit 9PX/9SX 9RK Eaton 9PX EBM 180V 9PXEBM180 Eaton HotSwap MBP 6000i MBP6Ki Network Card-MS NETWORK-MS Network and MODBUS Card-MS MODBUS-MS Relay Card-MS RELAY-MS Eaton Transformer 11000i TFMR11KiProductDescriptionEaton 9PX 8000i Energy efficient Online Double conversion UPS (up to 95% efficiency in online mode), 8000VA/7200W, Versatile Rack/Tower 6U, Parallel operation (power extension and/or redundancy), multilingual LCD display, USB & Serial ports, 4 dry contacts, RPO & ROO connectors, power management software compatible with virtual environments, Hot-swappable UPS & batteries.EATON Ref9PX8KiPM + 9PXEBM240PackagingSize (WxDxH*, mm)Weight (kg) Number of Units / Packaging UPC Code PM Individual Packaging 595*977*323 24 kg 1 product / carton 743172039361 PM Complete Pallet 1200*1000*772 154kg 6 cartons / pallet EBMSee separate sheetPackaging contents PM9PX Power module + Eaton Intelligent Power Software CD + USB Cable + Serial Cable + 2 supports for tower mounting + Safety guide + English language user manual Packaging contents EBMBattery pack + 1 battery cable with comms for automatic battery cabinet recognition + link plate for tower mounting + EBM user manualTechnical SpecificationsTechnology On line double conversion with PFC system (Power Factor Correction) Capacity8000VA/7200W*Dimensions (WxDxH)/ Weight 440 (19’’)*700*260mm , 6U / 84 kgInput / Output connections Input: Terminal block (up to 16mm 2), Bypass Input: Terminal block (up to 16mm 2)Output: Terminal block (up to 16mm 2)Output (with optional MBP Module): Terminal block + 4 IEC C19 (16A)Input / Output voltage range 176-276V without derating (up to 100-276V with derating), 200/208/220/230/240/250V Input / Output frequency range 40-70Hz, 50/60Hs autoselection, frequency converter as standardOverload / crest factor / limitation 102-110% : 120s, 110-125%: 60s, 125-150%: 10s, >150%: 900ms / 3:1 / 120A THDI / Noise level / Efficiency < 5% / 48 dbA / Up to 95% in Online mode, 98% in Hi-Efficiency modeFeatures Advance Battery Management (ABM) technology, Automatic battery test, Deep discharge protection, Cold start, Hot Sync® Parallel operation (power increase or redundancy) without upfront cost, Energy Metering.Administration 1 USB port + 1 serial RS232 + 4 voltage free contacts (DB9) + 1 mini-terminal block forremote Off/On + 1 mini-terminal block for Remote Power Off, 1 DB 15 port for parallel mode User interface 4 LEDS + Multilingual LCD : access to measures, alarm messages and customisation ANZ Warranty 3 years electronics, 2 years batteriesStandards IEC/EN 62040-1, IEC/EN 62040-2, IEC/EN 62040-3, UL 1778 (Power Module), CSA 22.2, CE, CB, UL(Power Module)QualityDesigned, manufactured and marketed under ISO9001 & ISO14001 quality system *W x D x H = Width x Depth x Height, Weight and dimensions not including Maintenance BypassTypical applicationsRuntime 1 PM + 1 EBM Runtime 1 PM + 2 EBM Runtime 1 PM + 5 EBM At 70% load / 50% load (PF 0.7) 15 min / 20 min 32 min / 48 min100 min / 140 min At 70% load / 50% load (PF 0.9)10 min / 16 min25 min / 36 min75 min / 118 minSelling points∙ Energy efficient UPS with up to 95% efficiency in Online mode and 98% in Hi-efficiency Mode ∙ Compatibility with power factor corrected power supplies (ratio W/VA=0.9) ∙ UPS can be connected to 2 independant sources (AC normal , AC bypass)∙ Eaton Hot Sync® Parallel operation up to 2 UPSs (redundancy or power extension) ∙ Easy to operate : next-generation multilingual LCD display with tilt & rotation adjustment ∙ Energy metering accessible through LCD and Software∙ Monitoring & shutdown software for VMware, Hyper-V, Citrix Xen, Windows, Linux, SUN Solaris, HP-UX, IBM AIX ∙ 1 USB port + 1 Serial + 4 dry contacts (DB9) built in∙ Advance Battery Management (ABM) technology to increase battery lifetime by up to 50% ∙ Long backup time with up to 12 optional EBM cabinets Options Reference Eaton Rack kit 9PX/9SX 9RK Eaton 9PX EBM 240V 9PXEBM240 Eaton HotSwap MBP 11000i MBP11Ki Network Card-MS NETWORK-MS Network and MODBUS Card-MS MODBUS-MS Relay Card-MS RELAY-MS Eaton Supercharger 240VDC SC240RT Eaton Transformer 11000i TFMR11KiProductDescriptionEaton 9PX 11000i Energy efficient Online Double conversion UPS (up to 95% efficiency in online mode), 11000VA/10000W, Versatile Rack/Tower 6U, Internal and external Maintenance Bypass, Parallel operation (power extension and/or redundancy), multilingual LCD display, USB & Serial ports, 4 dry contacts, RPO & ROO connectors, power management software compatible with virtual environments, Hot-swappable UPS & batteries.EATON Ref9PX11KiPM + 9PXEBM240PackagingSize (WxDxH*, mm)Weight (kg) Number of Units / Packaging UPC Code PM Individual Packaging 595*977*323 26 kg 1 product / carton 743172039378 PM Complete Pallet 1200*1000*772 166kg 6 cartons / pallet EBMSee separate sheetPackaging contents PM9PX Power module + Eaton Intelligent Power Software CD + USB Cable + Serial Cable + 2 supports for tower mounting + Safety guide + English language user manual Packaging contents EBMBattery pack + 1 battery cable with comms for automatic battery cabinet recognition + link plate for tower mounting + EBM user manualTechnical SpecificationsTechnology On line double conversion with PFC system (Power Factor Correction) Capacity11000VA/10000W*Dimensions (WxDxH)/ Weight 440 (19’’)*700*260mm, 6U / 86 kgInput / Output connections Input: Terminal block (up to 16mm 2), Bypass Input: Terminal block (up to 16mm 2)Output: Terminal block (up to 16mm 2)Output (with optional MBP Module): Terminal block + 4 IEC C19 (16A)Input / Output voltage range 176-276V without derating (up to 100-276V with derating), 200/208/220/230/240/250V Input / Output frequency range 40-70Hz, 50/60Hs autoselection, frequency converter as standardOverload / crest factor / limitation 102-110% : 120s, 110-125%: 60s, 125-150%: 10s, >150%: 900ms / 3:1 / 150A THDI / Noise level / Efficiency < 5% / 50 dbA / Up to 95% in Online mode, 98% in Hi-Efficiency modeFeatures Advance Battery Management (ABM) technology, Automatic battery test, Deep discharge protection, Cold start, Hot Sync® Parallel operation (power increase or redundancy) without upfront cost, Energy Metering.Administration 1 USB port + 1 serial RS232 + 4 voltage free contacts (DB9) + 1 mini-terminal block forremote Off/On + 1 mini-terminal block for Remote Power Off, 1 DB 15 port for parallel mode User interface 4 LEDS + Multilingual LCD : access to measures, alarm messages and customisation ANZ Warranty 3 years electronics, 2 years batteriesStandards IEC/EN 62040-1, IEC/EN 62040-2, IEC/EN 62040-3, UL 1778 (Power Module), CSA 22.2, CE, CB, UL (Power Module)QualityDesigned, manufactured and marketed under ISO9001 & ISO14001 quality system *W x D x H = Width x Depth x Height, Weight and dimensions not including Maintenance BypassTypical applicationsRuntime 1 PM + 1 EBM Runtime 1 PM + 2 EBM Runtime 1 PM + 5 EBM At 70% load / 50% load (PF 0.7) 9 min / 13 min 21 min / 32 min 70 min / 100 min At 70% load / 50% load (PF 0.9)6 min / 10 min16 min / 25 min51 min / 80 minSelling points∙ Energy efficient UPS with up to 95% efficiency in Online mode and 98% in Hi-efficiency Mode ∙ Unmatched power density with 10kW in 6U∙ Compatibility with power factor corrected power supplies (ratio W/VA=0.9) ∙ UPS can be connected to 2 independant sources (AC normal , AC bypass)∙ Eaton Hot Sync® Parallel operation up to 2 UPSs (redundancy or power extension) ∙ Easy to operate : next-generation multilingual LCD display with tilt & rotation adjustment ∙ Energy metering accessible through LCD and Software∙ Monitoring & shutdown software for VMware, Hyper-V, Citrix Xen, Windows, Linux, SUN Solaris, HP-UX, IBM AIX ∙ 1 USB port + 1 Serial + 4 dry contacts (DB9) built in∙ Advance Battery Management (ABM) technology to increase battery lifetime by up to 50% ∙ Long backup time with up to 12 optional EBM cabinets Options Reference Eaton Rack kit 9PX/9SX 9RK Eaton 9PX EBM 240V 9PXEBM240 Eaton HotSwap MBP 11000i MBP11Ki Network Card-MS NETWORK-MS Network and MODBUS Card-MS MODBUS-MS Relay Card-MS RELAY-MS Eaton Supercharger 240VDC SC240RTProduct DescriptionEaton 9PX EBM 180V Extended Battery Module for 9PX 6000i RT3U, versatile Rack/Tower 3UEATON Ref9PXEBM180Packaging Size (WxDxH*, mm)Weight (kg)Number of Units / Packaging UPC CodeIndividual Packaging 595*977*323 73 kg 1 product / carton 743172039408Complete Pallet 1200*1000*1095 458 kg 6 cartons / palletPackaging contentsBattery pack + 1 battery cable with comms for automatic battery cabinet recognition + link plate for tower mounting + EBM usermanualTechnical SpecificationsDimensions (W x D x H*)/ Weight 440 (19”)*645*130 mm 3U / 68 kgANZ Warranty 2 yearsStandards IEC/EN 62040-1, IEC/EN 62040-2, IEC/EN 62040-3, CE, CB reportQuality Designed, manufactured and marketed under ISO9001 & ISO14001 quality system*W x D x H = Width x Depth x HeightRuntime in Minutes at % ofrated load (PF 0.9) 10 25 50 75 1004.53228.56000 576000 + 1 EBM 203 85 38 24 166000 + 2 EBM 399 147 71 45 286000 + 3 EBM 554 214 104 62 476000 + 4 EBM 755 287 133 90 586000 + 5 EBM 961 396 170 111 826000 + 6 EBM 1105 481 206 131 1006000 + 7 EBM >1200 542 241 156 1126000 + 8 EBM >1200 589 281 175 1266000 + 9 EBM >1200 700 331 201 1476000 + 10 EBM >1200 814 389 226 1636000 + 11 EBM >1200 908 437 251 1776000 + 12 EBM >1200 987 478 277 197Note: 4 EBMs recommended for 5/6kVA, maximum 12 EBMs possibleOptions ReferenceEaton Rack kit 9PX/9SX 9RKEaton 1,8m cable 180V EBM EBMCBL180Eaton Battery Integration System BINTSYSEaton Battery Cable Adaptor for MX/9135 CBLADAPT180Product DescriptionEaton 9PX EBM 240VBattery Extension cabinet for 9PX 8000/11000i, versatile Rack/Tower 3UEATON Ref9PXEBM240Packaging Size (WxDxH*, mm)Weight (kg)Number of Units / Packaging UPC Code Individual Packaging 595*977*323 70 kg 1 product / carton 743172039422 Complete Pallet 1200*1000*1095 440 kg 6 cartons / palletPackaging contentsBattery pack + 1 battery cable with comms for automatic battery cabinet recognition + link plate for tower mounting + EBM user manualTechnical SpecificationsDimensions (W x D x H*)/ Weight 440 (19”)*680*130 mm 3U / 65 kgANZ Warranty 2 yearsStandards IEC/EN 62040-1, IEC/EN 62040-2, IEC/EN 62040-3, CE, CB reportQuality Designed, manufactured and marketed under ISO9001 & ISO14001 quality system*W x D x H = Width x Depth x HeightRuntime in Minutes at % of10 25 50 75 100 rated load (PF 0.9)8K Std (1PM + 1EBM) 106 35 16 9 58K Std + 1 EBM 203 85 36 23 168K Std + 2 EBM 342 140 65 36 278K Std + 3 EBM 492 173 86 53 368K Std + 4 EBM 582 220 118 72 508K Std + 5 EBM 748 272 143 86 658K Std + 6 EBM 898 341 162 109 768K Std + 7 EBM 1011 416 175 127 868K Std + 8 EBM 1099 475 199 143 1038K Std + 9 EBM 1168 522 225 156 1188K Std + 10 EBM >1200 560 250 167 1318K Std + 11 EBM >1200 591 279 175 143Runtime in Minutes at % of10 25 50 75 100 rated load (PF 0.9)11K Std (1PM + 1EBM) 74 25 10 5.5 311K Std + 1 EBM 159 60 25 15 1011K Std + 2 EBM 237 97 42 25 1811K Std + 3 EBM 341 136 61 37 2511K Std + 4 EBM 461 163 80 48 3411K Std + 5 EBM 541 184 98 61 4211K Std + 6 EBM 598 223 120 73 5111K Std + 7 EBM 747 261 139 86 6111K Std + 8 EBM 864 298 153 98 6911K Std + 9 EBM 957 361 165 113 7911K Std + 10 EBM 1033 414 175 127 8911K Std + 11 EBM 1098 458 190 139 98 Note: 6 EBMs recommended for 8/11kVA, maximum 12 EBMs (or 400Ah) possible with additional charger (Supercharger option) Options ReferenceEaton Rack kit 9PX/9SX 9RKEaton 1,8m cable 240V EBM EBMCBL240Eaton Battery Integration System BINTSYSEaton Battery Cable Adaptor for EXRT CBLADAPT240。
Eaton PXBCM 6英寸彩色触屏显示仪用户手册说明书
PXBCM Meter Color T ouchscreen Display User Manual2Instruction Booklet IB150007ENEffective August 2015PXBCM Meter Color T ouchscreenDisplay User ManualEATON 1 IntroductionThe Eaton PXBCM Meter 6” Color Touchscreen Display (PXBCM-DISP-6 ) is pre-programmed to communicate with Eaton PXBCM-MB Meters. The programming allows access to branch-circuit-monitor data and meters through the PXBCM meter base. The built-in navi-gation functions are simple and convenient, allowing easy navigation between screens. The display has been designed to display overall system information for up to 25 configured virtual meters, 100 chan-nel data meters, and alarms.2 InstallationFor installation and connection information, please refer to “PXBCM Meter Color Touchscreen Display Quick Start Guide” (Eaton Pub. #TD150016EN).3 Using the Touchscreen3.1 Basic NavigationBasic navigation between the screens is accomplished by touching labeled tabs, category areas, buttons or other available selections. In addition, unused areas of the screen can be used to navigate back to the home screen.The home screen provides access to Meter Base (MB) information, Meter Module (MMP1-MMP4) information, Virtual Meters, Channel Data, or Alarms. Touching a tab, category, or information button will take the user to the selected screen (see Figure 1).Figure 1. Navigating from the Home Screen to Virtual Meters, Channel Data, or Alarms Screens.Touching the information button on the MB row will take the user to the screen with Meter Base information (see Figure 2).Figure 2. Meter Base Information.As with many of the screens, the header contains several navigation buttons. Touching the “Back” arrow will return the user to the previ-ous level in the hierarchy, in this case, the home screen. Touching the “Next” arrow will take the user to the next associated screen, MMP1 information in this case. Touching the “Previous” arrow will take the user to the previous associated screen, MMP4 information in this case.Touching the information button for one of the Meter Modules(MMP1-MM4) will take the user to the appropriate screen with infor-mation for the selected Meter Module (see Figure 3).Figure 3. Meter Module Information.BackPreviousNextBackNextPreviousVirtual Meters Channel Data Alarms3Instruction Booklet IB150007ENEffective August 2015PXBCM Meter Color T ouchscreen Display User Manual EATON 3.2 Meters T abTouching the Meters tab will take the user to the list of configured Main and Virtual Meters (see Figure 4). There are up to 25 virtual meters (7 on each of the first three pages and 4 on the fourth page).Figure 4. Main and List of Virtual Meters.Each Virtual Meter or Main has a couple screens containing detailed data for the selected meter (see Figure 5).Figure 5. Main andVirtual Meter Data.3.3 Channel Data T abTouching the Channel Data Tab will take the user to a CategorySelection screen (see Figure 6). Once there, the user will be able to select one of nine categories.•The Voltage Pairing category identifies the current channel name and associated voltage for each current channel.•The Voltage category displays the three line-to-line voltages and three line-to-neutral voltages.•The Amps/Max Amps category displays the present RMS amps and largest recorded amps for each channel.•The Fwd./Rev. Energy category displays the accumulated Forward kWh and Reverse kWh for each channel.•The Watts/Max. Watts category displays the present RMS watts and largest recorded watts for each channel.•The VA/Max.VA category displays the present RMS VA and largest recorded VA for each channel.•The Amp Demand/Peak category displays the most recently cal-culated Amp Demand and largest recorded Amp Demand for each channel.•The Fwd./Rev. Demand category displays the most recently calcu-lated Forward Watt Demand and Reverse Watt Demand for each channel.•The Power Factor category displays the apparent power factor for each channel.4Instruction Booklet IB150007ENEffective August 2015PXBCM Meter Color T ouchscreenDisplay User ManualEATON Figure 6. Channel Data Selection Screen.Touching a category will take the user to the channels 1-7 data for the selected category and the most recently selected MMP . From within the Channel Data screens, the “Previous” and “Next” arrows navigate to adjacent Meter Modules. For example, from MMP1, “Previous” navigates to MMP4 while “Next” navigates to MMP2. Also within the Channel Data screens, the “Up” and “Down” arrows navigate through pages of channel data, specifically 1-7 on the first page, 8-15 on the second page, 16-21 on the third page, and AX1-AX4 on the fourth page (see Figure 7).Figure 7. Channel Data Screen.3.4 Alarm T abTouching the Alarms tab will take the user to an overview of the alarms (see Figure 8). Displayed are the number of Latched Current Alarms and Latched Voltage Alarms for each MMP1, MMP2, MMP3, and MMP4, which act as buttons to display additional alarm details (see Figure 9).Figure 8. Alarms Summary Screen.5Instruction Booklet IB150007ENEffective August 2015PXBCM Meter Color T ouchscreen Display User Manual EATON Figure 9. Latched Alarms.Touching MMP1, MMP2, MMP3, or MMP4 on Alarm Counter rows will take the user to screens with further alarm details. The Current Alarm Counters include columns for “Low-Low” (i.e. very low), “Low”, “High”, and “High-High” (i.e. very high). Meanwhile, the Voltage Alarm Counter include columns for “Low” and “High” (see Figure 10).Figure 10. Current Alarm Counters andVoltage Alarm Counters.6Instruction Booklet IB150007ENEffective August 2015PXBCM Meter Color T ouchscreenDisplay User ManualEATON Notes:7Instruction Booklet IB150007ENEffective August 2015PXBCM Meter Color T ouchscreen Display User Manual EATON Notes:EatonElectrical Sector1000 Eaton Boulevard Cleveland, OH 44122United States877-ETN-CARE (877-386-2273) © 2015 EatonAll Rights ReservedPrinted in USAPublication No. IB150007EN / TBG001240 August 2015Eaton is a registered trademark.All other trademarks are property of their respective owners.Instruction Booklet IB150007EN Effective August 2015 PXBCM Meter Color T ouchscreenDisplay User ManualThe information, recommendations, descriptions, and safety nota-tions in this document are based on Eaton’s experience and judg-ment. This instructional literature is published solely for information purposes and should not be considered all-inclusive. If further infor-mation is required, you should consult an authorized Eaton sales representative.The sale of the product shown in this literature is subject to the terms and conditions outlined in appropriate Eaton selling policies or other contractual agreement between the parties. This literature is not intended to and does not enlarge or add to any such contract. The sole source governing the rights and remedies of any purchaser of this equipment is the contract between the purchaser and Eaton. NO WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING WARRANTIES OF FITNESS FOR A PARTICULAR PURPOSE OR MERCHANTABILITY, OR WARRANTIES ARISING FROM COURSE OF DEALING OR USAGE OF TRADE, ARE MADE REGARDING THE INFORMATION, RECOMMENDATIONS, AND DESCRIPTIONS CONTAINED HEREIN.In no event will Eaton be responsible to the purchaser or user in contract, in tort (including negligence), strict liability or otherwise for any special, indirect, incidental or consequential damage or loss whatsoever, including but not limited to damage or loss of use of equipment, plant or power system, cost of capital, loss of power, additional expenses in the use of existing power facilities, or claims against the purchaser or user by its customers resulting from the use of the information, recommendations and description contained herein.The information contained in this manual is subject to change without notice.。
一种卫星温度自主管理的优化设计
!计算机测量与控制!"#"$!$%!&"!!"#$%&'()'*+%('#',&-!",&(".!#"%"!#收稿日期 "#"$#%%'$!修回日期"#"$#""%%作者简介 刘!博!%(')"&男&北京人&硕士研究生&工程师&主要从事航天器电子信息系统设计方向的研究%引用格式 刘!博&乔!梁&毛!亮&等!一种卫星温度自主管理的优化设计'+(!计算机测量与控制&"#"$&$%!&")"%""%&&"$'!文章编号 %&'%,*() "#"$ #&#"%"#*!!-./ %#!%&*"& 0!1234!%%5,'&" 67!"#"$!#&!#$"!!中图分类号 a ,,$!!文献标识码 :一种卫星温度自主管理的优化设计刘!博% 乔!梁% 毛!亮% 姜!博"!%`北京空间飞行器总体设计部&北京!%###(,$"`钱学森空间技术实验室&北京!%###(,"摘要 温度自主管理是卫星主动式热控的主要表现形式&温度自主管理系统将接收到的被控设备的温度数据和固化在软件中的温度阈值进行比较后&发出相应的指令控制加热器的通或断&从而确保星上设备或部件的温度始终保持在一个合理的范围内&不会因为温度过高或过低影响卫星的可靠性和安全性&在一些卫星中&部分被控设备的接口发生了变化&传统的自主管理系统在新接口的温度控制上存在一定缺陷&导致地面测试中出现了热控回路报警&采用增加同一加热器回路通断指令的自主重试次数的方法对温度自主管理软件进行了优化&经过实验验证&优化后的温度自主管理系统能够很好地适应新的接口&该系统已经在多个卫星中成功应用&可为后续卫星提供参考%关键词 温度$卫星$自主管理$接口$优化设计<,Q $&0#0Z *&0",/'+01,"45*&'..0&'6'#$'(*&%('<%&","#"%+)*,*1'#',&C /=?H %&c /:.C 4D 2I %&@:.C 4D 2I %&+/:9N?H "!%`?K 4042I /2G 646F 6K H L >7D 1K 1O D L 6>X G 6K P f 2I 42K K O 42I &?K 4042I!%###(,&R J 42D $"`c 4D 2W F K G K 2C D T H O D 6H O X H L >7D 1K8K 1J 2H S H I X &?K 4042I!%###(,&R J 42D "<=+&(*:&)8K P 7K O D 6F O K D F 6H 2H P H F GP D 2D I K P K 264G 6J KP D 42L H O PH L G D 6K S S 46K D 164U K 6J K O P D S 1H 26O H S !:L 6K O 1H P 7D O 42I6J K O K 1K 4U K Q 6K P 7K O D 6F O K Q D 6DH L 1H 26O H S K Y F 47P K 26Z 46J 6J K 6K P 7K O D 6F O K 6J O K G J H S Q G H S 4Q 4L 4K Q 42G H L 6Z D O K &D 6K P 7K O D 6F O K D F 6H 2H P H F GP D 2D I K P K 26G X G 6K PG K 2Q G 1H O O K G 7H 2Q 42I 1H P P D 2Q G 6H G Z 461JH 2H O H L L 6J KJ K D 6K O !8J K 6K P 7K O D 6F O K H L K Y F 47P K 26H O 1H P 7H 2K 26G H L G D 6K S S 46K 4G D S V Z D X G K 2G F O K Q 42D O K D G H 2D T S K O D 2I K &D 2Q 6J K O K S 4D T 4S 46X D 2Q G D L K 6X H L G D 6K S S 46KZ 4S S 2H 6T K D L L K 16K QT K 1D F G K H L 6H HJ 4I JH O 6H H S H Z6K P V 7K O D 6F O K !-F K 6H 6J K 426K O L D 1K1J D 2I KH L G H P KK Y F 47P K 2642G H P KG D 6K S S 46K G &6O D Q 464H 2D S D F 6H 2H P H F GP D 2D I K P K 26G XG 6K P J D U KG H P K Q K L K 16G 426K P 7K O D 6F O K 1H 26O H S 6H2K Z426K O L D 1K &G H6J K O P D S 1X 1S KD S D O P H 11F O O K QQ F O 42II O H F 2Q6K G 6!8J K 6K P 7K O D 6F O KD F 6H 2H P H F G P D 2D I K P K 26G H L 6Z D O K 4G H 764P 4B K QT X 421O K D G 42I 6J K 2F P T K O H L D F 6H 2H P H F G O K 6O 4K G L H O 6J K H 2V H L L 1H P P D 2QH L 6J K G D P K J K D 6K O 14O 1F 46!8J K K W 7K O 4P K 26D S O K G F S 6G G J H Z6J D 66J K H 764P 4B K Q 6K P 7K O D 6F O K D F 6H 2H P H F GP D 2D I K P K 26G X G 6K P1D 2D Q D 766H 6J K2K Z426K O L D 1KZ K S S !8J K H 764P 4B K Q G X G 6K PJ D G T K K 2D 77S 4K Q 42P D 2X GD 6K S S 46K G !/61D 27O H U 4Q K D O K L K O K 21K L H O L F 6F O K G D 6K S S 46K G !>'7?"(2+)6K P 7K O D 6F O K $G D 6K S S 46K $D F 6H 2H P H F GP D 2D I K P K 26$426K O L D 1K $H 764P D S Q K G 4I 2@!引言航天器是一个复杂的大系统&由数百台设备和部件组成%过高或过低的温度都会影响各个设备部件的正常工作%目前&航天任务更加多样化&航天器的轨道热环境以及星上电子设备工作模式也愈加复杂%卫星在进入预定轨道后&恶劣的空间环境*高热流密度部件散热等均是影响星上热控系统的不确定因素'%*(%航天器在轨工作期间内部温度变化*内外热交换过程是热控关注的重点&为确保航天器中各项仪器设备正常工作&需要在这些方面进行严格控制'&(%近年来&我国在载人航天*深空探测等领域相继取得了举世瞩目的成就&我国的航天器热控制技术在这些重大专项的牵引下也得到了长足的发展''(%空间任务需求的多样化使得航天器的轨道机动范围趋向复杂&为了更好地适应多变的空间热环境&航天器自身必须具备良好的自主热控能力')((%当前航天器上广泛采用的热控措施大致分为被动式和主动式两大类%将隔热与散热两种方式结合起来&通过合理组织航天器内外热交换&将航天器内部维持在一个相对稳定的适宜温度范围'%#(%被动式热控制是一种开环式控制&在设计中要确保布局合理*材料适合&以此来完成航天器内外的热交换过程%被动式热控实施起来简便易行&但很难做到自动调节仪器设备的温度'%%%"(%传统的热控设计已经不能适应越来越复杂的空间热环境&在被动控温基础上发展出来的智能化热控系统&能够满足各领域复杂任务的热控需求%其采用主动式热控制&使得航天器具备极高的热环境变化适应能力'%$%&(%主动式热控制是一种闭环控制&温度敏感器*控制器和执行装置这三部分组成了主动热控系统'%'(%控制器采集到温度敏感器的温度信息后&与预设的温度范围进行比较&然后根据比较后的结果发送命令&控制执行装置完成动作&从而实现自主控温'%)(%主动式热控最初完全依赖于地面遥控&经过几十年的发展&到今天自主热控管理已成为航天器主动式热控的主要方式'%((%温度自主管理是主动式热控制的主要表现形式&也是!投稿网址 Z Z Z!0G 01S X3B !1H P Copyright ©博看网. All Rights Reserved.第&期刘!博&等)""""""""""""""""""""""""""""""""""""""""""""""""""""一种卫星温度自主管理的优化设计#"%$!#热管理技术的重要发展方向%作为卫星主动式热控的控制中枢&温度自主管理系统要确保星上设备或部件的温度始终保持在适合的范围内&从而保证卫星系统在轨运行的高可靠性和安全性%A !温度自主管理原理温度自主管理系统在尽量不依赖于外界干预的前提下&能够自主地完成各项仪器设备的温度管理工作&确保航天器在生命周期内稳定运行'"#(%在航天器中&传统的温度自主管理系统通常是由上位机和下位机%组成&它的基本原理是)在被控设备上安装加热器和热敏电阻%下位机%负责采集热敏电阻阻值和加热器开关状态&热敏电阻阻值的变化在下位机%中变成数字信号后和加热器开关状态一起通过%**$?总线向上位机提供%上位机的温度自主管理软件根据接收到的温度数据和固化在软件中的控制温度阈值比较&发出相应的加热器通断指令&经下位机%转发给被控设备的加热器回路&完成加热器回路的接通或断开&从而实现对仪器或部件的自动控温%传统的温度自主管理系统结构如图%所示%图%!传统的温度自主管理系统结构图在温度自主管理系统中&每条指令控制一路加热器的开关&加热器开关状态通常由一个T 46的遥测表示!#表示断&%表示开"&热敏电阻的实测温度经过:+-转换后&用一个T X6K 的遥测表示%加热器回路的控制周期以及温度阈值在上位机的温度自主管理软件中固化%在每个控制周期里&下位机%分别获取一个回路的实测温度和加热器开关状态参数&并通过%**$?总线转发给上位机%在上位机的温度自主管理软件中&将采集到的回路温度和软件中固化的温度阈值进行比较&如果回路的温度数字采样值连续$次大于高温阈值&并且回路开关状态为接通&则上位机发送该回路加热器断开指令$如果回路的温度数字采样值连续$次小于低温阈值&并且回路状态为断开&则上位机发送该回路加热器接通指令%上位机温度自主管理软件的工作流程如图"所示%图%所示的温度自主管理系统&已经经过了多颗卫星的地面和在轨验证&系统工作良好&在温度管理过程中未发生过回路报警情况%B !温度自主管理系统的变化在一些卫星中&由于系统需求变化以及卫星布局调整&图"!温度自主管理软件的工作流程下位机%和部分被控设备之间增加了两级设备)下位机"和$%其中&下位机"和下位机%之间采用,""总线连接&下位机$和下位机"之间采用串口连接%使得温度自主管理系统发生了一定变化%新的温度自主管理系统结构如图$所示%图$!新的温度自主管理系统结构图从图$中可以看出&下位机%和下位机"通过,""总线连接%,""总线采用点对多的拓扑结构&下位机%作为,""总线的主机&对外连接)个从机&下位机"为其中一个从机%下位机%采用轮询方式&每#`*秒向一个从机发送一次,要数信息-&,秒钟轮询一遍%下位机"每接收到一次,要数信息-后&将,要数信息-转发给下位机$&下位机$接收到,要数信息-后&将采集到的回路温度和加热器开关状态等遥测数据发送给下位机"&并由下位机"转发给下位机%%在,""通信协议中&指令发送优先于遥测回传&即当该#`*秒周期内有主机发送给任一从机的,""指令时&则不会回传从机的遥测数据%系统结构更改后&由原有的一条指令控制一个加热器回路变为一条指令控制)个回路%下位机"在收到下位机%发送的加热器开关指令后&需要将这条指令译码成两条指令!一条加热器负端通断&一条加热器正端通断"后再通过串口将两条指令顺序发送给被控设备&一条通断指令)个T 46&能同时控制,路加热器正端的通断以及另外,路加热器负端的通断&即发送一条加热器开关指令可以同时控!投稿网址 Z Z Z!0G 01S X3B !1H P Copyright ©博看网. All Rights Reserved.!!计算机测量与控制!第$%""""""""""""""""""""""""""""""""""""""""""""""""""""卷#"%,!#制)路加热器的通断%指令发送顺序要求必须为先接通或断开加热器负端后接通或断开加热器正端&连续发令%下位机"每次发令前&要根据最近一次采集到的)个回路通断状态作参考&确保指令发送后不会更改其他回路的通断状态%D !系统变化后带来的问题采用图$所示的温度自主管理系统后&多个回路在地面测试中发生了报警%D C A !回路报警机制上位机自主发送加热器回路通断指令后&如果回路开关状态与指令预期不一致&则上位机软件会启动回路报警机制%回路报警的机理为)上位机软件发送加热器回路通断指令后&会对相应加热器回路的开关状态进行$次判断&若$次判断的开关状态与期望得到的结果一致&则不再继续发通断指令%若$次判断全错或不一致&则最多再发送两次指令&在每次指令后均做$次判断%发指令后&$次判断全部正确&则不再继续发指令%发第三次指令后状态仍全错或不一致&则置该回路的报警状态并通过遥测下传到地面%发出报警信号后不再继续自主发送该回路的指令&并将该回路自控状态设置为禁止%加热器回路报警的工作流程如图,所示%图,!加热器回路报警的工作流程D C B !系统变化后回路报警的原因上位机每#`*秒控制一路加热器%根据下位机"和$之间的串口协议&下位机$最快)秒才能将采集的被控设备的温度参数和开关状态参数发送给下位机"%由于下位机"发送的一条加热器开关指令可同时控制)路加热器的通断&并且下位机%和"之间的接口是指令优先&因此如果)秒内有同一指令中的多路加热器都需要发指令进行通断控制&则下位机%和"之间的,""通信链路会一直被加热器指令所占据&导致下位机$收不到下位机"转发的,要数信息-&无法采集被控设备加热器最新的通断状态&将导致发送某一路通断指令前参考的其他路的通断状态遥测未更新&从而使得这一路加热器指令将会改变其他路的开关状态&最终导致其他路加热器的开关状态遥测与指令的预期不符%下面举例进行说明)根据下位机"和下位机$之间的接口协议&下位机"发送给下位机$的指令格式如表%所示%表%!下位机"和$之间的指令格式第一字节第二字节第三字节第四字节指令含义说明f ?(#%(T 46#d %+#!C >?"加热器%正端通+断T 46%d %+#加热器"正端通+断T 46"d %+#加热器$正端通+断T 46$d %+#加热器,正端通+断T 46,d %+#加热器*负端通+断T 46*d %+#加热器&负端通+断T 46&d %+#加热器'负端通+断T 46'd %+#!@>?"加热器)负端通+断如表%所示&一条指令可以同时控制加热器%5,的正端和*5)的负端%假设加热器%5,对应的被控设备的温度均低于低温阈值&且加热器%正端*加热器"正端*加热器$正端*加热器,正端都是,#-!断状态"&,个加热器都需要接通%按照温度自主管理的原理&上位机将顺序发送,个回路的接通指令%上位机首先发送加热器%接通指令&经过下位机%转发到下位机"&下位机"发送指令前先对接收到的加热器"5,的开关遥测进行判断&加热器"*$*,的开关状态都是#&因此依次发送负端接通指令))))###%和正端接通指令))))###%&将加热器%接通$上位机接着发送加热器"接通指令&由于发送指令优先于遥测回传&且下位机$遥测回传的周期最短是)秒&因此在下位机"发送指令前收到的遥测未更新&加热器%*$*,的开关状态都是#&因此依次发送负端和正端接通指令均为))))##%#&接通加热器"&关断加热器%$上位机发送加热器$接通指令时&下位机"判断加热器%*"*,都是#&依次发送负端和正端接通指令))))#%##&接通加热器$&关断加热器%和"$上位机发送加热器,接通指令时&判断%*"*$都是#&依次发送负端和正端接通指令))))%###&接通加热器,&关断加热器%*"和$$因此发送,条通指令后的实际结果是只有,接通&其他均关断&%&"&$开关状态与预期不符%上位机对加热器%5,的开关状态进行$次判断&其中只有加热器,的开关状态与期望的结果一致&其他$路开关状态均与预期不一致%因此上位机再发送两次指令%发送第二次指令后&对加热器%5$的开关状态进行$次判断&加热器$开关状态与指令预期相符&%和"的开关状态与指令不符%发送第三次指令后&对加热器%5"的开关状态进行$次判断&加热器"开关状态与指令预期相符&%的开关状态与指令不符%按照回路报警机理&加热器%回路自控禁止并向地面报警%加热器%5,指令发送与开关状态判断时序表如表"所示%!投稿网址 Z Z Z!0G 01S X3B !1H P Copyright ©博看网. All Rights Reserved.第&期刘!博&等)""""""""""""""""""""""""""""""""""""""""""""""""""""一种卫星温度自主管理的优化设计#"%*!#表"!加热器%5,指令发送与开关状态判断时序表时间+G 下位机"和$通信内容加热器开关状态是否与预期一致#采遥测%*"*$*,开关正*负端状态均为断+#!*发指令开关%负通!其他为断"%负通&其它断正常发指令开关%正通!其他为断"%正*负通&其它断正常%发指令开关"负通!其他为断""负通&%正通&其它断发令后把%负误置为断发指令开关"正通!其他为断""正*负通&其它断发令后把%正误置为断%%%%%%"发指令开关,负通!其他为断",负通&$正通&其它断发令后把$负误置为断发指令开关,正通!其他为断",正*负通&其它断发令后把$正误置为断第一次控制后仅第四个回路正确执行&上位机在"*秒后判断执行结果&前$个回路状态与预想不一致&且连续$次判断都不一致&'*秒后重新发前$个回路正*负通令%期间遥测已更新%'*!*发指令开关%负通!,正负通&其他为断"%负通&,正负通&其它断正常发指令开关%正通!,正负通&其他为断"%正*负通&,正负通&其它断正常%%%%%%'&!*发指令开关$负通!,正负通&其他为断"$负通&,正负通&其它断发令后把"负误置为断发指令开关$正通!,正负通&其他为断"$正*负通&,正负通&其它断发令后把"正误置为断第二次控制后第三个回路正确执行&上位机在"*秒后判断执行结果&前"个回路状态与预想不一致&且连续$次判断都不一致&'*秒后重新发前"个回路正*负通指令%期间遥测已更新%%*#!*发指令开关%负通!$*,正负通&其他为断"%负通&$*,正负通&其它断正常发指令开关%正通!$*,正负通&其他为断"%正*负通&$*,正负通&其它断正常%*%发指令开关%负通!,正负通&其他为断"%负通&,正负通&其它断发令后把%负误置为断发指令开关%正通!,正负通&其他为断"%正*负通&,正负通&其它断发令后把%正误置为断第三次控制后第二个回路正确执行&上位机在'*秒后判断执行结果&第一个回路状态与预想不一致&且连续$次判断都不一致&此时已发令三次&软件禁止第一个回路自主热控&并报警%经过分析&产生加热器回路报警有两个条件)%"每)秒内有,个及以上加热器回路通断指令要发送!由于温度自主管理指令发送$次&则$个回路及以下可成功执行"$""这,个及以上回路通断定义在同一条指令里%F !温度自主管理的优化设计方案针对系统变化带来的加热器回路报警问题&提出了两种优化设计方案)%"下位机"在每次发送加热器通断指令前&增加一次从下位机$取遥测的操作&确保取到最新的加热器开关状态%这样可以保证当同一指令里多个加热器同时需要通断操作时&不会出现由于遥测更新不及时而将其他加热器回路误开或误关的问题%""将回路报警机制中发送同一加热器通断指令的重试次数增加%由于下位机"发送一条指令最多可以控制)个加热器回路&因此最多重复发送)次指令即可确保)个回路开关状态与指令预期一致%考虑一定的余量&将指令重试次数由"次增加到(次&即指令发送%#次以后&加热器状态仍全错或不一致&则置回路的报警状态并将回路自控禁止%方案%"需要下位机"在发送指令前&增加从下位机$取遥测的操作&下位机"运行的嵌入式软件要进行更改%方案""只将上位机软件中两处指令发送次数判断的语句进行更改&把$次改为%#次&不增加额外的语句&不影响原逻辑&下位机%5$的嵌入式软件不需要进行更动%通过比较两个方案的更动量和更改难度&选择方案""作为优化设计方案%方案""的更改内容如下)将函数U H 4QR J K 13.R J D 2..2H L L .>6D 6F G !1J D 2.16O S )1J D 2"两处语句进行修改%第一处!4L !1J D 25#G K 26.1P Q .1J K 13!1P Q .G K 26.1H F 26#%#"+)#$改为#%#)+!/!!1J D 25#K 2D T S Kd L D S G K $!!1J D 25#4G .Z D O 242I d 6O F K $!!/246.R J D 2.R P Q .R J K 13!1J D 2"$!!O K 6F O 2$!3第二处!4L !1J D 25#G K 26.1P Q .1J K 13!1P Q .G K 26.1H F 26$%#"+)$$改为$%#)+!/!!4L !4G .H 2.1P Q .G K 26dd 6O F K "/>K 2Q .R J D 2..2.R P Q !1J D 2"$3!!K S G K />K 2Q .R J D 2..L L .R P Q !1J D 2"$3!3L !实验结果与分析采用桌面联试的方法对优化设计后的温度自主管理功能进行验证%按照图$完成温度自主管理系统的搭建&其中采用负载箱代替被控设备%!投稿网址 Z Z Z!0G 01S X3B !1H P Copyright ©博看网. All Rights Reserved.!!计算机测量与控制!第$%""""""""""""""""""""""""""""""""""""""""""""""""""""卷#"%&!#联试过程如下)%"回路%5)均设为低于低温阈值)!%"通过上位机/下位机%/下位机"对下位机$发送配置指令&工作状态查询指令&通过遥测确认温度自主管理系统的遥测遥控通路正常&并对下位机$完成配置$!""通过上位机发送加热器%5)回路断指令!加热器%5)回路在同一个字节中"&对应的负载箱回路显示灯灭$!$"设置加热器%5)回路对应的温度量#W &&!对应温度#度"&使得这)路温度均低于低温阈值#W ,?!对应温度"#度"$!,"通过上位机依次发送温度自主管理系统所有回路自控禁止指令*加热器%5)回路自控使能指令*热控软件使能指令并开始计时$!*"观察负载箱&加热器%5)回路从第)路到第%路每隔'*秒依次接通&对应负载箱的回路灯亮$!&")##秒后&依次单回路下传加热器%5)回路的回路状态&)个回路均无报警%""回路%5)均设为高于高温阈值)!%"通过上位机发送温度自主管理系统所有回路自控禁止指令$!""通过上位机发送加热器%5)回路通指令&对应的负载箱回路显示灯亮$!$"设置加热器%5)回路对应的温度量#W $#!对应温度,*度"&使得这)路温度均高于高温阈值#W $*!对应温度,#度"$!,"通过上位机依次发送加热器%5)回路自控使能指令并开始计时$!*"观察负载箱&加热器%5)回路从第)路到第%路每隔'*秒依次断开&对应负载箱的回路灯灭$!&")##秒后&依次单回路下传加热器%5)回路的回路状态&)个回路均无报警%$"回路%5)温度任意设置)!%"通过上位机发送温度自主管理系统所有回路自控禁止指令$!""发送加热器"*,通指令&负载箱回路"*,灯亮$发送加热器%*$**5)断指令&负载箱回路%*$**5)灯灭$!$"设置加热器"*,回路对应的温度量#W $#为高于高温阈值#W $*&加热器%*$**5)回路对应的温度量#W &&为低于低温阈值#W ,?$!,"发送加热器%5)回路自控使能指令并开始计时$!*"观察负载箱&加热器%5)回路从第)路到第%路每隔'*秒依次动作&其中%*$**5)回路对应的负载箱灯亮&"*,回路灯灭$)##秒后&依次单回路下传加热器%5)回路的回路状态&)个回路均无报警%!&"通过对测试结果的分析&优化设计后的温度自主管理功能正确%相比优化设计前的系统&增加同一加热器通断指令的重试次数&可以避免由于系统链路长*级与级接口之间时序不同步导致的热控回路报警问题%优化后报警周期由""*秒延长至'*#秒&但由于温度是缓慢变化的&因此报警周期的延长对温度自主管理的正确性没有影响%在后续研究中&应进一步简化温度管理系统的结构&避免由于链路过长*接口过多带来的接口匹配性问题&提升卫星整体自主管理能力%S !结束语电加热器热控是目前卫星最常用的热控自主管理实现方式&经过多年的发展&热控管理的自主性逐步加强&在大部分卫星上都已采用%本文从提高温度自主管理系统接口兼容性的角度出发&提出了增加同一加热器回路通断指令的自主重试次数的优化设计方法%该方法在不改变传统自主控温逻辑的前提下&能够很好地兼容新的温度管理系统&并已在多个卫星中在轨应用&取得了良好的效果%参考文献'%(N /C @.]f -N!>7D 1K 1O D L 66J K O P D S 1H 26O H SJ D 2Q T H H 3)L F 2Q D V P K 26D S 6K 1J 2H S H I 4K G '@(!"2Q K Q !f %>K I F 2Q H &R D S 4L H O 24D )8J K:K O H G 7D 1KR H O 7H O D 64H 2;O K G G &"##"!'"(侯增祺&胡金刚!航天器热控控制技术5原理及其应用'@(!北京)中国科学技术出版社&"##'!'$(?:8=][/9a!@41O H 0G D 6K S S 46K G6J K O P D S1H 26O H S 01H 21K 76G D 2Q1H P 7H 2K 26G '+(!:16D :G 6O H 2D F 641D &"##*&*&!%+"")%&%%'#!',(闵桂荣&郭!舜!航天器热控制'@(!"版!北京)科学出版社&%(()!'*(刘!佳&李运泽&刘东晓&等!卫星@f @>热控系统的动态特性及自主控制策略'+(!航空学报&"#%#&$%!,")&'%&')!'&(兰!天&穆!强&江利锋&等!航天器自主热控功率波动抑制方法'+(!航天器工程&"#"%&$#!%")'"')!''(贾!阳&刘!强&向艳超&等!深空探测对航天器热控技术的推动'+(!航天器环境工程&"#%&&$$!"")%%*%"#!')(].?f ].&>:@:]:C &+.A 9C &K 6D S !@41O H K S K 16O H P K V1J D 241D S Q K U 41K G L H O G D 6K S S 46K 6J K O P D S 1H 26O H S '+(!/f f f>K 2G H O +H F O 2D S &"##,&,!,")*"**$%!'((刘东晓&李运泽&李!淼&等!微小航天器单相流体回路自主热控地面实验研究'+(&宇航学报&"#%"&$$!$")$("$()!'%#(林士峰&李!锴&林宝军&等!@f .导航卫星热控系统设计及验证'+(!航天器工程&"#""&,"!%")%,,%*"!'%%(谭维炽&胡金刚!航天器系统工程'@(!北京)中国科学技术出版社&"##(!!下转第"$'页"!投稿网址 Z Z Z!0G 01S X3B !1H P Copyright ©博看网. All Rights Reserved.。
美琴263585产品说明书
Eaton 263585Eaton Moeller series xPole - PF6/7 RCCB. PF7, 4 pole, In: 25 A, Icn: 10 kA, I ΔN: 0.1 A, Type AC, AC current sensitive, Partly surge-proof 250 A, residential and commercialGeneral specificationsEaton Moeller series xPole - PF6/7 RCCB263585PF7-25/4/01-DE401508263585580 mm 71 mm 70 mm 0.32 kg RoHS conformIEC/EN 61008Product NameCatalog Number Model Code EANProduct Length/Depth Product Height Product Width Product Weight Compliances Certifications25 AIs the panel builder's responsibility. The specifications for the switchgear must be observed.7035-35 °CMeets the product standard's requirements.Is the panel builder's responsibility. The specifications for the switchgear must be observed.DIN railQuick attachment with 2 latch positions for DIN-rail IEC/EN 6071525 ADoes not apply, since the entire switchgear needs to be evaluated.0.1 A184 V AC - 440 V ACMeets the product standard's requirements.Non-delayedIS/SPE-1TE 101911Interlocking device500 A eaton-rcd-application-guide-br019003en-en-us.pdfeaton-xpole-pf7-rccb-catalog-ca019032en-en-us.pdf eaton-xpole-pf6-rccb-catalog-ca019034en-en-us.pdfDA-DC-03_PF7eaton-circuit-breaker-xeffect-frcmm-rccb-dimensions.jpg eaton-xpole-pf6/7-rccb-3d-drawing.jpgIL019140ZUeaton-xeffect-frcmm-rccb-wiring-diagram-002.jpgRated operational current for specified heat dissipation (In) 10.11 Short-circuit ratingRAL-numberPermitted storage and transport temperature - min10.4 Clearances and creepage distances10.12 Electromagnetic compatibilityMounting MethodAmperage Rating10.2.5 LiftingRated fault current - maxTest circuit range10.2.3.1 Verification of thermal stability of enclosures Tripping timeFitted with:Rated residual making and breaking capacity Application notes Catalogs Certification reports DrawingsInstallation instructions Wiring diagramsFrequency rating50 Hz10.8 Connections for external conductorsIs the panel builder's responsibility.Fault current rating100 mATerminal protectionFinger and hand touch safe, DGUV VS3, EN 50274Special featuresMaximum operatingtemperature is 55 °C:Starting at 40 °C, the max.permissible continuouscurrent decreases by 3% forevery 1 °CTripping signal contact forsubsequent installation Z-NHK 248434Sensitivity typeAC current sensitiveAmbient operating temperature - max55 °CHeat dissipation per pole, current-dependent0 WClimatic proofing25-55 °C / 90-95% relative humidity according to IEC 60068-2Built-in depth69.5 mmShort-circuit rating63 A (max. admissible back-up fuse)FeaturesResidual current circuit breakerAdditional equipment possibleLifespan, electrical4000 operationsConnectable conductor cross section (solid-core) - min1.5 mm²10.9.3 Impulse withstand voltageIs the panel builder's responsibility.Number of polesFour-poleTerminal capacity (solid wire)1.5 mm² - 35 mm²Ambient operating temperature - min-25 °C10.6 Incorporation of switching devices and componentsDoes not apply, since the entire switchgear needs to be evaluated.Rated short-circuit strength10 kA10.5 Protection against electric shockDoes not apply, since the entire switchgear needs to be evaluated.Used withKLV-TC-4 276241 (Compact enclosure) Z-FW/LP 248296 (Remote control and automatic switching device) Z-RC/AK-4TE 101062 (sealing cover set)Residual current circuit breakersPF7Type ACKLV-TC-4 276241 (Compact enclosure)Z-FW/LP 248296 (Remote control and automatic switching device)Z-RC/AK-4TE 101062 (sealing cover set)Equipment heat dissipation, current-dependent2.8 W10.13 Mechanical functionThe device meets the requirements, provided the information in the instruction leaflet (IL) is observed.10.2.6 Mechanical impactDoes not apply, since the entire switchgear needs to be evaluated.10.9.4 Testing of enclosures made of insulating materialIs the panel builder's responsibility.Static heat dissipation, non-current-dependent0 WApplicationResidual current circuitbreaker for residential andcommercial applicationsxPole - Switchgear forresidential and commercialapplications10.3 Degree of protection of assembliesDoes not apply, since the entire switchgear needs to be evaluated.Voltage typeACTerminal capacity (stranded cable)16 mm² (2x)Leakage current typeACFrame45 mmBuilt-in width (number of units)70 mm (4 SU)Terminals (top and bottom)Open mouthed/lift terminalsHeat dissipation capacity0 WImpulse withstand currentPartly surge-proof 250 AWidth in number of modular spacings4Busbar material thickness0.8 mm - 2 mm10.2.3.2 Verification of resistance of insulating materials to normal heatMeets the product standard's requirements.10.2.3.3 Resist. of insul. mat. to abnormal heat/fire by internal elect. effectsMeets the product standard's requirements.Lifespan, mechanical20000 operationsVoltage rating230 V AC / 400 V AC10.9.2 Power-frequency electric strengthIs the panel builder's responsibility.Connectable conductor cross section (solid-core) - max35 mm²Degree of protectionIP20, IP40 with suitable enclosureIP20Rated short-time withstand current (Icw)10 kAAccessories requiredZ-HK 248432Pollution degree210.7 Internal electrical circuits and connectionsIs the panel builder's responsibility.Connectable conductor cross section (multi-wired) - min 1.5 mm²Rated impulse withstand voltage (Uimp)4 kV10.10 Temperature riseThe panel builder is responsible for the temperature rise calculation. Eaton will provide heat dissipation data for the devices.Connectable conductor cross section (multi-wired) - max 16 mm²TypePF7Residual current circuitbreakersType AC10.2.2 Corrosion resistanceMeets the product standard's requirements.10.2.4 Resistance to ultra-violet (UV) radiationMeets the product standard's requirements.10.2.7 InscriptionsMeets the product standard's requirements.Surge current capacity0.25 kAPermitted storage and transport temperature - maxEaton Corporation plc Eaton House30 Pembroke Road Dublin 4, Ireland © 2023 Eaton. All Rights Reserved. Eaton is a registered trademark.All other trademarks areproperty of their respectiveowners./socialmedia60 °C25 A gG/gL0.1 A400 V440 VAdmissible back-up fuse overload - max Rated fault current - min Rated operational voltage (Ue) - max Rated insulation voltage (Ui)。
一种补肾壮阳的中药配方[发明专利]
(19)国家知识产权局(12)发明专利申请(10)申请公布号 (43)申请公布日 (21)申请号 202011137652.1(22)申请日 2020.10.22(71)申请人 蔡亚娟地址 745300 甘肃省庆阳市正宁县永正镇纪村行政村五组5号(72)发明人 蔡亚娟 马如剑 (74)专利代理机构 徐州拉沃智佳知识产权代理有限公司 32455专利代理师 陈永宁(51)Int.Cl.A61K 36/9062(2006.01)A61P 13/12(2006.01)A61P 15/10(2006.01)A61P 29/00(2006.01)A61P 43/00(2006.01)A61P 15/00(2006.01)A61P 15/08(2006.01)A61P 37/08(2006.01)A61K 35/02(2015.01)A61K 35/32(2015.01)A61K 35/48(2015.01)A61K 35/583(2015.01)A61K 35/612(2015.01)A61K 35/618(2015.01)A61K 35/64(2015.01)A61K 35/648(2015.01)(54)发明名称一种补肾壮阳的中药配方(57)摘要本发明提供了一种补肾壮阳的中药配方,属于中药技术领域,由以下原料制备而成:人参、杜仲碳、胡椒、韭菜籽、蜈蚣、蛤蚧、狗肾、玛卡、枸杞、鹿茸、鹿鞭、大云、锁阳、淫羊藿、风流果、回春草、鬼箭羽、红景天、附片、黄芪、巴戟、雄蚕娥、复盆子、益智仁、煅龙骨、煅牡蛎、螃蟹、骨碎补、当归、桂枝、肉桂、鸡血藤、山芋、九地、甘草、牛膝、断续、补骨子、金樱子、菟丝子、葛根、羌活、益母草、乌蛇、一见起;本发明的中药配方,具有补肾阳虚,治疗腰膝酸软,盗汗遗精,尿频尿急,阳痿早泄,睾丸潮湿,手脚冰冷,前列腺炎,不孕不育,提高免疫力的作用。
权利要求书1页 说明书2页CN 114452362 A 2022.05.10C N 114452362A1.一种补肾壮阳的中药配方,其特征在于,由以下重量份的原料制备而成:人参15份、杜仲碳60份、胡椒15份、韭菜籽30份、蜈蚣6份、蛤蚧2份、狗肾1份、玛卡20份、枸杞15份、鹿茸10份、鹿鞭1份、大云25份、锁阳25份、淫羊藿50份、风流果15份、回春草20份、鬼箭羽10份、红景天10份、附片10份、黄芪40份、巴戟20份、雄蚕娥20份、复盆子25份、益智仁25份、煅龙骨40份、煅牡蛎40份、螃蟹30份、骨碎补50份、当归15份、桂枝12份、肉桂10份、鸡血藤15份、山芋25份、九地50份、甘草10份、牛膝20份、断续20份、补骨子30份、金樱子20份、菟丝子35份、葛根20份、羌活10份、益母草15份、乌蛇10份。
KONZESYS KZ-6P可编程控制面板 说明书
中文版KONZESYS安装使用手册KZ-6P面板控制系统安装使用手册-中文版2009 [07]言感谢您购买和使用KONZESYS的产品在使用本面板前请细阅这本用户手册以便能正确使用并且请妥善保存这本手册万一有不了解或故障时这本手册会带给您很大的帮助 。
按键灵活设置,可级连到255台面板带蓝色背光指示和按键红色指示灯面板具有RS-232/RS-485通讯接口面板具有DC5V电源输出接口面板具有2路继电器控制接口,可控制强弱电设备具有一键联动管理多种功能面板接线方便,安装时只需要打开小的接线盒外壳就可以接线和通过软件进行功能设置面板可以嵌入墙体和桌柜进行控制,方便美观KZ-6P可编程控制面板(KONZE Programmable Control Panel)是最新开发的高科技产品,是继单纯面板硬件控制和单纯计算机软件控制之后的第三种控制方式,墙体面板控制,灵活方便设备可连接KONZESYS系列中控及第三方控制设备,进行多种方式控制产品用于礼堂、报告厅、大中型高档会议室、多功能厅控制所有的会议室多媒体设备(包括声、光、电、像)自动化控制及其他控制。
第一章、设备使用注意事项为确保设备可靠使用及人员的安全,请在安装、使用和维护时,请遵守以下事项:1、在设备安装时,应确保电源线中的地线接地良好,请勿使用两芯插头,。
确保设备的输入电源DC5V/3A。
2、面板继电器接入强电控制设备时,非专业人员请勿随意打开机箱,以免发生触电事故。
3、不要将控制面板置于过冷或过热的地方。
4、面板在工作时会有微量发热,因此要保持工作环境的良好通风,以免温度过高而损坏机器。
5、 阴雨潮湿天气或长时间不使用时,应关闭设备电源总闸。
6、 非专业人士未经许可,请不要试图拆开设备机箱,不要私自维修,以免发生意外事故或加重设备的损坏程度。
感谢您购买和使用本公司的KONZE(控智)产品。
在使用本面板前,请细阅这本用户手册,以便能正确使用。
并且请妥善保存这本手册,万一有不了解或故障时,这本手册会带给您很大的帮助。
Philips K600 移动电话说明书
XeniumK600PinkCTK600PNKEnjoy a marathon of entertainmentWant a phone with cool multimedia features without compromising on style? Philips K600 is set to stun with its amazing design, incredible battery performance and vivid color choices plus, it'll keep you entertained and connected - always!Chic, elegant designA variety of refreshing colors to reflect your styleMultimedia shortcut for quick accessFast, intuitive touch screen for swift navigationAlways on, always connectedUp to 1 month of standby timeUp to 8.5 hours of talk timeUp to 5 hours movie playbackEnjoy up to 25 hours of music playbackMultimedia - anytime, anywhere3.2 Megapixel autofocus cameraEnjoy Bluetooth stereo musicEasy tuning with on-screen display on RDS FM radio stationsMicroSD memory card slot for extra memory/ data storageHighlightsAvailable in refreshing colorsYour Philips mobile phone comes in a variety of refreshing and trendy colors for you to choose from. Whatever your personal style,there's a color - coupled with an elegant design and premium finishing - to suit your taste.Multimedia shortcutEasily and speedily access your phone's multimedia functions by using assignedmultimedia shortcut keys. With a single touch,you can summon your movies, music, photos or radio programs - right at your fingertips!Fast, intuitive touch screenEasy-to-use touch screen interface truly simplifies your mobile phone experience.Navigate swiftly through menus with a stylus or simply touch and flip through folders.Calling, sending SMS or just organizing your life is a breeze with your mobile.Up to 1 month standby timeThe phone can be on and in standby mode continuously for up to 1 month on a single charge.Up to 8.5 hours talk timeThe phone can support up to 8.5 hours talk time on a single charge.Up to 5 hours movie playbackEnjoy movie playback for up to 4 hours on a single charge.Up to 25 hours music playbackEnjoy music playback for up to 25 hours on a single charge.3.2 Megapixel autofocus cameraCapturing memorable moments clearly is as simple as point and shoot. The autofocus works automatically when you press thecamera button halfway. Simply press the button all the way in order to capture a clear, sharp image.Bluetooth stereo musicYour Philips mobile phone supports A2DPBluetooth Profile. It lets you enjoy your favorite tunes wirelessly and in high quality stereo music from your Bluetooth headphones.RDS FM RadioEnjoy quick and easy tuning to your favorite stations with Radio Data System (RDS) display,which shows the name of the stationinstead of frequency numbers. RDS also allows stations to transmit text messages and information directly to your radio display, so you can keep updated with news updates and radio promotions.MicroSD memory card slotYou can now enjoy extra capacity and storage of multimedia files by inserting a MicroSDmemory card into the built-in memory card slot of your phone.SpecificationsDimensionsAntenna: IntegratedHandset color: PinkHandset dimensions: 103x52x14mm Handset weight: 119g(with battery)Picture/DisplayMain Display Colors: 262KMain Display Resolution: 240X400 pixel Main Display Technology: TFTTouch panelStill Picture CapturingCamera: IntegratedImage sensor type: CMOSPreview frame rate: 30 frames/second Picture file format: JPEGPicture Mode: Normal, Night mode, Self-timer mode, Continuous, LandscapePicture resolution: VGA (640x480), QVGA (320x240), 1M (1280x960), 2M (1600x1200), 3M (2048x1536), WQVGA (400x240)Special effects preview mode: Grey scale, Sepia, Color invert, NormalWhite balance: Automatic, Cloudy, Fluorescent, Daylight, TungstenPicture quality: Normal, Fine, HighAuto Focus: MacroAdvanced settings: Contrast, Remove flicker, Saturation, SharpnessStill Picture PlaybackPicture Compression Format: BMP, GIF, GIF (87a & 89a), JPEG, WBMPRotation: 90 degree stepsSlide showVideo CapturingFrame rate: 15 fpsVideo format: 3GP, H.263, MPEG4Video resolution: QCIFVideo mode: Auto, Night Video PlaybackCompression formats: MPEG4, H.263, 3GPFrame rate (fps): 30Resolution (pxl): 176x144, 352x288, 640x480Audio CapturingVoice recording: Yes, AMR, AWB, WAVAudio PlaybackAudio supported formats: ADPCM, AMR, Midi,MP3, SP-Midi, AAC, WAV, AAC+, WMASoundRingers: Polyphonic (64 tones)Equalizer settings: Classical, Dance, Pop,Rock, Bass, Normal, PartyStorage MediaMemory Card Types: Micro SDMemory management: Memory status,Dynamic memory allocationUser memory: 48 MBMaximum memory card capacity: 8 GBNetwork FeaturesGPRS (Rx+Tx): Class 12, class B and CGSM band: 900, 1800, 1900 MHzMessaging: Concatenated SMS (Long SMS), E-mail, MMS,Multimedia Message Service,Predefined messages (SMS,MMS), SMS CB(Cell Broadcast), SMS (Short Message Service),SMS multi-target, QQ instant messaging,Predefined SMSServices: OTA provisioning (WAP,MMS), SIMToolkit / Release 99, WAP 2.0Voice Codec: FR/EFR/AMR/HREDGEConvenienceButtons and controls: Camera key, PowerOn/Off, Side keysCall Management: Call Forwarding, Call onHold, Call Time, Call Waiting*, Caller ID*,Conference Call, Emergency Call, Microphonemute, Missed Calls, Multi-party call, ReceivedCalls, FirewallClock/Version: Digital, International clockEase of Navigation: Touch panelEase of Use: Hands free mode, Hot Keys, In-flight mode, Keypad Lock, Screen SaverDigital Clock, Softkeys, Vibra AlertGames and applications: Agenda, AlarmClock, Calculator, Calendar, Java MIDP 2.0,Lunar Calendar, Stopwatch, Handwritingrecognition, Motion sensor, Sensor games,Currency converterLanguage available: T9 input: ChineseSimplified, Chinese Traditional, EnglishLanguage available: UI: Chinese Simplified,Chinese Traditional, EnglishMultimedia: FM RadioPersonal Info Management: Daylight saving,Time ZonePersonalisation/Customization:Downloadable Animated GIF, DownloadableJava Applications, Downloadable Picture,Downloadable Ringtones, Wallpaper,RingtonesText input: T9Volume controlConnectivityBluetoothHeadset: Via mini USB connectorModem Capabilities: CSD (Voice, Data), GPRSPC Link: USB 2.0Serial connections: USB-miniUSB data cableBluetooth profiles: A2DP, Handsfree,Headset, Object push profile, File transferprofileAccessoriesStandard Package Includes: Battery, CD ROM(Mobile Phone Tools), Charger, Handset,Stereo Headset, Stylus, User Manual, USBdata cable, Premium Stereo HeadsetPowerBattery saving manager: Auto switch on/offBattery Type: Lithium-ionElectrical Enhancements: Back-up battery* Specification indicated based on initial full batterycharge tested in laboratories with Bluetooth switchedoff. Actual performance is dependent on networkservice provider and usage.© 2019 Koninklijke Philips N.V.All Rights reserved.Specifications are subject to change without notice. Trademarks are the property of Koninklijke Philips N.V. or their respective owners.Issue date 2019‑10‑23 Version: 2.0.512 NC: 8670 000 61289 EAN: 87 12581 53273 4。
Rockwell Automation PanelView Plus 6 - 400和600终端说明
18Rockwell Automation Publication VIEW-SG001M-EN-P - January 2015PanelView Plus 6 Terminals - 400 and 600The smaller PanelView Plus 6 - 400 and 600 terminals combine the display, logic, memory, and power into one base unit:•The 400 model has a 3.5-in. color graphic display with keypad or combination key and touch input, or a grayscale display with keypad input.•The 600 model has a 5.7-in. color or grayscale graphic display with keypad, touch screen, or combination keypad/touch-screen input.This new generation of terminals runs the Windows CE 6.0 operating system similar tothe PanelView Plus 6 - 700 to 1500 terminals. The terminals run HMI applications but also provide the ability to access the desktop. For users with more complex application requirements, the 600 color terminals can be ordered with optional, extended features and file viewers.Terminal FeaturesFeaturesDescriptionHigh memory capacity 512 MB nonvolatile memory and 256 MB RAM Power input AC or DCCommunication portsUnits are available with one of these communication options:•RS-232•Ethernet and RS-232Separate communication modules are not supported.USB ports• 1 USB host ports for connecting a USB mouse, keyboard, printer, and USB drives that are hot swappable • 1 USB device port for connecting a host personal computerSecure Digital (SD) card slot Hot-swappable card slot supports 1784-SD x SD cards for transferring files, upgrading firmware, or logging data Operating systemAll terminals run the Windows CE 6.0 operating system (OS) providing OS functionality needed for most users needs:•FTP server •VNC client/server •PDF reader •Active X controls•Third-party device supportAdditional functionality is available for the 600 terminals by ordering terminals with these optional, extended features:•Internet Explorer web browser •Media player•Microsoft file viewers for PowerPoint, Excel, and Word •WordPad text editorFactoryTalk View software •FactoryTalk View Machine Edition Station (runtime) software, version 6.10 or later, is preloaded and activated on each terminal •HMI applications are developed with FactoryTalk View Studio for Machine Edition software, which is purchased separately Reset and default switchesProvide easy access to diagnostic and repair operationsOptional Extended FeaturesRockwell Automation Publication VIEW-SG001M-EN-P - January 201519Product SelectionsBulletinInput TypeDisplay SizeDisplay TypeCommunicationPowerOperating System|||||||2711P-K = Keypad 4 = 3.5C = Color 5 = RS-232, USB ports A = AC 8 = Windows CE 6.0B = Keypad/Touch 6 = 5.7 in.M = Grayscale20 = Ethernet, RS-232, USB portsD = DC9 = Windows CE 6.0 with extended features and file viewersT = TouchPanelView Plus 6 - 400 Terminals without Extended FeaturesCat. No.Display Communication USB Ports InputPower System Memory (MB)(1)(1)All terminals support FactoryTalk View Machine Edition Station software, version 6.10 or later, and the Windows CE 6.0 operating system without extended features and Microsoft file viewers.Keypad Keypad/TouchSizeTypeRS-232EthernetHost Device RAM Nonvolatile 2711P-K4M5A8– 3.5-in. Grayscale•••AC 2565122711P-K4M5D8–•••DC 2565122711P-K4M20A8–••••AC 256 5122711P-K4M20D8–••••DC 2565122711P-K4C5A82711P-B4C5A8 3.5-in.Color•••AC 2565122711P-K4C5D82711P-B4C5D8•••DC 2565122711P-K4C20A82711P-B4C20A8••••AC 2565122711P-K4C20D82711P-B4C20D8••••DC256512PanelView Plus 6 - 600 Terminals without Extended FeaturesCat. No.Display Communication USB Ports Input Power System Memory (MB)(1)(1)All terminals support FactoryTalk View Machine Edition Station software, version 6.10 or later, and the Windows CE 6.0 operating system without extended features and Microsoft file viewers.Keypad Touch Keypad/Touch SizeTypeRS-232EthernetHost Device RAM Nonvolatile 2711P-K6M5A82711P-T6M5A82711P-B6M5A8 5.7-in. Grayscale•••AC 2565122711P-K6M5D82711P-T6M5D82711P-B6M5D8•••DC 256 5122711P-K6M20A82711P-T6M20A82711P-B6M20A8••••AC 256 5122711P-K6M20D82711P-T6M20D82711P-B6M20D8••••DC 256 512 2711P-K6C5A82711P-T6C5A82711P-B6C5A8 5.7-in.Color TFT•••AC 2565122711P-K6C5D82711P-T6C5D82711P-B6C5D8•••DC 256 5122711P-K6C20A82711P-T6C20A82711P-B6C20A8••••AC 256 5122711P-K6C20D82711P-T6C20D82711P-B6C20D8••••DC256512PanelView Plus 6 - 600 Terminals with Extended FeaturesCat. No.Display Communication USB Ports Input Power System Memory (MB)(1)(1)All terminals support FactoryTalk View Machine Edition Station software, version 6.10 or later, and the Windows CE 6.0 operating system with extended features and Microsoft file viewers.Keypad Touch Keypad/Touch Size Type RS-232EthernetHost Device RAM Nonvolatile 2711P-K6C5A92711P-T6C5A92711P-B6C5A9 5.7-in.Color TFT•••AC 2565122711P-K6C5D92711P-T6C5D92711P-B6C5D9•••DC 256 5122711P-K6C20A 92711P-T6C20A92711P-B6C20A9••••AC 256 5122711P-K6C20D92711P-T6C20D92711P-B6C20D9••••DC25651220Rockwell Automation Publication VIEW-SG001M-EN-P - January 2015AccessoriesThe tables list accessories for the PanelView Plus 6 - 400 and 600 terminals.Antiglare OverlaysCat. No.(1)(1)Three overlays are shipped with each catalog number.Terminal Model Input TypeKeypad TouchKey/Touch2711P-RGB4400 grayscale or color ••2711P-RGK6600 grayscale or color••2711P-RGT6•Secure Digital (SD) CardsCat. No.Description 1784-SD1 1 GB SD card 1784-SD2 2 GB SD card2711C-RSCDUSB to SD adapter for SD cardPower Supply and Power Terminal BlocksCat. No.DescriptionQuantity 2711P-RSACDIN DIN-rail power supply, AC-to-DC, 85…265V AC, 47…63 Hz 12711P-6RSA AC power module converts a DC-powered terminal to AC power 12711P-RVAC AC power terminal block 102711P-TBDCDC power terminal block10Mounting HardwareCat. No.DescriptionQuantity 2711P-RT F C Mounting levers8CablesCat. No.DescriptionLength 6189V-USBCBL2Programming cable that connects the USB device port of the terminal to a USBhost port of a computer1.8 m (6 ft)Function Key Legend InsertsCat. No. Terminal Model Includes2711P-RFK6600 keypad and keypad/touchBlank legend inserts and softwareReplacement BatteryCat. No.DescriptionQuantity 2711P-RY2032Replacement battery CR2032 coin-cell equivalent battery1。
复变函数(第四版)课后习题答案
y
1
−z
z
z
o
x
-z
z
−1
1
z
z
18.已知两点 z1 与 z2 (或已知三点 z1, z2 , z3 )问下列各点位于何处?
(1)
z
=
1 2
(z1
+
z2
)
(2) z = λz1 + (1 − λ )z2 (其中 λ 为实数);
(3)
z
=
1 3
=|
z
|
ei Arg z
⋅
−i π
e2
i⎜⎛ Arg z− π
= |z|e ⎝ 2
⎟⎞ ⎠
,可知复数的模不变,
辐角减少 π 。 2
11.证明:| z1 + z2 |2 + | z1 − z2 |2 = 2(| z1 |2 + | z2 |2 ) ,并说明其几何意义。
证明: | z1 + z2 |2 + | z1 − z2 |2 = (z1 + z2 )(z1 + z2 ) + (z1 − z2 )(z1 − z2 )
解:设 A = a1 + ib1 , z1 = x1 + iy1 , z = x + iy ,则有 1) z = z1 + A ;2) z = z1(cosα + i sinα ) = z1eiα 。
10.一个复数乘以-i,它的模与辐角有何改变?
( ) 解:设复数 z =| z | eiArgz ,则 z − i
34
= 1 [5x + 3y − 4]+ i(− 3x + 5y −18) = 1 + i
处理器编号
看编号识CPU:教你识别处理器编号CPU上面的编号代表了该CPU的主要性能指标。
如产品系列、主频、缓存容量、使用电压、封装方式、产地、生产日期,通过识别CPU编号,你可以初步认定CPU的工作频率、外频、属于何系列的,防止一些非法商家用超频的CPU冒充高频率产品。
PIII Confidential编号格式:xxxEBkkkMMM2.0VS1 abcde abcdefgh-0123Xxx: :代表CPU工作频率EB :E=采用0.18微米制造工艺;B=133MHZ FSB前端总线Kkk :代表二级缓存的容量MMM:代表CPU的外部频2.0V :代表核心电压S1 :代表CPU的架构,S1=Slot 1Abcde:规格号abcdefgh-0123 :序列号,其中第一位代表产地.0=Costa Rica(哥斯达黎加),1=Philippines(菲律宾),9=Malaysia(马来西亚),Y=Ireland(爱尔兰))接下来两位是代表第多少周生产。
PIII Coppermine的编号格式:RaaaaaHZmmmkkkEC abcde abcdefgh-0123R :R=Socket 370架构Aaaaa :代表采用的核心。
80525=Katmai核心,80526=Coppermine核心HZ :代表CPU的外频Mmm :代表CPU的工作频率HzKkk :代表CPU二级缓存容量EC :代表ECC纠错Abcde:规格号abcdefgh-0123 :同PIII ConfidentialCeleron编号格式:FV524RX mmmkkk ABCDE XXXXX L01234567-1234FV524RX:保留Mmm :代表CPU工作频率Kkk :代表二级缓存的容量ABCDE :规格号XXXXX:产地,MALAY=马来西亚,COSTA RICA=哥斯达黎加L01234567-1234 :其中第一个L代表产地(0=Costa Rica(哥斯达黎加),1和9= Malaysia(马来西亚));接下来的123代表第多少周生产Celeron II编号的识别方法与PIII Coppermine相同Intel PII编号格式:W8065xhzmmmkkkEC ABCDE abcdefgh-0123W :代表出售对象,x=零售商,空项=OEM厂商8065 :保留x :代表采用的核心,2=Klamath核心即0.35微米制造工艺,3= Deschutes核心即0.25微米制造工艺hz :代表采用的外频mmm:表处理器的工作频率kkk :代表二级缓存的容量EC :代表ECC纠错ABCDE :规格号abcdefgh-0123 :其中第一位代表产地,0=Costa Rica(哥斯达黎加),1=Philippines(菲律宾),9=Malaysia(马来西亚),Y=Ireland(爱尔兰));接下来的两位代表第多少周生产。
曾德钧
曾德钧电子管在香港和广东叫胆,在台湾叫真空管,英文中叫V ACUUM TUBE或TUBE.电子管发明至今已有近一个世纪了,自50年代末期后,随着晶体管的出现,电子管的领地逐渐地缩小,几乎被人忘记,在我国这种现象更是严重.由于能源政策的原因,电子管甚至曾被限制使用.也有对晶体管夸张的宣传,使得电子管几乎绝迹.要不是这些年被用在高级音响上,可能现在许多30岁以下的年轻人已不知电子管是何物了.最近这些年,音响中的电子管热和我国的“金龙管”扬名海内外,极大地刺激了大陆发烧友对胆机和胆的兴趣.但是许多朋友却对其了解甚少,希望更多地了解一些有关的情况,这里我向大家介绍一些我所知道的情况.电子管的发明,要追溯到上一世纪的80年代.在那时伟大的发明家爱迪生在改良白炽灯的过程中,意外地有一个发现,就是在灯泡里再加入一只电极,被通电加热的灯丝会向加了电的电极放电,即在电极与灯丝回路里产生电流.这个现象在我们中学的物理书上被称为“爱迪生效应”.这个发现的重要作用,当时的爱迪生并没有注意到,只是把它注册了专利而已.到了本世纪初,英国的科学家J.A.Fleming(费莱明)把“爱迪生效应”加以发展成为二极管作为整流检波用,并取名Bulb或Valve.从此Fleming Bulb奠定了电子管的基础.过了两年,美国的Lee Do.Forest 将一支另外的电极(Grid及栅极).放入了二极管里.他们发现这种管子能检波又能放大.从此电子管开辟了一个新的时代.在1913年,电子管第一次被用在再生接收机中.但电子管用在音响中始于何时,我还不能确切地说清.能查到的资料最早记载的是大约是在本世纪30年代初.那时美国的Western Electric 公司发明了WE300A(即大名鼎鼎的300B前身).而美国的RCA公司则发明了2A3.在那时,这两只在现在仍闪着光芒的电子管便开始在音响史上写下了光辉的一页.WE300A被用在该公司制造的WE86有声电影扩音机中,而2A3则装在RCA公司的豪华型唱机-Electroller D22里.由于WE300A是用在专业系统里,而很少被人注意.而2A3则用在家用系统里,故被注视.在当时就开始有发烧友用2A3推挽做出有22瓦“大功率”放大器.在此之后,大约是1934年左右WE300A被改良为WE300B,这只管子在我国东面的扶桑之国-日本被称为“梦幻之球”。
Graph Regularized Nonnegative Matrix
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1 INTRODUCTION
HE
techniques for matrix factorization have become popular in recent years for data representation. In many problems in information retrieval, computer vision, and pattern recognition, the input data matrix is of very high dimension. This makes learning from example infeasible [15]. One then hopes to find two or more lower dimensional matrices whose product provides a good approximation to the original one. The canonical matrix factorization techniques include LU decomposition, QR decomposition, vector quantization, and Singular Value Decomposition (SVD). SVD is one of the most frequently used matrix factorization techniques. A singular value decomposition of an M Â N matrix X has the following form: X ¼ UÆVT ; where U is an M Â M orthogonal matrix, V is an N Â N orthogonal matrix, and Æ is an M Â N diagonal matrix with Æij ¼ 0 if i 6¼ j and Æii ! 0. The quantities Æii are called the singular values of X, and the columns of U and V are called
常用电阻阻值及常用电容容值表
常用电阻阻值及常用电容容值表电子元件信息2010-06-28 11:03:58 阅读22 评论0 字号:大中小电阻阻值系列,最常见的是E24系列,基本数值是:根号24次方(10^n),n=1,2,3…24,就是1.1、1.2、1.3、1.5、1.6、1.8、2、2.2、2.4、2.7、3、3.3、3.6、3.9、4.3、4.7、5.1、5.6、6.2、6.8、7.5、8.2、9.1、10这24个基本数值,再乘10的倍率。
误差为±5%。
E12系列,就是在上述E24系列中,取偶数项:1.2、1.5…共12个基本数值,误差±10%。
还有E6系列,在E12系列中,取偶数项1.5、2.2…共6个数值,误差±20%。
电容器的基本数值也是这几个系列。
电容的数值一般有0.5、1.0、1.2、1.5、1.8、2.2、2.7、3.3、3.9、4.7、5.6、6.8、8.2等。
常用电阻阻值表精度为5%的碳膜电阻,以欧姆为单位的标称值:1.0 5.6 33 160 820 3.9K 20K 100K 510K2.7M1.1 6.2 36 180 910 4.3K 22K 110K 560K 3M1.2 6.8 39 200 1K 4.7K 24K 120K 620K 3.3M1.3 7.5 43 220 1.1K 5.1K 27K 130K 680K 3.6M1.5 8.2 47 240 1.2K 5.6K 30K 150K 750K 3.9M1.6 9.1 51 270 1.3K 6.2K 33K 160K 820K 4.3M1.8 10 56 300 1.5K 6.6K 36K 180K 910K 4.7M2.0 11 62 330 1.6K 7.5K 39K 200K 1M 5.1M2.2 12 68 360 1.8K 8.2K 43K 220K 1.1M 5.6M2.4 13 75 390 2K 9.1K 47K 240K 1.2M 6.2M2.7 15 82 430 2.2K 10K 51K 270K 1.3M 6.8M3.0 16 91 470 2.4K 11K 56K 300K 1.5M 7.5M3.3 18 100 510 2.7K 12K 62K 330K 1.6M 8.2M3.6 20 110 560 3K 13K 68K 360K 1.8M 9.1M3.9 22 120 620 3.2K 15K 75K 390K 2M 10M4.3 24 130 680 3.3K 16K 82K 430K 2.2M 15M4.7 27 150 750 3.6K 18K 91K 470K 2.4M 22M5.1 30精度为1%的金属膜电阻,以欧姆为单位的标称值:10 33 100 332 1K 3.32K 10.5K 34K 107K 357K10.2 33.2 102 340 1.02K 3.4K 10.7K 34.8K 110K 360K10.5 34 105 348 1.05K 3.48K 11K 35.7K 113K 365K10.7 34.8 107 350 1.07K 3.57K 11.3K 36K 115K 374K11 35.7 110 357 1.1K 3.6K 11.5K 36.5K 118K 383K11.3 36 113 360 1.13K 3.65K 11.8K 37.4K 120K 390K11.5 36.5 115 365 1.15K 3.74K 12K 38.3K 121K 392K11.8 37.4 118 374 1.18K 3.83K 12.1K 39K 124K 402K12 38.3 120 383 1.2K 3.9K 12.4K 39.2K 127K 412K12.1 39 121 390 1.21K 3.92K 12.7K 40.2K 130K 422K12.4 39.2 124 392 1.24K 4.02K 13K 41.2K 133K 430K12.7 40.2 127 402 1.27K 4.12K 13.3K 42.2K 137K 432K13 41.2 130 412 1.3K 4.22K 13.7K 43K 140K 442K13.3 42.2 133 422 1.33K 4.32K 14K 43.2K 143K 453K13.7 43 137 430 1.37K 4.42K 14.3K 44.2K 147K 464K14 43.2 140 432 1.4K 4.53K 14.7K 45.3K 150K 470K14.3 44.2 143 442 1.43K 4.64K 15K 46.4K 154K 475K14.7 45.3 147 453 1.47K 4.7K 15.4K 47K 158K 487K15 46.4 150 464 1.5K 4.75K 15.8K 47.5K 160K 499K 15.4 47 154 470 1.54K 4.87K 16K 48.7K 162K 511K15.8 47.5 158 475 1.58K 4.99K 16.2K 49.9K 165K 523K16 48.7 160 487 1.6K 5.1K 16.5K 51K 169K 536K 16.2 49.9 162 499 1.62K 5.11K 16.9K 51.1K 174K 549K 16.5 51 165 510 1.65K 5.23K 17.4K 52.3K 178K 560K16.9 51.1 169 511 1.69K 5.36K 17.8K 53.6K 180K 562K17.4 52.3 174 523 1.74K 5.49K 18K 54.9K 182K 576K17.8 53.6 178 536 1.78K 5.6K 18.2K 56K 187K 590K18 54.9 180 549 1.8K 5.62K 18.7K 56.2K 191K 604K 18.2 56 182 560 1.82K 5.76K 19.1K 57.6K 196K 619K18.7 56.2 187 562 1.87K 5.9K 19.6K 59K 200K 620K19.1 57.6 191 565 1.91K 6.04K 20K 60.4K 205K 634K19.6 59 196 578 1.96K 6.19K 20.5K 61.9K 210K 649K20 60.4 200 590 2K 6.2K 21K 62K 215K 665K20.5 61.9 205 604 2.05K 6.34K 21.5K 63.4K 220K 680K21 62 210 619 2.1K 6.49K 22K 64.9K 221K 681K21.5 63.4 215 620 2.15K 6.65K 22.1K 66.5K 226K 698K22 64.9 220 634 2.2K 6.8K 22.6K 68K 232K 715K 22.1 66.5 221 649 2.21K 6.81K 23.2K 68.1K 237K 732K22.6 68 226 665 2.26K 6.98K 23.7K 69.8K 240K 750K23.2 68.1 232 680 2.32K 7.15K 24K 71.5K 243K 768K23.7 69.8 237 681 2.37 7.32K 24.3K 73.2K 249K 787K24 71.5 240 698 2.4K 7.5K 24.9K 75K 255K 806K 24.3 73.2 243 715 2.43K 7.68K 25.5K 76.8K 261K 820K 24.7 75 249 732 2.49K 7.87K 26.1K 78.7K 267K 825K24.9 75.5 255 750 2.55K 8.06K 26.7K 80.6K 270K 845K25.5 76.8 261 768 2.61K 8.2K 27K 82K 274K 866K26.1 78.7 267 787 2.67K 8.25K 27.4K 82.5K 280K 887K26.7 80.6 270 806 2.7K 8.45K 28K 84.5K 287K 909K27 82 274 820 2.74K 8.66K 28.7K 86.6K 294K 910K27.4 82.5 280 825 2.8K 8.8K 29.4K 88.7K 300K 931K28 84.5 287 845 2.87K 8.87K 30K 90.9K 301K 953K28.7 86.6 294 866 2.94K 9.09K 30.1K 91K 309K 976K29.4 88.7 300 887 3.0K 9.1K 30.9K 93.1K 316K 1.0M30 90.9 301 909 3.01K 9.31K 31.6K 95.3K 324K 1.5M 30.1 91 309 910 3.09K 9.53K 32.4K 97.6K 330K 2.2M30.9 93.1 316 931 3.16K 9.76K 33K 100K 332K31.6 95.3 324 953 3.24K 10K 33.2K 102K 340K电阻本身的阻值常用的有161种1,1.1,1.2,1.3,1.5,1.6,1.82,2.2,2.4,2.7,3,3.3,3.6,3.94.3,4.75.1,5.66.2,6.87.58.29.110,11,12,13,15,16,1820,22,24,2730,33,36,3943,4751,5662,687582,81100,110,120,130,150 ,160,180 200,220,240,270300,330,360,390430,470510,560620,6807508209101K,1.1K,1.2K,1.3K,1.5K,1.6K,1.8K2K,2.2K,2.4K,2.7K3K,3.3K,3.6K,3.9K4.3K,4.7K5.1K,5.6K6.2K,6.8K,7.5K8.2K9.1K10K,11K,12K,13K,15K,16K,18K20K,22K,24K,27K30K,33K,36K,39K43K,47K51K,56K62K,68K75K82K91K100K,110K,120K,130K,150K,160K,180K 200K,220K,240K,270K,300K,330K,360K,390K430K,470K510K,560K620K,680K750K,820K910K1M,1.1M,1.2M,1.3M,1.5M,1.6M,1.8M 2M,2.2M,2.4M,2.7M3M,3.3M,3.6M,3.9M4.4M,4.7M常用电容容值【单位pF】39 P 43 P 47 P 51 P 56 P 62 P 68 P 75 P 82 P 91 P 100 P 120 P 150 P180 P 200 P 220 P 240 P 270 P 300 P 330 P 360 P 390 P 470 P 560 P 620 P680 P 750 P【单位nF】1.0 1.2 1.5 1.82.2 2.73.3 3.94.75.6 10 15 18 22 27 3339 56 68 82【单位uF】0.1 0.15 0.22 0.33 0.47 1.0 (1.5) 2.2。
一种治疗结节的中药药物及其制备方法[发明专利]
(19)中华人民共和国国家知识产权局(12)发明专利申请(10)申请公布号 (43)申请公布日 (21)申请号 202010813326.1(22)申请日 2020.08.13(71)申请人 任松良地址 261400 山东省烟台市莱州市土山镇大任家村168号(72)发明人 任松良 (74)专利代理机构 重庆百润洪知识产权代理有限公司 50219代理人 陈万江(51)Int.Cl.A61K 36/8968(2006.01)A61P 35/00(2006.01)A61P 5/00(2006.01)A61P 1/16(2006.01)A61P 11/00(2006.01)A61P 15/14(2006.01)A61P 1/04(2006.01)A61P 3/06(2006.01)A61P 3/10(2006.01)A61P 9/00(2006.01)A61P 19/02(2006.01)A61P 29/00(2006.01)A61P 19/06(2006.01)A61P 17/00(2006.01)A61P 37/02(2006.01)A61P 25/20(2006.01)A61P 1/14(2006.01)A61K 35/64(2015.01) (54)发明名称一种治疗结节的中药药物及其制备方法(57)摘要本发明公开了一种治疗结节的中药药物及其制备方法,由以下重量份的原料组成:树舌灵芝3‑8份、土贝母3‑8份、马勃2‑5份、白僵蚕2‑5份、麦冬2‑5份、茯苓1‑3份、赤灵芝1‑3份、马丁桑黄1‑2份、丹参1‑2份、玄参1‑2份。
有益效果在于:本发明药物采用树舌灵芝、土贝母为君药,马勃、白僵蚕、麦冬为臣药,茯苓、赤灵芝为佐药,马丁桑黄、丹参、玄参为使药;功能:活血祛瘀,通经止痛,凉血消肿,滋阴降火,清热生津,解毒散结,祛邪扶正,祛风止痉,化痰,止血,开郁利膈,诱导癌细胞自行死亡。
权利要求书1页 说明书4页CN 111840458 A 2020.10.30C N 111840458A1.一种治疗结节的中药药物,其特征在于:由以下重量份的原料组成:树舌灵芝3-8份、土贝母3-8份、马勃2-5份、白僵蚕2-5份、麦冬2-5份、茯苓1-3份、赤灵芝1-3份、马丁桑黄1-2份、丹参1-2份、玄参1-2份。
运筹学 第二版 (吴祁宗 著) 课后习题答案 机械工业出版社
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隧道施工台账
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洗车隧道台账(洞身开挖)
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火塘光暖,茶罐香沸——茶与拉祜族生活
李双凤
拉祜族是云南特有的民族,“拉祜”一词是该民族语言中的一个词汇,“拉”为虎,“祜”为将肉烤香的意思。
因此,历史上把拉祜族称作“猎虎的民族”。
拉祜族古老而悠久的历史文化,可追溯到古代羌人族系,他们大多依山而居,青山秀水造就了拉祜人像山一样淳朴忠厚的品格,他们与大自然融为一体,与山、水、树共生共存。
就是这样一个依于自然、归于自然的民族,用一棵普通的植物,述说了一种文化,那就是拉祜茶文化。
拉祜人的茶树生长在云雾缭绕的山、箐中,由于受自然因素和经济条件影响,他们的茶树既不打农药也不施肥,更谈不上修剪,全都自然而随意的生长着。
茶树吸收了更多的天地灵气,因此制作出来的茶叶条索肥硕、芽尖银白耀眼且多茸毛,滋味浓郁、鲜爽回甘,是纯粹的生态茶。
拉祜语将喝茶称作“拉朵”,他们的茶叶得天独厚,但制茶工艺却极其简单:把刚采摘的鲜茶叶放入铁锅内用竹扒翻炒,炒至茶梗变软且茶叶散发出阵阵清香即可,将炒好的茶叶出锅,撒在簸箕、篾笆上摊凉,待冷却后进行揉捻。
这是一道很讲究巧劲的技术,揉捻的力道由轻到重,一般由妇女完成。
之后将揉好的茶叶团块抖散摊薄在篾笆上让阳光爆晒,晒至五成干,茶条由黄绿变成黑绿时,进行第二次复揉,再将茶团抖散搓揉成茶条,晒干后便可收留或冲饮。
“天地一灵物,茶长深山涧”,茶是拉祜人生活中不可分割的一部分,生活中、精神上无一日不念及茶。
拉祜人对茶叶的依赖已成“茶瘾”,早上起床、劳动回家、饭前饭后的第一件事就是煨茶喝。
他们将火塘的火升起来,先用茶罐(一般是用土烧制而成)把茶叶炒黄炒香,炒的时候要不停地抖动茶罐,使罐中的茶叶炒得均匀,然后趁热将滚烫的开水倒入茶罐,茶叶在罐中沸腾翻滚,发出闷雷一般的“哧哧”声,并散发出阵阵浓郁的茶香,此时就可倒出饮用了。
此种方法泡制出来的茶水因其发出的声响而得名,称“雷响茶”。
拉祜人热情好客,每当有客人来时,先端到手里的一碗热气腾腾、香气四溢、汤色红浓的茶水,喝下一口,不禁让人从心底生出一股暖意,是驱寒暖身、解渴消暑的佳品。
拉祜人向客人敬茶也极其讲究:煨出来的第一道茶水为了去除加工时产生的杂质,使茶水更加干净卫生,所以要倒掉;第二道茶水味太浓,有些苦涩,担心客人喝不习惯,便由主人自己饮用;第三、第四道茶水浓淡适合、味道甘甜,就请客人饮用,故有“头茶苦、二茶涩、三茶四茶好敬客”之说。
在拉祜山寨做客,客人围着火塘边喝茶边听着拉祜老人讲述美丽而悠远的古经,让人置身于自然与虚幻之间,如痴如醉,便有“火塘光暖,茶罐香沸”的超然体验了。
有些拉祜老人的茶瘾特别大,一般浓度的茶水他们认为太淡,喝了不过瘾,于是还有一种煨茶的方法,叫“熬茶”。
方法步骤与“雷响茶”相同,只不过煨的时间更长,茶水干了再掺,掺了再熬,据说茶瘾特别大的拉祜老人熬出的茶汤竟可以拉成丝,但由于茶质好,茶叶却还保持原状,不会熬烂。
当青年男女恋爱成熟后,男方便要到女方家提亲,提亲时不带彩礼,到达女方家后,只要听到媒人说“喝茶喝茶”,提亲的男青年就要起身去生火、烧水、煨茶(此时女方家便留心观察男青年的动作是否利索),茶煨好后,要从女方的最高长辈开始一一敬茶,以示认亲。
若女方家认为茶水好喝,便认可了男青年能成为自家的姑爷,因此,这道茶被拉祜族称为“姑娘茶”。
拉祜族田地大多在深山,离家有很长的距离,为节省时间多出活计,他们将煮熟的饭和自己腌制的卤腐带上山,到晌午时便采摘山上鲜嫩的茶尖与卤腐相拌,尝一口,顿时让人感到一股茶香沁人心脾,口中鲜爽回甘,不仅可以当作下饭菜,还可以解茶瘾,城中的人值得一尝。
在拉祜族的传说中,赐给他们茶叶的是一个天神,他们称之为“茶神”,每年他们都要祭拜“茶神”。
在双江勐库大雪山古茶园,每当拉祜族要上山时,必先在山脚焚香跪拜,以保平安归家,并且在山中不可大声说笑,生怕触怒了神灵,这些传说给拉祜族的茶文化抹上了一层神秘的色彩,不禁让人向往那片神秘的古茶园。
拉祜族与自然、与茶亲密结合,简单的生活——粗茶淡饭,使他们养成了宁静幽远、与世无争的生活习惯,他们就像生长在深山古箐中的茶,味虽苦涩却回味无穷。
让你久久回味,因而成为你一生的记忆,那是人与自然、人与茶向你演绎的古朴人生!
来源:今日民族。