TSM105中文资料
TSM数据保护模块简介
TSM的模块介绍TSM的主要功能是数据保护，文件与磁盘的备份、恢复，以及文件存档和分级存储管理软件。
Tivoli Storage ManagerExtended Edition为大型企业提供集成的数据保护解决方案for Application Servers保护 WebSphere 环境，不影响应用程序可用性for Databases保护 Informix、Oracle 和 Microsoft SQL 数据for Data Retention提供基于策略的数据保持和部署for Enterprise Resource Planning高效、一致而可靠地保护至关重要的 SAP R/3 系统数据for Hardware保护需要全天候可用的任务关键型数据库for Mail保护 Lotus Domino 和 Microsoft Exchange 数据for Space Management自动转移非活动数据，为活动数据释放在线磁盘空间for Storage Area Networks最大限度地增加 Tivoli Storage Manager 服务器和客户端计算机的存储网络连接for System Backup and Recovery提供系统备份、恢复和重新安装，具备裸机恢复功能V5自动数据备份和恢复功能，集中存储管理操作。
IBM Tivoli Storage Manager Extended EditionIBM Tivoli Storage Manager for Application ServersIBM Tivoli Storage Manager for DatabasesIBM Tivoli Storage Manager for Data RetentionIBM Tivoli Storage Manager for Enterprise Resource PlanningIBM Tivoli Storage Manager for HardwareIBM Tivoli Storage Manager for MailIBM Tivoli Storage Manager for Space ManagementIBM Tivoli Storage Manager for Storage Area NetworksIBM Tivoli Storage Manager for System Backup and RecoveryIBM Tivoli Storage Manager V5Tivoli存储管理系统扩展版本通过存储备份并在离线存储系统中获得拷贝，IBM Tivoli Storage Manager Extended Edition依靠存储备份以及离线存储的数据拷贝，有效保护您的企业数据免遭硬件失效、错误以及不可预见的灾难，同时可保护上百台运行不同操作系统的计算机，包括笔记本电脑和大型机，通过互联网、WAN、SAN、Storage Manager Extended Edition的集中化管理、智能数据转移、存储技术以及先进的自动化技术，可以最小化管理成本并对计算机和网络产生影响。
TSM0500G
注：本图纸以及其涉及内容除作为报价参考外，不得用于其他用途。
非金属内饰材料的易燃性测试1.适用范围本标准适用于汽车内部非金属材料的易燃性测试。
2.易燃性测试方法2.1 测试设备设备应包括图1所绘的金属测试柜和喷灯，以及图2所绘的U形夹具。
图1. （单位：mm）B：通风孔C：测试件（测试材料面朝下）D：导轨E：导轨支撑（靠近门的一侧，移动支撑，防止门偏移）F：门G：观察窗H：喷灯I：通风支脚2.1.1 测试柜宽380+5mm，长205+5mm，高355+5mm。
柜正面配有隔热观察窗，用于观察柜内情况。
柜门在柜的一侧，用于测试件和燃烧器的移入和取出。
测试柜顶板和底板上都必须钻通风孔，柜内配备测试件导轨。
2.1.2 喷灯喷灯采用本生灯，其孔径为9.5+0.5mm，燃料使用民用煤气或液化丙烷气体（LPG）。
U型夹具两块组成钢材的尺寸见图2，如图2标注基准线A和B，钢制夹具表面经过电镀防腐处理。
图2. （单位：mm）2.2 测试方法2.2.1 测试件尺寸A测试件的长、宽和厚分别为350mm,100mm,12mm。
如果可行，则从实际产品切下测试标本。
如果不可行，测试件应切割成直角平行六边形。
因为产品的尺寸或形状决定了是否能如2.2.2内容获得测试件尺寸。
按如下步骤切割和加工五块测试件（1）选取内材料表面平坦部分（如果材料外形等原因造成平坦部分面积过小，无法切割出2.2.1中规定尺寸的测试件，则选取弯曲度较小的部位作为切割位）。
然后按2.2.1中规定的长、宽和厚，切割测试件。
如果12mm的厚度内存在结合的两种不同内材料，则根据材料结合方式，使用下列方法获取测试件：（a）所有材料接触点都是用粘合剂或类似物质结合因为两种不同的内材料粘合在一起，组成独立的合成材料，从发动机舱表面切割12mm的粘合测试件。
（b）所有材料接触点不是用粘合剂或类似物质结合分别切割发动机舱表面材料和底材。
分别切割。
（接缝处没有结合）作为独立的合成材料切割（横截面）在此位置切割材料。
TSM简介
7
TSM 架构
• TSM作为各类服务提供商和用户之间的桥梁， 兼具公信力和开放性等特点。TSM平台不仅 用于某个移动网络运营商或是金融机构的 平台，也是一个可为用户提供远程发行各 类行业智能卡、管理合作关系的平台，可 以应用在任何有智能卡需求的行业和地区。 根据GP标准中的定义，TSM系统架构示意图
发卡与服务
服务
服渠 务道 受系 理统
中国联通营业厅 发卡系统
手机客户端应用 及服务系统
银行营业厅 服务系统
（商户） 业务服务设备
卡控 片制 管系 理统
中国联通TSM系统
银行手机钱包 管理系统
业支 务撑 处系 理统
中国联通 业务支撑系统
银行 业务支撑系统
联通域内设施 银行域内设施 专线网络 域内网络
中国联通手机钱包系统全局逻辑拓扑
13. 应用下载及个人化， 包含个人化脚本指令
中国银联TSM平台空中发卡流程
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TSM概念
• TSM –Trusted Service Management 可信服务管理平台 • 银联以及三大运营商的TSM平台是： 基于“一卡多应用技术”建立一套完整的“空 中发卡”和应用管理体系。通过TSM平台发卡 机构可安全、高效地把多张金融卡信息以及第 三方应用信息集中在智能SIM卡或者SD卡等安 全载体上面，用户通过手机等智能设备既方便 了携带，又便于自身发卡和管理。从而实现手 机移动支付功能。
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卡商
提供银联认证通过的卡片给第三方应用提 供方验证应用
提供卡片交易相关的jar包
提供本卡商的应用给第三方应用提供方或 者运营商多应用服务管理平台。
支持卡片问题
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手机客户端
银联TSM不需要第三方开发手机客户端，但是 需要在其手机客户端上验证自己的应用
地铁项目TSM维护手册
深圳XXXXX项目TSM维护手册XXXXXXXXXXXX有限公司文件修订记录：目录1服务器维护 (4)1.1安装服务信息 (4)1.2管理工具 (4)1.3服务器管理 (6)1.4启动与停止 (6)1.4.1服务器配置 (6)1.4.2服务器状态 (8)1.5存储管理 (9)1.5.1基本概念 (9)1.5.2增加设备 (10)1.5.3删除设备 (14)1.5.4复制存储池 (15)1.5.5卷 (16)1.5.6存储设备日常维护 (22)1.6策略管理 (26)1.6.1TSM策略 (26)1.6.2管理策略域 (27)1.6.3管理策略 (28)1.6.4策略相关的日常维护命令 (29)1.7节点管理 (31)1.7.1节点相关参数 (31)1.7.2增加节点 (31)1.7.3删除节点 (31)1.7.4更新节点 (32)1.7.5节点管理常用命令 (32)1.8活动日志 (33)1.9ISC控制台 (36)1.10调度管理 (37)1.10.1创建调度 (37)1.10.2查看调度运行情况 (41)1.10.3删除调度 (44)1.11常见故障恢复 (45)1.11.1TSM服务器 (45)1.11.2节点 (48)2客户端维护 (48)2.1文件系统客户端 (48)2.2数据库客户端 (51)2.3常见错误 (53)2.4报告错误 (55)1服务器维护1.1安装服务信息1.2管理工具用户对TSM服务器进行日常的管理或监控时，可以通过使用“TSM管理命令行”或通过“ISC控制台”进行。
“TSM管理命令行”是通过安装TSM客户端时选择管理命令行进行安装，默认的管理员为admin，口令为admin。
安装方法请参考安装文档中“客户端安装配置”部份。
下图为登录后的TSM命令管理行界面：“ISC控制台”则是WEB界面的管理工具，实施时由实施人员安装在TSM服务器中。
默认连接地址是http://10.1.0.21:8421/ibm/console，登录用户为iscadmin，口令为tivoli。
TSM103W中文资料
April 20041/7OPERATIONAL AMPLIFIERs LOW INPUT OFFSET VOLTAGE : 0.5mV typ.s LOW SUPPLY CURRENT : 350µA/op.(@ V CC = 5V)s MEDIUM BANDWIDTH (unity gain) : 0.9MHz s LARGE OUTPUT VOLTAGE SWING : 0V to (V CC - 1.5V)s INPUT COMMON MODE VOLTAGE RANGE INCLUDES GROUNDs WIDE POWER SUPPLY RANGE : 3 to 32V ±1.5 TO ±16Vs 1.5kV ESD PROTECTION s VOLTAGE REFERENCEs FIXED OUTPUT VOLTAGE REFERENCE 2.5Vs ±0.4% OR ±0.7% VOLTAGE PRECISION s SINK CURRENT CAPABILITY : 1 to 100mA sTYPICAL OUTPUT IMPEDANCE : 0.2ΩDESCRIPTIONThe TSM103W is a monolithic IC that includes one independent op-amp and another op-amp for which the non-inverting input is wired to a 2.5V fixed Voltage Reference. This device offers both space and cost savings in many applications such as power supply management or data acquisition systems.ORDER CODEPIN CONNECTIONS (top view)Part Number TemperatureRangePackage PackagingTSM103WID -40, +105°C SO-8Tube TSM103WIDT Tape & ReeTSM103WAID Tube TSM103WAIDTTape & ReelTSM103WDual Operational Amplifier and Voltage ReferenceRevision 3TSM103W ABSOLUTE MAXIMUM RATINGS 1 ABSOLUTE MAXIMUM RATINGSSymbol Parameter Value Unit V CC Supply Voltage36V V id Differential Input Voltage Vcc + 0.6V V i Input VoltageL-0.3 to Vcc + 0.3V V T stg Storage temperature range-65 to + 150°C Ik Continuous cathode current range-100 to 150mA T j Maximum Junction Temperature150°C R thja Thermal Resistance Junction to Ambient (SO package)175°C/W T l Maximum Lead Temperature (10 seconds maximum)260°C ESD Electrostatic Discharge Protection 1.5kVOPERATING CONDITIONSSymbol Parameter Value Unit Vcc DC Supply Conditions 3 to 32VI k Vref Cathode Current 1 to 100mAT oper Operating Free-air Temperature Range-40°C, +105°C°CELECTRICAL CHARACTERISTICS TSM103W2 ELECTRICAL CHARACTERISTICSOPERATOR 2 (independent op-amp)V CC + = +5V, V CC = Ground, V o = 1.4V,T amb = 25°C (unless otherwise specified)SymbolParameterMin.Typ.Max.UnitI CCTotal Supply Current, excluding Current in the Voltage Reference Vcc+ = 5V, no load Tmin. < Tamb < Tmax.Vcc+ = 30V, no load Tmin. < Tamb < Tmax0.7 1.22mASymbolParameterMin.Typ.Max.Unit V ioInput Offset Voltage V icm = 0VTSM103WA, T amb = 25°T min. ≤ T amb ≤ T max.TSM103W, T amb = 25°T min. ≤ T amb ≤ T max.0.512345mVDV io Input Offset Voltage Drift 7µV/°CI io Input Offset Current T min. ≤ T amb ≤ T max.275150nA I ib Input Bias Current T min. ≤ T amb ≤ T max20150200nAAvd Large Signal Voltage GainV CC = 15V, R L = 2k, Vo = 1.4V to 11.4V T min. ≤ T amb ≤ T max.5025100V/mV SVR Supply Voltage Rejection Ratio V CC = 5V to 30V65100dB Vicm Input Common Mode Voltage Range V CC = +30V - see note 1T min. ≤ T amb ≤ T max.00(V CC +) -1.5(V CC +) -2V CMR Common Mode Rejection Ratio T min. ≤ T amb ≤ T max.706085dB I source Output Current SourceV CC = +15V, Vo = 2V, V id = +1V 2040mAI oShort Circuit to Ground V CC = +15V4060mAI sinkOutput Current Sink V id = -1V,V CC = +15V, V o = 2V V CC = +15V, V o = 0.2V 10122050mA µAV OHHigh Level Output Voltage V CC + = 30VT amb = 25°C, R L = 2k T min. ≤ T amb ≤ T maxT amb = 25°C, R L = 10k T min. ≤ T amb ≤ T max.262627272728VV OL Low Level Output Voltage R L = 10kT min. ≤ T amb ≤ T max.52020mVSR Slew Rate at Unity Gain V i = 0.5 to 3V, V CC = 15VR L = 2k, C L = 100pF, unity gain0.20.4V/µsTSM103WELECTRICAL CHARACTERISTICSOPERATOR 1 (op-amp with non-inverting input connected to the internal Vref)V CC + = +5V, V CC - = Ground, T amb = 25°C (unless otherwise specified)GBPGain Bandwidth ProductV CC = 30V,R L = 2k, C L = 100pF f = 100kHz, V in = 10mV 0.50.9MHzTHD Total Harmonic Distortion f = 1kHzA V = 20dB,R L = 2k, V CC = 30V C L = 100pF, V o = 2V pp0.02%e nEquivalent Input Noise Voltage f = 1kHz, Rs = 100ΩVcc = 30V50nV/√Hz1)The input common-mode voltage of either input signal voltage should not be allowed to go negative by more than 0.3V. The upper endof the common-mode voltage range is V CC + - 1.5V. Both inputs can go to Vcc+ 0.3V without damage.SymbolParameterMin.Typ.Max.UnitV io Input Offset Voltage V icm = 0VTSM103WA, T amb = 25°T min. ≤ T amb ≤ T max.TSM103W, T amb = 25°T min. ≤ T amb ≤ T max.0.512345mVDV io Input Offset Voltage Drift 7µV/°C I ib Input Bias Current negative input20nAAvdLarge Signal Voltage GainV CC = 15V, R L = 2k, Vo = 1.4V to 11.4V T min. ≤ T amb ≤ T max100V/mVSVRSupply Voltage Rejection Ratio V icm = 0VV CC + = 5V to 30V 65100dBI source Output Current Source V o = 2VV CC = +15V, V id = +1V 2040mA I oShort Circuit to Ground V CC = +15V4060mAI sinkOutput Current Sink V id = -1V,V CC = +15V, V o = 2V V CC = +15V, V o = 0.2V 10122050mA µAV OHHigh Level Output Voltage V CC + = 30VT amb = 25°C, R L = 2k T min. ≤ T amb ≤ T max.T amb = 25°C, R L = 10k T min. ≤ T amb ≤ T max.262627272728VV OLLow Level Output Voltage R L = 10kT min. ≤ T amb ≤ T max.52020mVSR Slew Rate at Unity Gain V i = 0.5 to 2V, V CC = 15VR L = 2k, C L = 100pF, unity gain0.20.4V/µsSymbol ParameterMin.Typ.Max.UnitELECTRICAL CHARACTERISTICSTSM103WVOLTAGE REFERENCEGBPGain Bandwidth ProductV CC = 30V,R L = 2k, C L = 100pF f = 100kHz, V in = 10mV 0.50.9MHzTHD Total Harmonic Distortion f = 1kHzA V = 20dB,R L = 2k, V CC = 30V C L = 100pF, V o = 2V pp0.02%Symbol ParameterMin.Typ.Max.Unit SymbolParameterMin.Typ.Max.UnitV refReference Input Voltage, Ik=10mA TSM103WA ±0.4% T amb = 25°C T min. ≤ T amb ≤ T max.TSM103W ±0.7% T amb = 25°C T min. ≤ T amb ≤ T max.2.492.482.4822.4652.52.5002.512.522.5182.535V∆V refReference Input Voltage Deviation Over Temperature RangeV KA = V ref ; I k = 10mA T min. ≤ T amb ≤ T max.730mV I min Minimum Cathode Current for Regulation V KA = V ref0.51mA|Z KA |Dynamic Impedance - note 1V KA = V ref , ∆I K = 1 to 100mA, f < 1kHz0.20.5Ω1)The dynamic impedance is defined as [Z KA | = ∆V KA /∆I KSUMMARY OF CHANGES TSM103W3 SUMMARY OF CHANGESDateRevision Description of Changes1-2First Release02-April-200431 - Vid=Vcc+0.6 modified on AMR table - page 22 - Add Ik parameter on AMR table - page 23 - Avd test condition equal on both tables Operator 1 & Operator 2 - pages 3 & 4Information furnished is believed to be accurate and reliable. However, STMicroelectronics assumes no responsibility for the consequences of use of such information nor for any infringement of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of STMicroelectronics. Specifications mentioned in this publication are subject to change without notice. This publication supersedes and replaces all information previously supplied. STMicroelectronics products are not authorized for use as critical components in life support devices or systems without express written approval of STMicroelectronics.The ST logo is a registered trademark of STMicroelectronics All other names are the property of their respective owners© 2004 STMicroelectronics - All Rights ReservedSTMicroelectronics GROUP OF COMPANIESAustralia - Belgium - Brazil - Canada - China - Czech Repubic - Finland - France - Germany - Hong Kong - India - Israel - Italy - JapanMalaysia - Malta - Morocco - Singapore - Spain - Sweden - Switzerland - United Kingdom - United States。
中国银联TSM业务介绍PPT
目录
01.银联移动支付发展背景 02.TSM产品方案及合作现状 03.TSM业务模式的三个阶段 04.失卡保障方案 05.银行接入TSM流程 06.产品演示
2
一
移动支付背景介绍
3
移动支付定义
移动支付(Mobile Payment)：也称手机支付，
用户使用移动终端对所购买的商品或者服务进行账务支付。
移动 TSM
银联建设TSM平台，与各银行发卡系统互联，与运营商TSM系统互联。 运营商定制NFC-SIM卡，预置银联安全域 运营商与银联联合开发钱包客户端，其中金融应用相关的远程申请、下载、空 圈等由银联实现。
运营商合作模式业务场景
远程申请/下载
2
客户
卡片申领
1
银行 卡应生银行
北京银行 建设银行 合计
5万 1万
4万 35万
全国
北京 四川、宁波、 河北、厦门
合作现状-银行接入现状
区域银行 目前，区域性银行中有16家完成协议签署（包括大连银行），5家进入协议 签署流程，18家达成合作意向。 已上线银行有：江苏银行、南充银行、宁波银行、浙江农信。大连银行即将 上线。 银行接入预计 预计到2013年年底，完成合作协议签署银行达到40家，上线银行达到20家 ；预计到明年合作银行达到100家，全部实现主要机构的接入。
大力向商户宣传非接受理的理念和优势，投入相应的营销资源拉动普及。
合作现状-银行接入现状
全国性银行 目前，共实现11家全国性银行、22款应用接入银联TSM平台；农业银行 、招商银行、华夏银行、邮储银行、兴业银行正在技术开发或联调测试。
序号 1 2 3 4 5 6 7 8 9 10 11 已上线机构 中国银行 建设银行 交通银行 光大银行 民生银行 上海银行 北京银行 浦发银行 中信银行 广发银行 平安银行
TSM学习材料规格
TSM规格资料规格客户名称5514G-2PPTJ530S5514G-3A PPJ717QS5515G-1BV POMM9045XAP5516G-1PA6CM10175514G-3B PPTJ911S5608G-5L/5PPLA880C5515G-1V POMM9045XAP5514G-3/3A PPJ717QS5527G-1PBT1401X065608G-1PPX660C5601G-3B PPDA504C5608G-7PPX675CS5601G-4C PP90705515G-1AL POMM25-455608G-5LS PPLA880C5515G-1AL POMM9045XAP5516G-1P-PA6-N-0065516G-1B P-POMMC-N-0045514G-2PPCN2015/PPTJ530S5512G-2C ABS450YMH55513G-1PC5603G-5A PA6MT409AHSTSM5512G-2C东丽 ABS 450YMH55603G-2A PA6680G14AHS5515G-1BV宝理 POM M9045LV5513G-1L PC L-1225Z5527G-1东丽 PBT1401X065526G-1PC+ABS PAX-1439CN5512G-2B ABS-606R-1TSM5514G-2N PPTJ530S中山中山日本日本中山三井日本中山三井三井三井三井三井三井三井东丽东丽国产三井东丽日本三井国产宝理东丽三井三井三井宝理杜邦TSM规格资料规格客户名称5514G-2PPTJ530S5514G-3A PPJ717QS5515G-1BV POMM9045XAP5516G-1PA6CM10175514G-3B PPTJ911S5608G-5L PPLA880C5515G-1V POMM9045XAP5514G-3/3A PPJ717QS5527G-1PBT1401X065608G-1PPX660C5601G-3B PPDA504C5608G-7PPX675CS5601G-4C PP90705515G-1AL POMM25-455608G-5LS PPLA880C5515G-1AL POMM9045XAP5516G-1P-PA6-N-0065516G-1B P-POMMC-N-0045514G-2PPCN2015TSM5608G-6TSOP-GP6BCSTSM5608G-6B TSOP-GP6BCSTSM5608G-7X675CSTSM5608G-5LA880CTSM5608G-5L LA880CTSM5608G-1X660CTSM5608G-5W LA880CWTSM5512G-2B450YMH5TSM5512G-2A700-314TSM5518G-2HHM5502TSM5514G-2TJ530STSM5603G-2B CM3001G30TSM5601G-4C9070BKSTSM5518G-3茂名石化 5502TSM5523G-2(AES)未知TSM5515G-1A M25-44TSM5603G-1B CM1011G30TSM5601G-3B DA504CTSM5514G-3B TJ911S/J966HPCTSM5514G-3A J717QSTSM5746G-4未知TSM5515G-1B M90-44TSM5515G-2APOM100T BK602TSM5601G-9BLPPTA899CPPTA899CTSM5601G-9B东丽TSM5512G-2AL ABS 700-314NATTSM5514G-3AL PPJ717QSTSM5514G-3BL PPTJ911S 或 J966HPC 大科能TSM5526G-2PC+ABS MPC6801上海石化TSM5518G-3HDPE-SH850大科能TSM5523G-2AES -W211TSM5608G-6TSOP-GP6BCS三井TSM5608G-6B TSOP-GP6BCS三井TSM5608G-7X675CS三井TSM5608G-5LA880C三井TSM5608G-5L LA880C三井TSM5608G-1X660C三井TSM5608G-5W LA880CW三井TSM5512G-2B450YMH5东丽TSM5512G-2A700-314东丽TSM5518G-2HHM5502国产TSM5514G-2TJ530S三井TSM5603G-2B CM3001G30东丽TSM5601G-4C TPO9070BKS日本三井TSM5518G-3茂名石化 5502国产TSM5523G-2(AES)未知TSM5515G-1A M25-44宝理TSM5603G-1B CM1011G30东丽TSM5601G-3B DA504C三井TSM5514G-3B TJ911S/J966HPC三井TSM5514G-3A J717QS三井TSM5746G-4未知TSM5515G-1B M90-44宝理TSM5514G-2LS和TSM5514G-2L对应资料都是 TJ530S。
红警2单位中英对照
GAPOWR 盟军发电厂GAREFN 盟军矿厂GAPILE 盟军兵营GAWEAP 盟军兵工厂GAAIRC 盟军空军指挥部AMRADR 美国空军指挥部--AmericanParaDropSpecial GADEPT 盟军维修厂GAYARD 盟军船厂GATECH 盟军实验室GAROBO 控制中心---GAOREP 矿石精鍊器GAWALL 盟军围墙GAPILL 机枪碉堡---Vulcan2NASAM 爱国者飞弹--RedEye2GAGAP 裂缝产生器ATESLA 光棱塔----PrismShot / PrismSupport GASPYSAT 间谍卫星GAST 盟军建造场GTGCAN 法国巨炮GrandCannonWeapon GACSPH 超时空传送仪--- ChronoSphereSpecial GAWEAT 天气控制器--- LightningStormSpecial NAPOWR 磁能反应炉NAREFN 苏军矿厂NAHAND 苏军兵营NAWEAP 苏军兵工厂NARADR 苏军雷达--- SpyPlaneSpecialNADEPT 苏军维修厂NAYARD 苏军造船厂NATECH 苏军实验室NANRCT 核子反应堆--- NukePayloadNAINDP 工业工厂NAWALL 苏军围墙NABNKR 战斗碉堡NALASR 哨戒炮--VulcanNAFLAK 防空炮--FlakWeaponTESLA 磁暴线圈-- CoilBolt / OPCoilBoltNAST 苏军建造厂NAIRON 铁幕--- IronCurtainSpecialNAMISL 核弹发射井-- NukeSpecialYAPOWR 生化反应炉YAREFN 奴隶矿厂YABRCK 尤里兵营YAWEAP 尤里兵工厂NAPSIS 心灵感应器--- PsychicRevealSpecialYAYARD 尤里船厂YAGRND 部队回收厂YATECH 尤里实验室GAFWLL 尤里围墙NATBNK 坦克碉堡YAGGUN 盖特机炮YAPSYT 心灵控制塔----MultipleMindControlTowerNACLON 复制中心YAGNTC 基因突变器--- GeneticConverterSpecialYAPPET 心灵控制增幅器--- PsychicDominatorSpecialYAST 尤里建造场GASAND=沙墙CAAIRP=科技机场---ParaDropSpecialCAOILD=科技钻油厂--- ProduceCashStartup= ProduceCashAmount= ProduceCashDelay=CAHOSP＝市民医院[RA2]CAMACH＝科技机器商店CAOUTP＝科技前哨站----HoverMissileCAPOWR＝科技电厂CASLAB＝秘密科技实验室CATHOSP＝科技医院[YR]CATIME01＝时间机器CATIME02＝时间机器CALAB＝爱因斯坦实验室GATE1=闸门CABUNK01-04 =燃料库CABHUT=桥梁维修小屋CAGARD01=警卫哨CAMIAM04=救生员休息亭CAUSFGL=美国国旗CACUFGL=古巴国旗CAFRFGL=法国国旗CAGEFGL=德国国旗CAIRFGL=伊拉克国旗CALBFGL=利比亚国旗CARUFGL=俄国国旗CAUKFGL=英国国旗CASKFGL=韩国国旗CALOND04=英国国会CALOND05=大笨钟CALOND06=伦敦塔CAMORR06=理克酒馆CAEGYP01=金字塔CAEGYP02=金字塔CAEGYP03=金字塔CASEAT01=西雅图太空针塔CASEAT02=巨软园区CASTL04=拱门CASYDN03=雪梨歌剧院CAEAST01=复活岛石像CAEAST02＝尤里雕像----PrismShot CATRAN03＝尤里要塞CAEGYP03=人面狮身像CALUNR01=登月小艇CAMIAM08=亚历桑那纪念馆CAPRS03=世界惊奇博物馆CACHIG04=芝加哥协会大楼CAEURO05=雕像CAFARM06=灯塔CAPARS01=艾菲尔铁塔CAPARS11=巴黎凯旋门CAWASH14=杰佛逊纪念馆CAWASH19=胜利纪念碑CAWASH15=林肯纪念馆CARUS03=克里姆林宫CAWASH01=白宫CATRAN01=地窖CAWASH19=胜利纪念碑CACOLO01=空军学院礼拜堂CARUS08 - 11 =球状戏院CAMISC06=V3 飞弹CAARMY01-04 =军队营帐CAFRMB =移动式厕所CATECH01 =通讯中心AMMOCRAT =弹药箱CAMISC01-02 =油桶中文名------------------注册名---------第一武器/ 第二武器终结者------------------ARND-----------TERMIGUN蓝波--------------------STLN-----------STALGUN / STALGREN快枪手------------------CLNT-----------CLINTGUN月球飞行兵-------------LUNR-----------Lunarlaser美国大兵----------------E1---M60 / Para /UCPara，UCElitePara盟军警犬----------------ADOG--GoodTeeth / VirtualScanner盟军工程师--------------ENGINEER--DefuseKit / VirtualScanner重装大兵----------------GGI------M60 / MissileLauncher火箭飞行兵--------------JUMPJET---20mm间谍--------------------SPY--MakeupKit海豹部队----------------GHOST -- MP5 / Sapper / C4=yes谭雅--------------------TANY--DoublePistols / Sapper超时空军团兵------------CLEG----NeutronRifle超时空突击队------------CAND[隐藏]--ChronoMP5 / FakeC4心灵突击队--------------PTROOP [YR][隐藏]--MindControl狙击手------------------SNIPE---AWP动员兵------------------E2====M1Carbine / UCM1Carbine，UCEliteM1Carbine苏军警犬----------------DOG--BadTeeth / VirtualScanner防空步兵----------------FLAKT -- FlakGuyGun / FlakGuyAAGun苏军工程师--------------SENGINEER--DefuseKit / VirtualScanner磁爆步兵----------------SHK -- ElectricBolt / AssaultBolt疯狂伊文----------------IVAN--IvanBomber特工--------------------SJJD--没有这个人鲍裏斯------------------BORIS--AKM / Flare超时空伊文--------------CIVAN[隐藏]--IvanBomber恐怖分子----------------TERROR--TerrorBomb辐射工兵----------------DESO--RadBeamWeapon / RadEruptionWeapon 尤里新兵----------------INIT--PsychicJab / UCPsychicJab，UCElitePsychicJab奴隶矿工----------------SLAV--SHOVEL尤里工程师--------------YENGINEER狂兽人------------------BRUTE--Punch / Smash病毒狙击手--------------VIRUS--Virusgun克隆尤里----------------YURI--MindControl / PsiWave超级尤里----------------YURIPR--SuperMindControl / SuperPsiWave 心灵突击队--------------YURIPT--[RA2]尤里改------------------YURIPP--[RA2]平民--------------------CIV1 黄衣服女-------CIV2 白衣服-------CIV3 技师-------CIVA 工人样-------CIVB 牛仔-------CIVC 黑衣蓝裤-------CIVBBP 棒球员-------CIVBFM 海滩胖男-------CIVBF 海滩女-------CIVBTM 海滩瘦男-------CIVSFM 老人-------CIVSF 红衣服女-------CIVSTM 黑衣服黄衣服将军---------------VLADIMIR绿衣服将军---------------PENTGEN苏联卫兵----------------CTECH-------WEEDGUY骆驼--------------------CAML =YR奶牛--------------------COW鄂鱼--------------------ALL --- AlligatorBite / VirtualScanner北极熊------------------POLARB --- BearBite / VirtualScanner暴龙------------------DNOA =YR腕龙--------------------DNOB =YR猴----------------------JOSH --- ChimpBite / VirtualScanner终级保镖----------------SSRV -- Pistola总统--------------------PRES洛马诺夫总理------------RMNV =YR爱因斯坦----------------EINS =YR木乃伊-----------------MUMY =YR-------------WWLF =YR灰熊坦克----------------MTNK--105mm多功能步兵车------------FV -----HoverMissile幻影坦克----------------MGTK----MirageGun光陵坦克----------------SREF----et/Superet战斗要塞----------------BFRT--20mmRapid盟军基地车--------------AMCV超时空矿车（倒矿)-------CMON **超时空矿车--------------CMIN机器人坦克--------------ROBO--Robogun坦克杀手----------------TNKD--SABOT榴弹炮--------------HOWI[隐藏，要修改ini]--HowitzerGun 恐怖机器人--------------DRON--DroneJump / VirtualScanner 防空车------------------HTK --FlakTrackGun / FlakTrackAAGun 犀牛坦克----------------HTNK--120mmV3火箭发射车------------V3 -- V3Launcher / V3ROCKET天启坦克----------------APOC 120mmx / MammothTusk苏军基地车--------------SMCV苏军矿车（倒矿）--------HORV **苏军矿车----------------HARV--20mmRapid磁爆坦克----------------TTNK --TankBolt自爆卡车----------------DTRUCK--Demobomb / none 狂风坦克----------------LTNK--ATGUN格林机炮坦克------------YTNK--AGGattling / AAGattling磁电坦克----------------TELE--MagneticBeam / MagneShake策划者------------------MIND--MultipleMindControlTank镭射幽浮----------------DISK--DiskLaser / DiskDrain神经突击车--------------CAOS--ChaosAttack / VirtualScanner尤里基地车--------------PCV---奴隶矿车----------------SMON--[卸矿]奴隶矿车----------------SMIN--20mmRapid汽车----------CAR 黄色------EUROC 黑色-------SUVB 包厢型-------STANG 跑车型-------SUVW 包厢型校车---------BUS野营车-------WINI小货车-------PICK 东风型-----PTRUCK 皮卡型卡车--------TRUCKA 自爆卡车型--------JEEP =YR卡车（载货)--TRUCKB 东风型豪华轿车-----LIMO计程车-------TAXI警车---------COP挖土机-------CONA宣传车-------PROPA巴士----------DDBX =YR黑色计程车-----BCAB =YR黄色计程车-----YCAB =YR摄影车---------DOLY =YR电车----------CBLC =YR救火车--------FTRK =YR救护车--------AMBU =YR盟军气垫艇--------------LCRF驱逐舰------------------DEST--155mm / ASWLauncher，ASW海豚--------------------DLPH--SonicZap神盾巡洋舰--------------AEGIS--Medusa航空母舰----------------CARRIER--HornetLauncher / HORNET 苏军气垫船--------------SAPC海蝎--------------------HYD--FlakTrackGun / FlakWeapon台风潜艇----------------SUB--SubTorpedo巨型乌贼----------------SQD--SquidGrab / SquidPunch无畏级战舰--------------DRED-- DredLauncher / DMISL尤里气垫船--------------YHVR雷鸣潜艇----------------BSUB --BoomerTorpedo / CruiseLauncher CMISL 海岸巡逻船--------------CDEST拖船--------------------TUG游船--------------------CRUISE尼米兹号航空母舰--------CARRIERB将军无畏级战舰----------DREDB维拉迪摩指挥舰----------VLAD============飞机类==============夜鹰直升机--------------SHAD--BlackHawkCannon入侵者战机--------------ORCA--Maverick舰载反潜机--------------ASW ** --ASWBomb大黄蜂------------------HORNET **--HornetBomb / HornetCollision 黑鹰战机----------------BEAG--Maverick2围攻直升机--------------SCHP -- BlackHawkCannon 160mm 基洛夫飞艇--------------ZEP--BlimpBomb米格战机----------------BPLN **--Maverick3间谍飞机----------------SPYP **--SpyCameraWeaponV3火箭------------------V3ROCKET **无畏级导弹--------------DMISL ··雷鸣导弹------------------ ------- CMISL **运输机-----------------PDPLANE鼠标动作（在原版里没用上的）PsychicReveal 心灵揭露NoForceShield 不能加载力场护盾无效ForceShield 力场护盾GeneticConverter 基因突变SpyPlane 侦察机PsychicDominator 心灵震荡AmerParaDrop 伞兵Demolish 红叉AttackMoveTar 移动攻击（CTRL+SHIFT）AttackMoveNav 移动攻击（CTRL+SHIFT）SelectBeacon 选取感叹号PlaceBeacon 放置感叹号AttackSupport 红叉SelectNode 正常指针DisarmBomb 拆弹DetonateAll C4Detonate C4NoIvanBomb 不能放置IVAN炸弹IvanBomb IVAN炸弹AreaAttack 部署PatrolWaypoint 红叉EnterWaypoint 红叉AttackWaypoint 红叉DragWaypoint 红叉LoopWaypointPath 红叉SelectWaypoint 红叉FollowWaypoint 红叉EnterWaypointMode 红叉TibSunBug 红叉PlaceWaypoint 红叉ParaDrop 伞兵ChronoWarp 时空传送选取目的地ChronoSphere 时空传送发动LightningStorm 闪电风暴IronCurtain 铁幕NoEnterTunnel 不能占领无效EnterTunnel 占领NoTogglePower 红叉NoGRepair 不能K维修NoEnter 不能进入NoDeploy 不能部署GRepair K维修Heal 医疗GuardArea 蓝盾（CTRL+ALT）Nuke 核弹Tote 红叉NoRepair 不能FV维修NoSell 不能变卖SellUnit 小绿变卖Sell 变卖ToggleSelect 悬停无效Select 悬停无效Self 部署NoMove 不能移动到目的地武器:105mm 105毫米口径0级灰熊坦克主武器105mmE 105毫米口径升级3级灰熊坦克主武器120HE 120HE120mm 120毫米口径0级犀牛坦克主武器120mmE 120毫米口径升级3级犀牛坦克主武器120mmx 120毫米口径X 0级天启坦克主武器120mmxE 120毫米口径X升级3级天启坦克主武器155mm 155毫米口径0级cdest主武器155mmE 155毫米口径升级3级cdest主武器20mm 20毫米口径0级火箭飞行兵主武器20mmE 20毫米口径升级3级火箭飞行兵主武器20mmRapid 20毫米口径快速20mmRapidE 20毫米口径快速升级75mm 75毫米口径90mm 90毫米口径轻坦克主武器AlliedOccupyW 盟军占领W 玛雅遗迹02主武器|建筑主武器AlligatorBite 鳄鱼咬鳄鱼主武器AssaultBolt 攻击线圈磁爆步兵辅武器AssaultCannon 攻击大炮ASWBomb ASW炸弹asw主武器ASWCollision ASW碰撞asw辅武器ASWLauncher ASW发射器cdest辅武器AWP 重狙0级狙击手主武器AWPE 重狙升级3级狙击手主武器BadTeeth 坏牙苏联军犬主武器BAZOOKA 火箭筒BearBite 熊咬北极熊主武器BikeMissile 摩托车导弹BlackHawkCannon 黑鹰机关炮雌鹿直升机主武器|0级夜鹰直升机主武器BlackHawkCannonE 黑鹰机关炮升级3级夜鹰直升机主武器BlimpBomb 飞艇炸弹0级基洛夫空艇主武器BlimpBombE 飞艇炸弹升级3级基洛夫空艇主武器Bomb 炸弹ChemLauncher 化学发射器ChimpBite 黑猩猩咬猴子主武器ChronoMP5 Chrono-MP5冲锋枪0级超时空突击队主武器ChronoMP5E Chrono-MP5冲锋枪升级3级超时空突击队主武器CoilBolt 线圈磁暴(Tesla=Coil)主武器et 棱镜坦克etFragment 棱镜坦克碎片CowShot 奶牛枪杀CRAWP CR-重狙CRBAZOOKA CR-火箭筒CRElectricBolt CR-导电磁爆CRFlakGuyGun CR-步兵高射炮CRM1Carbine CR-M1卡宾枪CRM60 CR-轻机枪CRMakeupKit CR-构造工具包CRMindControl CR-精神控制CRMP5 CR-MP5冲锋枪CRNeutronRifle CR-超时空步枪CRNuke CR-核多功能步兵车死亡武器CRRadBeamWeapon CR-RAD束武器CRTerrorBomb CR-恐怖炸弹CyCannon Cy大炮DefuseKit 拆炸弹工程师主武器Demobomb 卡车炸弹自爆卡车主武器|自爆卡车死亡武器DoublePistols 双手枪0级谭雅主武器DoublePistolsE 双手枪升级3级谭雅主武器Dragon 鳄鱼DredCollision Dred碰撞DredLauncher Dred发射器无畏级战舰主武器DroneJump 雄蜂跳跃恐怖机器人主武器EiffelBolt 艾菲尔磁爆艾菲尔铁塔主武器ElectricBolt 导电磁爆0级磁爆步兵主武器ElectricBoltE 导电磁爆升级3级磁爆步兵主武器ElectricFragment 导电碎片EMPulseWeapon EM脉冲武器FakeC4 假的C4 超时空突击队辅武器FiendShard 恶魔碎片FireballLauncher 火球发射器FlakGuyAAGun 加固高射炮0级防空步兵辅武器FlakGuyAAGunE 加固高射炮升级3级防空步兵辅武器FlakGuyGun 步兵高射炮0级防空步兵主武器FlakGuyGunE 步兵高射炮升级3级防空步兵主武器FlakTrackAAGun 轨道高射炮0级防空履带车辅武器FlakTrackAAGunE 轨道高射炮升级3级防空履带车辅武器FlakTrackGun 轨道枪0级海蝎主武器|0级防空履带车主武器FlakTrackGunE 轨道枪升级3级海蝎主武器|3级防空履带车主武器FlakWeapon 核武器0级海蝎辅武器|防空炮主武器FlakWeaponE 核武器升级3级海蝎辅武器GoodTeeth 好牙盟军军犬主武器GrandCannonWeapon 大火炮武器巨炮主武器Grenade 手榴弹HarpyClaw 悍妇爪Heal 治愈Hellfire 地狱之火HornetBomb 黄蜂炸弹0级大黄蜂主武器HornetBombE 黄蜂炸弹升级3级大黄蜂主武器HornetCollision 大黄蜂碰撞大黄蜂辅武器HornetLauncher 大黄蜂发射器航空母舰主武器HoverMissile 悬停导弹0级多功能步兵车主武器|科技前哨站主武器HoverMissile2 悬停导弹2HoverMissile2e 悬停导弹2升级HoverMissileE 悬停导弹升级3级多功能步兵车主武器HowitzerGun 榴弹炮榴弹炮主武器IvanBomber 伊文炸弹0级疯狂伊文主武器|超时空伊文主武器IvanBomberE 伊文炸弹升级3级疯狂伊文主武器JumpCannon 跳跃大炮LaserFire 激光枪LaserFire2 激光枪2LtRail 电网M1Carbine M1卡宾枪0级动员兵主武器M1CarbineE M1卡宾枪升级3级动员兵主武器M60 轻机枪0级美国大兵主武器M60E 轻机枪升级3级美国大兵主武器MakeupKit 构造工具包间谍主武器MammothTusk 巨大的长牙天启坦克辅武器Maverick 小牛0级入侵者战机主武器Maverick2 小牛2 0级黑鹰战机主武器Maverick2E 小牛2升级3级黑鹰战机主武器MaverickE 小牛升级3级入侵者战机主武器MayanPrism 玛雅棱镜玛雅金字塔主武器|墨西哥玛雅金字塔主武器MechRailgun 机械铁枪Medusa 水母0级宙斯盾战舰主武器MedusaE 水母升级3级宙斯盾战舰主武器MindControl 精神控制尤里主武器|0级伞兵主武器MindControlE 精神控制升级3级伞兵主武器Minigun 迷你枪MirageGun 幻影枪0-3级幻影坦克主武器MirageGunE 幻影枪升级3级幻影坦克辅武器MP5 MP5冲锋枪0级海豹部队主武器MP5E MP5冲锋枪升级3级海豹部队主武器NeutronRifle 超时空步枪0级超时空军团主武器NeutronRifleE 超时空步枪升级3级超时空军团主武器Nukebomb 核炸弹NukeCarrier 核媒介物Weedguy主武器NukePayload 核弹头OPCoilBolt 线圈磁爆(Tesla=Coil)辅武器OutpostMachineGun 前哨机枪Para 重机枪ParaDropWeapon 重机枪空投武器运输机主武器paraE 重机枪升级Pistola 皮斯托拉技师主武器|VLADIMIR主武器|PENTGEN主武器|Ssrv主武器PrismShot 棱镜不连光棱塔主武器PrismSupport 棱镜连光棱塔辅武器Proton 质子PsiWave 污染波尤里辅武器|尤里改辅武器QuadCannon 四倍火炮RadBeamWeapon 雷得束武器0级生化步兵主武器RadBeamWeaponE 雷得束武器升级3级生化步兵主武器RadEruptionWeapon 雷得喷发武器生化步兵辅武器RaiderCannon 入侵者机关炮RedEye2 红眼2 爱国者导弹主武器RepairBullet 修复子弹RPGTower 火箭塔SABOT 炮弹软壳0级坦克杀手主武器SABOTE 炮弹软壳升级3级坦克杀手主武器Sapper 挖掘器海豹部队辅武器|谭雅辅武器SlimeAttack 软泥攻击Sniper 狙击手SonicZap 声波摧毁0级海豚主武器SonicZapE 声波摧毁升级3级海豚主武器SovietOccupyW 苏联占领W 玛雅遗迹02辅武器|建筑辅武器SquidGrab 乌贼抓取0级乌贼主武器SquidGrabE 乌贼抓取升级3级乌贼主武器SquidPunch 乌贼推挤0级乌贼辅武器SquidPunchE 乌贼推挤升级3级乌贼辅武器SubTorpedo 潜水艇鱼雷0级飓风级战舰主武器SubTorpedoE 潜水艇鱼雷升级3级飓风级战舰主武器SuicideBomb 自杀炸弹Superet 超级棱镜坦克SuperetFragment 超级棱镜坦克碎片SuperMindControl 超级精神控制尤里改主武器TankBolt 坦克磁爆0级磁爆坦克主武器TankBoltE 坦克磁爆升级3级磁爆坦克主武器TankMakeupKit 坦克构造工具包TerrorBomb 恐怖炸弹恐怖分子主武器|恐怖分子死亡武器TeslaFragment 特斯拉碎片V3Airburst V3空气爆裂V3Cluster V3集群Weedguy辅武器V3Launcher V3发射器VirtualScanner 虚拟扫描恐怖机器人辅武器|工程师辅武器|苏联军犬辅武器|鳄鱼辅武器|盟军军犬辅武器|北极熊辅武器|猴子辅武器Vulcan 火焰哨戒炮主武器Vulcan2 火焰2 碉堡主武器Vulcan3 火焰3VulcanTower 火焰塔装甲:concrete--混凝土flak -- 防弹片heavy--重型light--轻型medium-- 中型none -- 无plate-- 金属板special_1 --特别_1special_2 -- 特别_2steel -- 钢铁wood -- 木头。
承运人名称
中文名称1北欧亚货柜航运有限公司2长锦商船株式会社3长荣海运股份有限公司4川崎汽船株式会社5法国达飞海运集团6达贸股份有限公司7地中海航运公司8东方海外货柜航运有限公司9俄罗斯远东海洋轮船公司10上海泛亚航运有限公司11韩进海运株式会社12汉堡南美航运公司13赫伯罗特货柜航运有限公司14上海市锦江航运有限公司15马来西亚国际船运有限公司16马鲁巴南美邮船航运有限公司17A.P.穆勒-马士基有限公司18美国总统轮船有限公司19日本邮船株式会社20萨姆达拉船务公司21商船三井株式会社22神原汽船株式会社23太平船务有限公司24泰国宏海箱运有限公司25现代商船株式会社26兴亚海运株式会社27阳明海运股份有限公司28以星综合航运有限公司29正利航业（香港）有限公司30中海集装箱运输股份有限公司31中外运集装箱运输有限公司32中国远洋控股股份有限公司33澳洲国家航运有限公司34德翔航运有限公司35东航船务36金星轮船有限公司37玛丽亚那班轮公司38迈捷箱运39美森轮船有限公司40比利时南航集装箱班轮公司 南非国家航运有41智利南美轮船公司42上海国际渡轮有限公司44上海快航株式会社45上海下关轮渡有限公司46伊朗伊斯兰共和国航运公司47印度国家航运公司48智利航运国际有限公司49中日国际轮渡有限公司50民生轮船有限公司51大连威兰德船务有限公司52安通国际株式会社53捷尼克株式会社55鲁丰航运有限公司56山东远东海运集团57新海丰集装箱运输有限公司58山东省烟台国际海运公司59烟台中韩轮渡有限公司60德利航运有限公司61美达船务62东英海运株式会社63斗宇海运株式会社64史特斯泛洋株式会社65泛洲海运株式会社66韩国大仁轮渡有限公司67韩星海运株式会社68黄海轮渡株式会社69东南亚海运株式会社70高丽海运株式会社71京汉海运有限公司72南星海运株式会社73太荣商船株式会社74万海航运股份有限公司75亿通航运股份有限公司76中通国际海运有限公司77达通国际航运有限公司78津川国际客货航运（天津）有限公司79天津津神客货轮船有限公司80天津市海运股份有限公司81天敬海运株式会社82秦皇岛秦仁海运有限公司83南西海运株式会社84阿拉伯联合国家轮船公司85荷兰塔斯曼东方航运公司86东宇海运87香港鹭丰船务88古巴亚洲89意大利海运股份有限公司90英商荣发91阿联酋航运有限公司92大连集发环渤海集装箱运输有限公司93边行集装箱运输公司94上海长江轮船公司95东进商船株式会社96浩达船务有限公司97吉舟船务有限公司98墨西哥航运99闽安航运100上海浦海航运有限公司101山东省国际海运公司102山东省青岛海运总公司103台湾航业股份有限公司104台塑海运股份有限公司105暹逻航运国际有限公司106新东船务有限公司107中国扬子江轮船股份有限公司109德国胜利航运公司110美国轮船有限公司111天津津海海运有限公司112上海仁川国际渡轮有限公司114洋浦中诚联合航运有限公司115威海威东航运有限公司116香港东航航运117日本奥林汽船118荷兰尼罗河航运119尼罗河荷兰航运120世腾121澳门海运有限公司122三峰海运有限公司123南京通达船务有限公司124舟山和兴船务有限公司125舟山云翔船务有限公司126大洋航运有限公司127孟加拉虎航运128宁波远洋运输有限公司129连云港中韩轮渡有限公司130炫海航运株式会社131建华海运股份有限公司132港龙航运有限公司133南青集装箱班轮有限公司134上海海华轮船有限公司135印度环亚航运136马尾华荣海运137大新华轮船（烟台）有限公司138大连万向船务有限公司139大连彤信货运代理有限公司140上海中谷新良海运有限公司141港业航运有限公司142新加坡先锋海运143印度通亚箱运144宁波市镇海港通船务有限公司145唐山海港海德船务货运代理有限公司146青岛恒成147协和海运株式会社英文名称英文缩写NORASIA CONTAINER LINES LTD.NCL SINOKOR MERCHANT MARINE CO., LTD.SINKO EVERGREEN MARINE CORP. (TAIWAN) LTD.EMC KAWASAKI KISEN KAISHA LTD.KKK CMA CGM S.A.CMA DELMAS S.A.DEL MEDITERRANEAN SHIPPING COMPANY S.A.MSC ORIENT OVERSEAS CONTAINER LINE LTD.OOCL FAR-EASTERN SHIPPING COMPANY LTD.FESCO SHANGHAI PANASIA SHIPPING CO., LTD.PANA HANJIN SHIPPING CO., LTD.HJS HAMBURG SUDAMERIKANISCHE DAMPFSCHIFFFAHRTS-GESELLSCHAFT KG HBS HAPAG-LLOYD CONTAINER LINE GMBH HLC SHANGHAI JINJIANG SHIPPING CO., LTD.JJS MALAYSIA INTERNATIONAL SHIPPING CORPORATION BERHAD MISC MARUBA S.C.A.MARUB A.P. MOLLER-MAERSK A/S MSK AMERICAN PRESIDENT LINES LIMITED APL NIPPON YUSEN KABUSHIKI KAISHA NYK SAMUDERA SHIPPING LINE LTD.SAMUD MITSUI O.S.K. LINES LTD.MOL KAMBARA KISEN CO., LTD.KKC PACIFIC INTERNATIONAL LINES (PTE) LTD PIL REGIONAL CONTAINER LINES PUBLIC COMPANY LIMITED RCL HYUNDAI MERCHANT MARINE CO., LTD.HMM HEUNG-A SHIPPING CO., LTD.HAL YANG MING MARINE TRANSPORT CORP.YMLZIM INTEGRATED SHIPPING SERVICES LTD.,ZIM CHENG LIE NAVIGATION (HONG KONG) CO., C CHINA SHIPPING CONTAINER LINES CO., LTD.CSCL SINOTRANS CONTAINER LINES CO., LTD.SINO CHINA COSCO HOLDINGS COMPANY LIMITED COSCO ANL CONTAINER LINE PTY LIMITED ANLT.S.LINES LIMITED TSL TOHO SHIPPING LIMITED TOHO GOLD STAR LINE LTD.GSL MARIANA EXPRESS LINES LIMITED MARI MAGISTRAL CONTAINER LINES MCL MATSON NAVIGATION COMPANY, INC.MATSON SAFMARINE CONTAINER LINES N.V.SAFMR COMPANIA SUD AMERICANA DE VAPORES S.A.CSAV SHANGHAI INTERNATIONAL FERRY CO., LTD.SIF SHANGHAI SUPER EXPRESS CO., LTD.SSE SHANGHAI SHIMONOSEKI FERRY CO., LTD.SSF ISLAMIC REPUBLIC OF IRAN SHIPPING LINES IRISL THE SHIPPING CORPORATION OF INDIA LTD.SCI COMPANIA CHILENA DE NAVEGACION INTEROCEANICA NI CHINA-JAPAN INTERNATIONAL FERRY CO., LTD.CJFMIN SHENG SHIPPING COMPANY LTD.MSS WINLAND SHIPPING CO., LTD.WINL ONTO SHIPPING INT'L INC.ONTO GENEQ CORPORATION GENEQLU FENG SHIPPING CO., LTD.LFS SHANDONG FAR EAST MARINE GROUP SDFM SITC CONTAINER LINES COMPANY LIMITED SITC SHANDONG PROVINCE YANTAI INTERNATIONAL MARINE SHIPPING CO.SYMS YANTAI ZHONGHAN FERRY CO., LTD.YZF HUB SHIPPING SDN BHD HUB SMART POINT SHIPPING LTD SMART DONG YOUNG SHIPPING CO., LTD.DYS DOOWOO SHIPPING CO.,LTD.DOOW STX PAN OCEAN CO., LTD.PANO PAN CONTINENTAL SHIPPING CO., LTD.PCS KOREA DA-IN FERRY CO., LTD.DAIN HANSUNG LINE CO., LTD.HSL YELLOW SEA FERRY CO., LTD.YSF DONGNAMA SHIPPING CO., LTD.DNS KOREA MARINE TRANSPORT CO., LTD.KMTC CO HEUNG SHIPPING CO., LTD.CHS NAMSUNG SHIPPING CO., LTD.NSS TAIYONG SHIPPING CO., LTD.TYS WAN HAI LINES LTD.WHL YI TONG LINES CO., LTD.YTL CENTRANS INT'L MARINE SHIPPING CO., L EAS INTERNATIONAL SHIPPING CO., LTD.EAS TIANJIN-INCHON INTERNATIONAL PASSENGER & CARGO SHIPPING CO TIP TIANJIN JINSHEN FERRY CO., LTD.TJF TIANJIN MARINE SHIPPING CO., LTD.TIMS CK LINE CO., LTD.CK QIN-IN FERRY CO., LTD.QININ NANSEI KAIUN CO., LTD.NSK UNITED ARAB SHIPPING CO. (S.A.G.)UASC TASMAN ORIENT LINE C.V.TSM DONG WOO SHIPPING CO.,LTD.DYY HARVES XIAMEN HARVEST SHIPPING LTD XGLF NIRINT ASIA CUBAUNE NAC ITALIA MARITTIMA S.P.A.ITL HATSU MARINE LIMITED HATSU EMIRATES SHIPPING LINE FZE EMI DALIAN JIFA BOHAI RIM CONTAINER LINES CO., LTD.DBR BEN LINE CONTAINERS LTD BEN SHANGHAI CHANGJIANG SHIPPING CORP.CJS DONGJIN SHIPPING CO., LTD.DJS FAIR WIND SHIPPING COMPANY LIMITED FWS JI ZHOU SHIPPING COMPANY LIMITED JZS TRANSPORTATION MARITIME MEXICANA SOCIEDAD ANONIAM TMM MAHY MAHY SHANGHAI PUHAI SHIPPING CO., LTD.PUHAI SHANDONG PROVINCE MARINE SHIPPING CO.SPMS QDHY QDHY TAIWAN NAVIGATION CO., LTD.TNC FORMOSA PLASTICS MARINE CORP FPMC SIAM PAETRA INTERNATIONAL CO., LTD.SPI NEW ORIENT SHIPPING LTD.NOS CHINA YANGTZE RIVER SHIPPING CO., LTD.YRSSENATOR LINES GMBH SENU.S. LINES LIMITED USLTIANJIN JINHAI MARINE SHIPPING CO., LTD.TJMSSHANGHAI INCHON INTERNATIONAL FERRY CO., LTD.SIFChina United Lines Ltd.CULinesWEIHAI WEIDONG FERRY CO., LTD.WEIDONGHong Kong Air Eastern shipping donghangORIENT FERRY CO.,LTD ORIENT FERRY CO.,LTD Nile Dutch Africa Line NDSniledutch niledutch世腾世腾PACIFIC-MACO LINES LIMITED PMLSUNMED SUNMED NANJINGTONGDACHUANWU TONGDA ZHOUSHANHEXINGCHUANWU HEXING ZHOUSHANYUNXIANGCHUANWU YUNXIANGGREAT OCEAN CONTAINER LINE GREAT OCEANBengal Tiger Line BTLNINGBO OCEAN SHIPPING CO.,LTD NINGBO OCEAN LIANYUNGANG CK FERRY CO.,LTD.LCKC&LINE SHIPPING CO,.LTD CLSKANWAY LINE CO LTD KANWAYDRAGON NAVIGATION LTD DRAGONNANTSING CONTAINER LINES CO.LTD.NANQINGSHANGHAI HAI HUA SHIPPING CO.,LTD HASCOTRANS ASIA LINE TALMHMS MAWEI HUARONG MARINE SHIPPING MHMSGRAND CHINA SHIPPING CO.,LTD GCSDALIAN WANXIANG SHIPPING CO.,LTD DALIAN WANXIANG DALIAN TONGXIN DALIANTONGXIN ZHONGGU XINLIANG ZHONGGUHARBOUR-LINK LINES LTD HARBOUREP,EAGLE PRIOR EPTAL,TRANS ASIA LINE TALNBGT NBGThghd hghdqdhc qdhcKYOWA SHIPPING CO., LTD KSC中文缩写北欧亚长锦长荣川崎达飞达贸地中海东方海外俄远东泛亚韩进汉堡赫伯罗特锦江马来西亚马鲁巴(南美邮船)马士基美总日本邮船萨姆达拉商船三井神原汽船太平宏海箱运现代兴亚阳明以星正利中海中外运中远澳航德翔东航金星玛丽亚那迈捷箱运美森比利时航运 南非航运南美轮船上海轮渡上海快航下关轮渡伊朗国航印度国航智利航运中日轮渡民生威兰德安通捷尼克鲁丰山东远东新海丰烟台海运烟台中韩轮渡德利美达东映斗宇泛洋泛洲大仁轮渡韩星黄海轮渡东南亚高丽京汉南星太荣万海亿通中通达通津川津神天津海运天敬秦仁南西阿拉伯轮船荷兰塔斯曼东宇鹭丰古巴亚洲意邮英商荣发阿联酋环渤海集运边行长江轮船东进商船浩达吉舟船务墨西哥航运闽安航运浦海航运山东海运青岛海运台湾航业台塑海运暹逻海运新东船务扬子江德国胜利美国轮船天津津海上仁轮渡洋浦中诚威海威东航运香港东航奥林尼罗河航运尼罗河世腾澳门海运三峰通达船务和兴船务云翔船务大洋航运孟加拉虎航运宁波远洋连云港中韩轮渡炫海建华港龙南青上海海华印度环亚马尾华荣大新华万向船务大连彤信中谷新良港业航运先锋海运通亚箱运宁波港通海港海德青岛恒成协和海运。
DVGW TSM介绍
2.1 目标
安全技术管理(TSM)的目标是
z 对供水企业的安全、效率进行评估提供支持
z 明确供水企业在组织、技术和人力方面的职责和权限
z 保证符合法律、法规和技术要求，降低事故风险并保证技术安全
2.2 基础
TSM的基础是《DVGW工作手册 W1000--对饮用水供水企业的要求》。TSM是DVGW一项全
查的评估指南》[3]。《DVGW工作手册 W1000--对饮用水供水企业的要求》的要求被具体化
成 280个左右的问题，这样供水企业就可以在技术和饮用水卫生安全方面一项一项地系统化
检查其组织结构和流程以及是否满足专业、安全和环保要求。其中涉及下列主题范围：
• 对组织结构、流程和组织结构图的要求
• 说明系统和检查 • 职能、任务和岗位描述
德国水气专业协会供水企业安全技术管理体系
德国水气专业协会水务总顾问 Thomas Zenz 中国城镇供水排水协会TSM项目协调人 马文星
关键词: 技术管理人员、组织责任、安全管理、技能要求
1. 引言 在1999-2000年间，德国水气专业协会(下称DVGW)开发了一个广泛的、基于其技术规定
的、用于检查供气和供水企业安全技术管理(Technology Safety Management--TSM)的体系，并 在2000年8月公布。通过进行体系评估，供应企业可检查其管理系统以便确保正常、高效的运 行。同时通过中立的DVGW专家对其管理系统进行客观评估。
专业知识和符合交付工作要求的决策能力。由此产
生了技术管理人员必备的三个决定性的特征----专业
图 3: 组织结构的原则
能力、决策能力和责任。 3.3 内部检查要求的手册
在实际运作中使用《DVGW工作手册 W1000--
STM8S105xx 数据手册(中文)
目录
1 简介...........................................................................................................................4
2 详细描述 ...................................................................................................................5
中断管理 带有32个中断的嵌套中断控制器 6个外部中断向量，最多37个外部中断
定时器 2个16位通用定时器，带有2+3个
CAPCOM通道(IC、OC 或 PWM) 高级控制定时器：16位，4个CAPCOM
通道，3个互补输出，死区插入和灵活的 同步 带有8位预分频器的8位基本定时器
I/O 端口 48脚封装芯片上最多有38个I/O，包括
16个高吸收电流输出 非常强健的I/O设计，对倒灌电流有非常
强的承受能力
开发支持 单线接口模块(SWIM)和调试模块(DM)，
可以方便地进行在线编程和非侵入式调 试
表1 产品列表
系列
型号
STM8S105xx
STM8S105K4, STM8S105K6, STM8S105S4, STM8S105S6, STM8S105C4, STM8S105C6
自动唤醒定时器 2个看门狗定时器：窗口看门狗和独立看
门狗
通信接口 带有同步时钟输出的UART ，智能卡，
红外IrDA，LIN接口 SPI接口最高到8Mbit/s I2C接口最高到400Kbit/s
TSM103_03资料
ELECTRICAL CHARACTERISTICS
Symbol Parameter Total Supply Current, excluding Current in the Voltage Reference VCC+ = 5V, no load Tmin. < Tamb < Tmax. VCC+ = 30V, no load Tmin. < Tamb < Tmax Min. Typ. Max. Unit
Package Part Number TSM103I/AI Temperature Range D -40°C, +105°C •
PIN CONNECTIONS (top view)
Output 1
1
OP1
Inverting Input 1 2 Non-inverting Input 1 3 V - 4 CC
ICC
1.2 0.7 2
mA
2/9
元器件交易网
TSM103/A
OPERATOR 2 (independent op-amp) VCC+ = +5V, VCC = Ground, V o = 1.4V,T amb = 25°C (unless otherwise specified)
3/9
元器件交易网
TSM103/A
OPERATOR 1 (op-amp with non-inverting input connected to the internal Vref) VCC+ = +5V, VCC- = Ground, Tamb = 25°C (unless otherwise specified)
不同微生物菌剂对中药渣堆肥过程及理化性质的影响
不同微生物菌剂对中药渣堆肥过程及理化性质的影响陈霞;罗友进;程玥晴;谢永红【摘要】[目的]中药渣富含纤维素、作物生长所需的营养元素等,是制作有机肥料的重要来源之一,研究不同微生物菌剂对中药渣堆肥效果的影响,对合理地科学地利用中药渣有机肥的效果有重要意义.[方法]本文以藿香正气液、通天口服混合药液渣为研究对象,分别添加3种高纤维素腐熟速率的复合微生物菌剂(TSM、TEM、TSEM),采用条垛式堆肥系统进行堆肥试验,对比分析了不同微生物菌剂对中药渣堆肥效果,并迸一步分析了堆肥过程中温室气体C02和CH4的排放情况,为中药渣合理地利用提供科学依据.[结果]3种微生物菌剂处理的堆肥过程中温度经历升温期、高温期和降温期,其中TSM处理的高温期持续时间最长,达到了21 d.在整个堆肥周期内,中药渣堆肥的有机质含量表现为TSM＞ TEM＞ TSEM,至堆肥结束时,TSM、TEM、TSEM处理的中药渣堆肥的有机质为78.3％、76.9％和73.1％;仅TEM(T=(终点C/N比)/(初始C/N比)=0.52＜ 0.6)和TSEM(T =0.48＜0.6)处理的堆肥达到腐熟标准,但是仅TSEM处理的堆肥总养分含量(5.03％)和总金属含量达到中华人民共和国农业行业标准——有机肥料,且无毒性(GI=54％);同时在堆肥过程中,TSEM处理的C02排放浓度最低(2.13×105 ～2.73×105mg·m-3),但是CH4排放量较高.[结论]在藿香正气液、通天口服液混合渣中接种TSEM微生物菌剂进行堆肥反应,实现了堆肥物料的资源化、减量化和无害化,但在实际生产过程中要注重温室气体CH4处理.%[Objective] Chinese herbal residue is one of the important resources because of its rich in fiber,nutrient elements.The effects of different microbial agents on Chinese herbal residue composting process are needed to be known,which is very significant to use Chinese herbal residues scientifically and reasonably.[Method]The Chinese herbresidue composited of Ageratum liquid and Tongtian oral was used as tested materials,which was applied with three kinds of microbial agents (TSM,TEM,TSEM) which had the capacity of decomposing cellulose.A crib composting was used to compare and analyze the composting effects of different microbial agents on Chinese herb residue.Meanwhile the emissions of CO2and CH4 during composting process were also studied to provide the scientific basis for using the Chinese herbal residues and to make contribution to environment.[Result] There were three periods in composting,including temperature raising period,altithermal period and temperature cooling period,of which the altithermal period lasting for 21 days in TSM treatment was the longest.During the composting,the organic matter contents were in order of TSEM ＞ TEM ＞ TSM,and at the end of composting,the organic matter contents of composting in TSM,TEM and TSEM treatments were 78.3 ％,76.9 ％ and 73.1％,respectively;The Chinese herbal residues compost in TEM (T =0.52 ＜ 0.6) and TSEM (T =0.48 ＜ 0.6) treatment reached the standard of ripe composting.However,the total nutrient content of Chinese herbal residues compost (5.03 ％) reached the level of national organic standard and the compost was non-toxic (GI=54 ％) only in TSEM treatment.The emission of CO2 (2.13-2.73 ×105mg · m-3) in TSEM treatment was lower than that in others,but the emission of CH4 was highest during composting.[Conclusion]The application of TSEM in the Chinese herbal residues could basically achieve compost material utilization,reduction and harmless,but in the actualproduction process,the emission of greenhouse gases CH4 was paid to attention.【期刊名称】《西南农业学报》【年(卷),期】2017(030)012【总页数】8页(P2756-2763)【关键词】微生物菌剂;中药渣;堆肥;温室气体;养分【作者】陈霞;罗友进;程玥晴;谢永红【作者单位】重庆市农业科学院,重庆401329;重庆市农业科学院,重庆401329;重庆市农业科学院,重庆401329;重庆市农业科学院,重庆401329【正文语种】中文【中图分类】S158【研究意义】中草药业是我国传统优势产业之一，随着人们对中医药需求的增加，全国各大中药制药厂大批量生产中药，随之产生了大量的中药渣[1-2]。
TSM日常维护说明手册.doc
xxTSM数据备份项目日常维护手册xxxxxx科技有限公司目录1前言 (3)2TSM巡检操作手册 (4)2.1查看TSM服务器 (4)2.2查看TSM MANAGE CONSOLE (4)2.3在TSM服务器上登录到管理界面 (5)2.4在TSM CLIENT端检查 (6)3TSM常见问题的处理 (6)3.1TSM S ERVER的故障处理 (6)3.1.1所有的备份和恢复操作都无法进行 (6)3.1.2如何获得TSM错误描述 (7)3.1.3系统出现无法读写磁带或磁盘的故障 (7)3.1.4处理带库故障后TSM工作不正常。
(8)3.1.5 a tape in library does not display in q libv (8)3.1.6reclaim process not run (8)3.1.7how to delete archive log files after backup (8)3.1.8windows device manager, found a drive mark as yellow (9)3.2TSM C LIENT的故障处理 (9)3.2.1TSM Client无法连接TSM Server (9)3.2.2TSM Client备份大文件时经常不成功 (9)3.2.3ANS1312E error in dsmerror.log (10)3.2.4when backup data, error: media can not mount (10)3.2.5ANR8779E Unable to open drive mt0.3.0.3, error number=170 (10)4日常维护 (10)4.1启动和停止TSM服务器 (10)4.2进入管理员界面 (11)4.3进入TSM CLIENT文件备份/恢复界面 (11)4.4管理数据库和日志 (11)4.5管理磁带库 (12)4.5.1查看带库中磁带驱动器状态： (12)4.5.2磁带的分配： (12)4.5.3检查活动日志，有可能要求作出回应， (12)4.5.4查看磁带上的备份内容： (13)4.5.5从磁带库中取出已使用的磁带放到异地保存： (13)4.5.6将取出的磁带重新放入磁带库中： (13)4.5.7向磁带库中增加新的供TSM使用的磁带： (13)4.5.8将新磁带添加到storage pool 中（可选） (13)4.5.9重复利用磁带库中的磁带 (13)4.6管理磁带库存储池 (14)4.7管理客户端节点 (14)4.7.1删除一个客户端节点 (14)4.7.2修改节点密码 (14)4.8定时备份维护 (14)4.8.1TSM Clien/TDP节点定时备份守候进程 (14)4.8.2客户端停止定时备份 (14)4.8.3查看定时备份日志 (15)4.9建立策略域(P OLICY D OMAIN) (15)4.10监控TSM S ERVER运行情况 (15)5IBM客户支持服务流程 (16)1前言本文档是TSM巡检操作手册，常见问题的处理和日常维护。
KT105中文资料
© by SEMIKRON 0898B 1 – 55V RSM V RRM (dv/I TRMS (maximum value for continuous operation)V DRM dt)cr 180 AI TAV (sin. 180; T case = 80 °C)VVV/µs115A500700900130015001700190040060080012001400160018005005005001000100010001000–SKKT 105/06 D SKKT 105/08 D SKKT 105/12 E SKKT 105/14 ESKKT 105/16 E SKKT 105/18 E–SKKT 106/06 DSKKT 106/08 D 1)SKKT 106/12 E1)SKKT 106/14 E 1)SKKT 106/16 E1)SKKT 106/18 E 1)SKKH 105/04 D–SKKH 105/08 DSKKH 105/12 ESKKH 105/14 E SKKH 105/16 E SKKH 105/18 E–SKKH 106/06 DSKKH 106/08 DSKKH 106/12 E SKKH 106/14 E SKKH 106/16 E SKKH 106/18 ESymbol ConditionsSKKT 105SKKH 105SKKT 106SKKT 106B SKKH 106UnitsITAV I D I RMS sin. 180;T case = 85 °C B2/B6T amb = 35 °C;P 3/180 FP 16/200 FW1/W3T amb = 35 °C;P 3/180 F 106145 / 180190 / 260200 / 3 x 140A A A A I TSMi 2t T vj = 25 °C; 10 ms T vj = 130 °C; 10 msT vj = 25 °C; 8,3 ... 10 ms T vj = 130 °C; 8,3 ... 10 ms 2 2501 90025 00018 000A A A 2s A 2s t gd t gr T vj = 25 °C;I G = 1 Adi G /dt = 1 A/µs V D = 0,67 . V DRM12µs µs (di/dt)cr t q I H I L T vj = 130 °CT vj = 130 °CT vj = 25 °C; typ./max.T vj = 25 °C; R G = 33 Ω; typ./max.150typ. 100150 / 250300 / 600A/µs µs mA mA V TV T(TO)r TI DD ; I RD T vj = 25 °C; I T = 300 A T vj = 130 °CT vj = 130 °CT vj = 130 °C;V RD = V RRMV DD = V DRM max. 1,650,92max. 20V V m ΩmA V GT I GT V GD I GD T vj = 25 °C; d.c.T vj = 25 °C; d.c.T vj = 130 °C; d.c.T vj = 130 °C; d.c.31500,256V mA V mA R thjcR thch T vj T stg cont.sin. 180per thyristor / rec. 120per module0,28 / 0,140,30 / 0,150,32 / 0,160,2 / 0,1– 40 ... + 130– 40 ... + 125°C/W °C/W °C/W °C/W °C °C V isol M 1M 2a w a. c. 50 Hz; r.m.s; 1 s/1 min to heatsink to terminals approx.3600 / 30005 (44 lb. in.) + 15 %2)3 (26 lb. in.) + 15 %2)5 . 9,8195V~Nm Nm m/s 2gCase→ page B 1 – 95SKKT 105:A 5SKKT 106: A 46SKKH 105:A 6SKKT 106B: A 48SKKH 106: A 47SEMIPACK ® 1Thyristor / Diode Modules SKKT 105SKKH 105SKKT 106SKKH 106SKKT 106BFeatures•Heat transfer through aluminium oxide ceramic isolated metal baseplate•Hard soldered joints for high reliability•UL recognized, file no. E 63 532Typical Applications•DC motor control (e.g. for machine tools)•AC motor soft starters•Temperature control (e.g. for ovens, chemical processes)•Professional light dimming (studios, theaters)1)Also available in SKKT 106 B configuration (case A 48)2)See the assembly instructionsSKKT 106SKKT 106BSKKH 105SKKH 106© by SEMIKRON© by SEMIKRON B 1 – 57© by SEMIKRON© by SEMIKRON SKKT 19 . . . 105Case A 5SEMIPACK ® 1IEC 192-2: A 77 A JEDEC: TO-240 AAUL recognized, file no. E 63 532SKKT 20/ . . . 106/Case A 46SEMIPACK ® 1IEC 192-2: A 77 A JEDEC: TO-240 AADimensions in mmDimensions in mmSKKD 26 . . . 100Case A 10SKNH 56 . . . 91Case A 7SKKH 26 . . . 105Case A 6SKKL 56 . . . 105Case A 9SKND 46 . . . 81Case A 19SKMT 92Case A 72SKKE 81Case A 12SKKH 27 . . . 106Case A 47SKKT 20 B . . . 106 B Case A 48SKKL 42 . . . 106Case A 59。
TSMF1040中文资料
Document Number 8106116758TSMF1000TSMF1030TSMF1040TSMF1020High Speed IR Emitting Diode in SMD PackageDescriptionTSMF1000 series are high speed infrared emitting diodes in GaAlAs/GaAs/GaAlAs double hetero tech-nology (DH) molded in clear SMD package with dome lens.DH chip technology represents best performance for speed, radiant power, forward voltage and longterm reliability.Features•High speed•Extra high radiant power •Low forward voltage •Suitable for high pulse current operation •Angle of half intensity ϕ = ± 17° •Peak wavelength λp = 870 nm •Longterm reliability•Matched with PIN Photodiode TEMD1000 •Versatile terminal configurationsApplicationsIrDA compatible data transmission Miniature light barrierFor control and drive circuits Photointerrupters Incremental sensorsAbsolute Maximum RatingsT amb = 25°C, unless otherwise specifiedBasic CharacteristicsT amb = 25°C, unless otherwise specified T amb = 25°C, unless otherwise specifiedParameterTest conditionSymbol Value Unit Reverse Voltage V R 5V Forward Current I F 100mA Peak Forward Current t p /T = 0.5, t p = 100 µs I FM 200mA Surge Forward Current t p = 100 µsI FSM 0.8A Power Dissipation P V 190mW Junction T emperature T j 100°C Operating T emperature Range T amb - 40 to + 85°C Storage T emperature Range T stg - 40 to + 100°C Soldering Temperaturet ≤ 5secT sd <260°C Thermal Resistance Junction/AmbientR thJA400K/WParameterTest conditionSymbol MinTyp.Max Unit Forward Voltage I F = 20 mAV F 1.3 1.5V I F = 1 A, t p = 100 µs V F 2.4V Temp. Coefficient of V F I F = 1.0mA TK VF - 1.7mV/K Reverse Current V R = 5 VI R 10µA Junction CapacitanceV R = 0 V , f = 1 MHz, E = 0C j160pFPackage Dimensions in mmTSMF1000TSMF1020 Document Number 81061Package Dimensions in mmTSMF1030TSMF1040Document Number Reel Dimensions Document Number 81061Taping TSMF1000Document Number Taping TSMF1030Ozone Depleting Substances Policy StatementIt is the policy of Vishay Semiconductor GmbH to1.Meet all present and future national and international statutory requirements.2.Regularly and continuously improve the performance of our products, processes, distribution andoperatingsystems with respect to their impact on the health and safety of our employees and the public, as well as their impact on the environment.It is particular concern to control or eliminate releases of those substances into the atmosphere which are known as ozone depleting substances (ODSs).The Montreal Protocol (1987) and its London Amendments (1990) intend to severely restrict the use of ODSs and forbid their use within the next ten years. Various national and international initiatives are pressing for an earlier ban on these substances.Vishay Semiconductor GmbH has been able to use its policy of continuous improvements to eliminate the use of ODSs listed in the following documents.1.Annex A, B and list of transitional substances of the Montreal Protocol and the London Amendmentsrespectively2.Class I and II ozone depleting substances in the Clean Air Act Amendments of 1990 by the EnvironmentalProtection Agency (EPA) in the USA3.Council Decision 88/540/EEC and 91/690/EEC Annex A, B and C (transitional substances) respectively. Vishay Semiconductor GmbH can certify that our semiconductors are not manufactured with ozone depleting substances and do not contain such substances.We reserve the right to make changes to improve technical designand may do so without further notice.Parameters can vary in different applications. All operating parameters must be validated for each customer application by the customer. Should the buyer use Vishay Semiconductors products for any unintended or unauthorized application, the buyer shall indemnify Vishay Semiconductors against all claims, costs, damages, and expenses, arising out of, directly or indirectly, any claim of personal damage, injury or death associated with such unintended or unauthorized use.Vishay Semiconductor GmbH, P.O.B. 3535, D-74025 Heilbronn, GermanyTelephone: 49 (0)7131 67 2831, Fax number: 49 (0)7131 67 2423Document Number 。
米勒中文用户手册
第3部分:定义................................................................................... 9 3-1. 警示标牌定义............. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9 3-2. CE产品的额定值标牌....... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 3-3. 符号和定义.............. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10
第5部分:安装.................................................................................... 11 5-1. 使用地点选择. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 5-2. 后面板连接和旋转驱动组件......................... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 5-3. 14孔插座说明........... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 5-4. 焊枪推荐表................. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 5-5. 焊丝类型、尺寸和送丝速度能力表................. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 5-6. 安装送丝轮........ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .... . . . . . . . . . . . . . . . . . . . . . . . . .. . . 13 5-7. 安装PD连续送丝导管................... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14 5-8. 安装非PD(旧型)送丝导管................. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 5-9. 安装焊枪.............. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16 5-10. 安装焊丝和调节驱动压力设置............................................................ 17 5-11. 设置内部DIP开关........... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18 5-12. 电源选择菜单................ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19
姿态角高精度数据预测方法
姿态角高精度数据预测方法邹荣;刘盛亚;赵稼宸;王心源;许桢英【摘要】针对机载时空联合调制傅里叶变换成像光谱仪在对地观测过程中数据质量易受运动误差影响,而定位定姿系统和惯性稳定平台组合中定位定姿系统与成像光谱仪的时间存在不同步的问题,提出一种基于最小二乘支持向量机插值预测得到同步姿态数据的方法.算法通过非线性变换将输入向量映射到高维特征空间,利用最小二乘函数和mercer条件得到优化回归模型,并构建二维网格平面以确定模型参数最优解.仿真结果表明,预测得到的姿态数据平均绝对误差最大为0.001 1°,均方根相对误差最大为1.48％,与以往采用的插值方法相比,现有算法精度有显著提高.【期刊名称】《遥感信息》【年(卷),期】2016(031)006【总页数】5页(P56-60)【关键词】成像光谱仪;最小二乘支持向量机;定位定姿系统;姿态角;惯性稳定平台【作者】邹荣;刘盛亚;赵稼宸;王心源;许桢英【作者单位】江苏大学机械工程学院,江苏镇江212013;江苏大学机械工程学院,江苏镇江212013;江苏大学机械工程学院,江苏镇江212013;江苏大学机械工程学院,江苏镇江212013;江苏大学机械工程学院,江苏镇江212013【正文语种】中文【中图分类】P237时空联合调制傅里叶变换成像光谱仪(Temporally and Spatially Modulated Fourier Transform Imaging Spectrometer，TSMFTIS)是一种新型成像光谱仪[1-4]，它克服了现有的主要干涉成像光谱仪稳定性和信噪比低的不足[5-6]。
基于TSMFTIS数据获取的特殊性，其空间图像和光谱图像的获取与承载平台运动具有很强的相关性，对地观测过程中一系列的内在和外在误差，特别是运动误差将极大地影响其数据质量，增加遥感数据的不确定性，降低了光谱探测、识别和分类的精度。
因此，航空高光谱遥感数据的几何校正一直是处理数据、提高质量的主要环节。
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s CONSTANT VOLTAGE AND CONSTANT CURRENT CONTROLs LOW VOLTAGE OPERATIONs PRECISION INTERNAL VOLTAGE REFER-ENCEs LOW EXTERNAL COMPONENT COUNTs CURRENT SINK OUTPUT STAGEs EASY COMPENSATIONs LOW AC MAINS VOLTAGE REJECTION DESCRIPTIONTSM105 is a highly integrated solution for SMPS applications requiring CV (constant voltage) and CC (constant current) mode.TSM105 integrates one voltage reference, two operational amplifiers (with ORed outputs - com-mon collectors), and a current sensing circuit. The voltage reference combined with one opera-tional amplifier makes it an ideal voltage control-ler, and the other low voltage reference combined with the other operational amplifier makes it an ideal current limiter for output low side current sensing.The current threshold is fixed, and precise.The only external components are:* a resistor bridge to be connected on the output of the power supply (adapter, battery charger) to set the voltage regulation by dividing the desired out-put voltage to match the internal voltage reference value.* a sense resistor whose value and allowable dis-sipation power need to be chosen according to the internal voltage threshold.* optional compensation components (R and C). TSM105, housed in one of the smallest package available, is ideal for space shrinked applications such as adapters and battery chargers. APPLICATIONSs ADAPTERSs BATTERY CHARGERS ORDER CODEL = Tiny Package (SOT23-5) - only available in Tape & Reel (LT)D = Small Outline Package (SO) - also available in Tape & Reel (DT) PIN CONNECTIONS (top view)PartNumberTemperatureRangePackageMarkingL DTSM105CLT0 to 85°C•M105 TSM105CD0 to 85°C•TSM105TSM105CONSTANT VOLTAGE AND CONSTANT CURRENT CONTROLLER FOR BATTERY CHARGERS AND ADAPTORSPIN DESCRIPTIONSOT23-5 PinoutName Pin #Type FunctionVcc5Power Supply Positive Power Supply LineGnd2Power Supply Ground Line. 0V Reference For All VoltagesVctrl1Analog Input Input Pin of the Voltage Control LoopIctrl4Analog Input Input Pin of the Current Control LoopOut3Current Sink Output Output Pin. Sinking Current OnlySO8 PinoutName Pin #Type FunctionVcc2Power Supply Positive Power Supply LineGnd8Power Supply Ground Line. 0V Reference For All VoltagesVctrl1Analog Input Input Pin of the Voltage Control LoopIctrl6Analog Input Input Pin of the Current Control LoopOut7Current Sink Output Output Pin. Sinking Current OnlyNC3NC4NC5ABSOLUTE MAXIMUM RATINGSSymbol DC Supply Voltage Value Unit Vcc DC Supply Voltage14V Vi Input Voltage-0.3 to Vcc V Top Operating Free Air Temperature Range-55 to 125°C Tj Maximum Junction Temperature150°C Rthja Thermal Resistance Junction to Ambient SO8 package130°C/W Rthja Thermal Resistance Junction to Ambient SOT23-5 package250°C/WOPERATING CONDITIONSELECTRICAL CHARACTERISTICSTamb = 25°C and Vcc = +5V (unless otherwise specified)Symbol ParameterValue Unit VccDC Supply Conditions2.8 to 12VSymbolParameterTest ConditionMinTypMaxUnitTotal Current ConsumptionIccTotal Supply Current - not taking the output sinking current into accountTamb0 < Tamb < 85°C1.051.22mAVoltage Control Loop Gmv Transconduction Gain (Vctrl). Sink Current Only 1)1.If the voltage on VCTRL (the negative input of the amplifier) is higher than the positive amplifier input (Vref=1.210V), and it is increasedby 1mV, the sinking current at the output OUT will be increased by 3.5mA.Tamb0 < Tamb < 85°C 1 3.52.5mA/mVVref Voltage Control Loop Reference 2)2.The internal Voltage Reference is set at 1.210V (bandgap reference). The voltage control loop precision takes into account the cumulative effects of the internal voltage reference deviation as well as the input offset voltage of the trans-conductance operational amplifier. The internal Voltage Reference is fixed by bandgap, and trimmed to 0.5% accuracy at room temperaure.Tamb0 < Tamb < 85°C 1.1981.1861.21 1.2221.234V IibvInput Bias Current (Vctrl)Tamb0 < Tamb < 85°C50100nACurrent Control Loop Gmi Transconduction Gain (Ictrl). Sink Current Only 3)3.When the positive input at ICTRL is lower than -200mV, and the voltage is decreased by 1mV, the sinking current at the output OUT will be increased by 7mA.Tamb0 < Tamb < 85°C 1.574mA/mVVsense Current Control Loop Reference 4)4.The internal current sense threshold is set to -200mV. The current control loop precision takes into account the cumulative effects of the internal voltage reference deviation as well as the input offset voltage of the trans-conductance operational amplifier.Iout = 2.5mA Tamb 0 < Tamb < 85°C 196192200204208mV IibiCurrent out of pin ICTRL at -200mVTamb0 < Tamb < 85°C2550µAOutput Stage Vol Low output voltage at 10 mA sinking currentTamb 200mV IosOutput Short Circuit Current. Output to Vcc. Sink Current Only Tamb 0 < Tamb < 85°C273550mAFigure 1 : Internal SchematicFigure 2 : Typical Adapter or Battery Charger Application Using TSM105In the above application schematic, the TSM105 is used on the secondary side of a flyback adapter (or battery charger) to provide an accurate control of voltage and current. The above feedback loop is made with an optocoupler.1. Voltage and Current Control1.1. Voltage ControlThe voltage loop is controlled via a first transcon-ductance operational amplifier, the resistor bridge R1, R2, and the optocoupler which is directly con-nected to the output.The relation between the values of R1 and R2 should be chosen as writen in Equation 1.R1 = R2 x Vref / (Vout - Vref) Eq1 where Vout is the desired output voltage.To avoid the discharge of the load, the resistor bridge R1, R2 should be highly resistive. For this type of application, a total value of 100KΩ (or more) would be appropriate for the resistors R1 and R2.As an example, with R2 = 100KΩ, Vout = 4.10V, Vref = 1.210V, then R1 = 41.9KΩ.Note that if the low drop diode should be inserted between the load and the voltage regulation resis-tor bridge to avoid current flowing from the load through the resistor bridge, this drop should be taken into account in the above calculations by re-placing Vout by (Vout + Vdrop).1.2. Current ControlThe current loop is controlled via the second trans-conductance operational amplifier, the sense resistor Rsense, and the optocoupler.The control equation verifies:Rsense x Ilim = Vsense eq2 Rsense = Vsense / Ilim eq2’where Ilim is the desired limited current, and Vsense is the threshold voltage for the current control loop.As an example, with Ilim = 1A, Vsense = -200mV, then Rsense = 200mΩ.Note that the Rsense resistor should be chosen taking into account the maximum dissipation (Plim) through it during full load operation.Plim = Vsense x Ilim. eq3As an example, with Ilim = 1A, and Vsense = 200mV, Plim = 200mW. Therefore, for most adapter and battery charger applications, a quarter-watt, or half-watt resistor to make the current sensing function is sufficient. Vsense threshold is achieved internally by a re-sistor bridge tied to the Vref voltage reference. Its middle point is tied to the positive input of the cur-rent control operational amplifier, and its foot is to be connected to lower potential point of the sense resistor as shown on the following figure. The re-sistors of this bridge are matched to provide the best precision possibleThe current sinking outputs of the two trans-con-nuctance operational amplifiers are common (to the output of the IC). This makes an ORing func-tion which ensures that whenever the current or the voltage reaches too high values, the optocou-pler is activated.The relation between the controlled current and the controlled output voltage can be described with a square characteristic as shown in the fol-lowing V/I output-power graph.Figure 3 : Output voltage versus output current2. CompensationThe voltage-control trans-conductance operation-al amplifier can be fully compensated. Both its out-put and the negative input are directly accessible for external compensation components.TSM105PRINCIPLE OF OPERATION AND APPLICATION HINTSAn example of a suitable compensation network is shown in Fig.2. It consists of a capacitor Cvc1=2.2nF and a resistor Rcv1=470KΩ in series, connected in parallel with another capacitor Cvc2=22pF.The current-control trans-conductance operation-al amplifier has to be compensated in a different way, since its negative input is connected to ground. A series connection of a capacitor Cic1=100nF and a resistor Ric1=22Ω can be put between OUT and GND to stabilize the global reg-ulation loop.3. Start Up and Short Circuit Conditions Under start-up or short-circuit conditions the TSM105 is not provided with a high enough supply voltage. This is due to the fact that the chip has its power supply line in common with the power sup-ply line of the system.Therefore, the current limitation can only be en-sured by the primary PWM module, which should be chosen accordingly.If the primary current limitation is considered not to be precise enough for the application, then a suffi-cient supply for the TSM105 has to be ensured un-der any condition. It would then be necessary to add some circuitry to supply the chip with a sepa-rate power line. This can be achieved in numer-ous ways, including an additional winding on the transformer.The following schematic shows how to realise a low-cost power supply for the TSM105 (with no additional windings).Please pay attention to the fact that in the particu-lar case presented here, this low-cost power sup-ply can reach voltages as high as twice the volt-age of the regulated line. Since the Absolute Max-imum Rating of the TSM105 supply voltage is 14 V, this low-cost auxiliary power supply can only be used in applications where the regulated line volt-age does not exceed 7 V.Figure 4 :MACROMODELThe model is centred at a typical supply voltage of 5 V and at an ambient temperature of 70°C (the typical tem-perature within a battery pack).To obtain the right values for amplifier gain, it is RECOM-MENDED TO SET THE SIMULATION TEMPERATURE TO 70°C.SUPPLY CURRENT: 1.15 mAVOLTAGE REFERENCE: 1.210 VAMPLIFIER CHARACTERISTICS:TCA (Amplifier for voltage control)Gain: gm = 3.6 mA/mV1st dominant pole: 1E5 HzUGBW: 8E6 HzTCAFC (Amplifier for current control)Gain: gm = 8.1 mA/mV1st dominant pole: 1E5 HzUGBW: 2E7 HzCONNECTIONS:Input for voltage control| Ground| | Output| | | Input for current control| | | | Supply voltage| | | | |.SUBCKT TSM105 N1VCRTL N2GND N3OUT N4ICTRL N5VCCXI60 N2GND N3OUT N5VCC N2GND NET32 TCAFC XI59 N2GND N3OUT N5VCC N1VCRTL NET22 TCA VV48 NET22 N2GND 1.21RR46 NET32 NET22 48.7KRR47 N4ICTRL NET32 8KII63 N5VCC N2GND 651u.ENDS TSM105Amplifier for current control.SUBCKT TCAFC GR OUT VC VM VPVV169 NET128 GR 3VV171 NET227 GR 3MM165 NET62 NET75 GR GR MOSFET105 W=1u L=1u DD153 NET153 NET117 D_B105 AREA=1DDM NET61 NET70 D_A105 AREA=1DD151 NET58 NET127 D_B105 AREA=1DD155 NET65 NET151 D_B105 AREA=1DD159 NET168 GR D_B105 AREA=1DD157 NET71 NET132 D_B105 AREA=1DDP NET61 NET78 D_A105 AREA=1DD179 GR NET71 D_C105 AREA=1VF147 NET78 VP 0FF147 VP NET151 VF147 0.99967VF152 NET113 NET58 0FF152 VC NET113 VF152 0.9832VF158 NET52 NET71 0FF158 NET128 NET52 VF158 0.9832VF148 NET70 VM 0FF148 VM NET117 VF148 0.99967VF154 NET127 NET153 0FF154 NET113 NET127 VF154 0.9819VF144 NET227 NET62 0FF144 NET125 GR VF144 -40000VF140 OUT NET125 0FF140 NET227 NET75 VF140 1VF160 NET132 NET168 0FF160 NET125 NET132 VF160 0.9832VF156 NET127 NET65 0FF156 NET52 NET127 VF156 0.9819CC1 NET125 NET52 15pCC2 NET125 NET132 2pRR120 GR NET117 1.4KRR142 GR NET75 28RR121 GR NET151 1.4KRR122 GR NET132 70KII116 VC NET113 25uII115 VC NET61 287uII117 VC NET52 25uII138 VC NET125 25u.ENDS TCAFCAmplifier for voltage control.SUBCKT TCA GR OUT VC VM VPII167 VC NET79 94.5uII138 VC NET26 25uRR122 GR NET18 70KRR121 GR NET20 4KRR142 GR NET22 30RR120 GR NET24 4KCC2 NET26 NET18 500fCC1 NET26 NET31 25pVF156 NET32 NET77 0FF156 NET31 NET32 VF156 0.9804VF160 NET18 NET75 0FF160 NET26 NET18 VF160 0.9804VF140 OUT NET26 0FF140 NET42 NET22 VF140 1VF144 NET42 NET85 0FF144 NET26 GR VF144 -40000VF154 NET32 NET81 0FF154 NET47 NET32 VF154 0.9804VF147 NET62 VP 0FF147 VP NET31 VF147 0.99894VF158 NET31 NET68 0FF158 NET59 NET31 VF158 0.9804VF170 NET47 NET67 0FF170 VC NET47 VF170 0.9804VF148 NET50 VM 0FF148 VM NET47 VF148 0.99894DD153 NET81 NET24 D_B105 AREA=1DDM NET79 NET50 D_A105 AREA=1DD155 NET77 NET20 D_B105 AREA=1DD159 NET75 GR D_B105 AREA=1DD157 NET68 NET18 D_B105 AREA=1DDP NET79 NET62 D_A105 AREA=1DD185 GR NET68 D_C105 AREA=1DD169 NET67 NET32 D_B105 AREA=1MM165 NET85 NET22 GR GR MOSFET105 W=1u L=1u VV177 NET42 GR 3VV175 NET59 GR 3.ENDS TCAModels.model D_A105 D(IS=1.459E-17).model D_B105 D(IS=7.0E-18).model D_C105 D(IS=2.0E-12).model MOSFET105 NMOS VT0=1.0 KP=1.3E-3 LEV-EL=15 PINS - PLASTIC PACKAGE SOT23-5limetersInches Min.Typ.Max.Min.Typ.Max.A 0.90 1.20 1.450.0350.0470.057A100.150.006A20.90 1.05 1.300.0350.0410.051B 0.350.400.500.0140.0160.020C 0.090.150.200.0040.0060.008D 2.802.903.000.1100.1140.118D1 1.900.075e 0.950.037E 2.60 2.80 3.000.1020.1100.0118F 1.50 1.60 1.750.0590.0630.069L 0.100.50.600.0040.0140.024K0d 10d 0d10d8 PINS - PLASTIC MICROPACKAGE (SO8)Dim.Millimeters InchesMin.Typ.Max.Min.Typ.Max.A 1.750.069a10.10.250.0040.010a2 1.650.065a30.650.850.0260.033b0.350.480.0140.019b10.190.250.0070.010C0.250.50.0100.020c145° (typ.)D 4.8 5.00.1890.197E 5.8 6.20.2280.244e 1.270.050e3 3.810.150F 3.8 4.00.1500.157L0.4 1.270.0160.050M0.60.024S8° (max.)Information furnished is believed to be accurate and reliable. However, STMicroelectronics assumes no responsibility for the consequences of use of such information nor for any infringement of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of STMicroelectronics. Specifications mentioned in this publication are subject to change without notice. This publication supersedes and replaces all information previously supplied. STMicroelectronics products are not authorized for use as critical components in life support devices or systems without express written approval of STMicroelectronics.© The ST logo is a registered trademark of STMicroelectronics© 2001 STMicroelectronics - Printed in Italy - All Rights ReservedSTMicroelectronics GROUP OF COMPANIESAustralia - Brazil - China - Finland - France - Germany - Hong Kong - India - Italy - Japan - Malaysia - Malta - MoroccoSingapore - Spain - Sweden - Switzerland - United Kingdom© 。