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合集下载

希捷 Backup Plus 便携式硬盘 1TB 使用手册说明书

or its affiliates HighlightsTextured metal finish fits in with modern lifestyle elementsPortable external hard drive for file backupCompatible with USB 3.2 Gen 1 (USB 3.0)Works with Windows and Mac without the need to reformatOffers customized backup and file mirroringPowered by USB connectionIncludes 2-year Rescue Data Recovery ServicesIncludes 1-year Mylio Create plan and 2-months Adobe Creative Cloud Photography plan membership (not available in all countries)Dimensions (Overall): 4.52 Inches (H) x 3.07 Inches (W) x .46 Inches (D)Hard Drive Speed: 5400 RPMElectronics Features: Easy Setup, Backwards Compatible, Automatic Backup Function, USB PoweredData Storage Capacity: 1TBOperating System Compatibility: Microsoft Windows, Personal Computer, macOS, Google Chrome OSData Transfer Rate: 150 MbpsWarranty: 2 Year Limited Warranty. To obtain a copy of the manufacturer's or supplier's warranty for this item prior to purchasing the item, please call Target Guest Services at 1-800-5913869TCIN: 76457039UPC: 763649149683Item Number (DPCI): 056-02-6184Origin: ImportedLooking for an external portable hard drive that’s small enough for a loaded laptop bag, spacious enough for loads of content, and offers massive capacity? Meet Seagate One Touch portable storage. With sleek colors to choose from and serious space for a growing digital library, this portable HDD is compatible with USB 3.2 Gen 1 (USB 3.0) and both Windows and Mac computers. Topping it off—on demand and customizable backup options that make file protection practically effortless and the peace of mind of having Rescue Data Recovery Services.If the item details above aren’t accurate or complete, we nt to know about it. PORTABLE DRIVEData SheetSeagate Backup Plus, easy automatic backup for your digital life on your computer and the cloudThe Seagate® Backup Plus portable drive simplifies backup for consumers who want to protect their entire digital life, stored locally, in the cloud or on social networks. The metal design allows you to slide the drive into your pocket, purse or briefcase and carry it with you. Via the Seagate Dashboard, use the Protect function to set up a one-click plan or schedule your automatic local backup. Keep multiple copies of your files in case disaster strikes.With the Save feature within the included Seagate Dashboard, user-generated content can be backed up from your favourite social networks. Many people now use their smartphones to capture priceless moments. While these devices are handy and readily available, storage is not their strong suit. Capture a memory, post it on a social networking site and let the Seagate Dashboard automatically back up any content posted, even photos that you are tagged in. Even if the file gets accidentally deleted from your smartphone, another copy can be waiting. The Share feature allows multiple files to be uploaded to social networks at once from your computer. The days of uploading individual files without creating a new album are gone! Simply select files to upload, choose where to post them and even add comments. Managing your social profile has never been easier.Install the preloaded NTFS driver on a Mac and use the drive interchangeably between PCs and Mac® computers, without reformatting the drive. Seagate Backup Plus Slim User Manual Model: Click here to access an up-to-date online version of this document. You will also find the most recent content as well as expandable illustrations, easier navigation, and search capability.Cont ent s 1 Introduction ....................................................................................4 ....... . . . . content Box . . . . . . . . . . ..................

SIMATIC Visualization Architect系统手册

危险表示如果不采取相应的小心措施，将会导致死亡或者严重的人身伤害。
警告表示如果不采取相应的小心措施，可能导致死亡或者严重的人身伤害。
小心表示如果不采取相应的小心措施，可能导致轻微的人身伤害。
注意表示如果不采取相应的小心措施，可能导致财产损失。
当出现多个危险等级的情况下，每次总是使用最高等级的警告提示。如果在某个警告提示中带有警告可能导致人身伤害的警告三角，则可能在该警告提示中另外还附带有可能导致财产损失的警告。
安全性信息
1
基本知识
2
SIMATIC
安装
3
TIA-Portal
元素和基本设置
4
SIMATIC Visualization Architect
使用 SiVArc
5
系统手册
使用 SiVArc 表达式
6
参考
7
SiVArc 消息
8
在线帮助打印输出 07/2016
在线帮助打印输出
法律资讯警告提示系统ቤተ መጻሕፍቲ ባይዱ
为了您的人身安全以及避免财产损失，必须注意本手册中的提示。人身安全的提示用一个警告三角表示，仅与财产损失有关的提示不带警告三角。警告提示根据危险等级由高到低如下表示。
2.3
关于使用 SiVArc 的基础知识..........................................................................................17
2.4
支持的设备......................................................................................................................21

Esri+CityEngine中文教程V1.0

2.8.1 拖拽导入 ....................................................................................................................14 2.8.2 通过菜单导入 ............................................................................................................15
1 基础内容 ..............................................................................................................1
1.1 基本操作.....................................................................................................1 1.2 教程与示例数据下载.................................................................................2 1.3 基本概念.....................................................................................................3
2.10 导出模型...................................................................................................17

FLUKE 123_124 Users Manual 福禄克123_124使用手册说明书

Fluke Corporation, P.O. Box 9090, Everett, WA 98206-9090 USA, or
Fluke Industrial B.V., P.O. Box 90, 7600 AB, Almelo, The Netherlands
SERVICE CENTERS
To locate an authorized service center, visit us on the World Wide Web:
THIS WARRANTY IS BUYER'S SOLE AND EXCLUSIVE REMEDY AND IS IN LIEU OF ALL OTHER WARRANTIES, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY IMPLIED WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. FLUKE SHALL NOT BE LIABLE FOR ANY SPECIAL, INDIRECT, INCIDENTAL OR CONSEQUENTIAL DAMAGES OR LOSSES, INCLUDING LOSS OF DATA, WHETHER ARISING FROM BREACH OF WARRANTY OR BASED ON CONTRACT, TORT, RELIANCE OR ANY OTHER THEORY.
Fluke authorized resellers shall extend this warranty on new and unused products to end-user customers only but have no authority to extend a greater or different warranty on behalf of Fluke. Warranty support is available if product is purchased through a Fluke authorized sales outlet or Buyer has paid the applicable international price. Fluke reserves the right to invoice Buyer for importation costs of repair/replacement parts when product purchased in one country is submitted for repair in another country.

罗技G系列鼠标宏函数命令官方文档中文版

Logitech G-series Lua API 参考文档V8.50预览与概述目录目录 (2)OnEvent (3)GetMKeyState (5)SetMKeyState (6)Sleep (7)OutputLogMessage (8)ClearLog (9)GetRunningTime (10)GetDate (11)PressKey (12)ReleaseKey (13)PressAndReleaseKey (14)PressMouseButton (15)ReleaseMouseButton (16)PressAndReleaseMouseButton (17)IsMouseButtonPressed (18)IsModifierPressed (19)IsKeyLockOn (20)MoveMouseTo (21)MoveMouseWheel (22)MoveMouseRelative (23)MoveMouseToVirtual (24)GetMousePosition (25)OutputLCDMessage (26)ClearLCD (27)PlayMacro (28)AbortMacro (29)SetBacklightColor (30)OutputDebugMessage (31)SetMouseDPITable (32)SetMouseDPITableIndex (33)EnablePrimaryMouseButtonEvents (34)G13 可编程按键 (35)标准Lua 5.1 库 (38)附录A (39)OnEventOnEvent() 方法为脚本提供了一系列事件句柄以方便用户对触发的事件进行操作，您可以使用以下代码实现此方法。

function OnEvent(event, arg [, family])end参数列表event该字符串包含了用户所触发的事件名称。

Thermo-calc软件-TCCP用户指南 (有目录索引)

Thermo-Calc®User’s GuideVersion PThermo-Calc Software ABStockholm Technology ParkBjörnnäsvägen 21SE-113 47 Stockholm, SwedenCopyright © 1995-2003 Foundation of Computational ThermodynamicsStockholm, Sweden目录第1部分一般介绍 (12)1.1 计算热力学 (12)1.2 Thermo-Calc软件/数据库/界面包 (12)1.3 致谢 (13)1.4 版本历史 (13)1.5 Thermo-Calc软件包的通用结构 (13)1.6 各类硬件上Thermo-Calc软件包的有效性 (14)1.7 使用Thermo-Calc软件包的好处 (14)第2部分如何成为Thermo-Calc专家 (14)2.1 如何容易地使用本用户指南 (14)2.2 如何安装和维护Thermo-Calc软件包 (16)2.2.1 许可要求 (16)2.2.2 安装程序 (16)2.2.3 维护当前和以前版本 (16)2.2.4 使TCC执行更方便 (16)2.3 如何成为Thermo-Calc专家 (16)2.3.1 从TCSAB与其世界各地的代理获得迅速技术支持 (17)2.3.2 日常使用各种Thermo-Calc功能 (17)2.3.3 以专业的和高质量的标准提交结果 (17)2.3.4 通过各种渠道相互交换经验 (17)第3部分Thermo-Calc软件系统 (17)3.1 Thermo-Calc软件系统的目标 (17)3.2 一些热力学术语的介绍 (18)3.2.1 热力学 (18)3.2.2 体系、组元、相、组成、物种（System, component, phases, constituents and species） (18)3.2.3 结构、亚点阵和位置 (19)3.2.4 成分、构成、位置分数、摩尔分数和浓度(composition, constitution, site fractions, molefractions and concentration) (19)3.2.5 平衡态和状态变量 (19)3.2.6 导出变量 (22)3.2.7 Gibbs相规则 (25)3.2.8 状态的热力学函数 (25)3.2.9 具有多相的体系 (25)3.2.10 不可逆热力学 (26)3.2.11 热力学模型 (26)3.2.12 与各种状态变量有关的Gibbs能 (27)3.2.13 参考态与标准态 (27)3.2.14 溶解度范围 (28)3.2.15 驱动力 (28)3.2.16 化学反应 (28)3.2.17 与平衡常数方法相对的Gibbs能最小化技术 (28)3.2.18 平衡计算 (29)3.3 热力学数据 (30)3.3.1 数据结构 (30)3.3.3 数据估价 (32)3.3.6 数据加密 (33)3.4 用户界面 (34)3.4.1 普通结构 (34)3.4.2 缩写 (34)3.4.3 过程机制（history mechanism） (35)3.4.4 工作目录和目标目录(Working directory and target directory) (35)3.4.5 参数转换为命令 (36)3.4.6 缺省值 (36)3.4.7 不理解的问题 (36)3.4.8 帮助与信息 (36)3.4.9 出错消息 (36)3.4.10 控制符 (36)3.4.11 私人文件 (36)3.4.12 宏工具 (37)3.4.13 模块性 (37)3.5 Thermo-Calc中的模块 (37)3.5.1 基本模块 (37)3.7 Thermo-Calc编程界面 (39)3.7.1 Thermo-Calc作为引肇 (39)3.7.2 Thermo-Calc应用编程界面：TQ和TCAPI (40)3.7.3 在其它软件包中开发Thermo-Calc工具箱 (43)3.7.4 材料性质计算核材料工艺模拟的应用 (43)3.8 Thermo-Calc的功能 (44)3.9 Thermo-Calc应用 (44)第4部分Thermo-Calc数据库描述 (45)4.1 引言 (45)4.2 Thermo-Calc数据库描述形式 (45)第5部分数据库模块（TDB）——用户指南 (55)5.1 引言 (55)5.2 TDB模块中用户界面 (56)5.3 开始 (56)5.3.1 SWITCH-DATABASE (56)5.3.2 LIST-DATABASE ELEMENT (56)5.3.3 DEFINE_ELEMENTS (56)5.3.4 LIST_SYSTEM CONSTITUENT (56)5.3.5 REJECT PHASE (56)5.3.6 RESTORE PHASE (56)5.3.7 GET_DATA (56)5.4 所有TDB监视命令的描述 (56)5.4.1 AMEND_SELACTION (56)5.4.6 DEFINE_SPECIES (58)5.4.7 DEFINE_SYSTEM (58)5.4.8 EXCLUDE_UNUSED_SPECIES (58)5.4.9 EXIT (58)5.4.10 GET_DATA (58)5.4.11 GOTO_MODULE (59)5.4.12 HELP (59)5.4.13 INFORMA TION (59)5.4.14 LIST_DATABASE (60)5.4.15 LIST_SYSTEM (60)5.4.16 MERGE_WITH_DA TABASES (61)5.4.17 NEW_DIRECTORY_FILE (61)5.4.18 REJECT (61)5.4.19 RESTORE (62)5.4.20 SET_AUTO_APPEND_DA TABASE (62)5.4.21 SWITCH_DA TABASE (63)5.5 扩展命令 (64)第6部分数据库模块（TDB）——管理指南 (64)6.1 引言 (64)6.2 TDB模块的初始化 (65)6.3 数据库定义文件语法 (66)6.3.1 ELEMENT (67)6.3.2 SPECIES (67)6.3.3 PHASE (67)6.3.4 CONSTITUENT (67)6.3.5 ADD_CONSTITUENT (68)6.3.6 COMPOUND_PHASE (68)6.3.7 ALLOTROPIC_PHASE (68)6.3.8 TEMPERA TURE_LIMITS (68)6.3.9 DEFINE_SYSTEM_DEFAULT (69)6.3.10 DEFAULT_COMMAND (69)6.3.11 DATABASE_INFORMATION (69)6.3.12 TYPE_DEFINITION (69)6.3.13 FTP_FILE (70)6.3.14 FUNCTION (70)6.3.15 PARAMETER (72)6.3.16 OPTIONS (73)6.3.17 TABLE (73)6.3.18 ASSESSED_SYSTEMS (73)6.3.19 REFERENCE_FILE (74)6.3.20 LIST_OF_REFERENCE (75)6.3.21 CASE与ENDCASE (76)6.3.22 VERSION_DA TA (76)6.5 数据库定义文件实例 (77)6.5.1 例1：一个小的钢数据库 (77)6.5.2 例2：Sb-Sn系个人数据库 (78)第7部分制表模块（TAB） (81)7.1 引言 (81)7.2 一般命令 (81)7.2.1 HELP (81)7.2.2 GOTO_MODULE (81)7.2.3 BACK (82)7.2.4 EXIT (82)7.2.5 PATCH (82)7.3 重要命令 (82)7.3.1 TABULATE_SUBSTANCE (82)7.3.2 TABULATE_REACTION (85)7.3.3 ENTER_REACTION (86)7.3.4 SWITCH_DA TABASE (87)7.3.5 ENTER_FUNCTION (88)7.3.6 TABULATE_DERIV A TIVES (89)7.3.7 LIST_SUBSTANCE (91)7.4 其它命令 (92)7.4.1 SET_ENERGY_UNIT (92)7.4.2 SET_PLOT_FORMAT (92)7.4.3 MACRO_FILE_OPEN (92)7.4.4 SET_INTERACTIVE (93)7.5 绘制表 (93)第8部分平衡计算模块（POL Y） (94)8.1 引言 (94)8.2 开始 (95)8.3 基本热力学 (95)8.3.1 体系与相 (95)8.3.2 组元（Species） (95)8.3.3 状态变量 (96)8.3.4 组分 (97)8.3.5 条件 (98)8.4 不同类型的计算 (98)8.4.1 计算单一平衡 (98)8.4.2 性质图的Steping计算 (99)8.4.3 凝固路径模拟 (99)8.4.4 仲平衡与T0温度模拟 (99)8.4.5 相图的Mapping计算 (101)8.4.6 势图计算 (101)8.4.7 Pourbaix图计算 (101)8.4.8 绘制图 (101)8.5.4 更高阶相图 (104)8.5.5 性质图 (104)8.6 普通命令 (104)8.6.1 HELP (104)8.6.2 INFORMA TION (104)8.6.3 GOTO_MODULE (105)8.6.4 BACK (105)8.6.5 SET_INTERACTIVE (105)8.6.6 EXIT (106)8.7 基本命令 (106)8.7.1 SET_CONDITION (106)8.7.2 RESET_CONDITION (107)8.7.3 LIST_CONDITIONS (107)8.7.4 COMPUTE_EQUILIBRIUM (107)8.7.6 DEFINE_MATERIAL (108)8.7.6 DEFINE_DIAGRAM (111)8.8 保存和读取POL Y数据结构的命令 (112)8.8.1 SA VE_WORKSPACES (112)8.8.2 READ_WORKSPACES (113)8.9 计算与绘图命令 (114)8.9.1 SET_AXIS_V ARIABLE (114)8.9.2 LIST_AXIS_V ARIABLE (114)8.9.3 MAP (114)8.9.4 STEP_WITH_OPTIONS (115)8.9.5 ADD_INITIAL_EQUILIBRIUM (117)8.9.6 POST (118)8.10 其它有帮助的命令 (118)8.10.1 CHANGE_STA TUS (118)8.10.2 LIST_STA TUS (119)8.10.3 COMPUTE_TRANSITION (120)8.10.4 SET_ALL_START_V ALUES (121)8.10.5 SHOW_V ALUE (122)8.10.6 SET_INPUT_AMOUNTS (122)8.10.7 SET_REFERENCE_STA TE (122)8.10.8 ENTER_SYMBOL (123)8.10.9 LIST_SYMBOLS (124)8.10.10 EV ALUATE_FUNCTIONS (124)8.10.11 TABULATE (124)8.11 高级命令 (125)8.11.1 AMEND_STORED_EQUILIBRIA (125)8.11.3 DELETE_INITIAL_EQUILIBRIUM (126)8.11.4 LIST_INITIAL_EQUILIBRIA (126)8.11.5 LOAD_INITIAL_EQUILIBRIUM (126)8.11.10 SELECT_EQUILIBRIUM (128)8.11.11 SET_NUMERICAL_LIMITS (128)8.11.12 SET_START_CONSTITUTION (129)8.11.13 SET_START_V ALUE (129)8.11.14 PATCH (129)8.11.15 RECOVER_START_V ALUE (129)8.11.16 SPECIAL_OPTIONS (129)8.12 水溶液 (132)8.13 排除故障 (133)8.13.1 第一步 (133)8.13.2 第二步 (133)8.13.3 第三步 (133)8.14 频繁提问的问题 (134)8.14.1 程序中为什么只得到半行？ (134)8.14.2 在已经保存之后为什么不能绘图？ (134)8.14.3 为什么G.T不总是与-S相同？ (134)8.14.4 如何获得组元偏焓 (135)8.14.5 为什么H(LIQUID) 是零而HM(LIQUID)不是零 (135)8.14.6 即使石墨是稳定的为什么碳活度小于1？ (135)8.14.7 如何获得过剩Gibbs能？ (135)8.14.8 当得到交叉结线而不是混溶裂隙时什么是错的？ (135)8.14.9 怎么能直接计算最大混溶裂隙？ (136)第9部分后处理模块（POST） (136)9.1 引言 (136)9.2 一般命令 (137)9.2.1 HELP (137)9.2.2 BACK (137)9.2.3 EXIT (137)9.3 重要命令 (137)9.3.1 SET_DIAGRAM_AXIS (137)9.3.2 SET_DIAGRAM_TYPE (138)9.3.3 SET_LABEL_CORVE_OPTION (139)9.3.5 MODIFY_LABEL_TEXT (139)9.3.6 SET_PLOT_FORMAT (140)9.3.7 PLOT_DIAGRAM (141)9.3.8 PRINT_DIAGRAM (142)9.3.9 DUMP_DIAGRAM (143)9.3.10 SET_SCALING_STA TUS (144)9.3.11 SET_TITLE (144)9.3.12 LIST_PLOT_SETTINGS (144)9.4 实验数据文件绘图命令 (144)9.4.1 APPEND_EXPERIMENTAL_DA TA (144)9.4.2 MAKE_EXPERIMENTAL_DA TAFILE (145)9.5.3 SET_AXIS_LENGTH (147)9.5.4 SET_AXIS_TEXT_STATUS (147)9.5.5 SET_AXIS_TYPE (147)9.5.6 SET_COLOR (147)9.5.7 SET_CORNER_TEXT (148)9.5.8 SET_FONT (148)9.5.9 SET_INTERACTIVE_MODE (149)9.5.10 SET_PLOT_OPTION (149)9.5.11 SET_PREFIX_SCALING (149)9.5.12 SET_REFERENCE_STA TE (149)9.5.13 SET_TIELINE_STA TE (150)9.5.14 SET_TRUE_MANUAL_SCALING (150)9.5.15 TABULATE (150)9.6 奇特的命令 (150)9.6.1 PATCH_WORKSPACE (150)9.6.2 RESTORE_PHASE_IN_PLOT (150)9.6.3 REINIATE_PLOT_SETTINGS (151)9.6.4 SET_AXIS_PLOT_STATUS (151)9.6.5 SET_PLOT_SIZE (151)9.6.6 SET_RASTER_STATUS (151)9.6.8 SUSPEND_PHASE_IN_PLOT (151)9.7 3D图标是：命令与演示 (151)9.7.1 CREATE_3D_PLOTFILE (153)9.7.2 在Cortona VRML Client阅读器中查看3D图 (154)第10部分一些特殊模块 (155)10.1 引言 (155)10.2 特殊模块生成或使用的文件 (156)10.2.1 POL Y3文件 (156)10.2.2 RCT文件 (156)10.2.3 GES5文件 (156)10.2.4 宏文件 (157)10.3 与特殊模块的交互 (157)10.4 BIN模块 (157)10.4.1 BIN模块的描述 (157)10.4.2 特定BIN模块数据库的结构 (161)10.4.3特定BIN计算的演示实例 (162)10.5 TERN 模块 (162)10.5.1 TERN 模块的描述 (162)10.5.2 特殊TERN模块数据库的结构 (166)10.5.3 TERN模块计算的演示实例 (167)10.6 POT模块 (167)10.7 POURBAIX 模块 (167)10.8 SCHAIL 模块 (167)11.2 热化学 (168)11.2.1 一些术语的定义 (168)11.2.2 元素与物种（Elements and species） (168)11.2.3 大小写模式 (169)11.2.4 相 (169)11.2.5 温度与压力的函数 (169)11.2.6 符号 (170)11.2.7 混溶裂隙 (170)11.3 热力学模型 (170)11.3.1 标准Gibbs能 (171)11.3.2 理想置换模型 (171)11.3.3 规则溶体模型 (171)11.3.4 使用组元而不是元素 (172)11.3.5 亚点阵模型—化合物能量公式 (172)11.3.6 离子液体模型，对具有有序化趋势的液体 (172)11.3.7 缔合模型 (173)11.3.8 准化学模型 (173)11.3.9 对Gibbs能的非化学贡献（如铁磁） (173)11.3.10 既有有序-无序转变的相 (173)11.3.11 CVM方法：关于有序/无序现象 (173)11.3.12 Birch-Murnaghan模型：关于高压贡献 (173)11.3.13 理想气体模型相对非理想气体/气体混合物模型 (173)11.3.14 DHLL和SIT模型：关于稀水溶液 (173)11.3.15 HKF和PITZ模型：对浓水溶液 (173)11.3.16 Flory-Huggins模型：对聚合物 (173)11.4 热力学参数 (173)11.5 数据结构 (175)11.5.1 构造 (175)11.5.2 Gibbs能参考表面 (175)11.5.3 过剩Gibbs能 (175)11.5.4 存储私有文件 (175)11.5.5 加密与不加密数据库 (176)11.6 GES系统的应用程序 (176)11.7 用户界面 (176)11.7.1 模块性和交互性 (177)11.7.2 控制符的使用 (177)11.8 帮助与信息的命令 (177)11.8.1 HELP (177)11.8.2 INFORMATION (177)11.9 改变模块与终止程序命令 (178)11.9.1 GOTO_MODULE (178)11.9.2 BACK (178)11.9.3 EXIT (178)11.10 输入数据命令 (178)11.10.4 ENTER_SYMBOL (180)11.10.5 ENTER_PARAMETER (181)11.11 列出数据的命令 (183)11.11.1 LIST_DATA (183)11.11.2 LIST_PHASE_DA TA (183)11.11.3 LIST_PARAMETER (184)11.11.4 LIST_SYMBOL (185)11.11.5 LIST_CONSTITUENT (185)11.11.6 LIST_STATUS (185)11.12 修改数据命令 (185)11.12.1 AMEND_ELEMENT_DA TA (185)11.12.2 AMEND_PHASE_DESCRIPTION (186)11.12.3 AMEND_SYMBOL (188)11.12.4 AMEND_PARAMETER (189)11.12.5 CHANGE_STATUS (191)11.12.6 PATCH_WORKSPACES (191)11.12.7 SET_R_AND_P_NORM (191)11.13 删除数据的命令 (192)11.13.1 REINITIATE (192)11.13.2 DELETE (192)11.14 存储或读取数据的命令 (192)11.14.1 SA VE_GES_WORKSPACE (192)11.14.2 READ_GES_WORKSPACE (193)11.15 其它命令 (193)11.15.1 SET_INTERACTIVE (193)第12部分优化模块（PARROT） (193)12.1 引言 (193)12.1.1 热力学数据库 (194)12.1.2 优化方法 (194)1 2.1.4 其它优化软件 (195)12.2 开始 (195)12.2.1 试验数据文件：POP文件 (195)12.2.2 图形试验文件：EXP文件 (197)12.2.3 系统定义文件：SETUP文件 (197)12.2.4 工作文件或存储文件：PAR文件 (198)12.2.5 各种文件名与其关系 (198)12.2.6 交互运行PARROT模块 (199)12.2.6.3 绘制中间结果 (199)12.2.6.4 实验数据的选择 (199)12.2.6.6 优化与连续优化 (200)12.2.7 参数修整 (200)12.2.8 交互完成的变化要求编译 (201)12.3 交替模式 (201)12.4 诀窍与处理 (201)12.4.4 参数量 (201)12.5 命令结构 (201)12.5.1 一些项的定义 (201)12.5.2 与其它模块连接的命令 (201)12.5.3 用户界面 (201)12.6 一般命令 (201)12.7 最频繁使用的命令 (202)12.8 其它命令 (203)第13部分编辑-实验模块（ED-EXP） (203)第14部分系统实用模块（SYS） (203)14.1 引言 (203)14.2 一般命令 (203)14.2.1 HELP (203)14.2.2 INFORMA TION (204)14.2.4 BACK (205)14.2.5 EXIT (205)14.2.6 SET_LOG_FILE (205)14.2.7 MACRO+FILE_OPEN (205)14.2.8 SET_PLOT_ENVIRONMENT (206)14.3 Odd命令 (207)14.3.1 SET_INTERACTIVE_MODE (207)14.3.2 SET_COMMAND_UNITS (207)14.3.4 LIST_FREE_WORKSPACE (207)14.3.5 PATCH (207)14.3.6 TRACE (207)14.3.7 STOP_ON_ERROR (208)14.3.8 OPEN_FILE (208)14.3.9 CLOSE_FILE (208)14.3.10 SET_TERMINAL (208)14.3.11 NEWS (208)14.3.12 HP_CALCULATOR (208)14.4 一般信息的显示 (209)第15部分数据绘图语言（DATAPLOT） (215)第1部分一般介绍1.1 计算热力学在近十年内与材料科学与工程相联系的计算机计算与模拟的研究与发展已经为定量设计各种材料产生了革命性的方法，热力学与动力学模型的广泛结合使预测材料成分、各种加工后的结构和性能。

Adobe Acrobat SDK 开发者指南说明书

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flow3d单词翻译

Vvect刚体初速度的矢量Delete source bitmap files--删除原位图文件Frame rate--帧速率A VI capture--动画捕捉A VI filename--动画文件名FLOW-3D (R) --FLOW-3D 简体中文版Interface version --接口版本Solver version--求解器版本Number of Processors--处理器数量Total Physical Memory (RAM) --物理内存总数(RAM) f3dtknux_license_file--授权许可文件Host Name--主机名F3D_VERSION --软件版本Operating System--操作系统Type--类型Porous--孔隙Porosity --孔隙率Lost foam--消失模Standard--标准Thermal conductivity--导热率Material name--材料名称Custom--自定义Surface area multiplier--面积倍增Unit system--系统单位Solid properties --固体属性Initial conditions--初始化条件Surface properties--表面属性Solids database--固体数据库Surface roughness--表面粗糙度Temperature--温度Temperature variables--温度变化Saturation temperature --饱和温度Units=CGS --单位=公制Solutal expansion coefficient --溶质膨胀系数Ratio of solute diffusion coefficient ---比溶质扩散系数Surface tension --表面张力Gas constant--气体常量Thermal conductivity --导热率Surface tension coeff--表面张力系数Critical solid fraction--关键凝固比率Solidus temperature--固相线温度Phase change--相变Material name --材料名称Thermal properties --热性质Custom --自定义Constant thinning rate--不断变薄率Units=SI -单位=国际单位制Partition coefficient--分隔系数Dielectric constant --介电常数Specific heat --比热Eutectic temperature --低共熔温度Coherent solid fraction --凝固Thermal expansion --热膨胀Unit System --系统单位Units=custom --单位=自定义Units=slugs --单位=斯勒格Reference temperature--起始温度Latent heat of vaporization--汽化潜热Reference solute concentration--参考溶质浓度Pure solvent melting temperature --熔点温度Liquidus temperature--液相温度Viscosity --黏度Solidification--凝固Vapor specific heat --蒸气比热Density--密度Temperature sensitivity--温度敏感性Saturation pressure --饱和压力Temperature shift --温度变化Compressibility --可压缩性Contact angle --接触角度Latent heat of fusion (fluid 1) --熔解潜热(流体1) New fluid database --新流体数据库Accommodation coefficient --调节系数Strain dependent thinning rate --应变黏度系数Constant thickening rate --不断增厚率added to materials database --添加到材料库cannot be added. --不能被添加Record already exists in materials database--在材料库已经存在该记录.New saved in materials database--新保存到材料库中.Could not find material DB--没有发现材料数据Add--添加Close--关闭Add Mesh Points --添加网点Direction --方向New Point --新的点Mesh Block --网格块2-D advanced options --2-D 高级选项Option--选项Add --添加Type--类型Component--组Cancel--取消Browse --浏览Source --来源File name--文件名Advanced --高级Numerics--数值运算Advanced options--高级选项sigma --表面张力系数Air entrainment --卷气Activate air entrainment model --激活卷气模型Surface tension coefficient --表面张力系数Dialog--对话框Remove mesh constrains--清除网格限制Size of all cells --全部单元尺寸Total Cells--单元总数Baffle options --隔板选项Baffle index --主隔板Baffle color--隔板颜色Hide selected baffles --隐藏选中的隔板Use contour color--使用轮廓颜色Selection method--择伐作业Boundary type --边界类型Specified pressure --规定压力Grid overlay --网格重叠Specified velocity --指定速度Electric potential--电位Stagnation pressure --滞止压力V olume flow rate --体积流量Z flow direction vector--Z 流向Y flow direction vector --Y 流向X flow direction vector--X 流向Electric charge--电荷Mesh Block--网格块Add to component --添加为元件Specific heat --比热Simulate--仿真Stop preprocessor--停止预处理Block distribution--块分配Porous--孔隙Component --组Scalars--标量Add to component --添加为元件Cell size --单元尺寸Render space dimensions --渲染面积Cell size is empty--单元尺寸为空Create mesh block (Cylindrical) --创建网格块(柱状)Total number of cells --单元数量Cylinder subcomponent --子气缸Add to component--添加为元件Radius --半径Setting the default workspace location is required. You can change the location at any time from the Preferences menu.--需要设置本地默认工作区位置.你可以随时通过菜单来改变位置。

新核心综合学术英语教程3 unit1 答案

Unit 1Reading 2 Indigenous Knowledge3. 1) r. override 2) j. expertise 3) d. intimate 4) a. unanimous 5) g. intrusion6) u. dissemination 7) c. insights 8) l. susceptible 9) n. incorporating 10) f. vanish11) m. interaction 12) s. scenario 13) i. detrimental 14) p. implement 15) k. alleviation16) b. encompass 17) o. validate 18) h. impending 19) e. interweave 20) t. rational4. For reference:The two articles both employ definitions for the introduction of the terms and examples to validate each facet. Both use classifications, descriptions, comparison and contrast for further analysis. One big difference lies in the perspective to view the title, with the first a rather holistic discussion ranging from the status quo to the settlement of the existing problems and the second a partial focus on chiefly its applications.Reading 3 Ultrasonics5. 1) component 2) accumulate 3) spherical 4) navigate 5) fatigue6) harness 7) version 8) synonymous 9) inhibit 10) integrity11) uniform 12) detect 13) incidence 14) monitor 15) probe16) intensity 17) convert 18) proceed 19) visualize 20) inspect6. Attention: there is a mistake here, the first should be Para. KPara. K—e Para. B—a Para. C—c Para. D—f Para. E—hPara. F—d Para. G—j Para. H—i Para. I—b Para. J—g7. 1) E 2) F 3) Para. E 4) E 5) F 6) Para. H 7) Para. H 8) E8. For open discussionTask 4 Writing an Essay of DefinitionReading 4 Disruptive Technologies5. For reference only1) Natural breathing will be provided by the robot for the patient during surgery.2) The pressure will have to be reduced by us.3) All instruments need to be sterilized.4) For us, some physical and technical factors may be considered/ taken into consideration.5) If we make sustained efforts, there is a chance that the environment will be improved.6) Some specific demands of the scientific establishment have to be made.7) The presence of the country has been felt more than ever by the whole world.8) It seems that other explanations are hard to be found.9) The interaction between organism and environment is being perceived.10) The tests work most effectively if what will be measured can be most precisely defined.Integrated Exercises2. 1) component 2) integrity 3) mobilize 4) option 5) monitor 6) navigate 7) encompass8) compromise 9) incorporate 10) implement 11) impending 12) scenario3. 1) The survey encompasses social, political, and economic aspects of the situation.2) In some countries power is synonymous with corruption.3) The strike shut down many airports, but international f lights were unaffected.4) The scenery is beautiful but inaccessible to most ordinary travelers.5) The conflict deprived him of the means of livelihood.6) Such animals can withstand the extremes of weather.7) The rise in the time spent on the Internet is concomitant with the massive loss ofsociability.8) Many inventions such as gunpowder and compass originated in China.9) The frequency of mining accidents has decreased over the past 10 years.10) The maximum number of places offered by the medical school for the applicants is 15. 5. 1) Scientists should warn people about PM 2.5 and the need to restrict their children’soutdoor activities to avoid even the minimal damage.2) The local government has implemented a development program for the mountain climbersto leave the surrounding region unaffected.3) We can reduce the risks to zero since we are sure of what risks they are running.4) To combat your anxiety, you should compel yourself to visualize a promising future in whicha problem has already been settled.5) He holds that developed countries should be held accountable for economic growth on aglobal scale.6) Trash is not yet fully utilized, leading to overlooking the potential in it.7) A large number of females choose the option of personal finance to achieve control of theirown lives.8)The university has decided to invest in the project because it has many technical advantagesover other similar ones.9) Trees can provide shelter for both man and animals, which we tend to overlook.10) We are trying to achieve a sound understanding of liberal arts courses, which encompassesa wide range of subjects.Listening 2A. (1) F (2) T (3) T (4) F (5) T (6) T (7) TB. (1) Clouding computing is about the provision of computer resources like SaaS, PaaS, andinfrastructure provision while private computing isn’t.(2) 67.(3) Because the Industrial Revolution is not a thing, and it cannot be defined by some specificproducts. It is a transformation or a transition involving concepts, ideas, ways of production, changing attitudes, etc.(4) Because it is more than just technology, as the speaker further compares it to electricity,which has transformed from an innovation to much more of a utility service.(5) Ubiquitous.Listening 3A. (1) C (2) B (3) A (4) C (5) DB. compressed, whisper, external, pockets, panic, assembly, psychological, reflection,simultaneous, architecture, figure out, legitimate, instantaneous, clicking, addictedC. (1) B, C (2) C。

GraphFrames 0.1.2 用户指南说明书

Package‘graphframes’October13,2022Type PackageTitle Interface for'GraphFrames'Version0.1.2Maintainer Kevin Kuo<*********************>Description A'sparklyr'<https:///>extension that provides an R interface for'GraphFrames'<https://graphframes.github.io/>.'GraphFrames'is a package for'Apache Spark'that provides a DataFrame-based API for working with graphs.Functionality includes motifﬁnding and common graph algorithms,such as PageRank and Breadth-ﬁrstsearch.URL https:///rstudio/graphframesBugReports https:///rstudio/graphframes/issuesLicense Apache License2.0|ﬁle LICENSEEncoding UTF-8LazyData trueRoxygenNote6.1.0Imports sparklyr,tibble,forgeSuggests testthat,covr,dplyrNeedsCompilation noAuthor Kevin Kuo[aut,cre](<https:///0000-0001-7803-7901>)Repository CRANDate/Publication2018-10-3019:20:03UTCR topics documented:gf_bfs (2)gf_cache (3)gf_chain (3)gf_connected_components (4)gf_degrees (4)gf_edges (5)12gf_bfs gf_edge_columns (5)gf_ﬁnd (6)gf_friends (6)gf_graphframe (7)gf_grid_ising_model (8)gf_in_degrees (9)gf_lpa (9)gf_out_degrees (10)gf_pagerank (10)gf_persist (11)gf_register (11)gf_scc (12)gf_shortest_paths (12)gf_star (13)gf_triangle_count (13)gf_triplets (14)gf_two_blobs (14)gf_unpersist (15)gf_vertex_columns (15)gf_vertices (15)spark_graphframe (16)Index17 gf_bfs Breadth-ﬁrst search(BFS)DescriptionBreadth-ﬁrst search(BFS)Usagegf_bfs(x,from_expr,to_expr,max_path_length=10,edge_filter=NULL,...)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).from_expr Spark SQL expression specifying valid starting vertices for the BFS.to_expr Spark SQL expression specifying valid target vertices for the BFS.max_path_lengthLimit on the length of paths.edge_filter Spark SQL expression specifying edges which may be used in the search....Optional arguments,currently not used.gf_cache3Examples##Not run:g<-gf_friends(sc)gf_bfs(g,from_expr="name= Esther ",to_expr="age<32")##End(Not run)gf_cache Cache the GraphFrameDescriptionCache the GraphFrameUsagegf_cache(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).gf_chain Chain graphDescriptionReturns a chain graph of the given size with Long ID type.The vertex IDs are0,1,...,n-1,and the edges are(0,1),(1,2),....,(n-2,n-1).Usagegf_chain(sc,n)Argumentssc A Spark connection.n Size of the graph to return.Examples##Not run:gf_chain(sc,5)##End(Not run)4gf_degrees gf_connected_componentsConnected componentsDescriptionComputes the connected component membership of each vertex and returns a DataFrame of vertex information with each vertex assigned a component ID.Usagegf_connected_components(x,broadcast_threshold=1000000L,algorithm=c("graphframes","graphx"),checkpoint_interval=2L,...)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).broadcast_thresholdBroadcast threshold in propagating component assignments.algorithm One of’graphframes’or’graphx’.checkpoint_intervalCheckpoint interval in terms of number of iterations....Optional arguments,currently not used.Examples##Not run:#checkpoint directory is required for gf_connected_components()spark_set_checkpoint_dir(sc,tempdir())g<-gf_friends(sc)gf_connected_components(g)##End(Not run)gf_degrees Degrees of verticesDescriptionDegrees of verticesUsagegf_degrees(x)gf_edges5 Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).gf_edges Extract edges DataFrameDescriptionExtract edges DataFrameUsagegf_edges(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).gf_edge_columns Edges column namesDescriptionEdges column namesUsagegf_edge_columns(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).6gf_friends gf_find Motifﬁnding:Searching the graph for structural patternsDescriptionMotifﬁnding uses a simple Domain-Speciﬁc Language(DSL)for expressing structural queries.For example,gf_ﬁnd(g,"(a)-[e]->(b);(b)-[e2]->(a)")will search for pairs of vertices a,b connected by edges in both directions.It will return a DataFrame of all such structures in the graph,with columns for each of the named elements(vertices or edges)in the motif.In this case,the returned columns will be in order of the pattern:"a,e,b,e2."Usagegf_find(x,pattern)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).pattern pattern specifying a motif to search forExamples##Not run:gf_friends(sc)%>%gf_find("(a)-[e]->(b);(b)-[e2]->(a)")##End(Not run)gf_friends Graph of friends in a social network.DescriptionGraph of friends in a social network.Usagegf_friends(sc)Argumentssc A Spark connection.gf_graphframe7 Examples##Not run:library(sparklyr)sc<-spark_connect(master="local")gf_friends(sc)##End(Not run)gf_graphframe Create a new GraphFrameDescriptionCreate a new GraphFrameUsagegf_graphframe(vertices=NULL,edges)Argumentsvertices A tbl_spark representing vertices.edges A tbl_psark representing edges.Examples##Not run:library(sparklyr)sc<-spark_connect(master="local",version="2.3.0")v_tbl<-sdf_copy_to(sc,data.frame(id=1:3,name=LETTERS[1:3]))e_tbl<-sdf_copy_to(sc,data.frame(src=c(1,2,2),dst=c(2,1,3),action=c("love","hate","follow")))gf_graphframe(v_tbl,e_tbl)gf_graphframe(edges=e_tbl)##End(Not run)8gf_grid_ising_model gf_grid_ising_model Generate a grid Ising model with random parametersDescriptionGenerate a grid Ising model with random parametersUsagegf_grid_ising_model(sc,n,v_std=1,e_std=1)Argumentssc A Spark connection.n Length of one side of the grid.The grid will be of size n x n.v_std Standard deviation of normal distribution used to generate vertex factors"a".Default of1.0.e_std Standard deviation of normal distribution used to generate edge factors"b".De-fault of1.0.DetailsThis method generates a grid Ising model with random parameters.Ising models are probabilistic graphical models over binary variables xi.Each binary variable xi corresponds to one vertex,and it may take values-1or+1.The probability distribution P(X)(over all xi)is parameterized by vertex factors ai and edge factors bij:P(X)=(1/Z)∗exp[i a i x i+ijb ij x i x j]ValueGraphFrame.Vertices have columns"id"and"a".Edges have columns"src","dst",and"b".Edges are directed,but they should be treated as undirected in any algorithms run on this model.Vertex IDs are of the form"i,j".E.g.,vertex"1,3"is in the second row and fourth column of the grid. Examples##Not run:gf_grid_ising_model(sc,5)##End(Not run)gf_in_degrees9 gf_in_degrees In-degrees of verticesDescriptionIn-degrees of verticesUsagegf_in_degrees(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).gf_lpa Label propagation algorithm(LPA)DescriptionRun static Label Propagation for detecting communities in networks.Each node in the network is initially assigned to its own community.At every iteration,nodes send their community afﬁliation to all neighbors and update their state to the mode community afﬁliation of incoming messages.LPA is a standard community detection algorithm for graphs.It is very inexpensive computationally, although(1)convergence is not guaranteed and(2)one can end up with trivial solutions(all nodes are identiﬁed into a single community).Usagegf_lpa(x,max_iter,...)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).max_iter Maximum number of iterations....Optional arguments,currently not used.Examples##Not run:g<-gf_friends(sc)gf_lpa(g,max_iter=5)##End(Not run)10gf_pagerank gf_out_degrees Out-degrees of verticesDescriptionOut-degrees of verticesUsagegf_out_degrees(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).gf_pagerank PageRankDescriptionPageRankUsagegf_pagerank(x,tol=NULL,reset_probability=0.15,max_iter=NULL,source_id=NULL,...)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).tol Tolerance.reset_probabilityReset probability.max_iter Maximum number of iterations.source_id(Optional)Source vertex for a personalized pagerank....Optional arguments,currently not used.Examples##Not run:g<-gf_friends(sc)gf_pagerank(g,reset_probability=0.15,tol=0.01)##End(Not run)gf_persist11 gf_persist Persist the GraphFrameDescriptionPersist the GraphFrameUsagegf_persist(x,storage_level="MEMORY_AND_DISK")Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).storage_level The storage level to be used.Please view the Spark Documentation for informa-tion on what storage levels are accepted.gf_register Register a GraphFrame objectDescriptionRegister a GraphFrame objectUsagegf_register(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).12gf_shortest_paths gf_scc Strongly connected componentsDescriptionCompute the strongly connected component(SCC)of each vertex and return a DataFrame with each vertex assigned to the SCC containing that vertex.Usagegf_scc(x,max_iter,...)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).max_iter Maximum number of iterations....Optional arguments,currently not used.Examples##Not run:g<-gf_friends(sc)gf_scc(g,max_iter=10)##End(Not run)gf_shortest_paths Shortest pathsDescriptionComputes shortest paths from every vertex to the given set of landmark vertices.Note that this takes edge direction into account.Usagegf_shortest_paths(x,landmarks,...)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).landmarks IDs of landmark vertices....Optional arguments,currently not used.gf_star13Examples##Not run:g<-gf_friends(sc)gf_shortest_paths(g,landmarks=c("a","d"))##End(Not run)gf_star Generate a star graphDescriptionReturns a star graph with Long ID type,consisting of a central element indexed0(the root)and the n other leaf vertices1,2,...,n.Usagegf_star(sc,n)Argumentssc A Spark connection.n The number of leaves.Examples##Not run:gf_star(sc,5)##End(Not run)gf_triangle_count Computes the number of triangles passing through each vertex.DescriptionThis algorithm ignores edge direction;i.e.,all edges are treated as undirected.In a multigraph, duplicate edges will be counted only once.Usagegf_triangle_count(x,...)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe)....Optional arguments,currently not used.14gf_two_blobsExamples##Not run:g<-gf_friends(sc)gf_triangle_count(g)##End(Not run)gf_triplets Triplets of graphDescriptionTriplets of graphUsagegf_triplets(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).gf_two_blobs Generate two blobsDescriptionTwo densely connected blobs(vertices0->n-1and n->2n-1)connected by a single edge(0->n). Usagegf_two_blobs(sc,blob_size)Argumentssc A Spark connection.blob_size The size of each blob.Examples##Not run:gf_two_blobs(sc,3)##End(Not run)gf_unpersist15 gf_unpersist Unpersist the GraphFrameDescriptionUnpersist the GraphFrameUsagegf_unpersist(x,blocking=FALSE)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).blocking whether to block until all blocks are deletedgf_vertex_columns Vertices column namesDescriptionVertices column namesUsagegf_vertex_columns(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).gf_vertices Extract vertices DataFrameDescriptionExtract vertices DataFrameUsagegf_vertices(x)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe).16spark_graphframe spark_graphframe Retrieve a GraphFrameDescriptionRetrieve a GraphFrameUsagespark_graphframe(x,...)spark_graphframe(x,...)Argumentsx An object coercable to a GraphFrame(typically,a gf_graphframe)....additional arguments,not usedIndexgf_bfs,2gf_cache,3gf_chain,3gf_connected_components,4gf_degrees,4gf_edge_columns,5gf_edges,5gf_find,6gf_friends,6gf_graphframe,7gf_grid_ising_model,8gf_in_degrees,9gf_lpa,9gf_out_degrees,10gf_pagerank,10gf_persist,11gf_register,11gf_scc,12gf_shortest_paths,12gf_star,13gf_triangle_count,13gf_triplets,14gf_two_blobs,14gf_unpersist,15gf_vertex_columns,15gf_vertices,15spark_graphframe,1617。

DFR Manager_Instruction Manual_EN_General_X_R1.01_(EN_HTJK5118.0086.0002)

DFR ManagerInstruction Manual NR Electric Co.,Ltd.DFR Manager Instruction Manual PrefaceCopyrightVersion:R1.01P/N:EN_HTJK5118.0086.0002Copyright©NR2010.All rights reservedWe reserve all rights to this document and to the information contained herein.Improper use in particular reproduction and dissemination to third parties is strictly forbidden except where expressly authorized.The information in this manual is carefully checked periodically, and necessary corrections will be included in future editions.If nevertheless any errors are detected,suggestions for correction or improvement are greatly appreciated.We reserve the rights to make technical improvements without notice.NR ELECTRIC CO.,LTD.69Suyuan Avenue.Jiangning,Nanjing211102，China Tel:86-25-87178185,Fax:86-25-87178208 Website:Email:international@DFR Manager Instruction ManualDFR Manager Instruction Manual Table of Contents Preface (i)Table of Contents (iii)Chapter1Overview (1)Chapter2User Management (5)Chapter3Configuration Management (9)3.1Region Management (10)3.1.1Add Region (10)3.1.2Delete region (10)3.2Substation Management (11)3.2.1Add Substation (11)3.2.2Delete Substation (11)3.3DFR Management (12)3.3.1Add DFR (12)3.3.2Delete DFR (15)3.3.3Copy DFR (15)3.3.4Paste DFR (15)3.4Add/Delete Component (16)3.4.1Add Voltage Component (16)3.4.2Add Line Current Component (17)3.4.3Add Transformer Branch Current Component (18)3.4.4Delete Component (20)3.5Channel Management&Component Management (20)3.5.1AI Channel Management (20)3.5.2BI Channel Management (24)3.5.3BO Channel Management (26)3.5.4Component Setting Management (26)3.5.5Component Management (27)3.6DFR Configuration and Program Management (27)DFR Manager Instruction Manual3.6.1Program Management (28)3.6.2Configuration Management (29)3.6.3Calibration Setting Management (32)3.6.4Programmable Logic (32)Chapter4Operation Management (35)4.1Overview (35)4.2Management of“Fault Records” (36)4.3Management of“DFR Events” (42)4.4Management of Local Waveform Files (43)4.5Management of Waveform Files in the DFR (43)4.6Monitoring of Real-time Status (45)4.7DFR Remote Operation (46)4.8Other Functions (47)Chapter5Manual Version History (49)Chapter1Overview Chapter1OverviewDFR Manager is a special tool which integrates the configuration and operation management of PCS series Disturbance&Fault Recorder s(DFR s for short),and it can be applied in the control centers or the substations.The main functions of DFR Manager are introduced as below.1)User Management:The adding,deletion and modification of the user information,and theconfiguration of the user short message service(SMS)numbers and E-mail addresses, etc;2)Configuration Management:Configure the boards,components and settings of DFR;theadding,deletion and modification of the region,substation and DFR;3)Operation Management:the management of fault record&IED event,the managementof local waveform files and the waveform files in the DFR,the supervision of DFR status.Figure1-1The main interface of DFR Manager(Operation mode)Chapter1OverviewFigure1-2The main interface of DFR Manager(Configuration mode)The interface is mainly divided into5parts:the menu bar,the toolbar,the DFR tree,configuration window and operation window.Two modes are optional:configuration mode and operation mode.These2modes can be switched by clicking the menu“：Switch between the configuration mode and operation mode.2)：Add System,Region,Station,DFR or component.4)Chapter1Overview5)：To issue clock synchronization signals to the DFR.7)：To send reset commands.The DFR tree list is generated with the hierarchy of System,Region,Station,DFR and component. If a node is deleted,all the nodes belong to it will be deleted,too.(E.g.:When a substation is deleted,all the DFR information in the substation will be deleted,too.)At the same time,when the fault records of the DFR have been received by DFR Manager,DFR Manager can inform the users by SMS and E-mail.Chapter1OverviewChapter2User Management Chapter2User ManagementIn the DFR management system,the users are divided into the system level user and the region level user.The system level user can manage the personnel and devices of the whole system, but the region level user can only manage the personnel and devices of a region of the system.Both the system level user and the region level user are also divided into:the administrator, the maintainer and the operator(i.e.the role of the users).Sometimes the maintainer and the operator are called as the common users.The difference between the administrator and the maintainer is that the administrator can configure of the user information within the controlled area.The difference between the maintainer and the operator is that the maintainer can configure configuration/operation management of the DFR within the controlled area,while the operator can only configure browsing/operation and management of the DFR.Figure2-1User configuration interfaceAdd User:Click the button“”to pop up a prompt to confirm whether to delete the user or not.Chapter2User ManagementNOTE:Each user can not delete himself and can only be deleted by the administrator of higher level.●Set the Password:The password needs to be input twice in the2text areas to the right of“Password”and“Password again”,and the2passwords are required to be the same.The passwords in the interface are invisible.●Set the phone number to receive SMS.Fill in the mobile phone number in the text area to theright of“SMS”:Each bit of a valid mobile phone number must be a digit.SMS function will be enabled only when the corresponding“Enable”is selected.●Set the E-mail address in the text area to the right of“EMAIL”:A valid E-mail address mustinclude the symbol“@”and“.”.E-mail function will be enabled only when the corresponding “Enable”is selected.NOTE:The SMS and the E-mail are filtered according to the region that the DFR belongsto where the alarms(the fault records and the DFR events)occur.The SMS and the E-mail are only sent to the available users who have the privilege to receive SMS/E-mail in this region and this system level.●Set the region in the text area to the right of“Region”:Select the belonging region in thedrop-down box of the region.This region list is maintained in the DFR configuration management interface.NOTE:When a region is deleted in the DFR configuration management interface asshown in the following figure,a prompt will appear in the user configuration interface to indicate that the information of the region where the user belongs to is wrong,and that it is necessary to set the region of this user again.Figure2-2The prompt after deleting the region where the user belongs to●Set the role in the text area to the right of“Role”:Select the role in the correspondingdrop-down box.●Save the user:Click the button“Chapter2User Management appear.NOTE:In the User Configuration interface:1)Each user can not delete himself.Figure2-3Each user can not delete himself2)The administrators(including the area level administrator and the system leveladministrator)can modify the information of all the users controlled by them,but the other users can only modify their own information.Figure2-4User management area of the administrators and other users3)Only the system level administrator can modify the information of the regions where theother users belong to and configure all the users.The other users can only select the region themselves belong to and can not modify the region configuration of other users.Chapter2User ManagementFigure2-5The region configuration options of the system level administrator and other users4)The common users(the maintainer or the operator)can not modify their own roles afterlogging in.Only the administrators(including the area level administrator and the system level administrator)can modify the roles of the users within the controlled area.Figure2-6The role configuration options of the administrator and other usersChapter3Configuration Management Chapter3Configuration ManagementThe configuration management mainly includes:●The configuration of the region,substation and DFR;●The configuration of the analog/digital channels of the voltage component,line currentcomponent and transformer branch current component;the association configuration of these components;●Download the programs of DFR;Upload and download the configuration files of DFR.Uploadthe settings in the menu“CalibrateSetting”of PCS-996R.NOTE:The configuration management function can only be used by the administratorand the maintainer.The operator does not have the authority to configure the DFR,so the configuration menu will not appear for the operator.The region configuration is mainly designed for the manager to manage the DFR s of the controlled substations,but the uncontrolled DFR s and substations will be invisible.The configuration management mainly aims at the DFR management.DFR management consists of2parts:1)Physical device configuration:The parameter configuration of the device itself,i.e.:Name,Type,Sample Rate,IP and Board Type.2)Logic unit configuration:This refers to the component configuration.NOTE：Component is a logic concept that corresponds to primary equipment.Thenames of the components share the name of primary equipment.Component is a logic concept that corresponds to primary equipment.The names of the components share the name of primary equipment.The components can be divided into3types:1)Voltage component:The voltage component mainly refers to the busbar voltage or the line voltage.2)Line current component:3)Transformer branch current component:Because the parameters of line and the parameters of transformer branch are different (The line has positive/zero sequence impedance/admittance,while the transformerChapter3Configuration Managementbranch only has the property about which side of the transformer.i.e.:HV/MV/LV side), so the current component can be divided into2types:line current component and transformer branch current component.In the power system,the voltage sampling mainly refers to the busbar voltages,while each line and transformer has its own current sampling channel,thus some current components correspond to a voltage component,i.e.:some current components relate to1voltage.The component configuration mainly aims at setting the relationships between the components and the physical channels.Similar to the protection relays,DFR also has a criterion to trigger waveform and some functional units for protection,so DFR also has some settings.The functional units for protection correspond to the components.NOTE：Generally speaking,the number and type of the analog channels relate to thetype of the functional units for protection.E.g.:If a functional unit for protection needs to sample zero-sequence current,so it is forbidden to assign only1phase current(such as Ia)to the corresponding component,because zero-sequence current can not be acquired by sampling only1phase current.3.1Region Management3.1.1Add RegionSelect the“System”node,and then right-click and select the“Add Region”menu to pop up a dialog as shown in the following figure.Input the region name and click“OK”to add a region.Figure3.1-1Add regionNOTE:The region name should not include any spaces.Please use“_”to separate2words instead of a space.3.1.2Delete regionSelect the region node to be deleted,right-click the menu and select“Delete Region”to pop up a dialog as shown in the following figure to confirm whether to delete it or not.You can delete this region(including all the information of the substation and the DFR in this region)after confirmation.Chapter3Configuration ManagementFigure3.1-2Delete regionNOTE:1)Only the system administrator and the maintainer can add/delete a region.2)In order to avoid deleting all the substations and the devices in the region when deleting theregion wrongly,the system will not allow deleting a region when it still have substations in it,i.e.:it is necessary to delete all the substations in this region firstly.3.2Substation Management3.2.1Add SubstationSelect the region node to add substation,select the menu“Add Station”to pop up a dialog as shown in the following figure.Input the substation name and then click“OK”to add a substation. The address of the substation will be assigned automatically.Figure3.2-1How to add stationFigure3.2-2Add substation3.2.2Delete SubstationSelect the substation node to be deleted.Select the right-click menu“Delete Station”to pop up a dialog as shown in the following figure to delete this substation(including all the information of the DFR in this substation)after confirmation.Chapter3Configuration ManagementFigure3.2-3Delete substationNOTE:The software allows deleting the whole substation.However,ensure that it is necessary to delete the whole substation and all the DFR information in it before deleting.3.3DFR Management3.3.1Add DFRSelect the substation to add DFR,select the right-click menu“Add DFR”to pop up a dialog as shown in the following figure to add a DFR.Figure3.3-1Add DFRThe following parameters can be configured in this dialog:1)Name:The name of the DFR;2)Type:The specific type of the DFR;3)Sample Rate:4800or9600(bps)can be selected as the sampling rate;4)IP:The IP address of the DFR;5)NetMask:The subnet mask of the DFR;6)Gateway:The gateway address of the DFR.After clicking the“OK”button in the above figure,the board type of each slot and the analog channels,binary channels,GOOSE channels will be generated automatically according to theChapter3Configuration Managementdefault configuration.But the components will not the generated automatically,so there is no association between the channels and components when a DFR is generated.Figure3.3-2Properties of the DFRThe board configuration can be modified in the“Hardware Config”page later.The number of the analog channels,binary channels,GOOSE channels will be influenced after modifying the board configuration.The2nd column in the“Hardware Config”page is the“Board Type”.The3rd column in the“Hardware Config”page is the“Board Desc”to indicate whether it is a CPU board or a DSP board,etc.Where:AI:Analog input.AI-12U indicates12voltage inputs.AI-6I indicates6current inputs.BI:Binary input.BO:Binary output.GS:GOOSE binary input.AI boards can be configured in the4th~11th slot.BI boards can be configured in the10th~14th slot.The“Voltage Level”is only applied for the BI boards.24V,48V,110V,220V are optional.NOTE：Both the AI boards and BI boards can be configured in the10th~11th slot.Chapter3Configuration ManagementFigure3.3-3The“Hardware Config”pageThe board which occupies2slots must start from the slot of an even number.E.g.:As shown in the above figure,NR1401-12U can only occupy the4th~5th,the6th~7th,the 8th~9th or the10th~11th slot.NOTE：If a board which only occupies1slot needs to be replaced by a board whichoccupies2slots,the2slots must be set as“Slot Not Installed”first,i.e.:the former boards in the2slots must be taken out so as to insert the new board which occupies2 slots.Figure3.3-4The configuration of the board which occupies2slots3.3.2Delete DFRSelect the DFR node to be deleted.Click the right-click menu“Delete DFR”to pop up a dialog box as shown in the following figure to delete this DFR(including all the information in this DFR).Figure3.3-5Delete DFR3.3.3Copy DFRSelect the DFR node to be copied,click the right-click menu“Copy DFR”to copy the DFR (including all the information in it except the name and IP).Figure3.3-6Copy DFR3.3.4Paste DFRIf a DFR has been copied,select the substation node to paste this DFR,and then click the right-click menu“Paste DFR”to paste it.Except the IP address,all the other parameters are the same as the parameters of the copied DFR.For similar Disturbance&Fault Recorders,the DFR configuration can be accomplished conveniently by using“Copy DFR”and“Paste DFR”.Figure3.3-7Paste DFR3.4Add/Delete Component3.4.1Add Voltage ComponentSelect the DFR node to add voltage component and click the right-click menu“Add Component”to pop up a dialog as shown in the following figure.Figure3.4-1Add voltage componentIn this dialog,select“Voltage”and then click“OK”to pop up a new dialog to set the parameters of the voltage component as shown in the following figure.Figure3.4-2The dialog to set the parameters of voltage component1)Name:The name of the voltage component;2)U1n(kV):The rated primary voltage.Unit:kV.3)U2n(V):The rated secondary voltage.Unit:V.4)Voltage Type:“Bus Voltage”and“Line Voltage”are optional.5)Channel Type:4options are provided:“Uabc0”:Three phase voltages and zero sequence voltage are selected.“Uabc”:Three phase voltages are selected.“Upp”:Only the voltages of2phases are selected.“Up”:Only the voltage of1phase is selected.NOTE:The parameters of voltage components will remain the same when a new voltageis added.When DFR Manager is closed and opened again,the parameters of voltage components can still remain the same.It is the same for the parameters of line current components and transformer branch current components.3.4.2Add Line Current ComponentSimilar to adding the voltage component,select“Line current”in the dialog in Figure3.4-1,click “OK”to pop up a new dialog as shown in the following figure,input the parameters and then click “OK”to add a line current component in the DFR.Figure3.4-3The dialog to set the parameters of line current component1)Name:The name of the line current component;2)I1n(A):The rated primary current.Unit:A.3)I2n(A):The rated secondary current.Unit:A.4)R1(ohm):The primary positive sequence resistance.Unit:ohm.5)R0(ohm):The primary zero sequence resistance.Unit:ohm.6)X1(ohm):The primary positive sequence reactance.Unit:ohm.7)X0(ohm):The primary zero sequence reactance.Unit:ohm.8)C1(μF):The primary positive sequence capacitance.Unit:μF.9)Length(km):The length of the line.Unit:km;10)Channel Type:4options are provided:“Iabc0”:Three phase currents and zero sequence current are selected.“Iabc”:Three phase currents are selected.“Ipp”:Only the currents of2phases are selected.“Ip”:Only the current of1phase is selected.3.4.3Add Transformer Branch Current ComponentSelect“Transformer branch current”in the dialog box in Figure3.4-1.Click“OK”to pop up a new dialog as shown in the following figure.Input the parameters and then click“OK”to add a transformer branch current component node in the DFR.Figure3.4-4The dialog to set the parameters of transformer branch current componentThe parameters in the above dialog are introduced as below:1)Name:The name of the transformer component;2)I1n(A):The rated primary current.Unit:A.3)I2n(A):The rated secondary current.Unit:A.4)Branch Type:3options are provided:“High voltage side”:The HV side branch of the transformer is selected.“Middle voltage side”:The MV side branch of the transformer is selected.“Low voltage side”:The LV side branch of the transformer is selected.5)Channel Type:4options are provided:“Iabc0”:Three phase currents and zero sequence current are selected.“Iabc”:Three phase currents are selected.“Ipp”:Only the currents of2phases are selected.“Ip”:Only the current of1phase is selected.NOTE:The difference between the current of transformer branch component and theline current component is that the former has no component parameters and settings related to the line.3.4.4Delete ComponentSelect a voltage component,a line current component or a transformer branch current and click the right-click menu“Delete Component”to delete a component.3.5Channel Management&Component Management3.5.1AI Channel ManagementWhen a component is added,the functional unit for protection will be generated automatically,at the same time,the analog channels with a certain number,order and type will be occupied according to the“Channel Type”of the component.E.g.:If a voltage component is added first and the“Channel Type”of the component is“Uabc0”, the first4voltage channels of the1st analog board with voltage channels will be occupied by this component automatically.I.e.:the physical analog channels and the logical components are associated.Figure3.5-1AI channel configurationGenerally speaking,the channels occupied by a component are arranged continuously,so the component names will be merged to make it easy to view them.Sometimes,the channels occupied by which component and the channel type need to be modified by the user.Right click the table and click the pop-up menu“Figure3.5-3The channel type Volt.and corresponding Component sFigure3.5-4The channel type Volt.and corresponding Type sFigure3.5-5The channel type Curr.and corresponding Component sFigure3.5-6The channel type Curr.and corresponding Type sThe properties of the A I channel are introduced as below:1)Board:The information of the board that this channel belongs to.;2)Channel No.:The channel number.3)PIN Type:The type of this channel:Volt.(voltage)or Curr.(current).4)Component:The component name.5)Type:The type of this channel:Ua,Ub,Uc,3U0,Ia,Ib,Ic,3I0…..6)Description:The description of this channel and this property is editable.When a component is selected,a dialog as shown in the following figure will pop up to prompt whether to set the next several channels continuously.If“OK”is selected,the next several channels with the same type will be set according to the“Channel Type”of this component.If “Cancel”is selected,each channel will be set separately.Figure3.5-7The dialog to set the next several channels continuouslyHere is an example to explain this function.If the“Component”name of a current channel is“Line01”,and the corresponding“Channel Type”of“Line01”is“Iabc0”,if“OK”is selected in the above figure,the“Type”column of the following3current channels will be set as“Ib”,”Ic”,”3I0”automatically,and the“Component”column of the following3current channels will be set as“Line01”automatically.Figure3.5-8The interface before selecting“OK”in the above figureFigure3.5-9The channels after selecting“OK”If“Cancel”is selected in the above figure,the number and type of the channels may be inconsistent with the“Channel Type”of the component,e.g.:only a channel“Ic”is assigned to a component with a“Channel Type”of“Iabc”.To deal with this problem,a self-check function is provided to ensure the consistency of the component type and the channel:Select a DFR and then right-click it,click the submenu“Check Component and Channel…”or the menu“Figure3.5-11The configuration of the BI channelsFigure3.5-12Associate the Component and the BI channelFigure3.5-13The“Relay Operation”of the BI channelFigure3.5-14The“Trigger Type”of the BI channel3.5.3BO Channel ManagementFigure3.5-15The configuration of the BO channels3.5.4Component Setting ManagementThe values of settings can be configured here,and the settings can be enabled/disabled here.Figure3.5-16The settings of the analog quantities3.5.5Component ManagementThe name of components and the association relationship between the current component(i.e.: the“Line current”and“Transformer branch current”components)and the voltage component can be configured here.Figure3.5-17The configuration of the component name and the association relationshipNOTE：During adding a region/station/device or modifying the name or IP address of aDFR(i.e.:the operation that can influence the running of DFR),the button“”to publish the modification in the logic database to physical database.The publishing process will take some time.3.6DFR Configuration and Program ManagementThe configuration files of DFR are important to the operation of DFR.The tool provides the functions to download the configuration files to DFR and get the configuration files from DFR and save them to database.Meanwhile,the program files of DFR can influence the upgrade of the software version of DFR. The system also provides the remote downloading function for DFR.The management of configurations and programs are realized by selecting a DFR from the tree and right-click the related functions.Figure3.6-1The menu of DFR configuration and program management3.6.1Program ManagementIn the above figure,click the menu“Download Program…”to pop up a dialog as shown in the following figure.Figure3.6-2Download program to DFRClick the button“OK”to pop up the dialog to select the program to download as shown in the following figure.Figure3.6-3Select the program to download to the DFRAs shown in the above figure,select the proper program file to download it to the DFR.3.6.2Configuration ManagementThe Configuration Management include:download configuration,upload configuration,import configuration,export configuration.1)Download configurationSelect the menu“Configuration Download…”to pop up a dialog as shown in the following figure.Figure3.6-4Download configuration to DFRConfirm that the“DFR IP Address”is correct and then click“OK”to start downloading.A progressing bar as shown in the following figure will pop up.Figure3.6-5The progressing bar of configuration downloadingWhen the progressing bar disappears,it indicates that the configuration has been downloaded to the DFR device successfully.Please reboot the DFR device to enable the new configuration.NOTE：During the rebooting of the DFR device,the communication status will bedisconnected for a short time and then will be OK again,and the events about the communication status can be sent to DFR Manager.2)Upload configurationSelect the menu“Configuration Retrieve…”,DFR manager will acquire configuration from the selected DFR device,and a previewing dialog similar to the configuration dialog will appear.This dialog is not editable.Click the button“Import”to import the configuration into DFR manager.NOTE：If the DFR already exists in DFR Manager,DFR Manager will check whether theDFR device is the selected DFR in DFR Manager.If the DFR device is not the selected DFR in DFR Manager,a new dialog will pop up to prompt whether to create a new DFR in DFR Manager or to import the configuration into the selected DFR in DFR Manager.If the DFR does not exist in DFR Manager,the region name,station name and device name of the DFR will be created in DFR Manager,thus the new DFR will be created in DFR manager and then the corresponding configuration will be imported.The region name,station name and device name will be filled by the configuration downloaded from the DFR.If the region name,station name and device name have been modified before importing,DFR Manager will search corresponding DFR device and then import the configuration from this DFR device.NOTE：The configuration of the boards,channels,components will be deleted when theconfiguration is imported into DFR Manager.Figure3.6-6The previewing interface for uploading configuration3)Export configurationSelect the menu“Configuration Export…”to export the configuration of a DFR as an.xml file. Detail configuration information is stored in this file.4)Import configurationSelect a DFR and right-click on it to pop up a menu,select the submenu“Configuration Import…”to import the configuration stored in the.xml file into the selected DFR.NOTE：The configuration of the boards,channels,components will be deleted wheneither of the2methods is applied.Generally speaking,2methods are provided to import configuration:1)Upload configuration from a DFR and import the configuration to a DFR in DFRManager.In this method,if the DFR does not exist in DFR Manager,the DFR will be created in DFR Manager.2)Import configuration from an.xml file into the selected DFR in DFR Manager.In this method,if the DFR does not exist in DFR Manager,no DFR will be created in DFR Manager.。

富士施乐DocuCentre 2060 3060 3065 复印机维修手册：dc3060g_sc_ver1_chap05

第五章零件表2011/075-1DocuCentre-IV 3060G零件表Version 1.05 零件表5.1 序文5.1.1 零件表的使用方法.....................................................35.1.2 使用零件表的注意事项.................................................35.1.3 Plate 的构成.........................................................45.1.4 术语·符号的说明.....................................................45.1.5 零件向导的使用方法...................................................55.2 Parts List 1. IIT/UIPL 1.1 Platen/IIT Cover....................................................7PL 1.2 CCD Lens Assenbly/Platen Glass......................................8PL 1.3 Full/Half Rate Carriage/Carriage Cable..............................9PL 1.4 Full Rate Carriage..................................................10PL 1.5 Half Rate Carriage..................................................11PL 1.6 Motor/Transport PWB.................................................12PL 1.7 W70 Control Panel...................................................13PL 1.8 Option..............................................................142. ROSPL 2.1 ROS.................................................................153. DRIVEPL 3.1 Main Drive (1 of 2).................................................16PL 3.2 Main Drive (2 of 2).................................................174. NOHADPL 4.1 NOHAD...............................................................186. TRANSFERPL 6.1 Transfer............................................................197. FUSING UNITPL 7.1 Fusing Unit.........................................................208. XERO/DEVEPL 8.1 Drum Unit, Toner Cartridge..........................................21PL 8.2 Toner System........................................................229. FEEDER/TRAY 1/2PL 9.1 Tray 1/2 Assembly...................................................23PL 9.2 Tray 1/2 (1 of 2)...................................................24PL 9.3 Tray 1/2 (2 of 2)...................................................25PL 9.4 Tray Feeder 1/2 Assembly............................................26PL 9.5 Feeder 1/2 Assembly (1 of 2)........................................27PL 9.6 Feeder 1/2 Assembly (2 of 2)........................................28PL 9.7 Tray 1/2 Feed Roll, Nudger Roll, Retard Roll........................2910. TRAY MODULE (2TM)PL 10.1 Tray Module (2TM)..................................................30PL 10.2 Tray 3/4 (1 of 2)..................................................31PL 10.3 Tray 3/4 (2 of 2)..................................................32PL 10.4 Tray 3/4 Feeder Assembly, T/A Roll 3/4.............................33PL 10.5 Tray 3/4 Feeder Assembly (1 of 2)..................................34PL 10.6 Tray 3/4 Feeder Assembly (2 of 2)..................................35PL 10.7 Tray 3/4 Feed Roll, Nudger Roll, Retard Roll.......................36PL 10.8 Tray 3/4 Paper Size Sensor.........................................37PL 10.9 Electrical.........................................................38PL 10.10 Cover.............................................................39PL 10.11 L/H Cover Assembly................................................4011. TRAY MODULE (TTM)PL 11.1 Tray Module (TTM) (Option) (APO/GCO Only)..........................41PL 11.2 Tray 3/4 Assembly (Option) (APO/GCO Only)..........................42PL 11.3 Tray 3 Assembly (1 of 2) (Option) (APO/GCO Only)...................43PL 11.4 Tray 3 Assembly (2 of 2) (Option) (APO/GCO Only)...................44PL 11.5 Tray 4 Assembly (1 of 2) (Option) (APO/GCO Only)...................45PL 11.6 Tray 4 Assembly (2 of 2) (Option) (APO/GCO Only)...................46PL 11.7 Tray 3/4 Feeder Assembly, T/A Roll Assembly (Option) (APO/GCO Only)47PL 11.8 Tray 3/4 Feeder Assembly (1 of 2) (Option) (APO/GCO Only)..........48PL 11.9 Tray 3/4 Feeder Assembly (2 of 2) (Option) (APO/GCO Only)..........49PL 11.10 Tray 3/4 Feed/Nudger/Retard Roll (Option) (APO/GCO Only)..........50PL 11.11 Transport Assembly (Option) (APO/GCO Only)........................51PL 11.12 Tray 3/4 Switch Assembly (Option) (APO/GCO Only)..................52PL 11.13 Wire Harness (Option) (APO/GCO Only)..............................53PL 11.14 TM Drive (1 of 2) (Option) (APO/GCO Only).........................54PL 11.15 TM Drive (2 of 2) (Option) (APO/GCO Only).........................55PL 11.16 Cover (Option) (APO/GCO Only).....................................56PL 11.17 L/H Cover Assembly (Option) (APO/GCO Only)........................5712. MOBILE STANDPL 12.1 Mobile Stand (Option) (APO/GCO Only)...............................5813. MSIPL 13.1 MSI Assembly.......................................................59PL 13.2 Lower Frame Assembly...............................................60PL 13.3 MSI Tray Assembly..................................................6114. L/H COVERPL 14.1 L/H Cover Assembly, Duplex Unit....................................62PL 14.2 L/H Chute Assembly.................................................63PL 14.3 L/H Frame Assembly.................................................64PL 14.4 Duplex Assembly....................................................652011/075-2Version 1.0DocuCentre-IV 3060G零件表15. REGISTRATIONPL 15.1 Registration (1 of 2).............................................66PL 15.2 Registration (2 of 2).............................................6717. EXITPL 17.1 Exit 1............................................................68PL 17.2 Exit 2, Face Up Tray ..............................................69PL 17.3 Exit 2 Chute Assembly .............................................70PL 17.4 Exit 2 Transport Assembly (1 of 2)................................71PL 17.5 Exit 2 Transport Assembly (2 of 2)................................72PL 17.6 Exit 2 Guide Assembly .............................................73PL 17.7 Face Up Tray Assembly .............................................7418. ELECTRICALPL 18.1 Electrical (1 of 2)...............................................75PL 18.2 Electrical (2 of 2)...............................................76PL 18.3 AC Chassis Assembly ...............................................77PL 18.4 IOT Wire Harness ..................................................78PL 18.5 FAX Unit ..........................................................7919. COVERPL 19.1 Cover-Front, Left .................................................80PL 19.2 Cover-Rear, Right .................................................8135. ESSPL 35.1 ESS (1 of 3)......................................................82PL 35.2 ESS (2 of 3)......................................................83PL 35.3 ESS (3 of 3)......................................................8451. DADFPL 51.1 DADF Accessory ....................................................85PL 51.2 DADF Cover,PWB ....................................................86PL 51.3 DADF Base Frame ...................................................87PL 51.4 Document Tray,Top Cover ...........................................88PL 51.5 DADF Motor,Wire Harness ...........................................89PL 51.6 DADF Rear Belt,Solenoid ...........................................90PL 51.7 DADF Front Belt ...................................................91PL 51.8 Regi./Retard/Invert/Out Chute .....................................92PL 51.9 Roll,Sensor Bracket ...............................................93PL 51.10 Document Tray ....................................................94PL 51.11 Top Cover ........................................................95PL 51.12 Upper Feeder .....................................................96PL 51.13 Regi. Chute ......................................................97PL 51.14 Retard Chute .....................................................98PL 51.15 Invert Chute .....................................................99PL 51.16 Out Chute ........................................................100PL 51.17 Sensor Bracket ...................................................10198. Screws98.1 Screws ...............................................................10299. Adjustment/Consumables Area Code List99.1 Paper ................................................................10399.2 Environment ..........................................................10399.3 Consumables ..........................................................10499.4 Electrical Adjustment ................................................10499.5 Mechanical Adjustment ................................................10599.6 Originals ............................................................10699.7 Accessories Related ..................................................10699.8 Fax ..................................................................10799.9 DMP/Network Functions Related ........................................1075.3 Parts NavigationNavi 1.1 Processor + Option ...............................................109Navi 2.1 Processor (1 of 2)...............................................109Navi 2.2 Processor (2 of 2)...............................................110Navi 2.3 IIT/UI ...........................................................1102011/075-3DocuCentre-IV 3060G零件表5.1 序文Version 1.05.1.1 零件表的使用方法第5章零件表包含关于备用零件的信息。

辐射4发型mod无效

辐射4发型mod无效
可能有以下几个原因导致你的辐射4发型mod无效：
1. 安装错误：确保你已正确安装了mod并将其放置在正确的
游戏文件夹中。

根据mod的安装说明进行操作，确保其存放
在正确的位置。

2. 冲突问题：某些mod可能会与其他mod产生冲突，导致无
法正常工作。

尝试禁用其他所有mod，然后逐个启用它们以
找出与发型mod冲突的mod。

3. 游戏版本不匹配：确保你的辐射4游戏版本与要安装的mod 兼容。

某些mod可能需要特定的游戏版本才能正常工作。

4. 未正确启用mod：在游戏启动器或mod管理器中，确保你
已正确启用了发型mod。

有时候你需要手动勾选相应的mod
以让它们生效。

5. 重新验证游戏文件完整性：如果以上方法都无效，尝试在Steam上重新验证游戏文件的完整性。

对于非Steam版本的游戏，你可以尝试重新安装游戏文件来解决潜在的文件损坏问题。

如果以上方法仍然无效，你可以尝试在相关的mod社区或论
坛上寻求帮助，询问其他玩家是否遇到了类似的问题，并寻求他们的解决方案。

英语作文想象力的重要性

英语作文想象力的重要性Title: The Significance of Imagination in English Composition。

Imagination serves as the beacon guiding the sails of creativity, illuminating the vast ocean of possibilities within the realm of English composition. Its importance cannot be overstated, as it infuses life into words, transcending the ordinary and propelling language into the realms of the extraordinary. In this discourse, we delve into the pivotal role imagination plays in the realm of English composition, exploring its multifacetedsignificance and its profound impact on the creation of compelling narratives, vivid descriptions, and persuasive arguments.First and foremost, imagination serves as the cornerstone of creativity in English composition. It empowers writers to transcend the confines of reality, enabling them to craft narratives that transport readers todistant lands, evoke profound emotions, and explore fantastical realms. Through the lens of imagination,writers can infuse their prose with vibrant imagery,intricate plots, and captivating characters, thereby engaging the reader's senses and eliciting a myriad of responses.Moreover, imagination fuels the creation of vivid descriptions that breathe life into the written word. By harnessing the power of imagination, writers can paint pictures with words, weaving intricate tapestries of sights, sounds, and sensations that transport readers to the heartof the narrative. Whether describing a sun-kissed meadow bathed in golden light or a bustling cityscape alive withthe hustle and bustle of everyday life, imagination enables writers to capture the essence of their subject matter with unparalleled clarity and depth.Furthermore, imagination plays a pivotal role in the development of persuasive arguments and thought-provoking ideas. By thinking outside the box and envisioning new possibilities, writers can challenge conventional wisdom,question established norms, and inspire readers to reconsider their beliefs and viewpoints. Whether advocating for social change, presenting innovative solutions to complex problems, or articulating a compelling vision for the future, imagination empowers writers to craft arguments that resonate deeply with their audience and spur them to action.In addition to its role in individual expression, imagination fosters collaboration and innovation within the realm of English composition. By encouraging writers to explore new ideas, experiment with different styles, and collaborate with others, imagination fosters a vibrant ecosystem of creativity where diverse voices can thrive and flourish. Whether collaborating on a collaborative writing project, participating in a writing workshop, or sharing ideas and feedback with fellow writers, imagination serves as the catalyst for innovation, driving the evolution of the craft and pushing the boundaries of what is possible.In conclusion, imagination stands as the lifeblood of English composition, infusing the written word withcreativity, vitality, and depth. From crafting compelling narratives and vivid descriptions to shaping persuasive arguments and fostering collaboration, imagination permeates every facet of the writing process, enriching the literary landscape and inspiring readers and writers alike. As we continue to harness the power of imagination in our writing, may we unlock new worlds of possibility and embark on journeys of exploration and discovery that captivate the mind and stir the soul.。

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Error“Cannot change version of project facet Dynamic web module to 2.5”导致Tomcat无法启动，解决办法：
Eclipse创建Maven结构的web项目时catalog比较老，servlet停留在2.3版本，而一般现在至少都是2.5，因此需要修改servlet版本。

但是在Project Facets（项目右键选择“properties”,在出现的对话框的左侧选项栏中选择“Maven-Project Facets”）里面修改Dynamic web module为2.5的时候下面的信息框也会出现Cannot change version of project facet Dynamic web module to 2.5，如图：
右边可以看到改到2.5需要的条件以及有冲突的facets，解决这个问题的步骤如下：
一、把Servlet改成2.5，打开项目的web.xml，如下：
<web-app xmlns:xsi="/2001/XMLSchema-instance"
xmlns="/xml/ns/javaee"xmlns:jsp="/xml/ns /javaee/jsp"
xmlns:web="/xml/ns/javaee/web-app_2_5.xsd"
xsi:schemaLocation="/xml/ns/javaee
/xml/ns/javaee/web-app_2_5.xsd"
id="WebApp_ID"version="2.5">
<web-app>
以上黄色高亮部分版本如果不是2.5版本，改为2.5版本
二、修改项目的设置，需要修改项目下.settings文件夹下3个文件：
.eclipse.jdt.core.prefs文件：将文件中所有的版本号1.5修改为当前jdk版本，
如本机安装的jdk版本为jdk1.7.0_79就改为1.7，如下黄色高亮部分：
eclipse.preferences.version=1
piler.codegen.inlineJsrBytecode=enabled
piler.codegen.targetPlatform=1.7
pliance=1.7
piler.problem.assertIdentifier=error
piler.problem.enumIdentifier=error
piler.problem.forbiddenReference=warning
piler.source=1.7
ponent文件：将文件中project-version="1.5.0"
改成当前jdk版本，如本机安装的jdk版本为jdk1.7.0_79就改为project-version="1.7.0",
mon.project.facet.core.xml文件：将<installed
facet="java" version="1.5"/>改成<installed facet="java" version="1.7"/>（jdk版本号），把<installed facet="jst.web" version="2.3"/>改成<installed facet="jst.web" version="2.5"/>
三、再次进入Project Facets查看，此时Dynamic web module已经被改成了2.5，如下：
同时将java版本修改为当前jdk版本1.7，如本机安装的jdk版本为jdk1.7.0_79就改为1.7。

四、项目右键，“Maven”下“Update Project”,将当前Maven项目更新。

(该步骤很
关键！！！)
参考资料：/steveguoshao/article/details/38414145
以上。