16-02-0097中文资料
GHS和SDS专题培训
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4、欧盟已经发布了ISO 11014的更新版本，为ISO 11014：2009.此版本已 经开始使用GHS系统，并且安全数据表的内容顺序也与欧盟REACH保 持了一致。 5、REACH法规对应安全数据表的制作中明确了依照CLP法规的安全数据 表更新情况。
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第II部分 SDS制作
CTI RHS Presentation
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GB 15258
11
中国GHS进展情况
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公布了《基于GHS的化学品标签规范》（GB/T 22234-2008）
依据化学物质的GHS危害性类别及其级别的标签要素（符号、警示语、危 害性说明等）。 l 于2008年6月19日发布了GB/T 22234-2008《基于GHS的化学品标签规 范》，该标准于09年2月1日正式实施。
新体系
配制品须提供 CLP分类
2010年1年6月1日
DSD和DPD 仍然有效 DSD和DPD 废除
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欧盟的分类、标签和包装(CLP)法规
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什么是CLP法规？
CLP（Classification, Labelling and Packaging of substances and mixtures）Regulation (EC) No.1272/2008, 欧盟《关于物质和混合物的分类、标签与包装的法规》。于 2008年12月16日颁布，并从2009年1月20日起生效。
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供应链信息传递-安全数据表
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SDS
DSD&DPD危险物质指令&危险配制品指令
GHS 全球化学品统一分类和标签系统
1. 注册人信息 2. 危险性确定 3. 成份组成 4. 急救措施 5. 防火措施 6. 意外泄漏措施 7. 处理与储存 8. 暴露控制 9. 物化特性 10. 稳定性与反应性 11. 毒理学信息 12. 生态学信息 13. 废物处理信息 14. 运输信息 15. 管理信息 16. 其他信息 附件：ES(暴露场景)
机器人大战J金手指
资金MAX02029750:0098967F全系列變為喜好作品&全可改造20段02029764:FFFF選擇主角機時可選第四主角機02033E93:04無限移動967A473FD32D6658一擊必殺9000020478A8：2328獲得經驗值 32767(7FFF) 是最大020361 D4: 7FFF 主要飛行員020361 D6: 7FFF 輔助飛行員 1 個人020361 D8: 7FFF 輔助飛行員 2 個人020361 DA: 7FFF 輔助飛行員 3 個人020361 DC: 7FFF 輔助飛行員 4 個人喜愛選擇數02033EC0:02日本Banpresto制作的机器人战略模拟游戏系列最新作《超级机器人大战J》的全金手指码资金MAX02029750:0098967F全员满HP4202A358 869F00000046 00344202A35A 000100000046 0034全员满EN4202A35C 270F00000046 0034全员机体20段改造4202A372 141400000046 00344202A374 141400000046 0034全员武器20段改造4202A376 140000000046 0034全员满弹药4202A378 636300000046 00344202A37A 636300000046 0034敌人一击死4202B190 0001在这里我事先说下，本人文化学历有限，部分机体用的是意音，比如英语的bus日文读バス中文意巴士，其实就是公交车。
知道个大致意思就可以了。
这里的代码全是十进制的，可以直接输入，金手指会自动换算成十六进制的代码；VBA1.6.0～1.8.2都可以用。
代码全是动态码，在游戏进入战场的时候就可以输入了，输入的方法也比较简单，操作步骤如下：修改->修改代码列表->添加栏里选“修改代码”->地址栏里输入你要改的驾驶员代码->数值栏里输入下列代码中的任何一个代码->最后在大小选项里选择16位确定。
LGB群体约会暴力现状及相关因素
中国性科学 ２０２１年４月 第３０卷 第４期 ＣｈｉｎｅｓｅＪｏｕｒｎａｌｏｆＨｕｍａｎＳｅｘｕａｌｉｔｙ， Ａｐｒｉｌ２０２１， Ｖｏｌ．３０，Ｎｏ．４·１５１ ·【基金项目】四川省哲学社会科学重点研究基地心理健康教育研究中心项目“社会性别视角下四川高校学生恋爱暴力的心理社会因素研究”（西南交通大学四川省心理健康教育重点研究基地资助项目）；四川省卫生健康委员会科研课题（编号１９ＰＪ１９３）△【通讯作者】李芸，Ｅ ｍａｉｌ：ｌｉｙｕｎ＠ｃｄｕｔｃｍ．ｅｄｕ．ｃｎＤＯＩ：１０．３９６９／ｊ．ｉｓｓｎ．１６７２ １９９３．２０２１．０４．０４７·性心理学·ＬＧＢ群体约会暴力现状及相关因素彭红玉１ 王苹１ 叶忠兴２ 杨海１ 李芸１△１成都中医药大学管理学院心理学教研室，成都６１１１３７２西南民族大学应用心理学系，成都６１００４１【摘要】 目的 了解ＬＧＢ（男同性恋、女同性恋、双性恋）群体约会暴力发生情况及相关影响因素。
方法 使用冲突策略量表（ＣＴＳ２）、亲密关系经历量表（ＥＣＲ）和自我控制量表（ＳＣＳ）对５２５名ＬＧＢ群体进行网络问卷调查，统计调查结果。
结果 超过７０％的ＬＧＢ群体（Ｌ：７３ ７％；Ｇ：７７ ６％；Ｂ：７６ ９％）施加过约会暴力。
心理暴力发生率（６３％～６８％）最高，在不同ＬＧＢ群体间比较，差异无统计学意义（Ｐ＞０ ０５）；双性恋的身体暴力发生率最高；男同性恋性暴力发生率最高。
恋爱次数５次及以上的群体比其他的人群心理暴力和性暴力都更严重。
线性回归分析显示，有工作能预测心理暴力、身体暴力和性暴力（β＝０ ６７～１ ６４，Ｐ＜０ ０５）；经常喝酒能预测身体暴力和性暴力（β＝１ ３９～１ ７３，Ｐ＜０ ０５）；依恋回避和依恋焦虑能正向预测心理暴力和身体暴力（β＝０ ０３～０ ０８，Ｐ＜０ ０５）；自我控制总分能负向预测３种心理暴力（β＝－０ １７～－０ ０４，Ｐ＜０ ０５）。
L6997资料
PIN CONNECTION (Top View)
NOSKIP GNDSENSE INT VSENSE VCC GND VREF VFB OSC SS
1 2 3 4 5 6 7 8 9 10
TSSOP20
20 19 18 17 16 15 14 13 12 11
BOOT HGATE PHASE VDR LGATE PGND PGOOD OVP SHDN ILIM
SHUTDOWN SECTION SHDN Device On Device Off ISHVDR ISHVCC Drivers shutdown current Devices shutdown current 1.2
SOFT START SECTION ISS Soft Start current Active Soft start and voltage CURRENT LIMIT AND ZERO CURRENT COMPARATOR ILIM input bias current Zero Crossing Comparator offset Phase-gnd DKILIM Current limit factor RILIM = 2KΩ to 200KΩ 4.6 -2 1.6 1.8 5 5.4 2 2 VSS = 0.4V 4 300 400 6 500
ELECTRICAL CHARACTERISTICS (VCC = VDR = 3.3V; Tamb = 0°C to 85°C unless otherwise specified)
Symbol SUPPLY SECTION Vin VCC, VDR VCC Turn-onvoltage Turn-off voltage Hysteresis IqVDR IqVcc Quiescent Current Drivers Device Quiescent current VFB > VREF VFB > VREF Input voltage range Vout=Vref Fsw=110Khz Iout=1A 1 3 2.86 2.75 90 7 400 20 600 28 5.5 2.97 2.9 V V V V mV µA µA V 0.6 SHDN to GND SHDN to GND 1 5 15 V µA µA µA mV µA mV µA Parameter Test Condition Min. Typ. Max. Unit
2011-INT-02 VAR-002 行业标准解释说明书
Consideration of CommentsProject 2011-INT-02 Interpretation of VAR-002 for ConstellationThe 2011-INT-02 Drafting Team thanks all commenters who submitted comments on Draft 2 of VAR-002-2b, rapid revision project. These standards were posted for a 38-day1 formal comment period from May 22, 2012 through June 27, 2012, with a successive ballot during the last ten days of the comment period. Stakeholders were asked to provide feedback on the standards and associated documents through a special electronic comment form. There were 35 sets of comments, including comments from approximately 112 different individuals from approximately 76 companies representing all 10 Industry Segments as shown in the table on the following pages.All comments submitted may be reviewed in their original format on the standard’s project page: /filez/standards/Project_2011-INT-02_Int_of_VAR-002_for_Const.htmlIf you feel that your comment has been overlooked, please let us know immediately. Our goal is to give every comment serious consideration in this process! If you feel there has been an error or omission, you can contact the Vice President of Standards and Training, Herb Schrayshuen, at 404-446-2560 or at *************************. In addition, there is a NERC Reliability Standards Appeals Process.2Summary Consideration: The Standard Drafting Team received several suggestions for revisions to the language of the standard. The SDT believes that stakeholder consensus has been achieved with respect to standard language and does not believe further edits are necessary at this time. The SDT does acknowledge that there may be room for improvement in the language and will have these comments included in the NERC Issues database for the VAR-002 standard. This will be included in the scope of work for the Project 2008-01 drafting team to consider in its revisions to the standard.Several commenters suggested revisions to the VSL for Requirement R2. It was suggested that the timing elements of the VSLs be in-line with Requirement R3, which allows the Generator Operator 30 minutes to notify the Transmission Operator of changes in the status or capability of reactive resources. Requirement R2 does not build in a 30-minute window, as Requirement R3 does, so the SDT notes that the VSLs must apply after a violation has been identified and therefore the “floor” must be at zero (not 30 minutes). Still, the he SDT agrees that the timeframes in the VSL for Requirement R2 should be extended and has revised the timing elements of the VSLs as follows:1 The posting was for a 30-day comment period, but the period was extended when NERC learned that a technology malfunction had resulted in the announcement of the opening of the comment not being properly distributed.2 The appeals process is in the Standard Processes Manual:/files/Appendix_3A_StandardsProcessesManual_20120131.pdfLower: When directed by the Transmission Operator to maintain the generator voltage orreactive power schedule the Generator Operator failed to meet the directed values for up toand including 45 minutes.Moderate: When directed by the Transmission Operator to maintain the generator voltage or reactive power schedule the Generator Operator failed to meet the directed values for morethan 45 minutes up to and including 60 minutes.High: When directed by the Transmission Operator to maintain the generator voltage orreactive power schedule the Generator Operator failed to meet the directed values for morethan 60 minutes up to and including 75 minutes.Severe: When directed by the Transmission Operator to maintain the generator voltage orreactive power schedule the Generator Operator failed to meet the directed values for morethan 75 minutes.A couple of commenters suggested that the VSLs include a percentage deviation from the schedule. The original VSLs addressed being off by certain percentages, however, the SDT discussed this prior to the last posting and decided to remove the percentage references. A voltage schedule may be conducive to a VSL that uses percentage deviations, but a Reactive Power schedule may not. In the case where the Reactive Power schedule is very small (e.g., 1 MVAR), it would be impossible for a Generator Operator to comply unless the tolerance band were quite large. The SDT believes that this sort of VSL would be impossible to craft given the varying schedules that could be developed for the different size units on the BES. Therefore, the SDT decided to remove the percentage-based VSLs.Index to Questions, Comments, and Responses1.The scope of the SDT has been revised to address deficiencies in Requirement R2 and itsassociated VSLs. Do you agree with the proposed revisions to Requirement R2 and its VSLs? If No, please explain your concerns..... (9)2.If you have any other comments on the SAR or on the proposed Standard that you have notprovided above, please provide them here. .... .. (27)。
GB-fastener 16-JAN-07
3098.20 3099 3099.2 3103.1 3103.3 3103.4 3104 3105 3106 5267.1 5267.2 5276 5277 5278 5779.1 5779.2 5779.3 6189 10431 13682 16823.1 16823.2 16823.3 16938 8 10 11 12 13 14 15 27 28 29.1 29.2
GB/T Std n° 2 3 90.1 90.2 152.1 152.2 152.3 152.4 192 193 196 197 1237 3098.1 3098.2 3098.3 3098.4 3098.5 3098.6 3098.7 3098.8 3098.9 3098.10 3098.11 3098.12 3098.13 3098.14 3098.15 3098.16 3098.17 3098.18 3098.1undercuts and chamfers forgeneral purpose1997 metric screw 普通螺纹收尾、肩距、退刀槽和倒角 threads
紧固件 验收检查 紧固件 标志与包装 Fasteners--Clearance holes for rivets 1988 铆钉用通孔 Fasteners--Countersinks for countersunk head serews 1988 紧固件 沉头用沉孔 Fasteners--Counterbores for hexagon socket head serewsand 1988 slotted 紧固件 cheese 圆柱头用沉孔 head screws Fasteners--Counterbores for hexagon bolts 1988 紧固件 六角头螺栓和六角螺母用沉孔 General purpose metric screw threads-Basic 2003 profile 普通螺纹 基本牙型 General purpose metric screw threads-General plan 2003 普通螺纹 直径与螺距系列 General purpose metric screw threads-Basic dimensions 2003 普通螺纹 基本尺寸 General purpose metric screw threads-Tolerances 2003 普通螺纹 公差 Designation system for fasteners 2000 紧固件标记方法 Mechanical properties of fasteners－Bolts, screws and studs 2000 紧固件机械性能 螺栓、螺钉和螺柱 Mechanical properties of fasteners-Nuts-Coarse thread 2004 紧固件机械性能 螺母 粗牙螺纹 Mechanical properties of fateners-Set screws 2000 紧固件机械性能 紧定螺钉 Mechanical properties of fasteners-Nuts-Fine pitch thread 2000 紧固件机械性能 螺母 细牙螺纹 Mechanical properties of fasteners-Tapping screws 2000 紧固件机械性能 自攻螺钉 Mechanical properties of fasteners-Bolts,screws and studs 2000 made of 紧固件机械性能 stainless-steel 不锈钢螺栓、螺钉和螺柱 Mechanical properties of fasteners-Thread rolling screws 2000 紧固件机械性能 自挤螺钉 Mechanical properties of fasteners-Components for blted 1992 connections 紧固件机械性能 made mainly from materials 耐热用螺纹连接副 with a high temperature strength Mechanical properties of fasteners--Prevailing torque type 2002 steel hexagon 紧固件机械性能 unts 有效力矩型钢六角锁紧螺母 Mechanical properties of fasteners Bolts,scrows,studs and 1993 nuts made 紧固件机械性能 of non-ferrous metals 有色金属制造的螺栓、螺钉、螺柱和螺母 Mechanical properties of fasteners--Drilling screws with 2002 taping screw 紧固件机械性能 thread 自钻自攻螺钉 Mechanical properties of fasteners —Cone proof load test 1996 on nuts 紧固件机械性能 螺母锥形保证载荷试验 Mechanical properties of fasteners-Torsional test and minimum 1996 torques 紧固件机械性能 for bolts and screws 螺栓与螺钉的扭矩试验和破坏扭矩公称直径 with nominal diameters 1mm to 10mm 1～10mm Mechanical properties of fasteners-Widening test on nuts 2000 紧固件机械性能 螺母扩孔试验 Mechanecal properties of fasteners-Nuts made of stainless-steel 2000 紧固件机械性能 不锈钢螺母 Mechanical properties of fasteners-Set screws made of 2000 stainless-steel 紧固件机械性能 不锈钢紧定螺钉 Mechanical properties of fasteners-Preloading test for the 2000 detection of 紧固件机械性能 hydrogen embrittlement-Parallel 检查氢脆用预载荷试验 bearing surface method 平行支承面法 Mechanical properties of fasteners-Blind rivets testing 2004 紧固件机械性能 盲铆钉试验方法 Mechanical properties of fasteners-Blind rivets with break 2004 pull mandrel 紧固件机械性能 抽芯铆钉
外交术语的翻译及对外传播研究
为 了 准 确 再 现 源 语 内 涵 ，使 译 人 语 受 众 得 到 和 源 语 受 众 相 同 的 心 理 体 验 ，译 者 在 翻 译 过 程 中 应 以 意 义 对 等 为 主 ，兼 顾 形 式 对 等 。 3 . 1 意义对等
在 奈 达 看 来 ，翻译的首要任务就是再现源语的信 息 。在翻译中，在目的语中首要考虑的是再现源语的文 化 内涵，所以对于源语的理解是翻译的前提条件。只有 充 分理解了原文，才能在最大限度传递源语的政治信 息 和 情 感 内 容 。如 果 是 外 交 领 域 的 门 外 汉 ，那翻译起来 难免不会出错。
奈 达 的 “功能对等”理 论 指 出 ：“翻译是用最洽当、自 然 和 对 等 的 语 言 从 语 义 到 文 体 再 现 源 语 的 信 息 。”[1]基 于 此 ，杨明星[2提出了 “政治等效”的概念。“政治等效” 论和奈达的“功能对等”近似但不尽雷同。政治等效是功 能对等的继承和发扬，是在外交翻译中的具体化，更强 调受众心理和时代性，不能照搬词典的固有译法。
塔式起重机安全管理系统安装技术
2021.No.2四川水利・97・塔式起重机安全管理系统安装技术朱明，白雪原(中国葛洲坝集团第二工程有限公司，成都,610091)【摘要】随着国家对特种设备安全管理的逐步完善，自国家质量监督检验检疫总局于2012年7月1日实施《起重机械安全监控管理系统》规定以后，《起重机械安装改造重大修理监督检验规则》也做出了相应的更改，增加了安装安全管理系统的条款。
在这些新规以前出厂的起重机械均未配备此系统，为满足企业现有起重机械的定期检验要求，急需在现有起重设备上安装安全管理系统。
文章对塔式起重机安装安全管理系统过程中的施工方法和安装完成后的试验检测进行研究分析，全方位解析了塔式起重机安装安全管理系统的施工技术。
【关键词】安全管理系统塔式起重机安装技术中图分类号:TV513:TV532.07文献标识码:B1概述目前，中国葛洲坝集团股份有限公司河北丰宁施工项目部工地在用塔式起重机共计4台，分别为中联重科股份有限公司生产的TC7052一台、T8030-25U两台、四川建设集团生产的C7050一台，均需加装安全管理系统。
项目部根据对比研究,湖北三思科技股份有限公司生产的平臂塔式起重机安全管理系统，其采用液晶平板电脑显示，通过无线网络将各类传感器采集的信号传输至平板电脑和手机APP上，可以以数值、文字、图形等多种方式显示,能实时监控塔式起重机的载荷、行程、高度、速度、风速等新规要求的各类开关量信号。
满足了升级改造要求，最终采购此套系统,本文就SSL-CB系统的安装施工进行技术分析。
2施工准备明确有关人员和岗位分工、责任，确定施工器具和材料，制定安装方案。
施工前组织相关人员现场检查安装方案的可行性，组织施工人员学习安装方案,做好安全技术交底。
检查部件清单并购买损坏部件以进行更换,保障塔式起重机的运文章编号：2095-1809(2021)02-0097-05转正常。
安装部位无遮挡。
安装作业流程：施工准备-安全技术交底-设备支架安装就位-部件安装施工-运行试验-竣工验收。