Annexure IV - PROJECT SITE DATA
文明4关键词中英文对照
文明4关键词中英文对照===Improvements 区域改造设施=== Land Worked -- 已改良地块Water Worked -- 水上养殖场City Ruins -- 城市废墟Tribal Village -- 蛮族村庄Farm -- 农场Fishing Boats -- 渔船Whaling Boats -- 捕鲸船Mine -- 矿井Workshop -- 工场Lumbermill -- 锯木场Windmill -- 风力磨坊Watermill -- 水力磨坊Plantation -- 种植园Quarry -- 采石场Pasture -- 牧场Camp -- 猎场Well -- 深井Offshore Platform -- 海上平台Winery -- 酿酒坊Cottage -- 农舍Hamlet -- 小村Village -- 大村Town -- 小镇Fort -- 堡垒===Specialists 城市专业人员===Citizen -- 市民Priest -- 神学家Artist -- 艺术家Scientist -- 科学家Merchant -- 商业家Engineer -- 工程师[GREATPEOPLE] Birth Rate -- [历史伟人] 出现几率===Promotions 单位晋升类型===Combat I -- 格斗能力一级Combat II -- 格斗能力二级Combat III -- 格斗能力三级Combat IV -- 格斗能力四级Combat V -- 格斗能力五级Cover -- 隐蔽能力Shock -- 冲击能力Pinch -- 强力挤压Formation -- 严密阵形Charge -- 猛烈冲锋Ambush -- 伏击能力Amphibious -- 两栖作战March -- 长途行军Blitz -- 闪击作战Commando -- 特种战术Medic I -- 战地医疗一级Medic II -- 战地医疗二级Guerilla I -- 游击战术一级Guerilla II -- 游击战术二级Woodsman I -- 林区作战一级Woodsman II -- 林区作战二级City Raider I -- 城市攻坚一级City Raider II -- 城市攻坚二级City Raider III -- 城市攻坚三级City Garrison I -- 城市防御一级City Garrison II -- 城市防御二级City Garrison III -- 城市防御三级Drill I -- 军事操练一级Drill II -- 军事操练二级Drill III -- 军事操练三级Drill IV -- 军事操练四级Barrage I -- 火力覆盖一级Barrage II -- 火力覆盖二级Barrage III -- 火力覆盖三级Accuracy -- 精确打击Flanking I -- 迂回作战一级Flanking II -- 迂回作战二级Sentry -- 巡哨能力Mobility -- 机动能力Navigation I -- 导航能力一级Navigation II -- 导航能力二级===Unit Group 单位大类=== Water Units -- 水上单位Air Units -- 空中单位Land Units -- 陆地单位Immobile Units -- 固定单位===Unit Type 单位小类=== Nukes -- 核武器Fighters -- 战斗机Recon Units -- 侦察单位Archery Units -- 投身单位Mounted Units -- 骑乘单位Melee Units -- 肉搏单位Siege Weapons -- 压制武器Gunpowder Units -- 火器单位Armored Units -- 装甲单位Helicopter Units -- 旋翼飞机Naval Units -- 海军单位===Units 单位名称===Lion -- 狮Bear -- 熊Panther -- 豹Wolf -- 狼Settler -- 移民Worker -- 工人Fast Worker -- 印度工人Scout -- 侦察兵Explorer -- 探险家Spy -- 间谍Jewish Missionary -- 犹太教拉比Christian Missionary -- 基督教牧师Islamic Missionary -- 穆斯林阿訇Hindu Missionary -- 印度教宗师Buddhist Missionary -- 佛教僧人Confucian Missionary -- 儒士Taoist Missionary -- 道士Warrior -- 勇士Quechua -- 山地勇士Swordsman -- 剑士Jaguar -- 美洲虎战士Praetorian -- 罗马禁卫军Axeman -- 斧兵Maceman -- 钉锤手Samurai -- 日本武士Spearman -- 矛兵Phalanx -- 希腊方阵Pikeman -- 长枪兵Musketman -- 火枪手Musketeer -- 法国火枪手Rifleman -- 来复枪兵Grenadier -- 掷弹兵Redcoat -- 皇家来复枪兵Infantry -- 现代步兵SAM Infantry -- 防空步兵Marine -- 海军陆战队Navy SEAL -- 海豹突击队Mechanized Infantry -- 机械化步兵Archer -- 弓手Skirmisher -- 马里突击手Longbowman -- 长弓手Crossbowman -- 弩手Cho-Ko-Nu -- 诸葛弩Chariot -- 战车War Chariot -- 埃及战车Immortal -- 波斯长生军Horse Archer -- 骑射手Keshik -- 蒙古骑射手Knight -- 骑士Camel Archer -- 骆驼骑射手Conquistador -- 西班牙征服者Cavalry -- 骑兵Cossack -- 哥萨克骑兵War Elephant -- 战象Tank -- 装甲兵Panzer -- 德国装甲兵Modern Armor -- 现代装甲兵Gunship -- 武装直升机Catapult -- 投石车Cannon -- 加农炮Machine Gun -- 重机枪Artillery -- 火炮Work Boat -- 工船Galley -- 桨帆船Caravel -- 轻帆船Galleon -- 大帆船Frigate -- 三桅战舰Ironclad -- 铁甲舰Transport -- 运输舰Destroyer -- 驱逐舰Battleship -- 战列舰Submarine -- 潜艇Carrier -- 航空母舰Fighter -- 战斗机Jet Fighter -- 喷气式战斗机Bomber -- 轰炸机Stealth Bomber -- 隐形轰炸机ICBM -- 战略导弹Great Prophet -- 大预言家Great Artist -- 大艺术家Great Scientist -- 大科学家Great Merchant -- 大商业家Great Engineer -- 大工程师===Resources 资源=== Aluminum -- 铝Coal -- 煤炭Copper -- 铜Horse -- 马匹Iron -- 铁Marble -- 大理石Oil -- 石油Stone -- 花岗石Uranium -- 铀Dye -- 染料Fur -- 毛皮Gems -- 宝石Gold -- 黄金Incense -- 薰香Ivory -- 象牙Silk -- 丝绸Silver -- 白银Spices -- 香料Sugar -- 食糖Wine -- 酒类Whale -- 鲸鱼Banana -- 香蕉Clam -- 蛤蜊Corn -- 玉米Cow -- 牛群Crab -- 螃蟹Deer -- 野鹿Fish -- 鱼群Pig -- 家猪Rice -- 稻米Sheep -- 绵羊Wheat -- 小麦Hit Musicals -- 音乐剧Hit Singles -- 热门单曲Hit Movies -- 卖座电影===Terrain 地形=== Ice -- 冰原Jungle -- 丛林Oasis -- 绿洲Flood Plains -- 冲积平原Forest -- 森林Fallout -- 辐射Road -- 道路Railroad -- 铁路Grassland -- 草原Plains -- 平原Desert -- 沙漠Tundra -- 冻土Hill -- 丘陵Peak -- 山峰Ice -- 冰原Coast -- 海滨Ocean -- 大洋===Yeilds 区域产出=== Food -- 食物 (食物产出) Production -- 工业 (工业产能) Commerce -- 商业 (商业收入)===Technologies 科技=== Mysticism -- 神秘论Meditation -- 冥想学Polytheism -- 多神论Priesthood -- 祭司制度Monotheism -- 一神论Monarchy -- 君主制Literature -- 书面文献Code of Laws -- 法典Drama -- 戏剧Feudalism -- 封建制度Theology -- 神学Music -- 音乐Guilds -- 行会Civil Service -- 文官制度Divine Right -- 君权神授论Nationalism -- 民族主义Military Tradition -- 军事制度Constitution -- 宪法Liberalism -- 自由主义Democracy -- 民主主义Fascism -- 法西斯主义Corporation -- 公司制Communism -- 共产主义Mass Media -- 大众传媒Ecology -- 生态学Fishing -- 渔业The Wheel -- 轮子Agriculture -- 农业Pottery -- 制陶Sailing -- 航海Writing -- 文字Mathematics -- 数学Alphabet -- 字母表Calendar -- 历法Currency -- 货币制度Astronomy -- 天文学Philosophy -- 哲学Paper -- 造纸Banking -- 银行业Education -- 教育学Printing Press -- 印刷机Economics -- 经济学Scientific Method -- 科学方法Chemistry -- 化学Physics -- 物理学Biology -- 生物学Medicine -- 医学Electricity -- 电学Combustion -- 内燃机Fission -- 核裂变Flight -- 航空Plastics -- 塑料Composites -- 复合材料Genetics -- 遗传学Fiber Optics -- 光纤Fusion -- 核聚变Hunting -- 捕猎Mining -- 采矿Archery -- 弓箭Masonry -- 石工术Bronze Working -- 青铜器Animal Husbandry -- 家畜驯养Iron Working -- 铁器Metal Casting -- 金属铸造Construction -- 建筑结构学Horseback Riding -- 骑术Compass -- 罗盘Machinery -- 机械Engineering -- 工程学Optics -- 光学Gunpowder -- 火药Replaceable Parts -- 可更换部件Rifling -- 膛线Steam Power -- 蒸汽机Steel -- 炼钢Railroad -- 铁路Artillery -- 火炮Assembly Line -- 生产流水线Industrialism -- 产业主义Radio -- 无线电Refrigeration -- 致冷Computers -- 电子计算机Rocketry -- 火箭Satellites -- 人造卫星Robotics -- 机器人Future Tech -- 未来科技===Era 历史时代=== Ancient -- 远古时代Classical -- 古典时代Medieval -- 中古时代Renaissance -- 启蒙时代Industrial -- 工业时代Modern -- 信息时代Future -- 未来===Civics 内政法令=== Despotism -- 专制制度Hereditary Rule -- 世袭制度Representation -- 代议制度Police State -- 强化监控Universal Suffrage -- 普选制度Barbarism -- 原始法律Vassalage -- 分封制度Bureaucracy -- 官僚制度Nationhood -- 国民待遇Free Speech -- 言论自由Tribalism -- 部落分工Slavery -- 奴隶制度Serfdom -- 农奴制度Caste System -- 等级制度Emancipation -- 人身自由Decentralization -- 分散经济Mercantilism -- 重商主义Free Market -- 自由市场State Property -- 国营经济Environmentalism -- 绿色经济Paganism -- 原始信仰Organized Religion -- 信仰控制Theocracy -- 神权政治Pacifism -- 和平主义Free Religion -- 信仰自由Government -- 政府体制Legal -- 法律制度Labor -- 劳工制度Economy -- 经济制度Religion -- 宗教制度=== 国家实力 ===Gold -- 金钱Research -- 科研Culture -- 文化=== 游戏速度 ===Epic -- 史诗Normal -- 正常Quick -- 快速Slow -- 缓慢Medium -- 中等Fast -- 快速=== 游戏难度 ===Settler -- 平民Chieftain -- 酋长Warlord -- 军阀Noble -- 贵族Prince -- 亲王Monarch -- 国王Emperor -- 皇帝Immortal -- 圣人Deity -- 神祗=== Projects 大型工程 ===The Manhattan Project -- 曼哈顿工程The Internet -- 因特网SDI -- 战略导弹防御系统Apollo Program -- 阿波罗计划SS Casing -- 飞船外壳SS Thrusters -- 飞船推进器SS Engine -- 飞船发动机SS Docking Bay -- 飞船对接舱SS Cockpit -- 飞船驾驶舱SS Life Support -- 飞船服务舱SS Stasis Chamber -- 飞船休眠舱=== Repligions 宗教信仰 === Judaism -- 犹太教Christianity -- 基督教Islam -- 伊斯兰教Hinduism -- 印度教Buddhism -- 佛教Confucianism -- 儒学Taoism -- 道教=== Vicotry Condition 胜利方式 === Score --积分Time -- 时间Conquest -- 征服Domination -- 支配Cultural -- 文化Space Race -- 太空Diplomatic -- 外交===地图大小===Duel -- 擂台Tiny -- 极小Small -- 较小Standard -- 标准Large -- 较大Huge -- 极大=== Civilizations 文明=== American Empire -- 美利坚文明America -- 美国Arabian Empire -- 阿拉伯文明Arabia -- 阿拉伯Aztec Empire -- 阿兹特克文明Aztec -- 阿兹特克Chinese Empire -- 中华文明China -- 中国Egyptian Empire -- 埃及文明Egypt -- 埃及English Empire -- 英格兰文明England -- 英国French Empire -- 法兰西文明France -- 法国German Empire -- 日耳曼文明Germany -- 德国Greek Empire -- 希腊文明Greece -- 希腊Incan Empire -- 印加文明Inca -- 印加Indian Empire -- 印度文明India -- 印度Japanese Empire -- 日本文明Japan -- 日本Malinese Empire -- 马里文明Mali -- 马里Mongolian Empire -- 蒙古文明Mongolia -- 蒙古Persian Empire -- 波斯文明Persia -- 波斯Roman Empire -- 罗马文明Rome -- 罗马Russian Empire -- 俄罗斯文明Russia -- 俄国Spanish Empire -- 西班牙文明Spain -- 西班牙Minor Nation -- 小文明Minors -- 小邦Barbarian State -- 蛮族国家Barbarian -- 蛮族===Leaders 文明领袖=== Washington -- 华盛顿Roosevelt -- 罗斯福Saladin -- 萨拉丁Montezuma -- 蒙特祖玛Qin Shi Huang -- 嬴政Mao Zedong -- 毛泽东Hatshepsut -- 哈特谢普苏特Elizabeth -- 伊丽莎白Victoria -- 维多利亚Louis XIV -- 路易十四Napoleon -- 拿破仑Frederick -- 斐特烈Bismarck -- 俾斯麦Alexander -- 亚历山大Huayna Capac -- 怀那·卡帕Asoka -- 阿育Gandhi -- 甘地Tokugawa -- 德川家康Mansa Musa -- 曼沙·穆萨Genghis Khan -- 铁木真Kublai Khan -- 忽必烈Cyrus -- 居鲁士Julius Caesar -- 朱利乌斯·凯撒Peter -- 彼得Catherine -- 叶卡捷琳娜Isabella -- 伊莎贝拉===Traits 领袖特质=== Philosophical -- 富于思辨 (思辨) Aggressive -- 侵略成性 (侵略) Spiritual -- 虔信神灵 (虔信) Expansive -- 开拓进取 (开拓) Industrious -- 勤奋刻苦 (勤奋) Creative -- 崇尚创新 (创新) Financial -- 擅长理财 (理财) Organized -- 团结协作 (协作)===Buildings 城市建筑=== Bomb Shelter -- 防空洞Temple -- 神庙Cathedral -- 大教堂Monastery -- 修道院Palace -- 宫殿Forbidden Palace -- 紫禁城Versailles -- 凡尔赛宫Walls -- 城墙Castle -- 城堡Barracks -- 兵营Bunker -- 地堡Bomb Shelters -- 防空洞Granary -- 粮仓Aqueduct -- 引水渠Hospital -- 医院Recycling Center -- 回收中心Lighthouse -- 灯塔Harbor -- 港口Drydock -- 干船坞Airport -- 机场Forge -- 煅造场Factory -- 工厂Coal Plant -- 火电站Hydro Plant -- 水电站Nuclear Plant -- 核电站Obelisk -- 方尖碑Academy -- 科学院Library -- 图书馆University -- 大学Observatory -- 天文台Laboratory -- 实验室Theatre -- 剧场Colosseum -- 竞技场Broadcast Tower -- 广播塔Market -- 市场Grocer -- 杂货店Bank -- 银行Supermarket -- 超级市场Courthouse -- 法庭Jail -- 监狱Jewish Temple -- 犹太礼拜堂Jewish Monastery -- 犹太修道院Jewish Synagogue -- 犹太教会堂The Temple of Solomon -- 所罗门圣殿Christian Temple -- 基督教礼拜堂Christian Monastery -- 基督教修道院Christian Cathedral -- 基督教大教堂The Church of the Nativity -- 圣诞大教堂Islamic Temple -- 伊斯兰礼拜堂Islamic Monastery -- 伊斯兰修道院Islamic Mosque -- 伊斯兰清真寺The Masjid al-Haram -- 克尔白天房 (阿尔-哈拉姆大清真寺, 前者更知名)Hindu Temple -- 印度教神庙Hindu Monastery -- 印度教修道院Hindu Mandir -- 印度教神殿The Kashi Vishwanath -- 印度教黄金殿Buddhist Temple -- 佛堂Buddhist Monastery -- 佛院Buddhist Stupa -- 佛寺The Mahabodhi -- 大菩提寺Confucian Temple -- 学馆Confucian Monastery -- 书院Confucian Academy -- 文庙The Kong Miao -- 孔氏宗庙Taoist Temple -- 道观Taoist Monastery -- 道院Taoist Pagoda -- 道宫The Dai Miao -- 岱岳庙Heroic Epic -- 英雄史诗National Epic -- 民族史诗Globe Theatre -- 环球剧场Hermitage -- 冬宫 (埃尔米塔什博物馆, 前者更知名)Oxford University -- 牛津大学Wall Street -- 华尔街Ironworks -- 鼓风熔炉West Point -- 西点军校Mt. Rushmore -- 总统山Red Cross -- 红十字会Scotland Yard -- 苏格兰场The Pyramids -- 大金字塔Stonehenge -- 巨石阵The Great Library -- 大图书馆The Great Lighthouse -- 大灯塔The Hanging Gardens -- 空中花园The Colossus -- 青铜巨像The Oracle -- 先知神殿The Parthenon -- 帕特农神庙Angkor Wat -- 吴哥窟The Hagia Sophia -- 圣索菲亚大寺Chichen Itza -- 奇琴伊察The Sistine Chapel -- 西斯廷教堂The Spiral Minaret -- 螺旋尖塔Notre Dame -- 圣母院The Taj Mahal -- 泰姬陵The Kremlin -- 克里姆林宫The Eiffel Tower -- 埃菲尔铁塔The Statue of Liberty -- 自由女神像Broadway -- 百老汇Rock N Roll -- 摇滚名人堂Hollywood -- 好莱坞The Three Gorges Dam -- 三峡大坝The Pentagon -- 五角大楼The United Nations -- 联合国The Space Elevator -- 天梯===外交选项===Cease Fire -- 停火World Map -- 世界地图Open Borders -- 开放边界Defensive Pact -- 共同防御Permanent Alliance -- 永久同盟Technology -- 科技Resources -- 资源Civics -- 政策Religions -- 信仰Cities -- 城市Gold -- 金钱。
eTMF鏂囨。鐩綍缁撴瀯-(IVD鐗
一级目录二级目录父类别编号类别编号010101010102010103010104010105010106010107010108010109010110010111010112010113010201010202010203010204010301010302010303010401010402020101020102020103020104020105020106020107020108020109020201020203020204020205020301020302020303020401020402020403020404030101030102030301030302030303030304030305030306040101040102060103100202节点名称上传授权角色下载授权角色项目管理计划CRA CTA/CRA/PM已批准的项目费用预算CRA PM研究者通讯录CRA CTA/CRA/PM申办者委托书 委托CRO CRA CTA/CRA/PM申办者名称确认函CRA CTA/CRA/PM申办方资质证明文件CRA CTA/CRA/PM CRO资质证明文件CRA CTA/CRA/PM与申办方的沟通记录/会议纪要CRA CTA/CRA/PM稽查报告及CAPA CRA CTA/CRA/PM临床试验文档核查记录CRA CTA/CRA/PM项目执行团队培训资料CRA CTA/CRA/PM项目组人员培训记录CRA CTA/CRA/PM项目管理的其他文档CRA CTA/CRA/PM项目启动通知书CRA CTA/CRA/PM项目启动会会议纪要CRA CTA/CRA/PM项目相关沟通记录CRA CTA/CRA/PM重要的邮件记录CRA CTA/CRA/PM项目经理交接报告CRA CTA/CRA/PM非项目经理交接报告CRA CTA/CRA/PM人员变动的其他文档CRA CTA/CRA/PM临床研究合同（申办者&研究机构）CRA CTA/CRA/PM研究财务管理的其他文档CRA CTA/CRA/PM保密协议CRA CTA/CRA/PM试验方案CRA CTA/CRA/PM试验方案最终版样稿CRA CTA/CRA/PM病例报告表最终版样稿CRA CTA/CRA/PM研究病历书写指南 CRA CTA/CRA/PM研究产品说明书CRA CTA/CRA/PM对CRA CTA/CRA/PM研究者手册CRA CTA/CRA/PM试验相关文件的其他文档CRA CTA/CRA/PM知情同意书模板CRA CTA/CRA/PM受试者招募广告CRA CTA/CRA/PM提供给受试者的其他资料CRA CTA/CRA/PM受试者相关文件的其他文档CRA CTA/CRA/PM临床试验总报告CRA CTA/CRA/PM分中心小结报告CRA CTA/CRA/PM报告的其他文档CRA CTA/CRA/PM相关沟通记录CRA CTA/CRA/PM其他会议材料文档CRA CTA/CRA/PM备注文档CRA CTA/CRA/PM文件夹标签CRA CTA/CRA/PM 《医疗器械临床试验备案表》及变更资料CRA CTA/CRA/PM药监局批准文件的其他文档CRA CTA/CRA/PM遗传办审查申请书CRA CTA/CRA/PM合作单位意见书CRA CTA/CRA/PM承诺书CRA CTA/CRA/PM受理通知单CRA CTA/CRA/PM遗传办批件及更新件 CRA CTA/CRA/PM遗传办的其他文档CRA CTA/CRA/PM初始机构/伦理递交函及递交资料CRA CTA/CRA/PM初始伦理委员会审核意见和/或批件CRA CTA/CRA/PM伦理委员会成员名单CRA CTA/CRA/PM 初始机构/伦理审查的其他文档CRA CTA/CRA/PM 资料变更递交函CRA CTA/CRA/PM 资料变更的伦理审查申请CRA CTA/CRA/PM 资料变更的伦理审查意见和/或批件CRA CTA/CRA/PM 资料变更伦理审查的其他文档CRA CTA/CRA/PM 向IRB或IEC通报安全性信息CRA CTA/CRA/PM 伦理委员会跟踪审查报告CRA CTA/CRA/PM 致机构/伦理的试验终止/中止的通知CRA CTA/CRA/PM 试验进展报告的其他文档CRA CTA/CRA/PM 伦理费用发票CRA CTA/CRA/PM 相关沟通记录CRA CTA/CRA/PM 研究机构筛选报告原件CRA CTA/CRA/PM 中心筛选的其他文档CRA CTA/CRA/PM 研究者费用发票CRA CTA/CRA/PM PI简历CRA CTA/CRA/PM 其他研究者简历CRA CTA/CRA/PM 所有研究者的资质证明文件CRA CTA/CRA/PM 受试者补偿规定CRA 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试验用医疗器械研制符合适用的医疗器械生产质量管理规范声明CRA CTA/CRA/PM 试验用医疗器械研制的质量保证和质量控制文件CRA CTA/CRA/PM 研究产品技术要求及预评价意见CRA CTA/CRA/PM 对照产品注册证CRA CTA/CRA/PM 对照产品的注册证（非属于器械管理的，提供说明）CRA CTA/CRA/PM 配套试剂、仪器的注册证（非属于器械管理的，提供说明）CRA CTA/CRA/PM 合法途径购买证明CRA CTA/CRA/PM 研究产品相关记录的其他文档CRA CTA/CRA/PM (进口注册）原产国注册准许上市证明（中英文版）CRA CTA/CRA/PM (进口注册）质量体系证书（如13485证书等）（中英文版）CRA CTA/CRA/PM (进口注册）代理人委托书（申办者委托代理人）（中英文版）CRA CTA/CRA/PM 研究产品（器械）自检报告CRA CTA/CRA/PM 研究产品注册检验报告CRA CTA/CRA/PM 研究产品发放程序的其他文档CRA CTA/CRA/PM 研究产品贮存条件记录CRA CTA/CRA/PM 试验相关设施/设备校准/维护证书/合格证明CRA CTA/CRA/PM 试验用产品的贮存的其他文档CRA CTA/CRA/PM 其他相关物品交接单CRA CTA/CRA/PM 研究物资销毁记录CRA CTA/CRA/PM 研究物资返还记录CRA CTA/CRA/PM 研究物资相关记录的其他文档CRA CTA/CRA/PM 试验仪器使用记录CRA CTA/CRA/PM 室间质评证书CRA CTA/CRA/PM 实验室正常值范围CRA CTA/CRA/PM 设施设备相关文件的其他文档CRA CTA/CRA/PM 样本运送记录CRA CTA/CRA/PM 样本储存条件记录CRA CTA/CRA/PM 样本使用记录CRA CTA/CRA/PM 样本销毁/废弃记录CRA CTA/CRA/PM 样本文件的其他文档CRA CTA/CRA/PM 供应商资质证明文件CRA CTA/CRA/PM 供应商资质文件的其他文档CRA CTA/CRA/PM 供应商服务协议CRA CTA/CRA/PM 供应商签署的保密协议CRA CTA/CRA/PM 供应商选择CRA CTA/CRA/PM 供应商财务管理CRA CTA/CRA/PM 供应商选择的其他文档CRA CTA/CRA/PM 原始数据记录CRA CTA/CRA/PM 临床数据记录表CRA CTA/CRA/PM 完成签字及签日期的CRF表CRA CTA/CRA/PM 完成的数据审核报告CRA CTA/CRA/PM 数据管理计划CRA CTA/CRA/PM 数据管理文件的其他文档CRA CTA/CRA/PM 数据库锁库与解锁申请表CRA CTA/CRA/PM 数据库的其他文档CRA CTA/CRA/PM 统计分析计划CRA CTA/CRA/PM 统计分析管理文件的其他文档CRA CTA/CRA/PM 统计分析报告CRA CTA/CRA/PM 报告的其他文档CRA CTA/CRA/PM文档级别Site里程碑序号Site里程碑名称Country里程碑序号StudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudyStudySite4协议签署Site1事件Site3伦理批件获取Site、Country、Study2方案定稿2StudyStudyStudyStudyStudyStudySite、Country、Study1事件1StudySite5启动会召开Site1事件Site、Study1事件Country、Study8Site、Country8CSR签章8Site、Country、Study1事件1Site1事件Site1事件Site1事件Site、Country、Study5启动会召开5 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靶细胞杀伤实验：AnnexiV标记法
靶细胞杀伤实验：AnnexiV标记法
正常细胞的磷酯酰丝氨（phosphatidylserine，PS）位于细胞膜内表面，细胞凋亡时翻转露于膜外侧，可与annexinV高亲合力结合。
研究发现PS外翻为细胞凋亡的早期事件，先于膜通透性增加所51Cr或其他染料的释放。
将效应细胞与靶细胞充分共育后，用PE结合的效应细胞特异性单克隆抗体（如CD8-PE）标记效应细胞（不能与PE-mABA结合的细胞即为靶细胞），再用FITC-annexin V标记凋亡靶细胞，用流式细胞仪区分并定量此三类不同的细胞群，即可计算出效应细胞杀伤靶细胞百分数。
AnnexiV标记法的优点
1、简单快捷，无需预标记，直接将上二试剂加入测定管即可；
2、与51Cr法相关性好（r=0.989），在早期时段更为灵敏，还可在进行分析，尤其适用于动力学分析；
3、可允许E与T长时间共育，对探讨E通过合成及分泌某些细胞因子（如TNF）而杀伤靶细胞的机理性研究特别有利；
4、可用荧光显微镜观察测定。
Annex 13世界卫生组织准备实验室信息档案的指导原则
© World Health OrganizationWHO Technical Report Series, No. 961, 2011世界卫生组织WHO技术报告系列，编号961,2011年Annex 13 附录13WHO guidelines for preparing a laboratory information file世界卫生组织准备实验室信息档案的指导原则目录Background 背景 (2)1. General information on the laboratory 实验室的一般信息 (3)2. Quality management system 质量管理体系 (4)3. Control of documentation and records文件和记录的控制 (4)4. Personnel人员 (5)5. Premises 厂房 (5)6. Equipment 设备 (6)7. Materials 物料 (6)8. Subcontracting of testing 检验的分包 (7)9. Handling of samples 样品处理 (7)10. Validation of analytical procedures 分析程序的验证 (7)11. Investigation of out-of-specification results超标结果的调查 (7)12. Stability testing (where applicable)稳定性试验（在适用的情况下） (8)13. Microbiological testing (where applicable) 微生物试验（在适用的情况下） (8)Background 背景The WHO Expert Committee on Specifications for Pharmaceutical Preparations adopted in its thirty-eighth report in 2003 the Guidelines for preparing a laboratory information file (WHO Technical Report Series, No. 917, 2003, Annex 5).药物制剂的质量标准的国际卫生组织专家委员会在其2003年的第三十八份报告中通过了准备实验室信息档案的指导原则（国际卫生组织技术报告系列，编号917，2003年，附录5）。
Annex #
附件一：垃圾处理公司处理软件垃圾Allied Waste已经决定抛弃昂贵的SAP R/3系统（译自：A s i a n W a l l S t r e e t J o u r n a l,1999年6月10日）Allied Waste Industries公司决定在它完成价值73亿美元的对Browning-Ferris Industries公司的收购以后，就立即放弃价值1亿3千万美元的SAP R/3系统。
以前从未透露过的本次计划是继Waste Management公司取消使用SAP R/3系统以后的又一次类似行动，Waste Management公司的R/3系统价值约为2亿5千万美元。
两家最大的垃圾处理公司放弃SAP软件反映了废品行业趋向于追求更简单、更分散的管理结构。
这一事件也是SAP公司受到的最严重的指责之一，这家德国公司开发监控和帮助管理公司各种行为的软件。
人们普遍认为SAP公司开发的软件非常优秀，但它却十分复杂。
Allied Waste公司发现SAP软件运行起来过于昂贵，并且太复杂。
这家位于亚利桑纳州的公司的董事长兼总裁和首席执行官Thomas H. VanWeelden说：“我们正在设法抽身而出。
”该公司现有的SAP系统是原来由位于休斯敦的被收购的Browning-Ferris公司安装的。
VanWeelden说：“我们将接管这个项目。
”他在谈到SAP时补充说：“他们希望你按软件的工作方式改变自己的业务模式。
”抽身而退同样, 总部设在休斯敦的Waste Management公司在花费了原本预算为2亿5千万美元“中”的4千5百万美元后，也放弃了SAP系统的安装。
然而，甚至这笔巨大的金额数也不是Waste Management 公司当初雄心勃勃计划采用SAP时预算的全部。
据Waste Management 公司信息系统副总裁Michael T.Patton说，第二阶段为使用SAP R/3而更新计算机将预计再耗资1.5亿美元。
电动车电池安全需求
AIS-038 AUTOMOTIVE INDUSTRY STANDARDSBattery Operated Vehicles - Requirements for Construction and Functional SafetyPRINTED BY :THE AUTOMOTIVE RESEARCH ASSOCIATION OF INDIAP.B. NO. 832. PUNE 411 004ON BEHALF OF:AUTOMOTIVE INDUSTRY STANDARDS COMMITTEEUNDERCENTRAL MOTOR VEHICLE RULES – TECHNICAL STANDING COMMITTEESET-UP BYMINISTRY OF ROAD TRANSPORT & HIGHWAYSGOVERNMENT OF INDIASeptember 2003Status chart of the Standard to be used by the Purchaser forUp dating the recordSr. No. Corrigenda Amend-mentRevision Date Remark Misc.General Remarks:IntroductionThe Government of India felt the need for a permanent agency to expedite the publication of Standards and development of test facilities in parallel when thework of preparation of Standards is going on, as the development of improved safety critical parts can be undertaken only after the publication of the Standardand commissioning of test facilities. To this end, the Ministry of Surface Transport (MoST) has constituted a permanent Automotive Industry Standard Committee (AISC) vide order no. RT-11028/11/97-MVL dated September 15, 1997. The Standards prepared by AISC will be approved by the permanent CMVR Technical Standing Committee (CTSC) after approval, The Automotive Research Association of India, (ARAI), Pune, being the secretariat of the AIS Committee, has published this Standard. For better dissemination of this information, ARAI may publish this document on their website.This Standard prescribes the requirements for the construction and functional safety of battery operated vehicles.Considerable assistance has been taken from ECE 100, ISO DIS 6469 andIEC 60529.The Committee responsible for preparation of this standard is given in Annexure- 4.Battery Operated Vehicles – Requirements forConstruction and Functional Safety1.0 SCOPEThis standard specifies requirements for the construction andfunctional safety of battery operated vehicles (BOVs) for thepurpose of establishing compliance to statutory requirements.2.0 TERMINOLOGYRefer Annexure – E of AIS – 049 for the definitions.3.0 VEHICLE CONSTRUCTION REQUIREMENTS AND TESTPROCEDURE3.1 Traction Battery3.1.1 Installation of the traction battery in the vehicle shall not allow anypotential dangerous accumulation of gases. Details of theventilation provided by manufacturer shall be verified by TestAgency at the time of type approval.3.1.2 Battery compartments containing battery modules, which mayproduce hazardous gases shall be safely ventilated. Details ofventilation provided by manufacturer shall be verified by the TestAgency at the time of type approval.3.1.3 The traction battery and the power train shall be protected byproperly rated fuse or circuit breakers. The components on thevehicle shall be as per the specifications declared by themanufacturer as per information provided in AIS 007. The sameshall be verified by the Test Agency at the time of type approval.3.1.4 Mounting of BatteriesThe mounting of batteries in the battery operated vehicle shall besuch that batteries / battery packs are not displaced from their placeand there is no spillage of electrolyte when vehicle is driven ongradient or any other type of road. This condition shall be deemedto be satisfied if no spillage of electrolyte is observed whileconducting various tests for type approval.13.1.5 Creepage Distance Measurement For Traction BatteriesThis clause deals with additional leakage current hazard between theconnection terminals of a traction battery module including anyconductive fittings attached to them and any conductive parts, due tothe risk of electrolyte spillage in normal operating conditions.It does not apply to traction batteries, for which electrolyte leakagewill not occur under normal operating conditions e.g. sealed tractionbatteries.The minimum creepage distance shall be as follows:a) In the case of a creepage distance between two battery connectionterminals:d > 0.25 U + 5Where : d is the creepage distance measured on the testedtraction battery in mmU is the nominal voltage between the two battery connectionterminals in V.b) In the case of creepage distance between live parts and the electricalchassis :d > 0.125 U + 5Where d is the creepage distance measured between the livepart and the electrical chassis in mm.U is the nominal voltage between the two battery connectionterminals in V.3.2 Protection against Electric Shock3.2.1 Protection against direct contact with live parts of the powertrain3.2.1.1 If the working voltage of the electric circuit is lower than 60 V DCor 25 V AC, requirements specified in para 3.2.1 are not applicable.3.2.1.2 Direct contact with live parts of the electrical power train whosemaximum voltage is at least 60 V DC or 25 V AC shall be preventedeither by insulation or by the use of covers, protection grills,perforated metal sheets, etc. These protections shall be reliablysecured and shall be mechanically resistant. They shall not be ableto be opened, dissembled or removed without the use of tools. 3.2.1.3 Live parts in passenger and load compartments, shall be protected byenclosures having a protection degree of at least IPXXD.3.2.1.4 Enclosures in other areas of the vehicle shall have a protectiondegree of at least IPXXB.23.2.1.5 In the drive train compartment the access to live parts shall only bepossible with voluntary action i.e. with the use of physical tools likescrew driver to open the same.3.2.1.6 After opening the cover, the access to the parts of the couplingsystem shall be protected with IPXXB protection.3.2.1.7 Protection degrees IPXXB and IPXXD are related respectively to thecontact of a jointed test finger and a test wire with hazardous parts.Refer Annexure-1 for the test procedure.3.2.1.8 Vehicle markings: Protection covers of live parts described inParagraph 3.2.1.2 shall be marked by a symbol as shown below.SYMBOL FOR THE INDICATION OF A VOLTAGE(Reference to ISO 3864 and IEC 417 k Standards)Black on a yellow ground3.2.2 Protection against indirect contacts with exposed conductive partsof the power train.3.2.2.1 If the working voltage of the electric circuit is lower than 60 V DC or25 V AC, no requirements are necessary under clause 3.2.2.3.2.2.2 The design, installation and manufacture of electric material shall besuch that insulation failures are avoided. This shall be considered as adesign guideline.3.2.2.3 Insulation used shall ensure protection against indirect contacts andadditionally, the exposed conductive parts of the on-board equipmentshall be electrically connected together. This potential equalization isobtained by connecting the exposed conductive parts together eitherby a protective conductor e.g. wire, ground truss, or directly by thevehicle metallic chassis. Two exposed conductive parts weldedtogether are considered as having no discontinuity points. If there issome discontinuity, this point shall be by-passed by potentialequalization.33.2.3 Insulation Resistance of Traction Batteries3.2.3.1 The insulation resistance measurement is performed after maintainingthe vehicle for a conditioning time of 8 hours with the followingconditions :Temperature: 20 to 35°CHumidity: 90% + 10/-5%3.2.3.2 Using a measuring DC voltage equal to the nominal voltage of thetraction battery, insulation resistances between any exposedconductive part and each polarity of the traction battery shall have aminimum value of 500 Ω/V of the nominal voltage. (Refer Annexure-2 for details.)3.2.3.3 Resistance of the Protective Conductor : The potential equalizationresistance between any two exposed conductive parts shall be lowerthan 0.1 Ω. This test shall be performed by a current of at least 0.2 Aafter conditioning as mentioned in clause 3.2.3.13.2.4 Connection of the vehicle to the mains network3.2.4.1 In no case the vehicle shall be capable to move by its own meanswhen it is electrically connected to an energy supply network or toan off-board charger.3.2.4.2 The components used when charging the battery from an externalsource shall allow the charging current to be cut without physicaldamage in case of disconnection.This shall be checked by reconnection and ensuring that there is nofault in the system.3.2.4.3 The coupling system parts likely to be live shall be protected againstany direct contact in all operating conditions.3.2.4.4 For on-board charger all exposed conductive parts, shall beelectrically linked through a conducting wire plugged to earth whencharging.43.3 Functional Safety Requirements3.3.1 Power ON Procedure3.3.2 The power ON procedure shall be applied via a key switch.3.3.3 It shall not be possible to remove this key in any position thatenergises the drive train or that makes active driving possible3.3.4 Running and Stopping Conditions3.3.5 At least a momentary, optical or audible indication shall be given tothe driver when:a) the vehicle is in “active driving possible mode”ORb) At least one further action is required to place the vehicle in “activedriving possible mode”.There shall also be an indication to the driver when state of chargeof the battery reaches a level where re-charging is recommended.When this condition is reached, the user shall be warned to perceivethis situation quickly enough to be able to drive the vehicle, on itsown power, at least out of the traffic zone. The manufacturers shallprovide the information regarding the state of charge after thewarning indication comes on.There shall be an additional indication indicating that the state ofcharge of battery has reached a level at which driving the vehiclefurther may cause damage to the battery. This indication is notnecessary if the emergency power reduction (para 3.3.12 below)takes into account this state of charge of battery. This shall bedeclared by the manufacturer.3.3.6 Unintentional acceleration, deceleration and reversal of the drivetrain shall be prevented. In particular, a failure (e.g. in the powertrain) shall not cause more than 0.1 m movement of a standing un-braked vehicle on level road.3.3.7 When leaving the vehicle, the driver shall be informed by an opticalor audible signal if the drive train is still in the active drivingpossible mode.This condition shall be deemed to be satisfied if the indicationspecified in 3.3.5 (a) above is not momentary and continues to bedisplayed.53.3.8 Reversing (in line with CMVR rule 99)3.3.9 Reversing shall be possible only after a specific action. Thisaction shall require either :a) The combination of two different actuations for example gear andclutchOrb) An electric switch, which allows reverse to be engaged only whenthe vehicle is moving at a forward speed not exceeding 5 km/h. Itshall not be possible for the vehicle to move in reverse direction, ifthe switch is operated at any vehicle is moving forward at a speedbeyond 5 km/h.The device shall have only one stable position for achieving thereverse motion of the vehicle.3.3.10 The state of the drive direction control unit shall be easilyidentifiable.3.3.11 The maximum speed achieved in reverse direction shall not bemore than 20 km/h.3.3.12 Emergency Power Reduction3.3.13 If the vehicle is equipped with a device to limit the performance inan emergency (e.g. overheating of a component) the user shall beinformed by an obvious signal indicating state of limitedperformance.3.3.14 On-board charger3.3.14.1 The charger socket of the on-board charger shall have the timerating in addition to the ampere rating. The time rating shall be 5h or the recommended time for charging fully discharged battery,whichever is higher. The charging socket shall be capable ofwithstanding the in-rush current and the continuous current ratingof the socket shall be commensurate with the charging current.63.3.14.2 The rated maximum and continuous duty specification of thepower socket in terms of current, voltage etc. shall be declared bythe manufacturer. These values shall be compatible with thespecification of the onboard charger. The manufacturer shallcertify compliance to these parameters.The mains plug shall be compatible for use with sockets as per IS1293 : 1988 or IS/IEC 309-2 (1989) or any equivalent.3.3.14.3 On-board charger shall have soft start facility, limiting the initialin-rush current. The manufacturer shall specify the initial rushcurrent and the time duration from the mains to the charger.3.3.14.4 The charger shall have at least indication of ‘charging in process’and ‘charging is over. These conditions are deemed to be satisfiedif the indicator for State of Charge of battery provided on vehicletakes care of this requirement.3.4 On-board Indicators3.4.1 All the indicators meant for the driver referred above shall besuitably located so as to be visible to the driver easily (e.g. on thedashboard).Additionally, the battery-operated vehicle shall have the batterystate of charge indicator.For additional indications of temperatures like motor temperature,the existing water temperature symbol may be suitably modified.3.5 Protection against water effectsThe test as per 3.5.1, 3.5.2 and 3.5.3 shall be performed. Aftereach exposure (vehicles still wet), the vehicle shall then complywith the insulation resistance test as in para 3.2.3.2 above, atnormal environmental condition, but keeping the power equipmentconnected to the traction battery (main switch closed), with therequirements of at least 100 Ω/V.73.5.1 WashingThis test is intended to simulate a normal washing of battery-operated vehicles, but not specific cleaning using high waterpressure or underbody washing. The vehicle manufacturer shallspecify detailed conditions for such specific cleaning or washing inthe owner’s manual. The critical areas of the vehicle regarding thistest are border lines i.e. a seal of two parts as flaps, glass seals,outline of opening parts, outline of front grille, seals of lamps.In the case of open vehicles such as 3-wheelers without doors andwindows, or 2-wheelers etc the manufacturer shall specify theprocedure for normal washing also. In such cases, the washing testshall be conducted by taking into account the aboverecommendation.The test uses a hose nozzle according to IPX5 as specified in IEC60529 (Refer Annexure-3 for details). Using fresh water with aflow rate of 12.5 l/min, all borderlines shall be exposed andfollowed in all directions with the water stream at a speed rate of 0.1m/s, keeping a distance of 3 m between the nozzle aperture and theborderline.3.5.2 FloodingThis test is intended to simulate the driving of a battery-operatedvehicle on flooded streets or in water puddles.The vehicle shall be driven in a wade pool, 10 cm in depth, over adistance of 500 m at a speed of 20 km/h resulting in a time ofapproximately 1.5 min.If the wade pool used is less than 500 m in length, so that it has to bedriven through several times, the total time including the periodsoutside the wade pool shall be less than 10 min.3.5.3 Heavy RainstormThis test is intended to simulate a sudden heavy rainstorm e.g. athunderstorm, when opening parts especially to access to thepassenger, load and motor compartments are open except thoserequiring one or more tools.In case of voltage class B equipment shielded from exposure towater, this test of the whole vehicle may be replaced by equivalenttests on the components individually.8The critical areas of the vehicle regarding this test are thoseaccessible with opened opening parts.This test uses a spray nozzle according to IPX3 as specified in IEC60529.Using fresh water with a flow rate of 10 l/min, all surfaces withnormally open opening parts shall be exposed for 5 min, possiblythrough a regular movement of the spray nozzle.Note : Voltage class B equipment is an equipment with nominalvoltage (U)DC: 60 V < U <= 1500 VAC: 25 V rms < U < = 1000 V rms – 15 to 150 Hz4.0 TECHNICAL SPECIFICATIONSThe details of technical specification, approvals of changes inspecification shall be as per para 6.0 of AIS-049.9Annexure-1Protection against direct contacts of parts under voltage(Extract from the IEC 529 Standard (1989)1 Protection provided by an Enclosure Against Access to HazardousParts.The protection of persons shall be given against :a) Contact with hazardous low-voltage live partsb) Contact with hazardous mechanical partsc) Approach to hazardous high-voltage live parts below adequateclearance inside an enclosure.Note : This protection may be provided :a) By means of the enclosure itselfb) By means of barriers as part of the enclosure or distancesinside the enclosure.2 Test for protection against access to Hazardous parts2.1 Access Probes :Access probes to verify the protection of persons against access tohazardous parts are given in Table 1.2.2 Test Conditions :The access probe is pushed against any openings of the enclosure withthe force specified in Table 1. If it partly or fully penetrates, it isplaced in every possible position, but in no case shall stop face fullypenetrate through the opening.Internal barriers are considered part of the enclosure as given in thedefinition.For tests on low-voltage equipment, a low voltage supply (or not lessthan 40 V and not more than 50 V) in series with a suitable lamp shallbe connected between the probe and the hazardous parts inside theenclosure. Hazardous live parts covered only with varnish or paint, orprotected by oxidation or by a similar process, are covered by metalfoil electrically connected to those parts, which are normally live inoperation.The signal circuit method shall also be applied to the hazardousmoving parts of a high voltage equipment.Internal moving parts may be operated slowly, where this is possible.102.3 Acceptance Conditions :The protection is satisfactory adequate clearance is kept between theaccess probe and hazardous parts.In the case of the test for the additional letter B, the jointed testfinger may penetrate to its 80 mm length, but the stop face (φ 50 mmx 20 mm) shall not pass through the opening. Starting from thestraight position, both joints of the test finger shall be successivelybent through and angle of up to 90 ° with respect to the axis of theadjoining section of the finger and shall be placed in every possibleposition.In case of the tests for the additional letter D, the access probe maypenetrate to its full length, but the stop face shall not fully penetratethrough the opening.Conditions for verification of adequate clearance are identical withthose given in Paragraph 2.3.1 below2.3.1 For low voltage equipment (rated voltages not exceeding 1,000 V ACand 1,500 V DC). The access probe shall not touch hazardous liveparts. If adequate clearance is verified by a signal circuit between theprobe and hazardous parts, the lamp shall not light.1112TABLE – 1ACCESS PROBES FOR THE TESTS FOR PROTECTION OF PERSONSAGAINST ACCESS TO HAZARDOUS PARTSAIS-038Please see Table-1 enclosed herewith.13Figure 1JOINTED TEST FINGERAnnexure-2MEASUREMENT OF THE INSULATION RESISTANCE USING THETRACTION BATTERY 1 Description of the test method :1.1 The traction battery shall be fully charged.1.2 The voltmeter used in this test shall measure DC values and have an internal resistance greater than 10 Mohm.1.3Measurement shall be made in two steps :14Step OneStep TwoWhere RO is a resistance of 500 Ω/VThe value of the insulation resistance Ri is given by one of the formula:V1-V2 or V’1-V2 V2 V215Ri =14Annexure - 3HOSE NOZZLE FOR THE TEST FOR PROTECTION AGAINSTWASHINGThis Annexure specifies dimensionally the hose nozzle to be used for IPX5 test procedure as specified in IEC 60529. (All dimensions are in mm.).16Annexure – 4(See Introduction)COMMITTEE COMPOSITIONAutomotive Industry Standards CommitteeChairmanShri B. Bhanot DirectorThe Automotive Research Association of India, PuneMembers RepresentingShri Alok Rawat Ministry of Road Transport & Highways, New Delhi Shri Sushil Kumar Department of Heavy Industry, Ministry of HeavyIndustries & Public Enterprises, New DelhiShri G.S. KashyabShri M.K. Bhat (Alternate) Office of the Development Commissioner Small Scale Industries,Ministry of Industry, New DelhiShri L.R. Singh Bureau of Indian Standards, New DelhiShri R.C. Sethi Shri N. Karuppaiah (Alternate) Vehicles Research & Development Establishment, AhmednagarShri A.S. LakraShri D.G. Shirke(Alternate)Central Institute of Road Transport, PuneShri R.M. Shrivastava Society of Indian Automobile ManufacturersShri T.M. Balaraman Society of Indian Automobile ManufacturersShri I.V. Rao Society of Indian Automobile ManufacturersShri Z.A. Mujawar(Alternate)Society of Indian Automobile ManufacturersShri Vivek Adyantaya(Alternate)Society of Indian Automobile ManufacturersShri U.K. Kini (Alternate) Society of Indian Automobile ManufacturersShri T.C. GopalanShri Ramakant Garg(Alternate)Tractor Manufacturers Association, New DelhiShri K.N.D. Nambudiripad Automotive Components Manufacturers Association Shri G.P. Banerji Automotive Components Manufacturers AssociationMember SecretaryMrs. Rashmi UrdhwaresheSr. Assistant DirectorThe Automotive Research Association of India, Pune17。
安全管理系统（SMS）服务安装指南说明书
Security Management System (SMS) Services Installation GuideRelease 14.1.0.0.0Part No. E97615-01July 2018Security Management System (SMS) Services Installation GuideOracle Financial Services Software LimitedOracle ParkOff Western Express HighwayGoregaon (East)Mumbai, Maharashtra 400 063IndiaWorldwide Inquiries:Phone: +91 22 6718 3000Fax: +91 22 6718 3001/financialservices/Copyright © 2018, Oracle and/or its affiliates. All rights reserved.Oracle and Java are registered trademarks of Oracle and/or its affiliates. Other names may be trademarks of their respective owners.U.S. GOVERNMENT END USERS: Oracle programs, including any operating system, integrated software, any programs installed on the hardware, and/or documentation, delivered to U.S. Government end users are “commercial computer software” pursuant to the applica ble Federal Acquisition Regulation and agency-specific supplemental regulations. As such, use, duplication, disclosure, modification, and adaptation of the programs, including any operating system, integrated software, any programs installed on the hardware, and/or documentation, shall be subject to license terms and license restrictions applicable to the programs. No other rights are granted to the U.S. Government.This software or hardware is developed for general use in a variety of information management applications. It is not developed or intended for use in any inherently dangerous applications, including applications that may create a risk of personal injury. If you use this software or hardware in dangerous applications, then you shall be responsible to take all appropriate failsafe, backup, redundancy, and other measures to ensure its safe use. Oracle Corporation and its affiliates disclaim any liability for any damages caused by use of this software or hardware in dangerous applications.This software and related documentation are provided under a license agreement containing restrictions on use and disclosure and are protected by intellectual property laws. Except as expressly permitted in your license agreement or allowed by law, you may not use, copy, reproduce, translate, broadcast, modify, license, transmit, distribute, exhibit, perform, publish or display any part, in any form, or by any means. Reverse engineering, disassembly, or decompilation of this software, unless required by law for interoperability, is prohibited.The information contained herein is subject to change without notice and is not warranted to be error-free. If you find any errors, please report them to us in writing.This software or hardware and documentation may provide access to or information on content, products and services from third parties. Oracle Corporation and its affiliates are not responsible for and expressly disclaim all warranties of any kind with respect to third-party content, products, and services. Oracle Corporation and its affiliates will not be responsible for any loss, costs, or damages incurred due to your access to or use of third-party content, products, or services.Table of Contents1.PREFACE ........................................................................................................................................................ 1-1 1.1I NTRODUCTION ......................................................................................................................................... 1-1 1.2A UDIENCE................................................................................................................................................. 1-1 1.3D OCUMENTATION A CCESSIBILITY ............................................................................................................ 1-1 1.4O RGANIZATION......................................................................................................................................... 1-11.5R ELATED D OCUMENTS ............................................................................................................................. 1-12.DATABASE SETUP ........................................................................................................................................ 2-1 2.1I NTRODUCTION ......................................................................................................................................... 2-1 2.2P RE-REQUISITE ......................................................................................................................................... 2-12.3D ATABASE S ETUP ..................................................................................................................................... 2-13.DOMAIN AND CLUSTER CONFIGURATION ......................................................................................... 3-1 3.1SMS D OMAIN C ONFIGURATION................................................................................................................ 3-13.1.1Prerequisites ........................................................................................................................................ 3-13.1.2Steps to Create Domain ....................................................................................................................... 3-14.DATA SOURCES CREATION ...................................................................................................................... 4-1 4.1P REREQUISITE........................................................................................................................................... 4-14.2D ATA SOURCES L IST................................................................................................................................. 4-15.DEPLOYMENTS ............................................................................................................................................ 5-1 5.1P RE-REQUISITE ......................................................................................................................................... 5-1 5.2D EPLOYMENTS L IST.................................................................................................................................. 5-15.3S TEPS TO D EPLOY AS A PPLICATION.......................................................................................................... 5-16.RESTARTS AND REFRESH ......................................................................................................................... 6-16.1R ESTARTING S ERVERS.............................................................................................................................. 6-17.LOGGING AREA ........................................................................................................................................... 7-1 7.1I NTRODUCTION ......................................................................................................................................... 7-17.1.1Logging Area ....................................................................................................................................... 7-11. Preface1.1 IntroductionThis guide would help you to install the SMS Core services on designated environment. It isassumed that all the prior setup is already done related with WebLogic 12c installation, WebLogic managed server creation and Oracle DB installation.It is recommended to use dedicated managed server for SMS Core services.1.2 AudienceThis document is intended for WebLogic admin or ops-web team who are responsible forinstalling the OFSS banking products.1.3 Documentation AccessibilityFor information about Oracle's commitment to accessibility, visit the Oracle Accessibility Program website at /pls/topic/lookup?ctx=acc&id=docacc.1.4 OrganizationThis installation user guide would allow you to install following services in same order ∙Security Management System Core Service1.5 Related Documents∙Common Core Services Installation Guide∙Day 0 Setup Guide∙LDAP Setup Guide∙Oracle Banking Trade Finance Process Management Annexure∙Oracle Banking Trade Finance Process Pre-Installation Guide∙Oracle Banking Trade Finance Process Management Services Installation Guide∙Oracle Banking Trade Finance Process Management User Interface Installation Guide∙Process Flow Services Installation Guide∙Plato Infrastructure Services Installation Guide∙Security Management System Services Installation Guide∙SSL Setup Guide2. Database Setup2.1 IntroductionIn this section you are going to setup database related configuration for SMS Installation. It isrecommended to create separate schema for SMS database setup.2.2 Pre-requisiteBefore you proceed with below setup ensure schema has been created.2.3 Database SetupTo setup DB for SMS below step need to be followed-Steps to Compile DDL’s:Collect DDL’s from both the path mentioned in From-Path section in the table and compile intorespective SMS schema.Service Name From-Path Compile ToCommonInfra\Database\DDL SMS schemaSMS-core-serviceSMS\Database\DDL SMS schemaCollect INC’’s from both the path mentioned in From-Path section in the table and compile intorespective SMS schema.Service Name From-Path Compile ToCommonInfra\Database\INC SMS SchemaSMS-core-serviceSMS\Database\INC SMS Schema[Note: To Compile DDL or INC please refer- ANNEXURE-1.docx “How to compile DDL and INC Section”]3. Domain and Cluster Configuration 3.1 SMS Domain Configuration3.1.1 Prerequisites∙Machine should have Java JDK1.8.0_171 has installed.∙Oracle Fusion Middleware 12cR2 12.2.1.3 has to be installed on themachine.3.1.2 Steps to Create DomainIt is recommended to have different managed server in one domain for sms application. ForCreating Domain and Configuration please refer to ANNEXURE-1 “How to create and ClusterConfiguration”.4. Data Sources Creation4.1 PrerequisiteBefore you proceed with below setup, ensure domain and server been created.4.2 Data sources ListThe table below lists the data sources to be created on each domain prior to deployment ofapplications onto managed servers.Data source Name Data source JNDI TargetsPLATO jdbc/PLATOSMS ServerSMS jdbc/SMSFor creating data source in refer ANNEXURE-1 “How to create Data sources section”.5. Deployments5.1 Pre-requisiteBefore you proceed with below, please make sure previous steps are completed.5.2 Deployments ListBelow table give details of the deployments required on each domain for the sms application torun.Application Archive name OSDC pathsms-core-services sms-core-services-1.0.0.war {unzip the file}SMS\App5.3 Steps to Deploy as ApplicationTo deploy application please refer ANNEXURE-1. “How to deploy section”.6. Restarts and RefreshOnce everything is deployed, restart all the managed servers. And for each application call path“/refresh” for refreshing the configuration properties.6.1 Restarting ServersTo restart the server please refer to ANNEXURE-1.”How to restart” section.7. Logging Area7.1 IntroductionThis part of the document will talk about the logs area where after deployment of SMSApplications in WebLogic server.7.1.1 Logging AreaSMS Application writes logs in the below area of the server-<WEBLOGIC_DOMAIN_CONFIG_AREA/servers/SMSAPP/logs/SMSAPP.outLet’s assume a domain has been created sms_domain with managed_server name calledSMSAPP in the following area of the server/scratch/oracle/middleware/user_projects/domains/sms_domain”. Logging area for SMS wouldbe/scratch/oracle/middleware/user_projects/domains/sms_domain/servers/SMSAPP/logs/SM SAPP.out.。
04-Trajectory Privacy
• Support consistent user identity
15
Trajectory Tracing Attack (1/2)
Suppose R1 and R2 are two cloaked regions for user U at t1 and t2, respectively. Suppose attacker knows U’s maximum speed.
Outline
• Introduction
• Protecting Trajectory Privacy in Locationbased Services • Protecting Privacy in Trajectory Publication • Future Research Directions
6
Location Privacy
• Location-Based Services (LBS)
• Untrustable LBS Service Provider – Location Privacy Leakage
7
Location Privacy-Preserving Techniques
20
Solution 1: Group-based Approach
y 3-Anonymous Cloaked Spatial Region F H E G B A C D
ห้องสมุดไป่ตู้
y
y
F A G E C B
x
H
F G A C H E D B
D x
x
At time t1 • Group members are fixed
y A C
(x1, y1)
annein v和pi染色步骤及注意事项
磷脂酰丝氨酸外翻分析（Annexin V法）磷脂酰丝氨酸（Phosphatidylserine, PS）正常位于细胞膜内侧，但在细胞凋亡早期，PS可从细胞膜内侧翻转到细胞膜表面，暴露在细胞外环境中。
磷脂酰丝氨酸的转位发生在凋亡早期阶段，先于细胞核的改变、DNA断裂、细胞膜起泡。
体内的吞噬细胞可通过识别磷脂酰丝氨酸来清除凋亡细胞。
Annexin-V（green）是一种分子量为35~36KD的Ca2+依赖性磷脂结合蛋白，能与PS高亲和力特异性结合，细胞处于调亡或坏死时，Annexin-V可为阳性（早期坏死细胞可能为阴性），是检测细胞早期凋亡的灵敏指标。
将Annexin-V进行荧光素（FITC、PE）或biotin标记，以标记了的Annexin-V作为荧光探针，利用流式细胞仪或荧光显微镜可检测细胞凋亡的发生。
PI和Annexin-V双标：碘化丙啶(propidine iodide, PI)是一种核酸染料，它不能透过完整的细胞膜，但在凋亡中晚期的细胞和死细胞，PI能够透过细胞膜而使细胞核红染。
因此将Annexin-V与PI 匹配使用，就可以将凋亡早晚期的细胞以及死细胞区分开来。
*注意：细胞凋亡时其DNA可染性降低被认为是凋亡细胞标志之一，但这种DNA可染性降低也可能是因为DNA含量的降低，或者是因为DNA结构的改变使其与染料结合的能力发生改变所致。
在分析结果时应该注意。
活细胞不能被Annexin V-FITC或PI染色（右图左下象限）。
早期凋亡细胞因磷脂酰丝氨酸的暴露及具有完整细胞膜，故呈Annexin V-FITC染色阳性及PI染色阴性（右图右下象限）。
坏死或晚期凋亡的细胞呈Annexin V-FITC及PI染色双阳性（右图右上象限）。
*注意：未处理的对照细胞进行常规培养的过程中也有一小部分的细胞死亡发生。
悬浮细胞的染色：Ⅰ、将正常培养和诱导凋亡的悬浮细胞（0.5×106）用PBS洗2次，加入200μlBinding Buffer和FITC标记的Annexin-V(20ug/ml)10μl及PI(50ug/ml)5μl,室温避光30min,加入400μlPBS，立即用FACScan进行流式细胞术定量检测（一般不超过1小时），同时以不加AnnexinV-FITC及PI的一管作为阴性对照。
Silk Test 15.0 Silk4NET Web Edition 发行说明说明书
发行说明Micro Focus575 Anton Blvd., Suite 510Costa Mesa, CA 92626Copyright © Micro Focus 2014. All rights reserved. Portions Copyright © 1992-2009 BorlandSoftware Corporation (a Micro Focus company).MICRO FOCUS, the Micro Focus logo, and Micro Focus product names are trademarks orregistered trademarks of Micro Focus IP Development Limited or its subsidiaries or affiliatedcompanies in the United States, United Kingdom, and other countries.BORLAND, the Borland logo, and Borland product names are trademarks or registeredtrademarks of Borland Software Corporation or its subsidiaries or affiliated companies in theUnited States, United Kingdom, and other countries.All other marks are the property of their respective owners.2014-03-25ii内容发行说明 (4)系统要求和先决条件 (5)硬件要求 (5)安装说明 (6)Silk4NET Web Edition 的新增功能 (7)Microsoft Windows 8.1 支持 (7)轻松录制和重放 (7)扩展现有测试 (7)Microsoft Visual Studio 2013 (7)Internet Explorer 支持 (7)Mozilla Firefox 支持 (7)Google Chrome 支持 (8)Apache Flex 支持 (8)已知问题 (9)一般问题 (9)Silk4NET (10)Internet Explorer (11)Mozilla Firefox (11)Google Chrome (12)解决的问题 (13)许可信息 (14)测试的软件 (15)内容 | 3发行说明此文件包含可能不会出现在“帮助”中的重要信息。
Dynamix 1444机器人监控系统说明书
To protect equipment, Dynamix 1444 measures and monitors a machine’s critical dynamic and position parameters and assures appropriate actions are performed, with the recision, reliability, and performance required by industry and regulatory standards.For general condition monitoring, the Dynamix 1444 monitors offer unprecedented signal processing and measurement capabilities allowing you the tools necessary to detect and identify the faults and status across all classes of industrial machinery. You can send information to plant-wide and enterprise-wide databases for storage and trending.With this information, you can take appropriate maintenance action, such as replacing worn-out components before they fail, protecting both production and equipment while reducing maintenance costs. The tight coordination between condition monitoring and the control system allows you to leverage existing investments in visualization and information solutions to improve machine builder and end user productivity and lower total cost of ownership. With Studio 5000™, you can deploy and maintain condition monitoring programming in the same design environment used for automation control.Rockwell Automation provides a set of examples. These examples are called the Dynamix™ Accelerator Toolkit that can aid or speed in the development of the required solution. The Dynamix Accelerator Toolkit includes sample logic and HMI faceplates for use in integrating a Logix controller with a Dynamix 1444 Series Dynamic Measurement Module, using a PanelView™ Plus for visualisation. The kit includes example applications, a Motor Blower application and a Motor Pump application, sample panel, power, and wiring diagram drawings for a typical Dynamix installation, and a Quick Start guide. If you chose (Option B) we will Pre-Load the Accelerator Toolkit for convenience and ease of Start Up.Benefits of the Dynamix 1444 Starter Kit.Need a flexible, scalable, IntegratedCondition Monitoring system that’s easy-to-use and affordable? Looking for easyconfiguration in a Pre-Wired form factor? Need a Pre-Engineered solution that willenable you to protect your key assets? TheDynamix 1444 starter kit is a discounted bundle of hardware or complete Pre-Wired solution that provides everything you need to get started. • The basic objective of a conditionmonitoring system is to detect faultsthat manifest as increased vibration.• The Dynamix™ 1444 Series system isdesigned to serve the protection andcondition monitoring requirements ofrotating and reciprocating industrialmachinery.• Dynamix 1444 allows you to leverageIntegrated Architecture to assesscurrent equipment health, predictpotential issues and help avoiddamage to critical machinery.• The 1443 Series of sensors offersa family of accelerometers andaccessories suitable for mostapplications. We include two Dualoutput AT type sensors output both acceleration and temperaturemeasurements.• Select the Loose Components (OptionA) at an affordable price to build intoyour next project/ Panel or choose thePre-Engineered (Option B) solution tostart Monitoring your key assets to getresults today.Dynamix ™ 1444 Starter Kit Discover the capabilities of the Dynamix 1444 Series systemPublication 1444-PP002A-EN-E – May 2017 Copyright ©2017 Rockwell Automation, Inc. All Rights Reserved. Allen-Bradley, CompactLogix, FactoryTalk View ME, Studio 5000, RSLogix and PanelView are trademarks of Rockwell Automation, Inc. Trademarks not belonging to Rockwell Automation are property of their respective companies.Standard terms, conditions and warranty apply. Promotion valid until 22nd December 2017. Engineering software requires registration and activation. Rockwell Automationreserves the right to amend or terminate this offer at any time.Dynamix 1444 Promotional KitOption A (Components Only, Cat No - 1444-STRT10)5380 Controller and Accessories☐ 5069-L306ER with Terminals ☐ 1783-US5T ☐ 1606-XLE120EEPanelView Plus 7☐ 2711P-T7C22D8S (PV+7 STD, Touch Screen, 6.5”, TFT Color, DLR Ethernet, 24V DC)Dynamix 1444☐ 1 x 1444-DYN04-01RA with Spring Terminals☐ 1 x 1444-TB-A with Spring Terminals☐ 2 x 1443-ACC-AT-T (GP Accel and Temp,Top Exit, 100mV/g, 10mV/°C☐ 2 x 1443-CBL-MS3IBC-16SOption B (Cat No - 1444-STRT11)5370 Controller and Accessories☐ 5069-L306ER with Terminals☐ 1783-US5T☐ 1606-XLE120EEPanelView Plus 7☐ 2711P-T7C22D8S (PV+7 STD, Touch Screen, 6.5”, TFT Color, DLR Ethernet, 24V DC)Dynamix 1444☐ 1 x 1444-DYN04-01RA with Spring Terminals☐ 1 x 1444-TB-A with Spring Terminals☐ 2 x 1443-ACC-AT-T (GP Accel and Temp, Top Exit, 100mV/g, 10mV/°C☐ 2 x 1443-CBL-MS3IBC-16SInstalled & Wired in suitable Enclosure☐ Mounted, Wired, Connected with Electrical Schematics☐ Pre-Loaded with Dynamix Accelerator Toolkit。
安提妮娅杰出功能思路图
安提妮娅杰出功能思路图1、历史渊源[——诞生（1966年、法国、卢浮宫）[——成熟（英伦、伊丽莎白、邮票）[——进入（2008年、按中国选美大赛小姐身材设计） [——进口（目前唯一）[——高科技（世界上不到5个厂家具有技术）2、三个一流 [——舒适度 [——面料（柔顺蛋白质丝绢）一流 [——编织密度（40针80格）[——三角亮光丝（64根超细线）[——编织形式（六角网眼布）[——即时 [——人体医学背景（瑞典皇家医学院）效果 [——人体工程力学一流 [——设计师（英、法时尚设计师）[——长远 [——推移（大面积）定型 [——定位（波浪纹、分层次、局部）效果一流[——锁定（六角网眼布逐格）3、三大科技 [——15种矿物[——超强远红外线[——燃脂因子[——AVG防辐射[——锗元素[——35种植物[——嫩肤因子[——活肤因子[——亮肤因子[——巨型海藻（抗衰老）[——面料后处理科技[——混合型（快速抽丝技术）4、裁剪技术 [——胸部[——肩带[——钢托[——罩杯[——挂钩[——挂钩底座[——侧边裁剪[——臀部[——臀杯[——提臀带[——腿部[——腹部[——裤裆[——高腰[——腰部 [——记忆条[——非平行式裁剪[——腰部双层[——正面不延展布[——帮胸[——矫正坐姿[——减轻生理疼痛5、品牌系列[——皇室风范[——巴黎春色[——少女套系[——装饰系列[——真爱情人（粉色）[——法兰西情人（杏色）ANTINNIYA 科技让女人100 分安提妮娅身材管理器具有：丰胸、平背、瘦腰、收腹、提臀功能，为你塑造迷人的S型曲线！一、安提妮娅历史来源：美体内衣发源于法国皇宫，原始的美体内衣经过多次的演变，但都未能脱离依靠对身体的压迫而产生美体效果的本质。
直到1966年，第一件现代科技美体内衣在巴黎诞生，立即疯魔上流社会的女性，被誉为“frandear”——法兰西情人。
次年，时装界命名为“调整型身材管理器”。
在世界奢侈品和时尚产品领域，全球最引领时尚的就是法国.而“frandear”美体内衣是入选法国卢浮宫陈列的首个美体内衣品牌，也是欧洲皇室女性的习惯性礼品。
洁净管道和管件焊接程序标准作业指导书
崔氏设计与研究实验室 美国加州,奥克兰市
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该结构由来自世界各地的实 ±和学生们建造 每一方 都是一项宴 的地毯的接台到拱形的冷 降温的 厦 从令＾沉醉的畹蜒 长的 薄的不锈钢 属蠖 起的 浮动的 会议 这是一十真 的前所
细胞凋亡检测（annexin-v...
细胞凋亡检测(Annexin-V-FITC 单染法)(Assay of CellApoptosis)2010-05-25 20:06:41 来源：易生物实验浏览次数：197 网友评论0 条细胞凋亡或称程序性细胞死亡（Programmed Cell Death ,PCD）是细胞的生命现象之一，它在机体的胚胎发育、组织修复及自身反应性T淋巴细胞的清除等方面起着十分重要的作用。
细胞凋亡调节的失控可导致临床各种疾病的发生。
如老年性痴呆与神经细胞凋亡过度有关，自身免疫性疾病和肿瘤与细胞凋亡的抑制有关。
细胞凋亡有别于细胞坏死，它有一系列的细胞形态学和生物化学的改变，包括出现染色质浓缩、DNA降解、凋亡小体形成等。
关键词：细胞检测单染法细胞凋亡检测Annexin-V-FITCAssayCellApoptosis一、实验原理细胞凋亡或称程序性细胞死亡（Programmed Cell Death ,PCD）是细胞的生命现象之一，它在机体的胚胎发育、组织修复及自身反应性T淋巴细胞的清除等方面起着十分重要的作用。
细胞凋亡调节的失控可导致临床各种疾病的发生。
如老年性痴呆与神经细胞凋亡过度有关，自身免疫性疾病和肿瘤与细胞凋亡的抑制有关。
细胞凋亡有别于细胞坏死，它有一系列的细胞形态学和生物化学的改变，包括出现染色质浓缩、DNA降解、凋亡小体形成等。
在正常的活细胞，磷脂酰丝氨酸（phosphotidylserine，PS）位于细胞膜的内侧，但在凋亡的细胞，PS 从细胞膜的内侧翻转到细胞膜的表面，暴露在细胞外环境中。
Annexin-Ⅴ（膜联蛋白-V）是一种分子量为35-36KD的Ca2+ 依赖性磷脂结合蛋白，能与PS高亲和力结合。
因此将Annexin-Ⅴ进行荧光素（如FITC、PE）或生物素（Biotin）标记，以标记了的Annexin-Ⅴ作为探针，利用流式细胞仪或荧光显微镜可检测细胞凋亡的发生。
二、实验仪器和材料Annexin V-FITC（膜联蛋白-V-FITC）500μl/250μl 20μg/ml标记缓冲液（Binding Buffe）r 40/20 mlPBS（1×）60/30 ml20μl , 200μl , and 1000μl 移液器和吸头微量离心管可调速离心机载玻片（用于荧光显微镜观察）盖玻片（用于荧光显微镜观察）去离子水冰块流式细胞仪或荧光显微镜三、实验方法1．凋亡细胞的制备：小鼠腹腔注射地塞米松25mg/kg体重，10h后解剖取胸腺，分离胸腺细胞。
人工流产后避孕服务研究的CiteSpace知识图谱分析
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中国计划生育学杂志 ２０２３ 年 ８ 月 第 ３１ 卷 第 ８ 期 Ch
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郑潇潇 李鑫月 于晓兰 ∗
北京大学第一医院(
１０００３２)
摘 要 目的:探究人工流产后避孕服务的相关研究进展和研 究 热 点,为 开 展 领 域 内 深 层 次 研 究 提 供 参 照. 方 法:检
Annexure-XVI
INCASE OF CERTIFICATION BY STATUTORY AUDITORS THIS FORMAT SHALL BE USEDFORMAT-A COVERING LETTER ON LETTER HEAD OF STATUTORY AUDITOR/ CHARTEREDACCOUNTANTTo, Date:Sub: Certificate regarding ..................................................Dear Sir,We .................................................................. (name of Statutory Auditor/Chartered Accountant) are the Statutory Auditor/Chartered Accountant of M/s ......................................................................... (name of supplier).We hereby confirm that we have issued following certificate:1. Supplier Certificate Form - B2. Supplier Form C3. Form - DThanking You,(Signature)Place : Name of Authorised SignatoryDate : Membership no.:Encl: As aboveNote:Supplier whose accounts are not audited by auditors as per Law/Jurisdiction, Certification from a Chartered Accountant (not being an employee or a Director or not having any interest in the Supplier’s Company / Firm) to be submitted.INCASE OF CERTIFICATION BY STATUTORY AUDITORS THIS FORMAT SHALL BE USEDFORMAT - BINCASE OF CERTIFICATION BY STATUTORY AUDITORS THIS FORMAT SHALL BE USEDFORMAT CName of Audit Firm/ [Signature of Authorized Signatory]Chartered Accountant : Name:Date: Designation:Seal:Membership no.Note: Copies of following supporting documents to be attached:a)PO/FOAb) Technical Spec/Drg.c)Inspection release noted)End user feedbacke)Any other documents required to be meeting qualification criteria.1.All pages of supplier Form -C shall be stamped and signed by statutory auditor.*State N.A.if not applicableINCASE OF CERTIFICATION BY PUBLIC NOTARY THIS FORMAT SHALL BE USEDFORMAT-A COVERING LETTER ON COMPANY LETTER HEADTo, Date:Sub: Certificate regarding ..................................................Dear Sir,We .................................................................. (Name of Authorised Signatory) are the Authorised Signatory of M/s…………………………………………………………………. ......................................................................... (name of supplier).We hereby confirm that we have certifying the following certificates:1. Supplier Certificate Form - B2. Supplier Form C3. Form - DThanking You,(Signature)Place : Name of Authorised SignatoryDate :Encl: As above.INCASE OF CERTIFICATION BY PUBLIC NOTARY THIS FORMAT SHALL BE USEDFORMAT - BINCASE OF CERTIFICATION BY PUBLIC NOTARY THIS FORMAT SHALL BE USEDFORMAT -C[Signature of Authorized Signatory]Place : Designation:Name:Date : Seal:Note:1.Copies of following supporting documents duly notarized to be attached:a)PO/FOAb)Technical Spec/Drg.c)Inspection release noted)End user feedbacke)Any other documents required to be meeting qualification criteria.2.All pages of supplier Form -C shall be stamped and signed by authorized signatory.*State N.A., if not applicableTHIS IS MANDATORY TO FURNISH IN CASE OF CERTIFICATION BY PUBLIC NOTARYFORMAT- EAFFIDAVITAFFIDAVIT OF ..................................., S/o D/o ……………………………., resident of ……………………………………..EMPLOYED AS ………………………………….WITH ............................................ HAVING OFFICE AT ................................................PIN .......................... I, the above named deponent do hereby solemnly affirm and state as under:-1.That I am the authorized representative and signatory of M/s .......................................................2.That the document (s) submitted, as mentioned hereunder, by M/s ..............................................alongwith the enlistment application no. .................................... dated ................ for trade category………………..………. has / have been submitted under my knowledge.3.That the document(s) submitted, as mentioned above, by M/s ......................................................alongwith the enlistment application for meeting the Qualification Criteria there under, vide application no. ……………..... dated ................, for trade category .........................................are authentic, genuine, copies of their originals and have been issued by the issuing authority mentioned above and no part of the document(s) is false, forged or fabricated.4.That no part of this affidavit is false and that this affidavit and the above declaration in respectof genuineness of the documents has been made having full knowledge of (i) the provisions of the Indian Penal Code in respect of offences including, but not limited to those pertaining to criminal breach of trust, cheating and fraud and (ii) provisions of bidding conditions which entitle the Owner / EIL to initiate action in the event of such declaration turning out to be a misrepresentation or false representation.5.I depose accordingly.DEPONENT VERIFICATIONI, ......................................... the deponent above named do hereby verify that the factual contents of this affidavit are true and correct. No part of it is false and nothing material has been concealed there from. Verified at .............. on this ........... day of .................20....DEPONENTFORMAT-D FORMAT FOR STATUTORY AUDITOR / CHARTERED ACCOUNTANTCERTIFICATE FOR FINANCIAL CAPABILITY OF THE SUPPLIER(For Supply of Goods/ Works/ Services)We have verified the Annual Accounts and other relevant records of M/s .............................................. (Name of the Supplier) and certify the followingA. ANNUAL TURNOVER OF LAST 3 FINANCIAL YEARS :B. FINANCIAL DATA FOR LAST AUDITED FINANCIAL YEAR :Name of Audit Firm/ [Signature of Authorized Signatory] Chartered Accountant: Name:Date: Designation:Seal:Membership no.Instructions:Annual Turnover shall be "Sale value/ Operating Income"。
CONTRACT合同Between签订双方
CONTRACT合同Between签订双方PT Dairi Prima Mineral中色（印尼）达瑞矿业有限公司(The Owner)（业主）And和XXXXXXXXXXXXXXXXXXXXXXXXXXXXX(The Contractor)（承包商）ForUNDERGROUND MINING SYSTEM DEVELOPMENTFor theDAIRI LEAD-ZINC MINE PROJECT印度尼西亚达瑞铅锌矿采选工业场地建安工程Indonesia Dairi Lead-Zink MineMineral Processing Industry Site Construction ProjectThis Contract No: XXXXXXX made and entered into on XXXX at XXXXX.本合同编号为XXXXXXX，于XXXX在XXXXX签订。
BY AND BETWEEN合同双方PT DAIRI PRIMA MINERAL (“DPM” or the “O w ner”), a company organized and existing under the laws of The Republic of Indonesia, with its principal place of business at Bakrie Tower 10th floor Complex Rasuna Epicentrum Jl. HR Rasuna Said Jakarta Selatan 12940 Indonesia (hereinafter referred to as the “Owner”, which expression shall, unless excluded by or repugnant to the context thereof, include its successors and assigns); and中色（印尼）达瑞矿业有限公司（“DPM”或“业主”），一家根据印度尼西亚共和国法律组建并存续的公司，其主要营业地址位于Bakrie Tower 10th floor Complex Rasuna Epicentrum Jl. HR Rasuna Said Jakarta Selatan 12940 Indonesia（以下简称“业主”，包括其继承人和受让人，除非上下文排除或与此矛盾）；ANDXXXXXXXXXX（The contractor’s information）XXXXXXXXXX（承包商信息）AND WHERE AS Owner has decided to develop Indonesia Dairi Lead-Zink Mine Mineral Processing Industry Site Construction Project at Dairi Regency, North Sumatra, Indonesia.鉴于，业主决定在印度尼西亚北苏门答腊省达瑞县的印度尼西亚达瑞铅锌矿采选工业场地建安工程，AND WHERE AS the Owner has entrusted to the Contractor the work covering Indonesia Dairi Lead-Zink Mine Mineral Processing Industry Site Construction Project at Dairi Regency, North Sumatra, Indonesia confirming to the Scope of Work as per annexure 1 of the Contract.业主已将印度尼西亚北苏门答腊省达瑞县的印度尼西亚达瑞铅锌矿采选工业场地建安工程委托给承包商，并根据合同附件1确认了工程范围。
Oracle FLEXCUBE Universal Banking Release 14.4.0.0
ANNEXURE - 4 Oracle FLEXCUBE Universal BankingRelease 14.4.0.0.0Part No. F20443-01May 2020Table of Contents1.ANNEXURE - 4 ............................................................................................................................................... 1-1 1.1I NTRODUCTION ......................................................................................................................................... 1-1 1.2H OW TO DO M ULTI N ODE SETUP (H IGH A VAILABILITY A RCHITECTURE) ................................................. 1-11.2.1Configuration Server Related Changes: ............................................................................................... 1-11.2.2Plato UI Configuration Server Related Changes: ................................................................................ 1-21.2.3setDomainEnv.sh related changes: ...................................................................................................... 1-21.2.4Requirement of Load Balancers: ......................................................................................................... 1-3 1.3PLATO LOAD BALANCER SERVICES ............................................................................................... 1-31.3.1Introduction.......................................................................................................................................... 1-31.3.2Configuration and Deployment ............................................................................................................ 1-4 1.4NGINX LOAD BALANCER SERVICES ............................................................................................... 1-41.4.1Installation and Setup........................................................................................................................... 1-51.4.2Load Balancer Route Configurations ................................................................................................... 1-71. ANNEXURE - 4 1.1 IntroductionThis guide is a supporting document for the installation of PLATO applications. You can find thereference in the respective installation guides.1.2 How to do Multi Node setup (High AvailabilityArchitecture)1.2.1 Configuration Server Related Changes:The below changes are to be made in the PROPERTIES table pointed to by the ConfigurationServer:For the Discovery Server:PLATO Discovery Service should have an entry for its entire peer PLATO Discovery Servicesconfigured through eureka.client.serviceUrl.defaultZone. This will hold a comma-separatedlist of all the peer PLATO Discovery services.In addition, to enable the peer aware mode for the PLATO Discovery Service we should setthe eureka.client.register-with-eureka to true.ID APPLICATION PROFILE LABEL KEY VALUE1 plato-discovery-service jdbc jdbc eureka.client.serviceUrl.defaultZonehttp://<IP of the serverwhere the first instance ofPLATO Discovery Serviceis running>:<PORT wherethe first instance ofPLATO Discovery Serviceis running>/plato-discovery-service/eureka,http://<IPof the server where thesecond instance ofPLATO Discovery Serviceis running>:<PORT wherethe second instance ofPLATO Discovery Serviceis running>/plato-discovery-service/eureka2 plato-discovery-service jdbc jdbc eureka.client.register-with-eurekatrue3 plato-discovery-service jdbc jdbc server.port << PORT Number wherethe PLATO DiscoveryService is running >>∙For the Individual Services:Each service should have an entry of all the PLATO Discovery Services configured through eureka.client.serviceUrl.defaultZone. This will hold a comma separated list of all the PLATO Discovery services.ID APPLICATION PROFILE LABEL KEY VALUE1 <<service-name>> jdbc jdbc eureka.client.serviceUrl.defaultZonehttp://<IP of the server wherethe first instance of PLATODiscovery Service isrunning>:<PORT where the firstinstance of PLATO DiscoveryService is running>/plato-discovery-service/eureka,http://<IP of theserver where the secondinstance of PLATO DiscoveryService is running>:<PORTwhere the second instance ofPLATO Discovery Service isrunning>/plato-discovery-service/eureka1.2.2 Plato UI Configuration Server Related Changes:For each of the product registered in PRODUCT_SERVICES_ENV_LEDGER, we need tochange the URL to point to the Load Balancer of the PLATO API Gateway Service.ID PRODUCT_NAME URL1 <<PRODUCT NAME>> << HTTP URL OF THE LOAD BALANCER >>1.2.3 setDomainEnv.sh related changes:∙For all the Micro Services:Individual MICRO services should now access the PLATO Config Service via the LoadBalancer URI (i.e). configured in the server runtime through the propertyplato.services.config.uri.The plato.services.config.uri must point to the URI of the load balancer. The format of thesame would be as follows:-Dplato.services.config.uri=http://<< IP OF THE LOAD BALANCER>>:<< PORT OF THE LOAD BALANCER >>∙For the UI APPSHELL:UI APPShell should now access the Gateway Service via the Load balancer URI (i.e.)configured in the server runtime. For example, Dapigateway.url.The apigateway.url must point to the host and port of the load balancer. The format of thesame would be as follows:-Dapigateway.url=http://<< IP OF THE LOAD BALANCER >>:<< PORT OFTHE LOAD BALANCER >>1.2.4 Requirement of Load Balancers:Load Balancers are required for PLATO API GATEWAY Service, PLATO Configuration Service, and PLATO UI APP SHELL.1.2.4.1 PLATO API Gateway Service:PLATO API Gateway Service acts as a single point of entry for UI and External Systems toaccess the underlying services. In a multi node deployment where multiple PLATO API Gateway Services are deployed, we would need a single URI for accessing the multi node deployments of the PLATO API Gateway Services. This Load Balancer would help us to achieve thatfunctionality.1.2.4.2 PLATO Configuration Service:All the domain services access PLATO Configuration Service for retrieving their configurations. Ina multi node deployment where multiple PLATO Configuration Services are deployed, we wouldneed a single URI for accessing the multi node deployments of the PLATO ConfigurationServices. This Load Balancer would help us to achieve that functionality.1.2.4.3 PLATO UI APP SHELL:The PLATO UI App Shell acts as the single user interface for the users. In a multi nodedeployment where multiple instances of PLATO UI APP SHELL are deployed, we would need a single URI for accessing the multi node deployments of the PLATO UI APP SHELL. This LoadBalancer would help us to achieve that functionality.1.3 PLATO LOAD BALANCER SERVICESThis section contains the following sub-sections:∙Introduction∙Configuration and Deployment1.3.1 IntroductionPlato Load Balancer Services can be used as an optional Load Balancer for a service whenrequired. It is available as a WAR file and the configuration can be done directly inside the WAR file.1.3.2 Configuration and Deployment1. Open the WAR file using extraction tools and open the web.xml file. The web.xml file isas shown below:<?xml version="1.0"encoding="UTF-8"?><web-app xmlns:wls="/weblogic/weblogic-web-app"xmlns:xsi="/2001/XMLSchema-instance"xsi:schemaLocation="/weblogic/weblogic-web-app"><servlet><servlet-name>HttpClusterServlet</servlet-name><servlet-class>weblogic.servlet.proxy.HttpClusterServlet</servlet-class><init-param><param-name>WebLogicCluster</param-name><param-value>HOST_1:PORT_1|HOST_2:PORT_2|HOST_3:PORT_3</param-value></init-param></servlet><servlet-mapping><servlet-name>HttpClusterServlet</servlet-name>2. Edit the HOST:PORT in the web.xml file. The host and port values must be addedaccording to the requirement.3. After editing the web.xml file, the WAR file can be deployed directly into the managedserver. The HOST:PORT of the plato-load-balancer-services would act as the loadbalancer URL for the mentioned HOST:PORT values in the web.xml file.1.4 NGINX LOAD BALANCER SERVICESThis section contains the following sub-sections:∙Installation and Setup∙Load Balancer Route Configurations1.4.1 Installation and Setup1.4.1.1 Download1. Download the tar file from /download/ Index list.2. Extract the tar file using tar -xvf command1.4.1.2 Installation1. You can choose installation location using --prefix=path parameter.2. You can find ./configure file in the extracted folder above. For installation follow the belowprocedure.3. Inside the extarcted folder, run the following commands one after other./configure --prefix=/scratch/nginx --with-http_ssl_modulemake4. You can find the nginx installed at /scratch/nginx.1.4.1.3 Start and Stop Procedure1. Inside the installed directory, we can find sbin folder. Run ./nginx file inside sbin folder tostart nginx.2. Write ./nginx -s stop command in order to stop nginx.1.4.1.4 Configuration:The configuration is done in the nginx.conf file inside the conf directory.1. For Load Balancing, create and upstream and place the URLs to be routed.upstream config{server 10.184.155.115:7004;server 10.184.148.116:7004;}upstream gateway{server 10.184.155.115:7005;Here there are two load balancers defined. Default load balancing technique: Round RobinThis block must be placed inside the http block.2. Configure the Server block. It is also placed inside the http block. The server block is used forrouting purposes.The block is as shown below.server {listen 8090;server_name _;location / {proxy_pass http://config;}location /api {rewrite /api/(.*) /$1 break;proxy_pass http://gateway;}error_page 500 502 503 504 /50x.html;location = /50x.html {Here 8090 acts as the listen port for nginx.The server_name property should be given if the requests are from a particular server. Here Server accepts requests from any server.The proxy_pass is used to route the request and the format of the request is defined in the location tag.The rewrite tag is used to manipulate the requests.NOTE: Make sure the firewall is open for other IPs to pass the request.1.4.2 Load Balancer Route ConfigurationsThe below configurations gives the route configurations for the load balancer:NOTE: The underlying syntax and semantics may vary from load balancer to load balancer.upstream config-service{server << IP Or Hostname of the PLATO ConfigurationService 1 >>:<< Port of the PLATO Configuration Service 1 >>;server << IP Or Hostname of the PLATO ConfigurationService 2 >>:<< Port of the PLATO Configuration Service 2 >>;server << IP Or Hostname of the PLATO ConfigurationService 3 >>:<< Port of the PLATO Configuration Service 3 >>;server << IP Or Hostname of the PLATO ConfigurationService N >>:<< Port of the PLATO Configuration Service N >>;}upstream api-gateway{server << IP Or Hostname of the PLATO API Gateway Service1 >>:<<Port of the PLATO API Gateway Service 1 >>;server << IP Or Hostname of the PLATO API Gateway Service2 >>:<<Port of the PLATO API Gateway Service 2 >>;server << IP Or Hostname of the PLATO API Gateway Service3 >>:<<Port of the PLATO API Gateway Service 3 >>;.upstream <<Context Root of the PLATO UI APP Shell>> {server << IP Or Hostname of the PLATO UI APP Shell 1 >>:<< Port of the PLATO Configuration Service 1 >>;server << IP Or Hostname of the PLATO UI APP Shell 2 >>:<< Port of the PLATO UI APP Shell 2 >>;server << IP Or Hostname of the PLATO UI APP Shell 3 >>:<< Port of the PLATO UI APP Shell 3 >>;..server << IP Or Hostname of the PLATO UI APP Shell N >>:<< Port of the PLATO UI APP Shell N >>;}server {listen << PORT OF THE LOAD BALANCER >>;server_name _;location /config-service {proxy_pass http://config-service;}location /api-gateway {proxy_pass http://api-gateway;}ANNEXURE - 4[May] [2020]Version 14.4.0.0.0Oracle Financial Services Software LimitedOracle ParkOff Western Express HighwayGoregaon (East)Mumbai, Maharashtra 400 063IndiaWorldwide Inquiries:Phone: +91 22 6718 3000Fax: +91 22 6718 3001https:///industries/financial-services/index.htmlCopyright © [2007], [2020], Oracle and/or its affiliates. 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100
39
NITROGEN
40
min
normal
source
design
41
Pressure,kg/cm2g at B.L.
7.5
9
12
42
Temperature,0C
Amb.
65
43
Remarks: As per Conceptual Utility Design (CUD), for new UOP Units, Sea CW supply & return temp. are 32 degC & 44 degC and for Base refinery revamp units and new ISOM unit, Sea Water supply & return CW temp are 31 deg C and 39 deg respectively.Wet bulb temperature data also revised from 27 to 28 deg C.
23
Rainfall avg, mm/year : 535.7
24
Rainfall max, mm/day & month : 350 and 750
COOLING WATER
25
Snowfall avg, mm/year : N.A.
Type:Salt ,Quality: Sea water
26
Wind speed, m/s : 50 62.5 75 85
ELEቤተ መጻሕፍቲ ባይዱTRICAL SUPPLY
2
Elevation above sea level, m: 31.5
V
ph
Hz
AC/DC
3
Barometric pressure,kg/m2 : 1.0336 (Avg)
E-motors up to 0.18 kw
240
1
50
AC
4
Range of ambient temp0c
10
Atmospheric Condition: Design 410C
STEAM AND CONDENSATE
11
Corrosive Atmos: Y/N YES Due to Plant environment
min
normal
max
design
12
Coastal Climate Y/N YES
Med Pressure at B.L. kg/cm2g
12
12.3
12.5*
14.2/ FV
16
Earthquake Zone Y/N YES
Temp,0C
240
260
275
290
17
Factor : _______________________
Low Pressure at B.L. kg/cm2g
Steam
13
Tropicalisation Req: Y/N YES
High Pressure at B.L. kg/cm2g
37
37.5
38*
42 /FV
14
Winterization Reqd Y/N YES, Temp: 5 degC
Temp,0C
390
395
400
415
15
Sand storms Y/N DUST
dry bulb
wet bulb
to 160 Kw
415
3
50
AC
5
Rated
above 160 Kw
6600
3
50
AC
6
Normal
34
28
Heaters
240
1
50
AC
7
Maximum
Control Circuits
240
1
50
AC
8
minimum
Solenoid Valve
110
50
DC
9
Temp,0C; max: 48, min: 5
Amb.
45
65
Fouling Factor
0.0003 hm20C / kCal
33
DEMIN. WATER
34
Water dew pt. at 7 kg/ cm2(g) : - 400C, Air should be dust, oil and grease free.
Chem. Pollution Y/N : N , pH: 6.5 – 7.5
INSTRUMENT AIR
Pressure loss ∆p, kg/cm2
1
30
min
normal
max
design
Temperature in0C
32
65
31
Pressure,kg/cm2g at B.L.
4
7
8
12
Allowable temp. rise,0C
12
32
Dew point atAtm pressure,0C
ANNEXURE IV - PROJECT SITE DATA
PLANT :ESSAR OIL REFINERY PROJECT
LOCATION :VADINAR,GUJRAT,INDIA.
DEPT/SECT.
JOB
REQUISITION
ATTACHMENT NO:
DOC :
1
SITE & METEOROLOGICAL DATA
Chem. Pollution Y/N : N , pH: 8 – 8.2
27
Elevation, m : 10 20 40 60
normal
Mech design
28
Prevailing wind direction:__________
Supply Pressure, kg/cm2g
4.5
10
29
3.5
4.0
4.5*
6.5 / FV
18
Design code : I.S. 1893 Zone IV
Temp,0C
Sat.
190
230
245
19
Special Cond: ___________________
Suspect Condensate (condition given after flash vessel and pump)
20
Humidity, % Summer Winter
Pressure at B.L. kg/cm2g
5.0
6.5
10
21
Max/Min 96 27
Temp, deg C
105
105
120
22
Design 71 % at 340C
*Waste Heat Boiler Delivery Condition
35
PLANT AIR
normal
Mech design
36
min
normal
max
design
Supply Pressure, kg/cm2g
5.0
10
37
Pressure,kg/cm2g at B.L.
7.5
8.5
12
38
Temperature,0C
Amb.
45
65
Temperature in0C