_VW_____________50125_________01052004_C
错误代码分享
新浪微博分享错误代码解释10001：系统错误10002：服务端资源不可用10003：远程服务出错10005：该资源需要appkey拥有更高级的授权10006：缺少 source参数(appkey)10007：不支持的 MediaType (%s)10008：错误:参数错误，请参考API文档10009：任务过多，系统繁忙10010：任务超时10011：RPC错误10012：非法请求10013：不合法的微博用户10014：第三方应用访问api接口权限受限制10016：错误:缺失必选参数:%s，请参考API文档10017：错误:参数值非法,希望得到 (%s),实际得到 (%s)，请参考API文档10018：请求长度超过限制10020：接口不存在10021：请求的HTTP METHOD不支持10022：IP请求超过上限10023：用户请求超过上限10024：用户请求接口%s超过上限10025：内部接口参数错误20001：IDS参数为空20002：uid参数为空20003：用户不存在20005：不支持的图片类型,仅仅支持JPG,GIF,PNG20006：图片太大20007：请确保使用multpart上传了图片20008：内容为空20009：id列表太长了20012：输入文字太长，请确认不超过140个字符20013：输入文字太长，请确认不超过300个字符20014：传入参数有误，请再调用一次20016：发微博太多啦，休息一会儿吧20017：你刚刚已经发送过相似内容了哦，先休息一会吧20019：不要太贪心哦，发一次就够啦20023：很抱歉，此功能暂时无法使用，如需帮助请联系@微博客服或者致电客服电话400 690 000020031：需要弹出验证码20032：微博发布成功。
目前服务器数据同步可能会有延迟，请耐心等待1-2分钟。
谢谢20033：登陆状态异常20101：不存在的微博20102：不是你发布的微博20103：不能转发自己的微博20109：微博 id为空20111：不能发布相同的微博20112：由于作者隐私设置，你没有权限查看此微博20114：标签名太长20115：标签不存在20116：标签已存在20117：最多200个标签20118：最多5个标签20119：标签搜索失败20120：由于作者设置了可见性，你没有权限转发此微博20121：visible参数非法20122：应用不存在20123：最多屏蔽200个应用20124：最多屏蔽500条微博20125：没有屏蔽过此应用20126：不能屏蔽新浪应用20127：已添加了此屏蔽20128：删除屏蔽失败20129：没有屏蔽任何应用20201：不存在的微博评论20203：不是你发布的评论20204：评论ID为空20206：作者只允许关注用户评论20207：作者只允许可信用户评论20401：域名不存在20402：verifier错误20403：屏蔽用户列表中存在此uid20404：屏蔽用户列表中不存在此uid20405：uid对应用户不是登录用户的好友20406：屏蔽用户个数超出上限20407：没有合适的uid20408：从feed屏蔽列表中，处理用户失败20501：错误:source_user 或者target_user用户不存在20502：必须输入目标用户id或者 screen_name 20503：关系错误，user_id必须是你关注的用户20504：你不能关注自己20505：加关注请求超过上限20506：已经关注此用户20507：需要输入验证码20508：根据对方的设置，你不能进行此操作20509：悄悄关注个数到达上限20510：不是悄悄关注人20511：已经悄悄关注此用户20512：你已经把此用户加入黑名单，加关注前请先解除20513：你的关注人数已达上限20522：还未关注此用户20523：还不是粉丝20601：列表名太长，请确保输入的文本不超过10个字符20602：列表描叙太长，请确保输入的文本不超过70个字符20603：列表不存在20604：不是对象所属者20605：列表名或描叙不合法20606：记录已存在20607：错误:数据库错误，请联系系统管理员20608：列表名冲突20610：目前不支持私有分组20611：创建list失败20612：目前只支持私有分组20613：错误:不能创建更多的列表20614：已拥有列表上下，请参考API文档20615：成员上线，请参考API文档20616：不支持的分组类型20617：最大返回300条20618：uid 不在列表中20701：不能提交相同的标签20702：最多两个标签20704：您已经收藏了此微博20705：此微博不是您的收藏20706：操作失败20801：trend_name是空值20802：trend_id是空值21001：标签参数为空21002：标签名太长，请确保每个标签名不超过14个字符21103：该用户已经绑定手机21104：verifier错误21105：你的手机号近期频繁绑定过多个帐号，如果想要继续绑定此帐号，请拨打客服电话400 690 0000申请绑定21108：原始密码错误21109：新密码错误21110：此用户暂时没有绑定手机21113：教育信息不存在21115：职业信息不存在21117：此用户没有qq信息21120：此用户没有微号信息21121：此微号已经存在21301：认证失败21302：用户名或密码不正确21303：用户名密码认证超过请求限制21304：版本号错误21305：缺少必要的参数21306：Oauth参数被拒绝21307：时间戳不正确21308：nonce参数已经被使用21309：签名算法不支持21310：签名值不合法21311：consumer_key不存在21312：consumer_key不合法21313：consumer_key缺失21314：Token已经被使用21315：Token已经过期21316：Token不合法21317：Token不合法21318：Pin码认证失败21319：授权关系已经被解除21320：不支持的协议21321：未审核的应用使用人数超过限制21322：重定向地址不匹配21323：请求不合法21324：client_id或client_secret参数无效21325：提供的Access Grant是无效的、过期的或已撤销的21326：客户端没有权限21327：token过期21328：不支持的 GrantType21329：不支持的 ResponseType21330：用户或授权服务器拒绝授予数据访问权限21331：服务暂时无法访问21332：access_token 无效21333：禁止使用此认证方式其他的错误代码：304 Not Modified: 没有数据返回.400 Bad Request: 请求数据不合法，或者超过请求频率限制. 详细的错误代码如下：o 40028:内部接口错误(如果有详细的错误信息，会给出更为详细的错误提示)o 40033:source_user或者target_user用户不存在o 40031:调用的微博不存在o 40036:调用的微博不是当前用户发布的微博o 40034:不能转发自己的微博o 40038:不合法的微博o 40037:不合法的评论o 40015:该条评论不是当前登录用户发布的评论o 40017:不能给不是你粉丝的人发私信o 40019:不合法的私信o 40021:不是属于你的私信o 40022:source参数(appkey)缺失o 40007:格式不支持，仅仅支持XML或JSON格式o 40009:图片错误，请确保使用multipart上传了图片o 40011:私信发布超过上限o 40012:内容为空o 40016:微博id为空o 40018:ids参数为空o 40020:评论ID为空o 40023:用户不存在o 40024:ids过多，请参考API文档o 40025:不能发布相同的微博o 40026:请传递正确的目标用户uid或者screen nameo 40045:不支持的图片类型,支持的图片类型有JPG,GIF,PNG o 40008:图片大小错误，上传的图片大小上限为5Mo 40001:参数错误，请参考API文档o 40002:不是对象所属者，没有操作权限o 40010:私信不存在o 40013:微博太长，请确认不超过140个字符o 40039:地理信息输入错误o 40040:IP限制，不能请求该资源o 40041:uid参数为空o 40042:token参数为空o 40043:domain参数错误o 40044:appkey参数缺失o 40029:verifier错误o 40027:标签参数为空o 40032:列表名太长，请确保输入的文本不超过10个字符o 40030:列表描述太长，请确保输入的文本不超过70个字符o 40035:列表不存在o 40053:权限不足，只有创建者有相关权限o 40054:参数错误，请参考API文档o 40059: 插入失败，记录已存在o 40060：数据库错误，请联系系统管理员o 40061：列表名冲突o 40062：id列表太长了o 40063：urls是空的o 40064：urls太多了o 40065：ip是空值o 40066：url是空值o 40067：trend_name是空值o 40068：trend_id是空值o 40069：userid是空值o 40070：第三方应用访问api接口权限受限制o 40071：关系错误，user_id必须是你关注的用户o 40072：授权关系已经被删除o 40073：目前不支持私有分组o 40074：创建list失败o 40075：需要系统管理员的权限o 40076：含有非法词o 40084：提醒失败，需要权限o 40082：无效分类!o 40083：无效状态码o 40084：目前只支持私有分组401 Not Authorized: 没有进行身份验证.o 40101 version_rejected Oauth版本号错误o 40102 parameter_absent Oauth缺少必要的参数o 40103 parameter_rejected Oauth参数被拒绝o 40104 timestamp_refused Oauth时间戳不正确o 40105 nonce_used Oauth nonce参数已经被使用o 40106 signature_method_rejected Oauth签名算法不支持o 40107 signature_invalid Oauth签名值不合法o 40108 consumer_key_unknown! Oauth consumer_key不存在o 40109 consumer_key_refused! Oauth consumer_key不合法o 40110 token_used! Oauth Token已经被使用o 40111 Oauth Error: token_expired! Oauth Token已经过期o 40112 token_revoked! Oauth Token不合法o 40113 token_rejected! Oauth Token不合法o 40114 verifier_fail! Oauth Pin码认证失败402 Not Start mblog: 没有开通微博403 Forbidden: 没有权限访问对应的资源.o 40301 too many lists, see doc for more info 已拥有列表上限o 40302 auth faild 认证失败o 40303 already followed 已经关注此用户o 40304 Social graph updates out of rate limit 发布微博超过上限o 40305 update comment out of rate 发布评论超过上限o 40306 Username and pwd auth out of rate limit 用户名密码认证超过请求限制o 40307 HTTP METHOD is not suported for this request 请求的HTTP METHOD不支持o 40308 Update weibo out of rate limit 发布微博超过上限o 40309 password error 密码不正确o 40314 permission denied! Need a high level appkey 该资源需要appkey拥有更高级的授权404 Not Found: 请求的资源不存在.500 Internal Server Error: 服务器内部错误.502 Bad Gateway: 微博接口API关闭或正在升级 .503 Service Unavailable: 服务端资源不可用.【人人网分享错误代码大全】<1> 一个未知的错误发生<2> 服务临时不可用<3> 未知的方法<4> 应用已达到设定的请求上限<5> 请求来自未经授权的IP地址<6> 当前用户session key过期了（已过期）<7> rest api调用次数超过了限制<100> 无效未知参数<101> 无效的API_KEY<102> 无效的SESSION_KEY<103> 必须是POST提交<104> 无效的签名<200> USER PERMISSIONS ERRORS<210> API_EC_PERMISSION_USER<220> API_EC_PERMISSION_ALBUM<221> <API_EC_PERMISSION_PHOTO><450> 当前用户的sessionKey过期<451> Session key specified cannot be used to call this method<452> Session key 无效. 可能传入的sessionKey格式出现错误<453> 调用此方法时，session key 是一个必须的参数<2000> 没有得到auth_token<2001> token对象中没有得到userId<2002> 用户没有登录校内网<10000> 登录失败<10201> API_EC_REST_LACKO_API_KEY<10202> API_EC_REST_LACKOF_SESSION_KEY<10203> API_EC_REST_LACKOF_CALL_ID<10600> 此接口的调用规则是: 48小时之内，一个用户最多可以调用10次<10601> Feed标题模板是无效的，标题模板中必须含有 \"{actor}\" 变量，且只含有一个<10602> 文本空，显示内容应该在30个字符之内<10603> if {target} is used, then target_ids becomes a required parameter<10604> title_data 参数不是一个有效的JSON 格式数组<10605> Feed的标题模板缺少必须的参数，或者title_data JSON数组定义的参数不完全。
MTK手机线刷错误代码信息解译以及解决方法大全
联发科MTK手机线刷错误代码信息解译以及解决方法大全【1002 错误】平台不对，换刷机工具【1003 错误】平台不对【解决办法】：换平台，建议换6752最新平台刷!【1011 错误】平台错误【解决办法】：换对应mtk刷机平台！【1012 错误】尾插问题【解决办法】：换个尾插即可完美解决！【1013 错误】打开端口失败或者电池问题【解决办法】：1.驱动有问题2.重启电脑3.主板问题，红色进度条后不走，等几秒钟后报错10134.先拔掉电池，然后按住音量+键不放，再装回电池，最后再插入电脑，如果还不行换个USB口即可！【1014 错误】刷机包不对【解决办法】：资料cpu不对，例如6575刷成了6577，换资料解决问题，这个问题跟8200错误一样！【1018 错误】基带被加密【解决办法】：换原厂加密刷机工具！【1022 错误】刷机软件版本和手机不匹配、或者USB 接口不好用，刷机平台不行！【解决办法】：先换个USB 端口刷，不行的话建议去载个最新刷机软件试试去！或者换刷机工具！【1036 错误】原因是手机内存己经损坏【解决办法】：请更换硬件或直接去售后维修【1037 错误】你的刷机包版本不对或者是操作方式不对【解决办法】：请更换刷机包如果你确定你的刷机包是正确的请把DA DL All... 这个勾选取消掉，然后点击Download进行刷机，如果你的平台是中文版的点击“下载”这个按钮进行刷机，英文版本的是“Download”按钮！【1040 错误】S_UNSUPPORTED_OPERATION 刷机引导文件Scatter.txt 不匹配【解决办法】：下载适合你的机器的线刷ROM，很明显这个山寨机会遇到！比如机器是双核6577，但是下载的刷机ROM 是单核6575 的所以会报错【1041 错误】常见字库引起的问题！【解决办法】：如果刷机包的版本符合手机的版本，基本可以断定是字库问题，目前除了更换字库以外貌似没有更好的解决方法！【2004 错误】数据线连接电脑时出现的问题【解决办法】：建议更换其他的usb接口，如果还是不像请更换数据线或者电脑再刷，或者可能是基带被加密，常见于6571，换原厂加密平台刷机！【2005 错误】S_BROM_CMD_STARTCMD_FAIL【解决办法】：1.联机手法不对，重新联机。
手机常见错误码GSM错误代码表
手机常见错误码GSM错误代码表GSM错误代码表GSM device:AT+CMEE=1AT&WCME ERROR's (GSM Equipment related codes)Error DescriptionCME ERROR: 0 Phone failureCME ERROR: 1 No connection to phoneCME ERROR: 2 Phone adapter link reservedCME ERROR: 3 Operation not allowedCME ERROR: 4 Operation not supportedCME ERROR: 5 PH_SIM PIN requiredCME ERROR: 6 PH_FSIM PIN requiredCME ERROR: 7 PH_FSIM PUK requiredCME ERROR: 10SIM not insertedCME ERROR: 11SIM PIN requiredCME ERROR: 12SIM PUK requiredCME ERROR: 13SIM failureCME ERROR: 14SIM busyCME ERROR: 15SIM wrongCME ERROR: 16Incorrect passwordCME ERROR: 17SIM PIN2 requiredCME ERROR: 18SIM PUK2 requiredCME ERROR: 20Memory fullCME ERROR: 21Invalid indexCME ERROR: 22Not foundCME ERROR: 23Memory failureCME ERROR: 24Text string too longCME ERROR: 25Invalid characters in text stringCME ERROR: 26Dial string too longCME ERROR: 27Invalid characters in dial stringCME ERROR: 30No network serviceCME ERROR: 31Network timeoutCME ERROR: 32Network not allowed, emergency calls onlyCME ERROR: 40Network personalization PIN requiredCME ERROR: 41Network personalization PUK requiredCME ERROR: 42Network subset personalization PIN required CME ERROR: 43Network subset personalization PUK required CME ERROR: 44Service provider personalization PIN required CME ERROR: 45Service provider personalization PUK required CME ERROR: 46Corporate personalization PIN requiredCME ERROR: 47Corporate personalization PUK requiredCME ERROR: 48PH-SIM PUK requiredCME ERROR: 100Unknown errorCME ERROR: 103Illegal MSCME ERROR: 106Illegal MECME ERROR: 107GPRS services not allowedCME ERROR: 111PLMN not allowedCME ERROR: 112Location area not allowedCME ERROR: 113Roaming not allowed in this location area CME ERROR: 126Operation temporary not allowedCME ERROR: 132Service operation not supportedCME ERROR: 133Requested service option not subscribed CME ERROR: 134Service option temporary out of orderCME ERROR: 148Unspecified GPRS errorCME ERROR: 149PDP authentication failureCME ERROR: 150Invalid mobile classCME ERROR: 256Operation temporarily not allowedCME ERROR: 257Call barredCME ERROR: 258Phone is busyCME ERROR: 259User abortCME ERROR: 260Invalid dial stringCME ERROR: 261SS not executedCME ERROR: 262SIM BlockedCME ERROR: 263Invalid blockCME ERROR: 772SIM powered downCMSERROR's (GSM Network related codes)Error DescriptionCMSERROR: 1 Unassigned numberCMSERROR: 8 Operator determined barringCMSERROR: 10 Call baredCMSERROR: 21 Short message transfer rejectedCMSERROR: 27 Destination out of serviceCMSERROR: 28 Unindentified subscriberCMSERROR: 29 Facility rejectedCMSERROR: 30 Unknown subscriberCMSERROR: 38 Network out of orderCMSERROR: 41 Temporary failureCMSERROR: 42 CongestionCMSERROR: 47 Recources unavailableCMSERROR: 50 Requested facility not subscribedCMSERROR: 69 Requested facility not implemented CMSERROR: 81 Invalid short message transfer reference value CMSERROR: 95 Invalid message unspecifiedCMSERROR: 96 Invalid mandatory informationCMSERROR: 97 Message type non existent or not implemented CMSERROR: 98 Message not compatible with short message protocol CMSERROR: 99 Information element non-existent or not implemente CMSERROR: 111Protocol error, unspecifiedCMSERROR: 127Internetworking , unspecifiedCMSERROR: 128Telematic internetworking not supportedCMSERROR: 129Short message type 0 not supportedCMSERROR: 130Cannot replace short messageCMSERROR: 143Unspecified TP-PID errorCMSERROR: 144Data code scheme not supportedCMSERROR: 145Message class not supportedCMSERROR: 159Unspecified TP-DCS errorCMSERROR: 160Command cannot be actionedCMSERROR: 161Command unsupportedCMSERROR: 175Unspecified TP-Command errorCMSERROR: 176TPDU not supportedCMSERROR: 192SC busyCMSERROR: 193No SC subscriptionCMSERROR: 194SC System failureCMSERROR: 195Invalid SME addressCMSERROR: 196Destination SME barredCMSERROR: 197SM Rejected-Duplicate SMCMSERROR: 198TP-VPF not supported CMSERROR: 199TP-VP not supported CMSERROR: 208D0 SIM SMS Storage full CMSERROR: 209No SMS Storage capability in SIM CMSERROR: 210Errorin MSCMSERROR: 211Memory capacity exceeded CMSERROR: 212Sim application toolkit busy CMSERROR: 213SIM data download error CMSERROR: 255Unspecified errorcause CMSERROR: 300ME FailureCMSERROR: 301SMS service of ME reserved CMSERROR: 302Operation not allowed CMSERROR: 303Operation not supported CMSERROR: 304Invalid PDU mode parameter CMSERROR: 305Invalid Text mode parameter CMSERROR: 310SIM not inserted CMSERROR: 311SIM PIN required CMSERROR: 312PH-SIM PIN required CMSERROR: 313SIM failureCMSERROR: 314SIM busyCMSERROR: 315SIM wrongCMSERROR: 316SIM PUK required CMSERROR: 317SIM PIN2 required CMSERROR: 318SIM PUK2 required CMSERROR: 320Memory failureCMSERROR: 321Invalid memory index CMSERROR: 322Memory fullCMSERROR: 330SMSC address unknown CMSERROR: 331No network service CMSERROR: 332Network timeout CMSERROR: 340No +CNMA expected。
VW50123_EN_2007-10-01
Group StandardVW 501232007-10Class. No.: 55124Descriptors:TPE, TPU, TPO, TPS, TPC, TPA, thermoplastic, elastomer, Santoprene, Sarlink, Thermoplast K, Hytrel, ArnitelCheck standard for current issue prior to usage.The English translation is believed to be accurate. In case of discrepancies the German version shall govern. Numerical notation acc. to ISO practice.Page 1 of 9This electronically generated standard is authentic and valid without signature.Technical responsibilityStandards departmentK-GQS-1/4 Peter Schulz Tel.: +49-5361-9-24365K-GQL-1/4 Dr. Lutz Wohlfarth Tel.: +49-5361-9-26049 K-GQL-1Dr. Thomas SchillingEKTC/4 Ute Hager-SüßTel.: +49-5361-9-49035EKTCManfred TerlindenConfidential. All rights reserved. No part of this document may be transmitted or reproduced without the prior permission of a Standards department within the Volkswagen Group. Contract partners shall obtain the standard only through the B2B supplier platform .© VOLKSWAGEN AG vwnorm-2007-07Thermoplastic Elastomers Quality RequirementsPrevious issues 2000-10, 2005-04ChangesThe following changes have been made as compared to Volkswagen standard VW 50123, 2005-04:─Section "Types of low hardness" modified1ScopeThis standard contains quality requirements for materials on the basis of thermoplastic elastomers (TPE) for motor vehicle components. 2 Definitions2.1Thermoplastic elastomers (TPE)Thermoplastic elastomers are elastomers that have a flow transition at temperatures above the application range.These elastomers are multi-phase materials that contain hard and soft segments as blocks in the main chain or hard segments grafted as side chains on flexible base chains. The soft segments form the movable areas necessary for the rubber elasticity. The cross-linked areas of these materials are relatively easy to split by means of heat and thus limit the characteristic rubber elastic application at higher temperatures. The thermoreversible cross-linkage of the TPE allows for thermoplastic-like processing.Page 2VW 50123: 2007-102.2 Type groups2.2.1 Types of low hardnessHardness range ≤ 65 Shore A and hardness range > 65 Shore A.Material markings no longer permitted for new designs Material markings valid for new designs (acc. to DIN EN ISO 18064)Description examples:Thermoplastic polyurethane (TPE-U) > PUR < Thermoplastic polyurethane (TPU)> TPU-ARES < (aromatic hard segments / soft ester segments)> TPU-ARET < (aromatic hard segments / soft ether segments)Thermoplastic EPDM/PP elastomer (TPE-O/V)> EPDM+PP < Thermoplastic EPDM/PP elastomer(TPO / TPV)> TPO-(EPDM+PP) < for elastomer phases that are not cross-linked> TPV-(EPDM+PP) < for cross-linked elastomer phasesThermoplastic styrene block copolymer (TPE-S)> PS/PE/PB < Thermoplastic styrene block copolymer (TPS) > TPS-SBS <2.2.2 Types of high hardnessHardness range 40 to 50 Shore D.Material markings no longer permitted fornew designsMaterial markings valid for new designsThermoplastic copolyetherester elastomer (TPE-E)> TEEE < Thermoplastic copolyetherester elastomer (TPC)> TPC-EE <Thermoplastic polyether block amide elastomer (TPE-A)> PEBA < Thermoplastic polyether block amide elastomer (TPA)> TPA-ES <3 DescriptionDescription example for a black, light-resistant Santoprene®with a preferred hardness of 60 Shore A and a density of 1,04 g/cm3.TPO-(EPDM+PP) acc. to VW 50123 – 60 Shore A, black, 1,04 g/cm3, light-resistant4 Requirements4.1 General requirementsApproval of first supply and changes acc. to Volkswagen standard VW 01155.Avoidance of hazardous substances acc. to VW 91101.TPE quality is preferably tested on components, component sections or, in exceptional cases, on test plates.Page 3VW 50123: 2007-10 On principle, samples shall be delivered with an indication of the manufacturer’s qualitydesignation.The number of parts required for laboratory tests must be agreed upon with the responsible material laboratory.During the manufacture of plate material, anisotropic effects (= orientation of macromolecules during manufacture) can be expected as a result of the plastic injection process. This leads to differences in the mechanical characteristic values for strength and elongation depending on the direction of the orientations. This must be taken into consideration during testing.To do this, corresponding specimens shall be taken from the plate material in longitudinal and crosswise direction and torn apart. Generally, the specimens taken crosswise to the direction of orientation of the macromolecules exhibit lower strength and elongation values.The specimens to be used for laboratory testing acc. to this standard shall be taken crosswise to the orientation of the macromolecules.4.2 Evaluation of the measuring resultsThe required numerical values apply to each individual measurement.Parts whose grades cannot be classified on the basis of this standard require a separate Technical Supply Specification or notes in the drawing.4.3 Color in as-received conditionAccording to drawing.4.4 AppearanceNo visible flaws, inclusions, etc.4.5 Material identification4.5.1 IR, PY-GC/MS couplingPyrolysis GC/MS acc. to Test Specification PV 3935.4.5.2 ThermogravimetrySee Section 6.1.Volatile, polymer and nonvolatile portions shall be specified.4.5.3 DSCSee Section 6.2.The following shall be specified: Enthalpy of fusion, melt range (beginning of melt applies as T m, not the maximum peak), curves for 1st heating, 1st crystallization, 2nd heating and 2nd crystallization.Page 4VW 50123: 2007-104.5.4 Dimensional stability under heat acc. to DIN EN ISO 306, method BOnly if required in the drawing, acc. to released sample.4.5.5 Density acc. to DIN EN ISO 1183Specification acc. to drawing.4.6 Hardness4.6.1 Shore AHardness range 55 to 80 Shore A for TPE that are subjected primarily to daytime light and weather factors (e.g. TPO, TPV like Santoprene®, Sarlink®, Thermoplast K®).4.6.2 Shore DHardness range 40 to 50 Shore D for TPE that can also come into contact with operating fluids, such as oils, greases, fuels, crankcase gases (limited resistance) (e.g. TPC such as Hytrel®, Arnitel®).4.7 Low-temperature elasticity after 22 h aging at -40 °C4.7.1 GeneralNo cracks or fracture under manual bending stress.4.7.2 Freeze temperature T GAccording to drawing.4.8 Ozone resistance acc. to VW 2.8.1, mounted similar to installed conditionFree of cracks.4.9 Burning behavior acc. to Technical Supply Specification TL 1010According to drawing.4.10 Lightfastness acc. to VW 2.8.1No changes compared to as-received condition, e.g. discoloring, embrittlement, decomposition, cracks. Only required if "lightfastness" is specified additionally in the drawing.4.11 Emission behavior according to VW 50180According to drawing.Page 5VW 50123: 2007-105 PropertiesHardness range Shore A, see Table 1.Hardness range Shore D, see Table 2.Table 1 – Hardness range Shore ANo. Property Unit Requirement1 Hardness acc. to DIN 535051.1 As-received condition (preferredhardness)Shore A Acc. to sample1.2 Change as compared to as-received condition1.2.1 After aging at elevated temperature,see Section 6.3Shore A 0 to +31.2.2 After aging in operating fluidssee Section 6.4,medium according to drawing Shore A Only if required in the drawing. Limit values to be specified.2 Weight change after aging in operatingfluids,see Section 6.4,medium according to drawing % Only if required in the drawing. Limit values to be specified.3 Tensile strength acc. to DIN 535043.1 As-received condition N/mm23.2 After aging at elevated temperature,see Section 6.3 N/mm2> 6 for as-received harnesses ≤ 65Shore A,> 12 for as-received harnesses > 65Shore A3.3 After aging in operating fluids,see Section 6.4,medium according to drawing N/mm2Only if required in the drawing. Limit values to be specified.4 Elongation at tear acc. to DIN 535044.1 As-received condition %4.2 After aging at elevated temperature,see Section 6.3% > 2504.3 After aging in operating fluidssee Section 6.4,medium according to drawing % Only if required in the drawing. Limit values to be specified.5 Tear propagation strength according toDIN ISO 34-1, method A,as-received conditionN/mm > 86 Permanent deformation acc. to PV 3307 % Acc. to drawing7 Rebound resilience acc. to DIN 53512 % Only if required in the drawing. Limitvalues to be specified.Table 2 – Hardness range Shore DNo. Property Unit Requirement1 Hardness acc. to DIN 535051.1 As-received condition (preferredhardness)Shore D 55 ±31.2 Change as compared to as-received conditionPage 6VW 50123: 2007-10No. Property Unit RequirementShore D 0 to +31.2.1 After aging at elevated temperature,see Section 6.31.2.2 After aging in operating fluids,see Section 6.4,medium according to drawing1.2.2.1 Engine oil acc. to TL 52185 Shore D ± 51.2.2.2 Transmission oil acc. to TL 726 Shore D ± 51.2.2.3 Grease acc. to TL 735 and TL 745 Shore D ± 51.2.2.4 Gasoline FAM 2 acc. to VW 2.8.1 Shore D 0 to -151.2.2.5 Diesel fuel acc. to DIN ISO 1817 – F Shore D 0 to -15Shore D 0 to -151.2.2.6 Vegetable oil methyl ester acc. toDIN EN 142141.2.2.7 Brake fluid acc. to TL 766 Shore D Acc. to drawing 1.2.2.8 Coolant acc. to TL 774 Shore D Acc. to drawing1.2.2.9 Medium acc. to drawing Shore D Acc. to drawing2 Weight change after aging in operating fluids,see Section 6.4,medium according to drawing2.1 Engine oil acc. to TL 52185 % ± 52.2 Transmission oil acc. to TL 726 % ± 52.3 Grease acc. to TL 735 and TL 745 % ± 52.4 Gasoline FAM 2 acc. to VW 2.8.1 % 0 to +302.5 Diesel fuel acc. to DIN ISO 1817 – F % 0 to +15% 0 to +152.6 Vegetable oil methyl ester acc. toDIN EN 142142.7 Brake fluid acc. to TL 766 % ± 52.8 Coolant acc. to TL 774 % ± 52.9 Medium acc. to drawing % ± 53 Tensile strength acc. to DIN 535043.1 As-received condition N/mm2> 30N/mm2> 303.2 After aging at elevated temperature,see Section 6.33.3 After aging in operating fluids,see Section 6.4,medium according to drawing3.3.1 Engine oil acc. to TL 52185 N/mm2> 253.3.2 Transmission oil acc. to TL 726 N/mm2> 253.3.3 Grease acc. to TL 735 and TL 745 N/mm2> 253.3.4 Gasoline FAM 2 acc. to VW 2.8.1 N/mm2> 203.3.5 Diesel fuel acc. to DIN ISO 1817 – F N/mm2> 253.3.6 Vegetable oil methyl ester acc. toN/mm2> 25 DIN EN 142143.3.7 Brake fluid acc. to TL 766 N/mm2> 253.3.8 Coolant acc. to TL 774 N/mm2> 253.3.9 Medium acc. to drawing N/mm2> 254 Elongation at break acc. to DIN 535044.1 As-received condition % > 4504.2 After aging at elevated temperature,% > 450 see Section 6.3Page 7VW 50123: 2007-10 No. Property Unit Requirement4.3 After aging in operating fluidssee Section 6.4medium according to drawing4.3.1 Engine oil acc. to TL 52185 % > 4504.3.2 Transmission oil acc. to TL 726 % > 4504.3.3 Grease acc. to TL 735 and TL 745 % > 4504.3.4 Gasoline FAM 2 acc. to VW 2.8.1 % > 3004.3.5 Diesel fuel acc. to DIN ISO 1817 – F % > 3004.3.6 Vegetable oil methyl ester acc. toDIN EN 14214% > 3004.3.7 Brake fluid acc. to TL 766 % > 4504.3.8 Coolant acc. to TL 774 % > 4504.3.9 Medium acc. to drawing % > 4505 Tear propagation strength acc. toDIN ISO 34-1N/mm > 406 Notched impact strength acc. toDIN EN ISO 179-1 at +23 °C kJ/m2Acc. to sample; only if required in the drawing.7 Behavior with respect to crankcase gasesacc. to PV 3936 Acc. to sample; only if required in the drawing.6 Notes on testing6.1 ThermogravimetryE.g. Perking Elmer’s test equipment DSC7 may be used as testing device.A finished part section weighing approx. 10 mg, which has been chopped into pieces with an edge length of ≤ 1 mm by means of an appropriate tool, serves as a specimen.The specimen is heated under nitrogen from +50 °C t o +700 °C at a heating rate of 20 °C/min and then cooled under nitrogen to +400 °C at 20 °C/min.Subsequently, the nitrogen atmosphere is replaced by oxygen. The specimen is now heated from +400 °C to +800 °C at a heating rate of 40 °C/min. The final temperature is maintained for 15 min. The flow rate of the test gases is 70 ml/min. At least 3 specimens removed from different areas of the finished part shall be tested.6.2 DSCE.g. Perking Elmer’s test equipment DSC7 may be used as testing device.A plane parallel finished part section of a weight of approx. 10 mg serves as specimen.The specimen is heated from +50 °C to +310 °C at a heating rate of 10 °C/min. Subsequently, the specimen is cooled down to +150 °C at 5 °C/min and then heated again to +310 °C at a heating rate of 10 °C/min. The test is carried out in norma l atmosphere.To evaluate the enthalpy of fusion of the polymer, the residue determined in the thermogravimetry must be subtracted from the real specimen weight.6.3 Aging at elevated temperatureAging in the mechanical circulation oven acc. to DIN 53508. Aging durations and temperatures shall be agreed upon. Measurements to be taken after cooling to room temperature (23 ± 2) °C.Page 8VW 50123: 2007-106.4 Aging in operating fluids6.4.1 GasolineThe specimens are aged in FAM test fluid acc. to DIN 51604-2 (FAM 2).Composition:─84,5 volume percent FAM test fluid acc. to DIN 51604-1 (FAM 1),─15,0 volume percent methanol,─0,5 volume percent water.Other test fluids may be used if required (deviations acc. to drawing).168 h aging (other aging durations acc. to drawing) at room temperature (23 ± 2) °C; the specimen shall be dabbed off with filter paper (black band) after aging; evaluation shall begin after 1 minute (in justified cases, which must be agreed upon, evaluation may also begin 15 minutes after removal).6.4.2 Diesel fuel, fatty acid methyl ester (FAME)168 h aging at room temperature (23 ± 2) °C. In jus tified cases, other aging durations and test temperatures can be agreed upon. For aging in diesel fuel, the test fluid acc. to DIN ISO 1817-F (old designation: A20/NP II standard diesel fuel by Haltermann comp.) with a proportion of fatty acid methyl ester of 5 volume percent acc. to DIN EN 14214 shall be used.6.4.3 Engine oil, transmission oil and grease96 h aging duration. In justified cases, other aging times and test temperatures can be agreed upon.6.4.4 CoolantS3A standard specimens are aged in an autoclave in test fluid consisting of 50 volume parts de-ionized water and 50 volume parts coolant additive acc. to TL 774-D at 135 °C. Test durations are subject to agreement. The fluid volume must be 150 to 180 times the specimen volume. Subsequently the specimens are cooled down to (23 ± 2) °C in the test fluid within 2 hours and measured.6.4.5 Brake fluidThe specimens are aged in 75 ml brake fluid for 70 h at +120 °C. To do this, tightly closable glass containers with approx. 250 ml volume and 50 mm diameter shall be used. After the test is over, the elastomer parts are conditioned in the container at (23 ± 2)°C for 60 min to 90 min. Subsequently, the specimens are removed from the liquid, rinsed briefly (max. 10 s) in isopropyl alcohol and dried with a clean, fiber-free cloth. The measurements shall be performed within 60 min after the specimens have been rinsed in alcohol.Page 9VW 50123: 2007-107 Referenced standardsThe following documents cited in this standard are necessary for application. In this Section, terminological inconsistencies may occur as the original titles are used.PV 3307 Elastomer Components; Plastic and Elastic DeformabilityPV 3935 Plastics and Elastomers; Pyrolytic Gas Chromatography/Mass Spectrometry PV 3936 Polymer Material; Resistance Test to Components of Blow-By GasesTL 726 Transmission Oil API GL 4 SAE 75W / SAE 80W; Lubricant RequirementsTL 735 Multi-Purpose Grease; Lubricant RequirementsTL 745 Multi-Purpose Low-Temperature Grease; Lubricant RequirementsTL 766 Brake Fluid; Material RequirementsTL 774 Ethylene Glycol-Based Coolant Additive; Material RequirementsTL 1010 Materials for Vehicle Interiors; Flammability, Material RequirementsTL 52185 Reference Engine Oil SAE 5W-30; Testing of Compatibility with Respect to Elastomer Materials; Lubricant RequirementsVW 2.8.1 Elastomers; Material Requirements and TestingVW 01155 Vehicle Supply Parts; Approval of First Supply and ChangesVW 50180 Components in Passenger Compartment; Emission BehaviorVW 91101 Environmental Standard for Vehicles; Vehicle Parts, Materials, Operating Fluids; Avoidance of Hazardous SubstancesDIN 51604-1 FAM Testing Fluid for Polymer Materials; Composition and RequirementsDIN 51604-2 Methanolic FAM Testing Fluid for Polymer Materials; Composition and RequirementsDIN 53504 Testing of Rubber – Determination of Tensile Strength at Break, Tensile Stress at Yield, Elongation at Break and Stress Values in a Tensile TestDIN 53505 Testing of Rubber – Shore A and Shore D Hardness TestDIN 53508 Testing of Rubber – Accelerated AgeingDIN 53512 Testing of Rubber – Determination of Rebound Resilience (Schob pendulum) DIN EN 14214 Automotive Fuels; Fatty Acid Methyl Esters (FAME) for Diesel Engines;Requirements and Test MethodsDIN EN ISO 179-1 Plastics; Determination of Charpy Impact Properties – Part 1: Non-Instrumented Impact TestDIN EN ISO 306 Plastics – Thermoplastic Materials – Determination of Vicat Softening Temperature (VST)DIN EN ISO 18064 Thermoplastic Elastomers; Nomenclature and Abbreviated TermsDIN EN ISO 1183-1 Plastics – Methods for Determining the Density of Non-Cellular Plastics – Part1 – Immersion Method, Liquid Pyknometer Method and Titration MethodDIN ISO 34-1 Rubber, Vulcanized or Thermoplastic – Determination of Tear Strength - Part 1: Trouser, Angle and Crescent Test PiecesDIN ISO 1817 Rubber, Vulcanized – Determination of the Effect of Liquids。
彻底解决IE无法浏览密钥长度512位以下HTTPS网站的方法
彻底解决IE无法浏览密钥长度512位以下HTTPS网站的方法作者：陈慧蕊陈连春来源：《今日财富》2016年第06期摘要：自Microsoft 在2012年8月14日发布的“最小密钥长度更新（2661254）”安全通报和2013年11月12日发布“重要数字签名中的漏洞可能允许拒绝服务（MS13-095 ，更新2868626）”的安全公告有关内容，WindowsXPSP3和Windows7从非安全更新（2661254）开始阻止使用长度少于 1024 位的弱RSA密钥的功能，Windows 8或 Windows Server 2012 已经包含了阻止使用长度少于 1024 位的弱 RSA 密钥的功能。
但是1024位以下密钥作为过渡阶段的HTTPS服务器有一定的存在数量，特别是采用SSL硬件加密卡方式加密的网站来说，需要更长的时间周期来替换，而业务往往又不能中断，结合实际工作中碰到的问题，通过仔细研究，提出了比较完整的、详细的解决方案。
关键字：HTTPS服务器；密钥长度；Windows更新；注册表问题提出：根据Microsoft 在2012年8月14日发布的“最小密钥长度更新（2661254）”安全通报和2013年11月12日发布“重要数字签名中的漏洞可能允许拒绝服务（MS13-095 ，更新2868626）”的安全公告有关内容，WindowsXPSP3和Windows7从非安全更新（2661254）开始阻止使用长度少于 1024 位的弱RSA密钥的功能，非安全更新2868626是2661254的替代；而Windows 8或 Windows Server 2012 已经包含了阻止使用长度少于 1024 位的弱 RSA 密钥的功能。
其结果是在安装了以上更新包的WindowsXPSP3（以上更新包不适合WindowsXPSP2）和Windows7系统和所有的Windows8系统的Internet Explorer（以下简称IE）浏览器将不允许访问使用密钥长度少于 1024 位的 RSA 证书保护的网站。
VW01105-2_EN_2004-03-01
Confidential. All rights reserved. No part of this document may be transmitted or reproduced without the prior written permission of a Standards Department of the Volkswagen Group.Parties to a contract can only obtain this standard via the responsible procurement department.VOLKSWAGEN AGN o r m v o r A n w e n d u n g a u f A k t u a l i t ät p r üf e n / C h e c k s t a n d a r d f o r c u r r e n t i s s u e p r i o r t o u s a g e .T h e E n g l i s h t r a n s l a t i o n i s b e l i e v e d t o b e a c c u r a t e . I n c a s e o f d i s c r e p a n c i e s t h e G e r m a n v e r s i o n s h a l l g o v e r n .Page 2VW 011 05-2: 2004-03Unless otherwise specified in this standard, the following standards apply:DVS 2932-1 Resistance Spot and Roller Seam Welding of Aluminium and Aluminium Alloys from0.35 to 3.5 mm Individual Thickness – Fabrication WeldabilityDVS 2932-3 Resistance Spot and Roller Seam Welding of Aluminium and Aluminium Alloys from0.35 to 3.5 mm Individual Thickness – Fabrication Weldability – Preparation andExecution of the WeldingVW 01105-1 Resistance Spot Welding; Design, Calculation, Process Assurance; Uncoated and Coated Sheet Steelssuitability2 Welding2.1 DefinitionA material possesses welding suitability for resistance spot welding if, in the course of production, the chemical, metallurgical and physical properties and the surface characteristics inherent in the material allow a weld to be made that satisfies the requirements stipulated in the particular case. The less the factors governed by the material have to be taken into account when determining the welding procedure for a given design, the better is the welding suitability of a material within a material group.2.2 MaterialsAluminum and aluminum alloys have distinctly higher electrical and thermal conductivity than steels and therefore require many times higher welding current with shorter weld times. Upon exposure to oxygen, a natural oxide layer is spontaneously formed, which can impair welding to a greater or lesser extent depending on its type and thickness.The electrical conductivity is essentially determined by the chemical composition (see DIN EN 573-3, -4); this conductivity decreases as the alloy component content (e.g., Mg, Mn, Cu, Zn, Sn) increases (see Table 1).Aside from electrical and thermal conductivity, contact resistance is the most important influencing factor in resistance spot welding of aluminum and aluminum alloys.2.3 UnusualaspectsThe risk of hot cracks is less with spot welding than with fusion welding. This is because of the weld nugget (melt) solidifying under the external electrode force.Page 3VW 011 05-2: 2004-03Table 1 – Classification of aluminum materialsElongation at break Averagethermalconductivity Averagespecificelectricalconductivity Meltingtemperature/ solidification rangeTensilestrength R m 0.2% offset proof stress R p0.2 A 5 A 10 Material codeG r o u pW/cm Km/Ωmm 2°C N/mm 2 from/to N/mm 2 from/to % from/to % from/to Al 99.8 2.2 36.0 660 60 – 160≥50 – ≥100 4 – ≥40 3 – ≥35Al 99.5 2.2 34.5 646 – 657 65 – ≥170≥55 – ≥130 3 – ≥40 2 – ≥35Al 99.0 2.2 33.5 644 – 657 75 – ≥180≥60 – ≥140 3 – ≥40 2 – ≥35AlFeSi I2.2 32.5 640 – 655 80 – ≥210 30 – ≥180 3 – ≥35 2 – ≥30AlMn, AlMnCu 1.75 25.0 643 – 654 90 – ≥21035 – ≥170 3 – ≥28 2 – ≥25AlMn 1 Mg 1/Mg 0.5 1.63 34.5 635 – 654 120 – ≥28050 – ≥230 4 – ≥23 1 – ≥17AlMg 0.5 1.95 27.5 635 – 654 90 – ≥19030 – ≥180 3 – ≥26 2 – ≥24AlMg 1 1.85 27.5 630 – 650 105 – ≥21035 – ≥190 3 – ≥24 2 – ≥21AlMg 1.5 – 1.8 1.75 26.0 625 – 650 130 – ≥24045 – ≥200 6 – ≥23 5 – ≥20AlMg 2 Mn 0.3 1.5 24.5 560 – 645 155 – ≥27060 – ≥230 3 – ≥20 2 – ≥17AlMg 2.5 1.5 22.0 607 – 649 170 – ≥29060 – ≥210 3 – ≥20 2 – ≥17AlMg 2 Mn 0.8 1.5 22.0 620 – 650 190 – ≥30580 – ≥250 3 – ≥20 2 – ≥17AlMgSi 0.5 1) 3) 2.0 30.0 585 – 650 130 – ≥24565 – ≥195 10 – ≥198 – ≥16AlMgSi 0.7 1) 3) 1.7 28.0 585 – 650 180 – ≥27090 – ≥2258 – ≥15 6 – ≥12AlMgSi 1 1) 1.85 28.0 585 – 650 205 – ≥315255 8 – ≥188 – ≥15AlMg 0.4 Si 1.2 2) 4) 1.70 27.0 530 – 650 200 – ≥270100 – ≥240 12 – ≥2910 – ≥24AlCuMg 1 2) 1.55 23.5 512 – 650 395110 – ≥265 ≥13≥11AlCuMg 2 2) 1.50 23.0 504 – 640 440130 – ≥290 ≥13≥11AlCuSiMn 1) II1.65 23.5 507 – 638 380 – ≥460200 – ≥400 6 – ≥13 5 – ≥11AlMg 3 6) 1.45 21.0 580 – 650 ≥190 – ≥30580 – ≥250 3 – ≥20 2 – ≥17AlMg 5 5) 6) 1.3 17.0 560 – 630 ≥270 – ≥350≥130 – ≥270 3 – ≥26 2 – ≥22AlMg 2.7 Mn 1.35 20.0 602 – 646 ≥220 – ≥33090 – ≥310 4 – ≥22 3 – ≥22AlMg 4.5 Mn 1.2 17.5 574 – 638 275 – ≥405125 – ≥270 6 – ≥17 5 – ≥15AlZn 4.5 Mg 1 1) 1.3 20.5 600 – 650 310 – ≥350≥200 – ≥290 10 – ≥148 – ≥12AlZnMgCu 0.5 1) 1.35 20.0 485 – 640 310 – ≥450200 – ≥420 7 – ≥14 6 – ≥12AlZnMgCu 1.51)III1.3521.0480 – 640310 – ≥530250 – ≥4607 – ≥146 – ≥121) Values for the normal usage state artificially aged. 2) Values for the normal usage state naturally aged. 3) Available as extruded profiles only. 4) Non-standardized body alloy.5) Values also for non-standardized body panel alloy. 6) Also available as wire material.Page 4VW 011 05-2: 2004-033 Requirements 3.1Standard values for weldingThe electrode force, machine follow-up, welding current, weld time, electrode geometry, material and surface finish of the joining components are decisive for the dimensions and quality of weld spots.A welding range diagram is useful in adapting the setting values (VW 011 05-1). For aluminum and aluminum alloys the nugget diameter is .5t d L ∗= The following designation applies to the spot diameter: L P d d ∗=15.1.The standard values listed in Table 2 refer to an alloy of Group III in Table 1, e.g., AlMg 3. If alloys with a higher electrical conductivity are used, the welding current must be increased. When using pure aluminum, the electrode force must be reduced.Table 2 – Standard values for spot welding with direct currentDimensions in mmWith the standard values given in Table 2, the specific electrical conductivity of the materials to be welded must be taken into account:─ high conductivity – higher welding currents – longer weld times ─lower conductivity– lower welding currents– shorter weld timesPage 5VW 011 05-2: 2004-033.2 Welding equipmentMachines with considerably higher welding current are needed for welding aluminum than for steel of the same thickness.The following equipment is used: welding with alternating currentwelding with an inverter (direct current)Welding can in principle be performed using either alternating or direct current. The range of adjustable welding parameters is narrower when using alternating current. When using direct current, a lower welding current shall generally be used to obtain the same strength.The higher the electrical conductivity of the material of the joining components and the greater the sheet thickness, the greater the difference in the required welding current.It must be taken into account that the positive electrode (anode) is subject to greater thermal load due to the Peltier effect. Furthermore, the weld nugget can shift noticeably in the direction of the anode.3.3 Electrode shapesFor welding according to Table 2, electrode shapes A and B according to Figure 1 with the dimensions listed in the table are recommended .If the main criterion is the durability of the spot weld joints, conical (preferably 130°) electrodes can be used. The crowning radius of the electrodes should then be between 40 and 150 mm (sheet thickness ≤ 1.5 mm). Disadvantages include the increased thermal load on the electrodes, the greater tendency towards electrode pick-up and the deeper electrode indentation in the sheet. If the electrode pick-up tendency is the most important criterion, electrodes with crown radii between 100 and 150 mm should be selected. This also results in shallower electrode indentations. If the depth of the electrode indentation is the main criterion, an electrode with a flat working surface, combined with an electrode with a crowned working surface, is advantageous, Figure 1.Figure 1 – Examples of electrode shapes4 Design See VW 011 05-1.A B C DR 100 t o 150R 40 t o 50R 100 t o 150Page 6VW 011 05-2: 2004-035 TestFor the quality audit of spot weld joints with aluminum materials, the procedures in the Test Specifications PV 6723 and PV 6717 are decisive.entries6 DrawingSee DIN EN 22 553.standards*)7 ReferencedVW 01105-1 Resistance Spot Welding; Design, Calculation, Process Assurance;Uncoated and Coated Sheet SteelsPV 6717 Panels (Deep-Drawn Parts) in Steel Body Construction; Evaluation, Rework, InspectionPV 6723 Spot Weld Joints; Strength Testing; Aluminum MaterialsDIN EN 22553 Welded, Brazed and Soldered Joints – Symbolic Representation on DrawingsDVS 2932-1 Resistance Spot and Roller Seam Welding of Aluminium and Aluminium Alloys from 0.35 to 3.5 mm Individual Thickness – Fabrication Weldability DVS 2932-3 Resistance Spot and Roller Seam Welding of Aluminium and Aluminium Alloys from 0.35 to 3.5 mm Individual Thickness – Fabrication Weldability –Preparation and Execution of the WeldingOther standardsDIN EN 573-3 Aluminium and Aluminium Alloys – Chemical Composition and Form of Wrought Products – Part 3: Chemical CompositionDIN EN 573-4 Aluminium and Aluminium Alloys – Chemical Composition and Form of Wrought Products – Part 4: Forms of ProductsDVS 2936 Resistance Projection Welding of Aluminium Materials from 0.35 to 3.5 mm Individual Thickness*) In this section, terminological inconsistencies may occur as the original titles are used.。
GPS数据格式导入
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无线宽带错误代码
1 5100=准备连接无线宽带(WLAN)网络\r无线模块装载成功。
2 5101=正在为当前上网卡设置3G模式，请稍候。
3 5102=正在为当前上网卡设置1X模式，请稍候。
4 5103=为当前上网卡设置3G模式失败，请稍候再试。
(5103)5 5104=为当前上网卡设置1X模式失败，请稍候再试。
(5104)6 5105=当前上网卡设置3G模式失败。
(5105)7 5106=当前上网卡设置1X模式失败。
(5106)8 5107=当前上网卡不支持3G模式。
(5107)9 5108=未检测到无线宽带(1X)网络。
(5108)10 5109=您的上网卡硬件没有插好或者UIM卡无效。
(5008)11 5110=您的PIN码验证失败，该项无线宽带接入功能无法使用。
(5017)12 5111=您的UIM卡PUK码已经锁定，无法使用该卡，请在PIN码管理菜单中解锁。
(5018)13 5112=您的UIM卡PIN码已经锁定，无法使用该卡，请使用手机解锁UIM卡PIN码。
(5112)14 5113=系统文件被破坏或系统环境没配置好，无线宽带接入模块不可用。
(5015)15 5114=初始化连接发生错误，请确认Remote Access Connection Manager服务已经启动。
(5009)16 5115=无线宽带(WLAN)的接入网络号为空。
(5115)17 5116=无法获取无线宽带(WLAN)的网络信息。
(5116)18 5117=连接无线宽带(WLAN)网络出错。
(5117)19 5118=连接无线宽带(WLAN)网络超时，请尝试重新连接。
(5118)20 5119=正在初始化拨号模块。
21 5120=已经成功连接。
22 5121=正在断开。
23 5122=连接已经断开或者连接错误。
24 5123=连接已经断开。
25 5124=断开失败，请稍候重试。
(5124)26 5125=正在取消。
27 5126=未检测到无线宽带(WLAN)网络。
智慧家庭考试题库
1. [单选题] 在确定了光缆的路由走向后，沿光缆路由，在墙面上安装螺钉扣。
螺钉扣用Φ6mm膨胀管及螺丝钉固定。
两个螺钉扣之间的间距为( )。
(1分)1. 20cm2. 40cm3. 60cm4. 80cm正确答案: C2. [单选题] 客户需要在电信室内布线服务，电信按照4米内（）元/点收取费用(1分)1. 152. 203. 254. 30正确答案: B3. [单选题] 以下ONU接收光信号中，哪一种会引发用户掉线（）(1分)1. -6dbm2. -13dbm3. -23dbm4. -25dbm正确答案: A4. [单选题] EPON上下行数据分别采用不同的波长进行传输，其中CATV信号采用的波长为（）(1分)1. 1300nmB2. 1310nm3. 1490nm4. 1550nm正确答案: D5. [单选题] 将本地计算机上的文件拷贝到远程计算机上称为(1分)1. 上传2. 下载3. 复制4. 剪切正确答案: A6. [单选题] 在光通信中，ODN1：16光分路器的损耗最大不超：（）(1分)1. 9db2. 12db3. 14db4. 16db正确答案: C7. [单选题] 光信号能够在光纤中以极低的损耗传输，是利用了光纤的( )原理(1分)1. 反射2. 折射3. 全反射4. 透射正确答案: C8. [单选题] E8-C可以支持几个SSID？（）(1分)1. 12. 23. 34. 4正确答案: D9. [单选题] 制作直连网线时，通常工程中用的比较多的是（）标准(1分)1. T569A2. T568A3. T569B4. T568B正确答案: D10. [单选题] 误码率是衡量哪项传输性能的指标( ) (1分)1. 可靠性2. 速率3. 容量4. 吞吐量正确答案: A11. [单选题] EPON传输上行采用是（）(1分)1. 竞争方式2. 广播方式3. 空分方式4. 时分方式正确答案: D12. [单选题] “智宽生活“的含义是( ) (1分)1. 智慧家庭、智慧生活2. 智能光宽带、智慧新生活3. 智慧光宽带、智能新生活4. 智慧家庭、带宽生活正确答案: B13. [单选题] Internet中采用的交换技术是( ) (1分)1. 电路交换2. 报文交换3. 分组交换4. 信元交换正确答案: C14. [单选题] 架空自承式光缆与电力线交越时，交越距离保持( )以上(1分)1. 0.6m2. 0.8m3. 1m4. 1.2m正确答案: C15. [单选题] 监控摄像头无线网络接入方式为(1分)1. wifi2. Zigebb3. 蓝牙4. DNFC正确答案: A16. [单选题] 选用螺钉固定方式时，应根据线槽及其配件上标注的螺钉固定位置，将线槽及其配件固定在墙面上，一般1米直线槽需用( )螺钉进行固定。
译文-VW_01054_工程图纸 英文版 (1).
大众汽车股份有限公司集团标准VW01054发布日期：2012年2月分类号：02245描述符号：尺寸标记、尺寸线、延长线、尺寸线限制、基准线、尺寸图、带括号的尺寸、管道弯曲、孔距、弧度、椎体尺寸、锥度、斜面、等间距公差、尺寸、包容要求、公差标注基本原则工程制图尺寸标记以往版本VW01054:1975年7月，1990年3月，1998年10月，2005年9月，2009年2月，2011年3月变更相对于VW01054：2011年3月的标准，本标准中有如下变更：—第2章：增加备注1—第20章：在图片138中加入挤压螺纹尺寸标记示例并增加文字—增加附录A（规范性文件）—增加附录B（信息性文件）目录页码1 范围 (2)2 公差原则、一般信息 (2)3 尺寸线、延长线 (3)4 尺寸线限制条件 (6)5 基准线、基准 (6)6 尺寸 (7)7 含标记的尺寸 (9)8 等间距公差 (11)9 对比数据记录所得出的表面形态公差及修整公差 (12)10 半径 (14)11 直径符号 (17)12 方形符号、对角交叉线、对边宽度 (18)13 球体 (19)14 椎体、锥度、斜面 (20)请在使用前核实本标准是否为最新版标准。
本电子版标准真实有效、且没有签名。
页码1/共41页本标准的英文译文准确。
如出现差异，则德文版标准为唯一有效管理标准。
机密信息。
版权所有。
在未事先得到大众集团成员公司标准部许可的前提下，不得将本文件中的任何一部分提供给第三方或复印。
本标准仅供缔约方使用，具体获得方式：B2B供应商平台○C大众汽车股份有限公司页码2VW 01054：2012年2月15 凹槽 (21)16 孔距、间距 (24)17 分度线、角度 (24)18 对称零件 (25)19 圆弧尺寸、有效长度 (26)20 螺纹尺寸 (27)21 工件边缘 (30)22 弯管与弯曲杆 (31)22.1 坐标系尺寸标记 (31)22.1.1 管道各轴（管道中心） (31)22.1.2 管道横切面 (31)22.1.3 管道中心正切线 (32)22.2 含尺寸表格条目的图形图纸 (33)22.3 含尺寸表格条目的简化图纸 (34)23 适用文件 (36)附录A (36)A.1 单独纵向尺寸用“包容”公差原则的偏离流程 (36)附录B (39)B.1 公差原则 (39)B.1.1 对公差原则中“包容”的解释 (39)B.1.2 对公差原则中“独立原则”的解释 (40)1范围本标准适用于确定工程制图及其它研发相关文件中的尺寸标记。
Outlook错误代码
Outlook错误代码OUTLOOK无法收信或OUTLOOK无法寄信的问题，需要针对病征做药到病除的动作，如果您的邮件服务器老是出现这样的问题，可以考虑改用EVO邮件服务器一般错误1 0x80004005 MISC The operation failed Virus Scanner Integration Issue Usually Related T o Script Blocking. 和防病毒软件整合的指令脚本有关2 0x800300FD MISC Unknown Error Indicates That There Is Insufficient Space in the Temp Folder 1.empty Your Deleted Items Folder 2.empty Your Temp Folder; C:windowstemp 可能temp文件夹空间不足，可清空temp文件夹3 0x80040109 MISC The Operation cannot be performed because the message has been changed Virus Scanner Integration Issue. Some Add-in May Have Altered the Message Upon Sending. 防病毒软件在扫描时可能动到邮件内容4 0x80040115 MISC The connection to the Microsoft Exchange server is unavailable. Outlook must be online or connected to complete this action 1. the Server Is Not Reachable, Check Your Connection And Verify That Outlook Is in On-line Mode.2. This Issue Could Also Occur With Other Mail Servers, Not Just Exchange. 邮件服务器断线或是Outlook本身也在在线，在其他的邮件服务器也可能发生5 0x80040119 MISC An unknown error has occurred.Messaging interface has caused an unknown error. 1. Virus Scanner Integration Issue Usually Related To Authentication.2. This Issue Could Also Occur When There are Errors in Your Pst-file. 防病毒软件整合可能造成身分认证上的问题或PST档案中有错误6 0x8004011D MISC Task Microsoft Exchange Server reported error (0×8004011D): The server is not available. Contact your administrator if this condition persists. 1. the Server Is Not Reachable, Check Your Connection And Verify That Outlook Is in On-line Mode.2. This Issue Could Also Occur With Other Mail Servers, Not Just Exchange. 邮件服务器断线或是Outlook本身也在在线，在其他的邮件服务器也可能发生7 0x80040305 MISC Your server administrator has limited the number of items you can open simultaneously. Email too big (Google Apps Sync) These Limitations Can Be Set On the Mail Server. Contact Your Mail Admin To Find Out Which Limitations are in Affect. 信件内附件档案大小限制的问题8 0x80040600 MISC An unknown error has occurred Virus Scanner Integration Issue Usually Related To Authentication.this Issue Could Also Occur When There are Errors in Your Pst-file. 防病毒软件整合可能造成身分认证上的问题或PST档案中有错误9 0x80040607 MISC An unknown error occurred Virus Scanner Integration Issue.authentication Not Enabled For the Configured Smtp Server. 防病毒软件整合可能造成身分认证上的问题10 0x800420CB MISC POP3_NO_STORE Mail Cannot Be Stored On Server POP3邮件无法存在服务器上11 0x800420CD MISC xxx.eml is unable to load because of cannot open file There May Be Something To Do With Antivirus Or Other Application Accessing the Eml File. Rebooting System May Help. 防病毒软件或其他软件正在使用该文件，尝试重开机12 0x80042108 MISC Outlook is unable to connect to your incoming POP3 e-mail server 1. Check Mail Port in Outlooking Setting 2. Increase Timeout Period 可检查outlook端口设定或是将timeout数值增大13 0x80042109 MISC smtp service denied Smtp Port 25 May Be Blocked By Isp ISP 可能阻挡 port 25，请通知邮递员14 0x8004210a MISC The operation timed out waiting for a response from the receiving (POP) server This Problem Has Been Observed in Some Configurations That Use Antivirus Software To Scan E-mail. the Products in Which This Problem Occurs May Vary. However, These Symptoms Have Been Observed in Configurations That Include Norton Internet Security 2005, Norton Antivirus 2003, Norton Antivirus 2002, Or Mcafee Software Products 防病毒软件在扫描病毒造成邮件服务器没响应的状况15 0x800CCC00 General LOAD_SICILY_FAILED Authentication Did Not Load 身份验证(Authentication)未载入16 0x800CCC01 General INVALID_CERT_CN Invalid Certificate Content 认证（Certificate）内容错误17 0x800CCC02 General INVALID_CERT_DATE Invalid Certificate Date 认证证日期错误18 0x800CCC03 General ALREADY_CONNECTED User Already Connected 使用者已联机19 0x800CCC04 General CONN N/a N/A20 0x800CCC05 General NOT_CONNECTED Not Connected To Server 未联机到服务器21 0x800CCC06 General CONN_SEND N/a N/A22 0x800CCC07 General WOULD_BLOCK N/a N/A23 0x800CCC08 General INVALID_STATE N/a N/A24 0x800CCC09 General CONN_RECV N/a N/A25 0x800CCC0A General INCOMPLETE Message Download Incomplete 邮件下载未完成26 0x800CCC0B General BUSY Server Or Incorrect Domain On Sender's Email Address 电子邮件中的网域或服务器错误27 0x800CCC0C General NOT_INIT N/a N/A28 0x800CCC0D General CANT_FIND_HOST Cannot Locate Server 找不到主机29 0x800CCC0E General FAILED_TO_CONNECT Cannot Connect T o Server 联机到服务器失败，无法与主机建立联机30 0x800CCC0F General CONNECTION_DROPPED Connection Closed 服务器结束联机31 0x800CCC10 General INVALID_ADDRESS Address Not Known On Server 服务器无法辨认此邮件地址32 0x800CCC11 General INVALID_ADDRESS_LIST Mailing List Not Known On Server 服务器无法辨认的 Mailing list33 0x800CCC12 General SOCKET_READ_ERROR Unable To Send Winsock Request 无法传送 Winsock request34 0x800CCC13 General SOCKET_WRITE_ERROR Unable To Read Winsock Reply 无法接收 Winsock reply35 0x800CCC14 General SOCKET_INI_ERROR Unable To Initialise Winsock 无法起始 Winsock36 0x800CCC15 General SOCKET_CONNECT_ERROR Unable To Open Windows Socket 无法开启 Windows Socket37 0x800CCC16 General INVALID_ACCOUNT User Account Not Recognized 无法辨认使用者账号，使用者账号错误38 0x800CCC17 General USER_CANCEL User Canceled Operation 使用者中断操作39 0x800CCC18 General SICILY_LOGON_FAILED Logon Attempt Failed 登入失败40 0x800CCC19 General TIMEOUT Timeout 作业逾时41 0x800CCC1A General SECURE_CONNECT_FAILED Unable To Connect Using Ssl 无法以 SSL 建立联机42 0x800CCC31 HTTP HTTP_BAD_REQUEST Bad RequestConfiguration, Or Bad Or Malformed Request 不正确或格式错误的指令要求43 0x800CCCD1 IMAP IMAP_LOGINFAILURE Logon Failed 登入失败44 0x800CCCD2 IMAP IMAP_TAGGED_NO_RESPONSE Message Tagged 标记的邮件没有响应45 0x800CCCD3 IMAP IMAP_BAD_RESPONSE Invalid Response T o Request 对指令要求发出无效的响应46 0x800CCCD4 IMAP IMAP_SVR_SYNTAXERR Syntax Error 服务器语法错误47 0x800CCCD5 IMAP IMAP_NOTIMAPSERVER Not an Imap Server 不是IMAP服务器48 0x800CCCD6 IMAP IMAP_BUFFER_OVERFLOW Buffer Limit Exceeded 超出缓冲区的上限49 0x800CCCD7 IMAP IMAP_RECVR_ERROR Recovery Error 修复时发生的错误50 0x800CCCD8 IMAP IMAP_INCOMPLETE_LINE Incomplete Data 资料不完全51 0x800CCCD9 IMAP IMAP_CONNECTION_REFUSED Connection Not Allowed 联机不被允许52 0x800CCCDA IMAP IMAP_UNRECOGNIZED_RESP Unknown Response 未知的回应53 0x800CCCDB IMAP IMAP_CHANGEDUID User Id Has Changed 使用者ID已经改变54 0x800CCCDC IMAP IMAP_UIDORDER User Id Command Failed 用户ID的指令失败55 0x800CCCDD IMAP IMAP_UNSOLICITED_BYE Unexpected Disconnect 意外56 0x800CCCDE IMAP IMAP_IMPROPER_SVRSTATE Invalid Server State 无效的服务器状态57 0x800CCCDF IMAP IMAP_AUTH_NOT_POSSIBLE Unable To Authorize Client 无法提供使用者身分验证58 0x800CCCE0 IMAP IMAP_OUT_OF_AUTH_METHODS No More Authorization Types 没有其他的身分认证方式可选59 0x800CCC90 POP3 POP3_RESPONSE_ERROR Client Response Invalid 无效的客户端回应60 0x800CCC91 POP3 POP3_INVALID_USER_NAME Invalid User Name Or User Not Found 无效的使用者名称或使用者名称不存在61 0x800CCC92 POP3 POP3_INVALID_PASSWORD Password Not Valid For Account. 该账号的密码无效62 0x800CCC93 POP3 POP3_PARSE_FAILURE Unable To Interpret Response 无法解释响应的讯息63 0x800CCC94 POP3 POP3_NEED_STAT Stat Command Required 需要下STAT指令64 0x800CCC95 POP3 POP3_NO_MESSAGES No Messages On Server 服务器上已无此账号可收的电子邮件65 0x800CCC96 POP3 POP3_NO_MARKED_MESSAGES No Messages Marked For Retrieval 没有标记为将要下载的电子邮件66 0x800CCC97 POP3 POP3_POPID_OUT_OF_RANGE Message Id Out of Range 邮件的ID超出范围67 0x800CCC60 SMTP SMTP_RESPONSE_ERROR Invalid Response 不合法的回应68 0x800CCC61 SMTP SMTP_UNKNOWN_RESPONSE_CODE Unknown Error Code 不明的错误代码69 0x800CCC62 SMTP SMTP_500_SYNTAX_ERROR Syntax Error Returned 收到语法错误70 0x800CCC63 SMTP SMTP_501_PARAM_SYNTAX Parameter Syntax Incorrect 语法参数不正确71 0x800CCC64 SMTP SMTP_502_COMMAND_NOTIMPLCommand Not Implemented 指令没有执行72 0x800CCC65 SMTP SMTP_503_COMMAND_SEQ Improper Command Sequence 不正确的指令序列73 0x800CCC66 SMTP SMTP_504_COMMAND_PARAM_NOTIMPL Command Not Implemented 指令参数没有执行74 0x800CCC67 SMTP SMTP_421_NOT_AVAILABLE Command Not Available 非有效的指令75 0x800CCC68 SMTP SMTP_450_MAILBOX_BUSY Mailbox Is Locked And Busy 信箱被锁住或是忙碌中76 0x800CCC69 SMTP SMTP_550_MAILBOX_NOT_FOUND Mailbox Not Found 无此信箱77 0x800CCC6A SMTP SMTP_451_ERROR_PROCESSING Error Processing Request 处理错误的要求78 0x800CCC6B SMTP SMTP_551_USER_NOT_LOCAL User Mailbox Is Known, But Mailbox Not On This Server 此已知信箱不在此服务器上79 0x800CCC6C SMTP SMTP_452_NO_SYSTEM_STORAGE No Space To Store Messages 已无邮件储存空间80 0x800CCC6D SMTP SMTP_552_STORAGE_OVERFLOW Storage Limit Exceeded 以超过邮件储存空间的限额81 0x800CCC6E SMTP SMTP_553_MAILBOX_NAME_SYNTAX Invalid Mailbox Name Syntax 不合命名语法的邮件信箱名称82 0x800CCC6F SMTP SMTP_554_TRANSACT_FAILED Transaction Failed 邮件寄送程序失败83 0x800CCC78 SMTP SMTP_REJECTED_SENDER This Is Caused By Having the Incorrect E-mail Address in the Reply-to Field Reply-T o填写的电子邮件账号不正确84 0x800CCC79 SMTP 1. SMTP_REJECTED_RECIPIENTS 2. SMTP_TOO_MANY_RECIPIENTS Server Rejected Recipients 服务器拒绝传送至收件者信箱85 0x800CCC7A SMTP SMTP_NO_SENDER No Sender Address Specified 没有指定发件人86 0x800CCC7B SMTP SMTP_NO_RECIPIENTS No Recipients Specified 没有指定收件者87 0x800CCC40 WINSOCK WINSOCK_WSASYSNOTREADY Network Subsystem Is Unusable Network subsystem 无法使用88 0x800CCC41 WINSOCK WINSOCK_WSAVERNOTSUPPORTED Windows Sockets Cannot Support This Application Windows Sockets 不支持此应用程序89 0x800CCC42 WINSOCK WINSOCK_WSAEPROCLIM Not Available90 0x800CCC43 WINSOCK WINSOCK_WSAEFAULT Bad Address Bad address91 0x800CCC44 WINSOCK WINSOCK_FAILED_WSASTARTUP Unable To Load Windows Sockets Windows Sockets 无法加载92 0x800CCC45 WINSOCK WINSOCK_WSAEINPROGRESS Operation Now in Progress (this Error Occurs If a Windows Sockets Api Is Called While a Blocking Function Is in Progress) 当blocking函数进行中，Windows Sockets API又被呼叫时会发生的错误。
(参考资料)VW 80000 汽车电子电器
Electric and Electronic in Motor Vehicles up to 3.5TGeneral Requirements, Test Conditions and Tests —VW8000PrefaceThis standard in the present issue is based on template LV 124 Previous issuesVW 80101: 1987-06, 1988-08, 1992-01, 1993-04, 1994-05, 1995-06, 1998-01, 1999-06, 2000-09,2001-04, 2003-05, 2004-07, 2005-06, 2006-10, 2009-03ChangesTransfer of supply specification LV 124 to VW 800004.1 E-01 Long-term overvoltage4.2 E-02 Transient overvoltage4.2 E-02 Transient overvoltage4.3 E-03 Transient undervoltage4.3 E-03 Transient undervoltage4.4 E-04 Jump start4.4 E-04 Jump start4.5 E-05 Load dump4.5 E-05 Load dump4.6 E-06 Superimposed alternating voltage4.6 E-06 Superimposed alternating voltage4.7 E-07 Slow decrease and increase of the supply voltage4.7 E-07 Slow decrease and increase of the supply voltage4.8 E-08 Slow decrease, quick increase of the supply voltage4.8 E-08 Slow decrease, quick increase of the supply voltage4.9 E-09 Reset behavior4.9 E-09 Reset behavior4.10 E-10 Short interruptions4.10 E-10 Short interruptions4.10 E-10 Short interruptions4.10 E-10 Short interruptions4.11 E-11 Start pulses4.11 E-11 Start pulses4.11 E-11 Start pulses4.11 E-11 Start pulses4.11 E-11 Start pulses4.12 E-12 Voltage curve with intelligent generator control4.12 E-12 Voltage curve with intelligent generator control4.13 E-13 Pin interruption4.13 E-13 Pin interruption4.13 E-13 Pin interruption4.14 E-14 Connector interruption4.15 E-15 Reverse polarity4.15 E-15 Reverse polarity4.16 E-16 Ground offset4.17 E-17 Short circuit in signal circuit and load circuits4.17 E-17 Short circuit in signal circuit and load circuits4.18 E-18 Insulation resistance4.19 E-19 Closed-circuit current4.20 E-20 Dielectric strength4.21 E-21 Backfeeds4.22 E-22 Overcurrents5General part5 General part5.1 Referenced standards5.2 Terms and definitions5.3 Operating modes5.4 Maintaining temperature5.5 Parameter test5.6 Continuous parameter monitoring with drift analysis 5.7 Physical analysis57Physical analysis5.1 Referenced standards51Referenced standardsDIN 75220 Aging of Automotive Components in Solar Simulation UnitsDIN EN 60068-2-1 Environmental testing -Part 2-1: Tests -Test A: ColdDIN EN 60068-2-2 Environmental testing -Part 2-2: Tests -Test B: Dry HeatDIN EN 60068-2-11 Environmental Testing -Part 2: Tests -Test Ka: Salt MistDIN EN 60068-2-14 Environmental Testing -Part 2: Tests -Test N: Change of TemperatureDIN EN 60068-2-29 Environmental Testing -Part 2: Tests; Test Eb and Guidance:BumpDIN EN 60068-2-30 Environmental Testing -Part 2-30: Tests -Test Db: Damp Heat, Cyclic (12 h + 12 h)DIN EN 60068238 Environmental Testing Part 2: Tests Test Z/AD: Composite Temperature/Humidity DIN EN60068-2-38Environmental Testing-Part2:Tests-Test Z/AD:Composite Temperature/HumidityCyclic TestDIN EN 60068-2-60 Environmental Testing -Part 2: Tests -Test Ke: Flowing MixedGas Corrosion TestDIN EN 60068-2-64 Environmental Testing -Part 2: Tests; Test Fh: Vibration, Broad-Band Random and DIN EN60068264E i t l T ti P t2T t T t Fh Vib ti B d B d R d d Guidance.DIN EN 60068-2-78 Environmental Testing -Part 2-78: Tests -Test Cab: Damp Heat, Steady State5.1 Referenced standards51Referenced standardsDIN EN ISO 11124 -2 Preparation of Steel Substrates Before Application of Paints and Related Products -Specifications for Metallic Blast-CleaningAbrasives -Part 2: Chilled-Iron GritAbrasives-Part2:Chilled-Iron GritDIN EN ISO 20567-1 Paints and Varnishes -Determination of Stone-Chip Resistance of Coatings -Part 1: Multi-Impact TestingDIN EN ISO 6270-2 Paints and Varnishes –Determination of Resistance to Humidity–Part 2: DIN EN ISO62702Paints and Varnishes Determination of Resistance to Humidity Part2: Procedure for Exposing Test Specimens inCondensation-Water AtmospheresISO 12103-1 Road Vehicles –Test Dust for Filter Evaluation –Part 1:Arizona Test DustISO16750Road Vehicles Environmental Conditions and Testing forElectrical andISO 16750 Road Vehicles —Environmental Conditions and Testing forElectrical and Electronic EquipmentISO 20653 Road Vehicles -Degrees of Protection (IP-Code) -Protection ofElectrical Equipment Against Foreign Objects, Water and AccessE i t A i tF i Obj t W t d A5.2 Terms and definitions5.2 Terms and definitions5.2 Terms and definitions。
拨号常见错误代码解释
PPP/PPTP/PPPOE/宽带拨号/VPN 常见错误代码解释和解决办法通用/常见/拨号错误代码详解600某一操作当前处于挂起状态。
（例如拨号时突然点了取消，帐号卡住）解决办法：等待或者打电话给ISP601端口句柄无效。
602端口已打开。
603呼叫方缓冲区太小。
604指定了错误的信息。
605无法设置端口信息。
606无法连接端口。
一般是防火墙问题或者是网关管理员限制608设备不存在。
硬件驱动丢失或硬件损坏610缓冲区无效。
611路由不可用。
612没有分配路由。
613指定了无效的压缩。
614缓冲区溢出。
615找不到端口。
616某异步请求处于挂起状态。
617端口或设备已断开连接。
618端口尚未打开。
（解决办法：请打开在相应防火墙软件里，打开1701和1723端口，这是VPN拨号需要的端口）619端口已断开连接。
（解决办法：请注意1701和1723这2个端口是否给其它软件占用，以上2个问题中，如果你在局域网，请确认主机是否有限制（大部分网吧，公司内网的主机都有限制）620没有终结点。
621无法打开电话簿文件。
622无法加载电话簿文件。
623找不到电话簿条目。
624无法写入电话簿文件。
625在电话簿中发现无效信息。
626无法加载字符串。
627找不到密钥。
628端口已断开连接。
629端口已由远程机器断开连接。
一般是用户名格式不正确，或者远程机器故障630端口由于硬件故障已断开连接。
631端口已由用户断开连接。
632结构大小不正确。
633端口已被使用或不是为远程访问拨出配置的。
634无法在远程网络上注册您的计算机。
635未知错误。
636端口连接了错误的设备。
637无法转换字符串。
638请求已超时。
（解决办法：请尝试多连接几次）639没有可用的异步网络。
640出现NetBIOS错误。
641服务器无法分配需要用来支持客户端的NetBIOS资源。
642您的一个NetBIOS名称已在远程网络上注册。
643服务器上的网卡失败。
VW_01014 大众图纸图框及字体规范
Engineering DrawingsDrawing Frames and Text MacrosPrevious issuesVW 01014: 1971-05, 1984-03, 1992-08, 1998-04, 1998-10, 2000-09, 2001-03, 2002-06, 2003-11,2006-01, 2007-01, 2008-03, 2009-04, 2010-05, 2010-12, 2011-05, 2011-12ChangesThe following changes have been made compared with VW 01014: 2011-12:–Technical responsibility changes–Section 1 "Scope of application": the note concerning the application in section 6 has been re‐moved. It now appears as NOTE 3 in section 1–Section 2.3 "PDM drawing frame": English legal notice updated and table of existing PDM draw‐ing frame formats in KVS added.–Section 3.7 "Volkswagen AG Know-How Protection": text macro NO-A12 added ContentsPageScope .........................................................................................................................4Drawing frames ..........................................................................................................5Drawing frame for Design Engineering (series-production drawing), see Figure 1....................................................................................................................................5Type approval drawing frame, see Figure 2 ...............................................................6PDM drawing frame, see Figure 3 .............................................................................7Drawing frames for operating equipment ...................................................................8Basic drawing frame for operating equipment, see Figure 4 ......................................8Drawing frame for method plan, see Figure 5 ............................................................9Text macros .............................................................................................................10Basic title block .. (10)122.12.22.32.42.4.12.4.233.1Group StandardVW 01014Issue 2012-09Class. No.:02115Descriptors:drawing frames, text macro, standard frame, drawingVerify that you have the latest issue of the Standard before relying on it.This electronically generated Standard is authentic and valid without signature.The English translation is believed to be accurate. In case of discrepancies, the German version is alone authoritative and controlling.Page 1 of 43Confidential. All rights reserved. No part of this document may be provided to third parties or reproduced without the prior consent of the Standards Department of a Volkswagen Group member.This Standard is available to contracting parties solely via the B2B supplier platform .© Volkswagen AktiengesellschaftVWNORM-2011-08gTitle blocks for drawings with restrictions on use .....................................................11Title block for layout drawings (ENT) > A0 ...............................................................12Symbol for European projection method ..................................................................13Change block for formats > A0 .................................................................................13Tolerancing principle as per VW 01054 ...................................................................13Volkswagen Group know-how protection .................................................................13Drawing field ............................................................................................................14Lower left corner of drawing for formats > A0 ..........................................................14Left drawing edge for formats > A0 ..........................................................................14Explanation of parenthesized dimensions for formats > A0 (lower left corner ofdrawing field) ............................................................................................................14References for formats > A0 ....................................................................................15Migration from CATIA V4 to CATIA V5 ....................................................................15Parts marking ...........................................................................................................15Part number assignment drawn / symmetrically opposite ........................................15Note on utilization of scrap material .........................................................................16NO-F1 Drawings with multiple sheets ......................................................................16Repeating and unchanging notes, mostly on body components ..............................16Drawing only for the company stated .......................................................................16Note on parts which are subject to build sample approval (BMG) ...........................17Notes on testing as per Technical Supply Specifications (TL) .................................17Note on type approval ..............................................................................................17Note on undimensioned design models in the data record ......................................17Note on open-air weathering ....................................................................................17Note on model approval ...........................................................................................17Note on master model ..............................................................................................18Note on second original, font size 7 mm ..................................................................18Note on second original, font size 3,5 mm ...............................................................18Note on heavy-duty component ...............................................................................18Note on mandatory type approval ............................................................................19Note on avoidance of hazardous substances ..........................................................19Note on other relevant drawings ..............................................................................19Note on undimensioned bend and trim radii ............................................................19Note on simplified representation .............................................................................19Note on flawless condition of surfaces .....................................................................19Note on material for form tool in grain area ..............................................................20Table for RPS ...........................................................................................................20Note on emission behavior .......................................................................................20Note on length dimensions to be measured up to relevant functional datum plane ..................................................................................................................................20Note on related tolerances for nominal dimension ranges up to relevant functional datum plane .............................................................................................................21Note on tolerances of surfaces as compared to the data record and defined RPS..................................................................................................................................21Note on tolerances of marked surfaces as compared to the data record anddefined RPS .............................................................................................................21Note on tolerances of marked and limited surfaces as compared to the datarecord and defined RPS ...........................................................................................21Note on tolerances of marked edges as compared to the data record and defined RPS ..........................................................................................................................21Note on alternative materials and surface protection types .....................................22Note on color and grain .. (22)3.23.33.43.53.63.744.14.24.34.44.54.64.74.84.94.104.114.124.134.144.154.164.174.184.194.204.214.224.234.244.254.264.274.284.294.304.314.324.334.344.354.364.374.38Page 2VW 01014: 2012-09Note on temperature resistance ...............................................................................22Note on color consistency ........................................................................................22Note on lightfastness ................................................................................................22Note on fixing, clamping and contact surface ..........................................................23Note on related finished part drawing ......................................................................23Note on material specifications, complete ................................................................23Note on material specifications, subdivided .............................................................24Note on optional welding technology .......................................................................24Note on flammability features ...................................................................................24Note on table containing gear tooth data .................................................................25Note on weight indication .........................................................................................25Note on amine emission of foam parts .....................................................................25Note on cleanliness requirements for engine components ......................................25Countersinks for internal threads .............................................................................26Testing of rolled bushings ........................................................................................26Table for limit dimensions ........................................................................................26Detail drawing for radius under screw head, mostly for standard part drawings (27)Test specification for disk wheels .............................................................................27Test specification for brake drums ...........................................................................28General tolerances for castings ...............................................................................28General tolerances for forgings ................................................................................29Coordinate dimensioning for tubes and bars ...........................................................30Bill of materials for layout drawings (ENT) ...............................................................30Distribution list for layout drawings (ENT) ................................................................31Text macros for operating equipment ......................................................................31Title block for individual part .....................................................................................31Note on pass direction, left .......................................................................................32Note on pass direction, right ....................................................................................32Title block for operating equipment label .................................................................32General tolerances for nominal dimensions without tolerance specification ............32Note on simplified drawing specifications on surface roughnesses .........................33Permissible deviations for nominal sizes without tolerance specification onweldments ................................................................................................................33Permissible deviations for nominal dimensions without tolerance specificationson flame-cut parts ....................................................................................................33Note on parts used ...................................................................................................34Note on rolled flame-cutting template plots ..............................................................34Note on "Add ½ kerf" ................................................................................................34Note on "designed" and "symmetrical opposite" ......................................................34Text macros for the "3D drawingless process" (3DZP – German abbreviation) ......35VW copyright ............................................................................................................35Note on restriction on use ........................................................................................35Note on type approval documentation and type approval number ...........................35Draft number ............................................................................................................36Note on engineering project number ........................................................................36Note on safety documentation .................................................................................36Recycling requirements as per VW 91102 ...............................................................36All dimensions apply to the finished part including surface protection .....................36Surface roughness as per VW 13705 and VDA 2005 ..............................................36Surface roughness as per VW 13705 and VDA 2005 (reference without symbol) (37)4.394.404.414.424.434.444.454.464.474.484.494.504.514.524.534.544.554.564.574.584.594.604.614.6255.15.25.35.45.55.65.75.85.95.105.115.1266.16.26.36.46.56.66.76.86.96.9.1Page 3VW 01014: 2012-09Surface roughness as per VW 13705 and VDA 2005 (reference with symbol) .......37Surface roughness as per VW 13705 and VDA 2005 (reference with symbol,collective specification 1) .........................................................................................38Surface roughness as per VW 13705 and VDA 2005 (reference with symbol,collective specification 2) .........................................................................................39Workpiece edges as per VW 01088 .........................................................................39Workpiece edges as per VW 01088 (reference without symbol) .............................40Workpiece edges as per VW 01088 (reference with symbol) ..................................40Workpiece edges as per VW 01088 (reference with symbol, collectivespecification 1) .........................................................................................................41Workpiece edges as per VW 01088 (reference with symbol, collectivespecification 2) .........................................................................................................42Applicable documents ..............................................................................................426.9.26.9.36.9.46.106.10.16.10.26.10.36.10.47ScopeThis standard applies to the computer-aided graphical representation and presentation of drawing templates, standard frames and text macros for drawings within the Volkswagen Group.NOTE 1 The standardized text macros are subject to drawing standard regulations and are centrally managed by the "Virtual Systems and Standardization" department.NOTE 2 All drawing frames and text macros shown here are available in the appropriate standard system environment of the CAD systems CATIA and Creo Elements/Pro (formerly PRO/E). The PDM drawing frames are also available as IsoDraw and Excel templates in the KVS, and also as Catia V5templates.NOTE 3 The text macros shown in section 6 are for the drawingless process only. The creator and the user of the data must agree whether their process chain allows for the use of documents as per the 3DZP method, and whether this is permissible.1Page 4VW 01014: 2012-09Drawing framesDrawing frame for Design Engineering (series-production drawing), see Figure 1Figure 1 – Drawing frame for Design Engineering (series-production drawing)2 2.1Page 5VW 01014: 2012-09Type approval drawing frame, see Figure 2Figure 2 – Type approval drawing frame2.2 Page 6VW 01014: 2012-09PDM drawing frame, see Figure 3Figure 3 – PDM drawing frame2.3 Page 7VW 01014: 2012-09Drawing frames for operating equipmentBasic drawing frame for operating equipment, see Figure 4Figure 4 – Basic drawing frame for operating equipment2.4 2.4.1Page 8VW 01014: 2012-09Drawing frame for method plan, see Figure 5Figure 5 – Drawing frame for method plan2.4.2 Page 9VW 01014: 2012-09Text macrosBasic title blockFigure 6 – Code no: NO-A1Basic title block for formats > A03 3.1Page 10VW 01014: 2012-09Title blocks for drawings with restrictions on useFigure 7 – Code no: NO-A7 A3The title block may only be used if supplier original drawings are used as modified finished part drawings.Notes on the usage of these title blocks see VW 01058.3.2Title block for layout drawings (ENT) > A0Figure 8 – Code no: NO-A3ENT = Draft3.3Symbol for European projection methodFigure 9 – Code no: NO-A5Change block for formats > A0Figure 10 – Code no: NO-A6Tolerancing principle as per VW 01054Figure 11 – Code no: NO-A11Volkswagen Group know-how protectionFigure 12 – Code no: NO-A123.4 3.5 3.6 3.7Drawing fieldLower left corner of drawing for formats > A0Figure 13 – Code no: NO-B1Left drawing edge for formats > A0Figure 14 – Code no: NO-B3Explanation of parenthesized dimensions for formats > A0 (lower left corner of drawingfield)Figure 15 – Code no: NO-B644.1 4.2 4.3References for formats > A0Figure 16 – Code no: NO-B7Migration from CATIA V4 to CATIA V5Figure 17 – Code no: NO-B8Parts markingFigure 18 – Code no: NO-E2Part number assignment drawn / symmetrically oppositeFigure 19 – Code no: NO-E54.4 4.5 4.6 4.7Note on utilization of scrap materialFigure 20 – Code no.:NO-F1 Drawings with multiple sheetsFigure 21 – Code no: NO-F2Repeating and unchanging notes, mostly on body componentsFigure 22 – Code no: NO-F3Drawing only for the company statedFigure 23 – Code no: NO-F4 (do not use for new designs!)4.8 4.9 4.10 4.11Note on parts which are subject to build sample approval (BMG)Figure 24 – Code no: NO-F5Notes on testing as per Technical Supply Specifications (TL)Figure 25 – Code no: NO-F6Note on type approvalFigure 26 – Code no: NO-F7Note on undimensioned design models in the data recordFigure 27 – Code no: NO-F8Note on open-air weatheringFigure 28 – Code no: NO-F9Note on model approvalFigure 29 – Code no: NO-F104.12 4.13 4.14 4.15 4.16 4.17Note on master modelFigure 30 – Code no: NO-F11Note on second original, font size 7 mmFigure 31 – Code no: NO-F12Note on second original, font size 3,5 mmFigure 32 – Code no: NO-F13Note on heavy-duty componentFigure 33 – Code no: NO-F144.18 4.19 4.20 4.21Note on mandatory type approvalFigure 34 – Code no: NO-F15Note on avoidance of hazardous substancesFigure 35 – Code no: NO-F16Note on other relevant drawingsFigure 36 – Code no: NO-F17Note on undimensioned bend and trim radiiFigure 37 – Code no: NO-F18Note on simplified representationFigure 38 – Code no: NO-F19Note on flawless condition of surfacesFigure 39 – Code no: NO-F204.22 4.23 4.24 4.25 4.26 4.27Note on material for form tool in grain areaFigure 40 – Code no: NO-F22Table for RPSFigure 41 – Code no: NO-F23Note on emission behaviorFigure 42 – Code no: NO-F24Note on length dimensions to be measured up to relevant functional datum planeFigure 43 – Code no: NO-F254.28 4.29 4.30 4.31Note on related tolerances for nominal dimension ranges up to relevant functional datumplaneFigure 44 – Code no: NO-F26Note on tolerances of surfaces as compared to the data record and defined RPSFigure 45 – Code no: NO-F27Note on tolerances of marked surfaces as compared to the data record and defined RPSFigure 46 – Code no: NO-F28Note on tolerances of marked and limited surfaces as compared to the data record anddefined RPSFigure 47 – Code no: NO-F29Note on tolerances of marked edges as compared to the data record and defined RPSFigure 48 – Code no: NO-F304.32 4.33 4.34 4.35 4.36Note on alternative materials and surface protection typesFigure 49 – Code no: NO-F31Note on color and grainFigure 50 – Code no: NO-F32Note on temperature resistanceFigure 51 – Code no: NO-F33Note on color consistencyFigure 52 – Code no: NO-F35Note on lightfastnessFigure 53 – Code no: NO-F364.37 4.38 4.39 4.40 4.41Note on fixing, clamping and contact surfaceFigure 54 – Code no: NO-F37Note on related finished part drawingFigure 55 – Code no: NO-F38Note on material specifications, completeFigure 56 – Code no: NO-F394.42 4.43 4.44Note on material specifications, subdividedFigure 57 – Code no: NO-F40Note on optional welding technologyFigure 58 – Code no: NO-F41Note on flammability featuresFigure 59 – Code no: NO-F424.45 4.46 4.47Note on table containing gear tooth dataFigure 60 – Code no: NO-F43Note on weight indicationFigure 61 – Code no: NO-F44Note on amine emission of foam partsFigure 62 – Code no: NO-F45Note on cleanliness requirements for engine componentsFigure 63 – Code no: NO-F464.48 4.49 4.50 4.51Countersinks for internal threadsFigure 64 – Code no: NO-G0Testing of rolled bushingsFigure 65 – Code no: NO-G1Table for limit dimensionsFigure 66 – Code no: NO-G24.52 4.53 4.54Detail drawing for radius under screw head, mostly for standard part drawingsFigure 67 – Code no: NO-G4Test specification for disk wheelsFigure 68 – Code no: NO-G64.55 4.56Test specification for brake drumsFigure 69 – Code no: NO-G7General tolerances for castingsFigure 70 – Code no: NO-G84.57 4.58General tolerances for forgingsFigure 71 – Code no: NO-G94.59Coordinate dimensioning for tubes and barsFigure 72 – Code no: NO-G10Bill of materials for layout drawings (ENT)Figure 73 – Code no: NO-H14.60 4.61Distribution list for layout drawings (ENT)Figure 74 – Code no: NO-H2Text macros for operating equipmentTitle block for individual partFigure 75 – Code no: R001 individual part4.62 55.1Note on pass direction, leftFigure 76 – Code no: R002 pass direction, leftNote on pass direction, rightFigure 77 – Code no: R003 pass direction, rightTitle block for operating equipment labelFigure 78 – Code no: R004 operating equipment labelGeneral tolerances for nominal dimensions without tolerance specificationFigure 79 – Code no: R005 machining operation5.2 5.35.45.5Note on simplified drawing specifications on surface roughnessesFigure 80 – Code no: R006 surfacesPermissible deviations for nominal sizes without tolerance specification on weldmentsFigure 81 – Code no: R007 welded partsPermissible deviations for nominal dimensions without tolerance specifications on flame-cut partsFigure 82 – Code no: R008 flame-cut parts5.6 5.75.8Note on parts usedFigure 83 – Code no: R009 parts usedNote on rolled flame-cutting template plotsFigure 84 – Code no: R010 flame-cutting templateNote on "Add ½ kerf"Figure 85 – Code no: R011 kerfNote on "designed" and "symmetrical opposite"Figure 86 – Code no: R012 symmetrical opposite5.9 5.105.115.12Text macros for the "3D drawingless process" (3DZP – German abbreviation)The following text macros are not created in CAD systems, but only in the PDM system KVS.The design engineer must add the necessary parameters to the text macros.VW copyrightFigure 87 – Code no: NOZ-01Note on restriction on useLegend P01Company nameFigure 88 – Code no: NOZ-02Note on type approval documentation and type approval numberLegend P01Type approval doc. and type approval numberFigure 89 – Code no: NOZ-036 6.16.26.3Draft numberLegend P01Draft numberFigure 90 – Code no: NOZ-04Note on engineering project numberLegend P01Engineering project numberFigure 91 – Code no: NOZ-05Note on safety documentationLegend P01TLD number (technical guideline for documentation – German abbreviation)Figure 92 – Code no: NOZ-06Recycling requirements as per VW 91102Figure 93 – Code no: NOZ-07All dimensions apply to the finished part including surface protectionFigure 94 – Code no: NOZ-08Surface roughness as per VW 13705 and VDA 2005The design engineer must add the required parameters to the symbols shown here (e.g., Rz value).Two types of text macros (with and without graphical representation) have been defined. Variant NOZ-09 is a reference to Standard VW 13705, additional information possible, but restricted. Variants NOZ-09-01 a to f are reserved for the main surface roughness value. Due to system restrictions,identical symbols cannot be used more than once. For this reason, the symbols in section 6.9.3 and6.4 6.56.66.76.86.9section 6.9.4 must be used for cases of multiple use. If surface roughness values are added as a note, the text macros are placed beneath each other instead of beside each other. This deviating representation has been released for the 3DZP drawingless process.Surface roughness as per VW 13705 and VDA 2005 (reference without symbol)Figure 95 – Code no: NOZ-09Surface roughness as per VW 13705 and VDA 2005 (reference with symbol)Figure 96 – Code no: NOZ-09-01-aFigure 97 – Code no: NOZ-09-01-bFigure 98 – Code no.: NOZ-09-01-cLegend P01Machining allowance (numerical value in mm)P02Production processP03Surface parameter and numerical valueP04if applicable, additional requirement as per VDA 2005P05if applicable, additional requirement as per VDA 2005P06if applicable, second requirement on surface texture (surface parameter,numerical value)P07Specification of the surface groovesLegend P01Letter for simplified drawing specification. Method defined in section "simplified specifi‐cation" in VDA 2005Figure 99 – Code no: NOZ-09-01-d6.9.16.9.2Figure 100 – Code no: NOZ-09-01-e Figure 101 – Code no: NOZ-09-01-fSurface roughness as per VW 13705 and VDA 2005 (reference with symbol, collectivespecification 1)Figure 102 – Code no: NOZ-09-02-aFigure 103 – Code no: NOZ-09-02-bFigure 104 – Code no: NOZ-09-02-cLegend P01Machining allowance (numerical value in mm)P02Production processP03Surface parameter and numerical valueP04if applicable, additional requirement as per VDA 2005P05if applicable, additional requirement as per VDA 2005P06if applicable, second requirement onsurface texture (surface parameter,numerical value) P07Specifica‐tion of thesurface groovesCode no.:Legend P01Letter for simplified drawing specification. Method defined in section "simplified specifi‐cation" in VDA 2005Figure 105 – NOZ-09-02-dFigure 106 – Code no: NOZ-09-02-e Figure 107 – Code no: NOZ-09-02-f6.9.3。
IBM错误代码解释以及解决方法
IBM错误代码解释以及解决方法IBM的ThinkPad系列笔记本电脑的错误代码解释以及解决方法，希望能对拥有此款“本本”的朋友们有所帮助。
101：中断失败102：时钟失败103：时间中断失败104：保护模式失败105：最后的 8042命令未接受107：NMI 检测失败108：时钟总线检测失败109：Low meg芯片选择检测以上出错部件及解决措施：请检查主板设置是否正确，严重时需要更换主板。
110：平面奇偶出错部件及解决措施：这种情况一般是内存发生问题，请将内存换一个插槽试试。
不过，如果有连接到电脑的扩展部件，请先移除。
111：I/O奇偶出错部件及解决措施：仍然是首先检查内存条是否损坏，然后请检查扩展部件或端口复制器是否损坏。
0175：CRC1错，EEPROM校验错出错部件及解决措施：系统主板，停止POST任务。
1101： A类设备检测失败出错部件及解决措施：重点检查串口设备、通讯接线等部件。
1201： B类设备检测失败出错部件及解决措施：请检查主板上的红外接口是否损坏。
158：设置了SuperVisor密码但没有设置硬盘密码出错部件及解决措施：请重新设置硬盘密码159：硬盘密码与SuperVisor密码不相同出错部件及解决措施：请将硬盘的密码设置为与SuperVisor密码相同。
161：电池失效。
出错部件及解决措施：这当然是电池的问题，请重新更换电池或检查主板上的现用电池是否有漏电现象。
163：时间和日期未设置出错部件及解决措施：重新设置时间和日期。
173：设备数据丢失出错部件及解决措施：在屏幕上选择OK，然后设置时间和日期，必要时需要更换备用电池。
174：设置错误。
出错部件及解决措施：先去检查一下硬件设备是否配置正确，或者检查硬盘的跳线是否设置正确。
0177： SuperVisor密码检验错出错部件及解决措施：系统主板。
1701：硬盘控制器失败1780, 1790：硬盘0出错1781, 1791：硬盘1出错173 192 163出错,出错部件及解决措施：硬盘错误，当然也不排除主板存在错误。
2013LabVIEW错误代码
在LabVIEW和VI服务器属性及方法中使用了TCP连接的VI和函数可返回下列错误代码。
包括TCP、UDP、DataSocket、蓝牙、IrDA VI和函数、远程前面板连接和VI服务器应用程序。
远程前面板也可返回其它错误信息。
关于解决LabVIEW错误的更多信息见知识库。
代码说明−2147467263未被执行。
−2147024809一个或多个参数无效。
−1967390712无法解析名称至网络地址。
−1967390711网络操作超时。
−1967390703无法解析服务至端口地址。
−1967390702尝试连接到点时超时。
−1967390686计算机名称没有出现在URL中。
−1967390685计算机名称以非字母字符开始。
−1967390684计算机包含无效字符。
−1967390683进程名称未出现在URL中。
−1967390682进程名称包含无效的字符。
−1967390681点或标识符名称未出现在URL中。
−1967390680点或标识符名称包含无效的字符。
−1967390672点或标识符名称的组件为空。
−1967390668线程起始失败。
−1967390464URL未以两个斜线作为起始。
−1967390463URL以多于两个的斜线作为起始。
−1967390462URL包含两个相继的分隔符。
−1967390460URL中存在不对称的引用标记。
53不支持管理器调用。
54网络地址错误。
确保地址格式有效。
对于TCP/IP，地址可以是主机名或者xxx.xxx.xxx.xxx格式的IP地址。
如指定主机名时出现该错误，请确认主机名有效。
尝试ping主机名。
检查DNS服务器配置是否正确。
如使用TCP打开连接函数，确保远程端口或服务名称的值不为0。
55正在进行网络操作。
使用UDP写入函数时收到该错误，请参考上的知识库，获取详细信息。
56网络操作超出用户指定范围或系统时间限制。
57网络连接忙。
58系统不支持网络函数。
【精品】美能达复印机错误代码
引用gfgb8的美能达复印机错误代码C0501解读：定影温度异常低.解决：按“停止”键，开机。
可清除。
另附：美能达复印机维修代码美能达复印机调整代码1:美能达1052拌载体（1080）停止-——0-—-停止——1—-—1—-—8复印机键2:美能达2030—-1054拌载体计数器--停止00——停止—-01——1—-1—-8—-复印机3:美能达2030调暴光计数器-—停止—-00——停止——01-———1-——f-—-3—-F——-5-—4:维修模式1：暴光(F)2:技术（C）C:--40，不给定维修呼叫提示1,给定维修呼叫提示C—-50.保养计数器1，可以进行2，无法进行C—-70，可以复印(无粉）1，禁止复印维修模式:4，保养计数器5，卡纸6，故障计数器7,零件使用期限松下：KX系列功能（菜单）——＃9000-—*550-—启动理光5100传真机功能——61998-—立刻YES—-01YES-—0YES—-功能——清日板——编辑——重启动联想6212设置清零功能键开机*--2864-—01——四灯同时亮——99--退出夏普7370调暴光c—--00---c—-—46-——复印---数字（0～99）1116拌载体C--插入--0—-插入-—25—-复印1116调暴光C--插入--0——插入——46—-复印-—1—-复印—-(0～99) 2030调电压A，C—-插入-—0——插入——44—-复印——2-—复印—-204-—CAB,C-—插入--0--插入--44-—复印--3---—复印--（0~99）--CA美能达3170复印机维修代码检测说明F1:过纸检测，无须预热结束就可以进行，复印机计数装置不工作（按下clear/stop可停止）；F2：充电高压输出调整（工厂设定)，不要调整（运行30秒，或按clear/stop 中断)；F3：手动方式下曝光灯电压设定，按下复印键开始扫描并点亮曝光灯（运行30秒，或按clear/stop中止）F5：AE传感器基准电压设定，按下复印键开始扫描并点亮曝光灯(运行30秒，或按clear/stop中止）;F6：工厂设定（扫描动作结束）F8·ATDC传感器调整显影装置工作，显影器搅动（运行5分钟，或按clear/stop中断）F9：工厂设定(运行30秒,或按clear/stop停止）调整方式：4-1.调整（1）说明（光学系统的调整）A--0设定镜头焦距（确定镜头焦距的变动值）A——1调整镜头等倍位置（调整镜头原始与等倍位置距离）A——2调整反射镜等被位置（调整反射镜原始位置与等倍位置距离）A--3调整纵向倍率（通过调整扫描速度来调整）A-—4等倍纸头位置调整（在等倍方式调整纸头位置）A-—5放大图象纸头位置调整（在放大方式200%调整像的纸头）4—2.调整（2）说明（调整黑/彩色复印的重叠宽度) B--2调整黑色/彩色重叠部分（黑显影器)（调整彩色—>黑色重叠部分的宽度) B--3调整黑色/彩色重叠部分（彩色显影器）（调整黑色—〉彩色重叠部分的宽度）选择方式:5-1。
柯美复印机维修技术热线记录表
故障类型 复印故障 其他 错误代码 图像故障 错误代码 打印/扫描故障 图像故障 图像故障 图像故障 错误代码 错误代码 图像故障 传真故障 传真故障 软件问题 打印/扫描故障 其他 错误代码 图像故障 打印/扫描故障 错误代码 打印/扫描故障 错误代码 错误代码 打印/扫描故障 其他 打印/扫描故障 传真故障 错误代码 传真故障 打印/扫描故障 打印/扫描故障 传真故障 错误代码 错误代码 错误代码 打印/扫描故障 其他 其他 图像故障 错误代码 错误代码 错误代码 错误代码 图像故障 错误代码 错误代码 其他 错误代码 其他
102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152
打印/扫描故障 打印/扫描故障 物理损坏 错误代码 打印/扫描故障 错误代码 错误代码 图像故障 打印/扫描故障 打印/扫描故障 错误代码 错误代码 错误代码 其他 图像故障 打印/扫描故障 图像故障 错误代码 图像故障 图像故障 其他 错误代码 其他 错误代码 卡纸 卡纸 其他 错误代码 错误代码 卡纸 图像故障 图像故障 错误代码 错误代码 错误代码 复印故障 错误代码 错误代码 错误代码 错误代码 图像故障 机械故障 错误代码 机械故障 图像故障 机械故障 打印/扫描故障 机械故障 错误代码 错误代码 错误代码
序号 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
ThinkPad Edge E520_E525安装说明
查找信息
要查找有关计算机的详细信息，请参阅下面的手册。
《用户指南》
《用户指南》是预装在计算机上的全面的联机手册。它能够解答有关计算机的大多数问题，帮助您配置 预装的功能部件和工具，或解决问题。要打开《用户指南》，请执行以下操作： 对于 Windows® 7 操作系统： 单击开始，然后单击帮助和支持。将会打开“Windows 帮助和支持”窗口。单击 Lenovo User Guide 。在 Lenovo User Guide 窗口中，单击您的机型对应的链接，便会打开相应的《用户指南》。 对于 Windows XP 操作系统： 单击开始。将指针依次移至所有程序、ThinkVantage 和 Lenovo User Guide。 在 Lenovo User Guide 窗口中，单击您的机型对应的链接，便会打开相应的《用户指南》。
连接电源：
该系统不支持非 Lenovo 制造或授权的仿冒电 池。该系统会继续引导，但可能不会对非授 权的电池充电。 注意：Lenovo 对于非授权电池的性能和安全 性不承担任何责任，并且对于因使用此类电 池所致的故障或损坏不提供任何保修。
3
打开电源：
按照屏幕说明配置操作系统： 此过程将占用您几分钟。
指纹识别器* 电源状态指示灯 *特定型号。
重要提示
确保遵从下面给出的这些重要技巧，以便充分使用计算机并从中获得无尽乐趣。 如若不然，可能会令您感到不适或受伤，或导致计算机出故障。
保护自己以免被计算机释放的热量灼伤。
当计算机开启或电池充电时，底板、掌托以及某些其他部件可能会发热。这些部件的温度有多高取决于系统活动的 频率和电池的充电程度。
《安全与保修指南》
《安全与保修指南》提供安全信息、帮助和维护信息，以及您计算机的保修信息。要获取《安全与保修 指南》的 PDF 版本，请访问 ，单击故障诊断与排除，然后单击用户手册。
VW50123-热塑性弹性体
为计算高聚物的熔融焓,应从试样重量中减去从热重分析计算得出灼烧残余物 的重量
热塑性弹性体
质量要求
表 2: Shore D 硬度范围
序号 1 1.1 1.2 1.2.1 1.2.2
1.2.2.1 1.2.2.2 1.2.2.3 1.2.2.4
1.2.2.5 1.2.2.6
1.2.2.7 1.2.2.8 1.2.2.9 2 2.1 2.2 2.3 2.4
2.5 2.6
2.7 2.8 2.9 3 3.1 3.2 3.3 3.3.1 3.3.2 3.3.3 3.3.4
对于新设计不再适用的材料标记
热塑性聚氨酯(TPE-U) ＞PUR＜ 热塑性 EPDM/PP 弹性体 (TPE-O/V) ＞EPDM+PP＜ 热塑性苯乙烯嵌段共聚物
(TPE-S) ＞PS/PE/PB＜
对于新设计适用的材料标记
热塑性聚氨酯(TPU) ＞TPU－ARES＜ 热塑性 EPDM/PP 弹性体 (TPO) ＞TPO－(EPDM+PP)＜ 热塑性苯乙烯嵌段共聚物
热塑性弹性体热塑性弹性体热塑性弹性体热塑性弹性体质量要求vw50123shored硬度范围序号性能单位要求硬度按din5350511供货状态优先硬度值shore55312与供货状态比硬度变化121热老化后见6303122介质存放后见64条介质按图纸1221发动机油按tl52185shore1222传动器油按tl726shore1223油脂按tl735和tl745shore1224液化气汽油fam2按vw281shore0151225柴油按diniso18170151226植物油甲基酯按dinen14214shore0151227制动液按tl766shore按图纸1228冷却液按tl774shore按图纸1229图纸规定的介质shore介质存放后重量变化见64条介质按图纸21发动机油按tl5218522传动器油按tl72623油脂按tl735和tl74524液化气汽油fam2按vw28103025柴油按diniso181701526植物油甲基酯按dinen1421401527制动液按tl76628冷却液按tl77429图纸规定的介质拉伸强度按din5350431供货状态3032热老化后按633033介质存放后见64条介质按图纸331发动机油按tl5218525332传动器油按tl72625333油脂按tl735和tl74525334液化气汽油fam2按vw28120335柴油按diniso181725热塑性弹性体热塑性弹性体热塑性弹性体热塑性弹性体质量要求vw50123序号性能单位要求336植物油甲基酯按dinen1421425337制动液按tl76625338冷却液按tl77425339图纸规定的介质断裂延伸率按din5350441供货状态45042热老化后见6345043介质存放后见64条介质按图纸431发动机油按tl52185450432传动器油按tl726450433油脂按tl735和tl745450434液化气汽油fam2按vw281300435柴油按diniso1817300436植物油甲基酯按dinen14214300437制动液按tl766450438冷却液按tl774450439图纸规定的介质再撕裂力按diniso341nmm40缺口冲击强度按dineniso179123时kjm耐曲轴箱气体性能按pv3936按图纸
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共6页第 1 页
3.2 表面质量
成品表面和内部必须没有缺陷和加工缺陷，例如：屈服线，缩孔，裂纹和类似的缺陷。
不允许在肋骨，加强筋和管接头的附件范围内存在有凹陷。
用玻璃纤维填充的材料必须是有一个触觉和视觉上都完好的表面。
构件中玻璃纤维的分布必须均匀，在一个成品的3个不同的位置上取下的试件，含有的玻璃纤维数量相互之间的区别不大于1.0％。
3.3 制造
压铸方法。
3.4 质量
见表1。
3.5 标记按照VDA 260。
见表1。
3.6 预处理
试件必须在试验之前，在DIN 50014-23/50-2的标准气候中，和相对空气湿度下至少进行48小时的处理。
构件必须不仅是无处理的，也是有处理的进行试验。
出于这些要求的原因，得出一个构件是否不进行处理也能够使用的结果。
3.7 要求的有效性
所要求的数值适用于每个单项试验和成品的每个部位。
4 对材料的要求
5 试验说明
5.1 材料
相同性试验采用红外线光谱方法。
5.2 湿度含水量
必须在成品的不同位置上至少取3个尺寸（20 x 20）mm的试样，准确称重0.01 g并且必须在真空中使之干燥直至重量恒定不变。
在复秤前有必要的试件冷却到上的工作必须在一个干燥器中进行。
5.3 球压硬度
测试必须在至少3个（20 x 20）mm大的试件（最小厚度4 mm）实施（每个试样测试2次）。
已从一个侧面上制成粒面成品的试样，借助于一台平磨设备分离该粒面。
测试在已研磨的面上进行。
5.4 聚酰胺的粘度值
溶剂：硫酸，试验温度。
5.5 耐老化性能
完整的成品或成品部分在一台的烘干箱中放置1000小时。
在冷却至
上时确定聚酰胺的粘度值。
5.6 热性能
热贮存试验依据DIN 53497，方法B，在至少一个完整的成品上。
存放持续时间
存放温度如果在图纸或认可中无其它要求为对于汽车内部零件，已增加太阳辐射试验的部件，例如仪表板或门和侧挡板扶手，为
5.7 低温性能
贮存至少一个完整的成品在的空气中，存放持续时间
5.8 耐光性能
如果在图纸中没有说明光照周期的次数，适用于以下规定：
－对于在间接阳光辐射范围内的构件3个光照周期
－对于在直接阳光辐射范围内的构件（例如门扶手）5个光照周期
－对于在增加阳光辐射范围内（例如尾舱）构件10个光照周期
6 参考资料。