神思SS728M05终端API接口函数库用户手册V1.6

MMS服务器端开发包接口API使用说明书版本：V2.0深圳天勺电力软件有限公司深圳中国1.开发包简介该开发包根据已经正式发行的IEC61850最新版本开发而成，采用C语音编写，可跨平台使用。

为了最大限度地简化使用，完全封装了IEC61850中的诸多底层细节和各种复杂模型的实现逻辑。

用户利用它作开发的时候无需了解底层细节，只需要调用功能接口函数完成相应的功能研发，具有方便、快捷的优点。

本接口说明文档为接口全集，客户可以根据具体业务选择相应的接口进行调用。

本开发包既可以用在开发基于IEC61850标准的所有设备中（包括各个应用领域），也可以集成在网关机和通信管理机中。

现场运行稳定可靠，调用简单高效。

2.接口描述2.1获取节点数据路径函数函数声明char*get_path_by_node(TREE_NODE*treeNode)功能可通过该接口获取当前指定节点的路径参数TREE_NODE*treeNode：节点对象指针返回值数据路径字符串(不带fc)示例char*path=get_path_by_node(treeNode);2.2日志完整性周期服务函数函数声明void intgPdLog(SCL_INFO*ied)功能使用线程将该接口执行，可启动日志服务的完整性周期服务参数SCL_INFO*ied：模型信息对象指针返回值无示例intgPdLog(ied);2.3设置模型文件路径函数函数声明int SZTS_set_doc_path(char*theDocPath)功能设置模型文件路径，用于解析指定的模型文件参数char*theDocPath：模型文件路径返回值成功：1,失败：0示例int result=SZTS_set_doc_path(theDocPath);2.4获取设备节点函数函数声明SCL_INFO*SZTS_get_all_ied_node()功能解析模型文件中的IED节点，做成链表，并返回链表的头节点参数无返回值模型文件中IED节点链表头节点示例SCL_INFO*sclInfo=SZTS_get_all_ied_node();2.5拷贝树函数函数声明TREE_NODE*cp_tree_node_link(TREE_NODE*srcHead)功能拷贝一个树对象的全部信息参数TREE_NODE*srcHead：需要拷贝树对象的头节点返回值拷贝出来的树对象的头节点示例TREE_NODE*treeNode=cp_tree_node_link(srcHead);2.6通过路径获取节点函数函数声明TREE_NODE*get_tree_node_by_path(char*path)功能可获取指定路径的节点对象参数char*path：需要获取的节点的路径(不带FC)返回值路径对应的节点对象示例TREE_NODE*treeNode=get_tree_node_by_path(path);2.7通过路径获取节点函数函数声明TREE_NODE*get_tree_node_by_path_new(char*path)功能可获取指定路径的节点对象参数char*path：需要获取的节点的路径(带FC)返回值路径对应的节点对象示例TREE_NODE*treeNode=get_tree_node_by_path_new(path);2.8获取当前时间函数函数声明char*get_time()功能获取字符串时间格式的当前系统时间参数无返回值字符串时间格式的当前系统时间示例char*nowTime=get_time();2.9获取报告控制块信息函数函数声明RPT_CTRL*get_rpt_ctrl_by_ied_name(char*iedName)功能解析模型文件中指定的IED节点下的全部报告控制块，并生成链表，返回链表的头节点参数char*iedName：设备IED节点名称返回值指定IED节点下的报告控制块链表头节点示例RPT_CTRL*rptCtrl=get_rpt_ctrl_by_ied_name(iedName);2.10根据报告控制块最大使能数拷贝报告控制块信息节点函数函数声明RPT_CTRL*copy_rpt_ctrl_link(RPT_CTRL*head)功能按照模型文件中的最大使能报告控制块的参数配置，处理并实例化出对应最大使能个数的报告控制块参数RPT_CTRL*head：报告控制块链表的头节点返回值经过拷贝处理后的报告控制块链表的头节点示例RPT_CTRL*cp=copy_rpt_ctrl_link(head);2.11获取模型节点信息函数函数声明TREE_NODE*get_tree_node_link_by_ied_name(char*iedName)功能解析模型文件中指定的IED节点的全部数据对象节点，并生成树对象，返回树对象的头节点参数char*iedName：设备IED节点名称返回值指定IED节点下的模型节点树结构的头节点示例TREE_NODE*treeNode=get_tree_node_link_by_ied_name(iedName);2.12获取定值控制块信息函数函数声明SETTING_CTRL*get_setting_ctrl_by_ied_name(char*iedName)功能解析模型文件中指定的IED节点下的全部定值控制块，并生成链表，返回链表的头节点参数char*iedName：设备IED节点名称返回值指定IED节点下的定值控制块链表头节点示例SETTING_CTRL*settingCtrl=get_setting_ctrl_by_ied_name(iedName);2.13获取日志控制块信息函数函数声明LOG_CTRL*get_log_ctrl_by_ied_name(char*iedName)功能解析模型文件中指定的IED节点下的全部日志控制块，并生成链表，返回链表的头节点参数char*iedName：设备IED节点名称返回值指定IED节点下的日志控制块链表头节点示例LOG_CTRL*logCtrl=get_log_ctrl_by_ied_name(iedName);2.14获取数据集信息函数函数声明DATASET*get_dataSet_by_ied_name(char*iedName)功能解析模型文件中指定的IED节点下的全部数据集，并生成链表，返回链表的头节点参数char*iedName：设备IED节点名称返回值指定IED节点下的数据集链表头节点示例DATASET*dataset=get_dataSet_by_ied_name(iedName);2.15设置创建数据集保存路径函数函数声明int SZTS_set_create_dataSet_save_path(char*path)功能自主创建的数据集保存的dataSet.xml文件的所在路径，用于解析自主创建的数据集信息参数char*path：自主创建的数据集保存的dataSet.xml文件的所在路径返回值成功：1,失败：0示例int result=SZTS_set_create_dataSet_save_path(path);2.16解析创建的持久数据集函数函数声明void get_dataSet_self(DATASET*dataSetHead,SCL_INFO*ied)功能解析创建并保存在dataSet.xml中的自主创建的持久型数据集参数DATASET*dataSetHead：数据集链表头节点SCL_INFO*ied：指定得IED设备对象节点返回值无示例get_dataSet_self(dataSetHead,ied);2.17获取GOOSE函数函数声明GOOSE_INFO*get_goose_info_link_by_ied_name(char*iedName)功能解析模型文件中指定的IED节点下的全部GOOSE控制块，并生成链表，返回链表的头节点参数char*iedName：设备IED节点名称返回值指定IED节点下的GOOSE控制块链表头节点示例GOOSE_INFO*goossInfo=get_goose_info_link_by_ied_name(iedName);2.18获取SV函数函数声明SMV_INFO*get_smv_info_link_by_ied_name(char*iedName)功能解析模型文件中指定的IED节点下的全部MSV控制块，并生成链表，返回链表的头节点参数char*iedName：设备IED节点名称返回值指定IED节点下的MSV控制块链表头节点示例SMV_INFO*smvInfo=get_smv_info_link_by_ied_name(iedName);2.19设置模型节点的实例化初始值函数函数声明void set_instance_val_to_node(char*iedName)功能对指定的IED节点下的树对象中的数据节点，赋予模型文件中实例化部分对应的实例化值参数char*iedName：设备IED节点名称返回值无示例set_instance_val_to_node(iedName);函数声明S_ADDR_MAP*get_s_addr_map(char*iedName)功能解析模型文件中短地址，并与对应的点的索引路径形成映射关系，生成链表，并返回链表的头节点参数char*iedName：设备IED节点名称返回值短地址与节点路劲映射的链表的头节点(节点路径不带FC)示例S_ADDR_MAP*sAddr=get_s_addr_map(iedName);2.21缓存报告服务函数函数声明void buffDataReport(SCL_INFO*ied)功能开启缓存报告的缓存事件以及缓存报告的发送服务，该方法内部通过while 循环进行间歇遍历，无退出动作，建议使用独立线程启动该服务参数SCL_INFO*ied：设备IED节点对象返回值无示例buffDataReport(ied);2.22非缓存报告服务函数函数声明void unBuffDataReport_bufTm(SCL_INFO*ied)功能开启非缓存报告的缓存事件以及其缓存事件报告的发送服务，该方法内部通过while循环进行间歇遍历，无退出动作，建议使用独立线程启动该服务参数SCL_INFO*ied：设备IED节点对象返回值无示例unBuffDataReport_bufTm(ied);2.23完整性周期报告服务函数函数声明void unBuffDataReport_bufTm(SCL_INFO*ied)功能开启非缓存报告的缓存事件以及其缓存事件报告的发送服务，该方法内部通过while循环进行间歇遍历，无退出动作，建议使用独立线程启动该服务参数SCL_INFO*ied：设备IED节点对象返回值无示例unBuffDataReport_bufTm(ied);函数声明CFG_FILE*SZTS_readCfgFile(char*fileName)功能解析配置文件的信息，并生成存放配置文件信息的内存对象参数char*fileName：.cfg后缀的配置文件的路径返回值配置文件的信息对象示例CFG_FILE*cfgInfo=SZTS_readCfgFile(fileName);2.25解析获取模型文件函数函数声明SCL_INFO*SZTS_sclParse(CFG_FILE*cfgFile)功能解析配置文件中配置的模型文件路径、设备名，访问点对应的模型文件的全部数据节点信息，生成链表对象，并返回链表头节点参数CFG_FILE*cfgFile：.cfg配置文件信息对象返回值设备信息对象链表头节点示例SCL_INFO*sclInfo=SZTS_sclParse(cfgFile);2.26启动服务器函数函数声明int SZTS_startServer()功能开启服务器监听和接收消息服务，服务器对象默认为模型文件中的第一个IED，该方法内部通过while循环进行间歇遍历，无退出动作，建议使用独立线程启动该服务参数无返回值有返回值即为服务运行结束，无返回值即为服务运行中示例int result=SZTS_startServer();2.27启动指定的服务器函数函数声明int SZTS_start_server_by_ied(SCL_INFO*ied)功能开启服务器监听和接收消息服务，服务器对象为指定的一个IED，该方法内部通过while循环进行间歇遍历，无退出动作，建议使用独立线程启动该服务参数SCL_INFO*ied：设备IED节点对象返回值有返回值即为服务运行结束，无返回值即为服务运行中示例int result=SZTS_start_server_by_ied(ied);2.28停止服务器函数声明int SZTS_stopServer()功能停止服务器监听和接收消息服务，停止的服务器对象默认为模型文件中的第一个IED参数无返回值有返回值即为服务运行结束，无返回值即为服务运行中示例int result=SZTS_stopServer();2.29停止指定的服务器函数函数声明int SZTS_stop_server_by_ied(SCL_INFO*ied)功能停止服务器监听和接收消息服务，停止的服务器对象为指定的一个IED 参数SCL_INFO*ied：设备IED节点对象返回值有返回值即为服务运行结束，无返回值即为服务运行中示例int result=SZTS_stop_server_by_ied(ied);2.30设置对应路径模型节点值函数函数声明int setNodeValueByPath(char*path,char*value)功能通过节点路径更新节点值，方法内部校验并处理相关的非缓存报告、缓存报告、日志业务参数char*path：需要修改的节点路径(带FC)char*value：目标值返回值1：改值成功，0：改值失败示例int result=setNodeValueByPath(path,value);2.31设置对应路径模型节点值-只设置值函数函数声明int setNodeValueByPathOnly(char*path,char*value)功能通过节点路径更新节点值，只更新值，不产生报告事件、日志事件参数char*path：需要修改的节点路径(带FC)char*value：目标值返回值1：改值成功，0：改值失败示例int result=setNodeValueByPathOnly(path,value);2.32获取设备mac地址函数函数声明void get_mac_address(char*mac_address)功能获取当前设备的mac地址，存放到指定的内存空间参数char*mac_address：已分配可容纳mac地址空间的字符串指针返回值设备mac地址示例get_mac_address(char*mac_address);2.33缓存报告控制块的预留时间超时校验函数函数声明void handle_buffer_rptCtrl_client_resv_check()功能开启缓存报告控制块预留时间的超时检测机制服务，对每个TCP连接在关联过缓存报告控制块的情况中，在失去关联时，进行设定的缓存报告控制块预留时间进行超时校验，在超时时间到达前，除最近一次关联过该缓存报告控制块的TCP连接可设置并使用该缓存报告控制块，其他的TCP连接不可设置和使用；倘若在超时间内最近一次关联该缓存报告控制块的TCP连接未继续关联该缓存报告控制块，则取消预留限制，任何TCP连接均可对此缓存报告控制块进行设置和使用；该方法内部通过while循环进行间歇遍历，无退出动作，建议使用独立线程启动该服务参数无返回值无示例handle_buffer_rptCtrl_client_resv_check();2.34客户端连接信息回调函数函数原型定义typedef int(*connectInfoFun)(char*ip,int port,int status);函数全局变量connectInfoFun connectInfo_fun;注册回调函数方法extern int regist_connectInfoFun(connectInfoFun f);输入char*ip：连接过来的客户端ipint port：连接过来的客户端端口int status：连接过来的客户端状态返回预留返回值，未使用用途可通过该回调获得客户端的连接信息2.35接收客户端报文信息回调函数函数原型定义typedef int(*recvDataFun)(char*data,int length);函数全局变量recvDataFun recvData_fun;注册回调函数方法extern int regist_recvDataFun(recvDataFun f);输入char*data：接收的报文数据int length：接收的报文长度返回预留返回值，未使用用途可通过该回调获得客户端的请求报文信息2.36判断否允许写入文件回调函数函数原型定义typedef int(*fileDataIsOkFun)(char*path);函数全局变量fileDataIsOkFun fileDataIsOk_fun;注册回调函数方法extern int regist_fileDataIsOkFun(fileDataIsOkFun f);输入char*path：文件路径返回1：允许写文件操作，0：不允许写文件操作用途可通过该回调可实现对写文件动作的允许与否2.37遥控选择回调函数函数原型定义typedef int(*selectFun)(char*reference);函数全局变量selectFun select_fun;注册回调函数方法extern int regist_selectFun(selectFun f);输入char*reference：遥控点路径返回1：允许选择，0：不允许选择用途可通过该回调实现对遥控选择的判断介入2.38遥控带值选择回调函数函数原型定义typedef int(*selectWithValueFun)(char*reference,Data*ctlVal,int*addCase);函数全局变量selectWithValueFun selectWithValue_fun;注册回调函数方法extern int regist_selectWithValueFun(selectWithValueFun f);输入char*reference：遥控点路径Data*ctlVal：控制值输出int*addCase：不允许选择原因返回1：允许带值选择，0：不允许带值选择用途可通过该回调实现对遥控带值选择的判断介入2.39遥控取消回调函数函数原型定义typedef int(*cancelFun)(char*reference,Data*ctlVal,int*addCase);函数全局变量cancelFun cancel_fun;注册回调函数方法extern int regist_cancelFun(cancelFun f);输入char*reference：遥控点路径Data*ctlVal：控制值输出int*addCase：不允许取消原因返回1：允许取消，0：不允许取消用途可通过该回调实现对遥控取消的判断介入2.40遥控执行回调函数函数原型定义typedef int(*operateFun)(char*reference,Data*ctlVal,int*addCase);函数全局变量operateFun operate_fun;注册回调函数方法extern int regist_operateFun(operateFun f);输入char*reference：遥控点路径Data*ctlVal：控制值输出int*addCase：不允许遥控执行的原因返回1：允许遥控执行，0：不允许遥控执行用途可通过该回调实现对遥控执行的判断介入2.41定值切区回调函数函数原型定义typedef int(*selectActiveSgFun)(char*reference,int sgNumber);函数全局变量selectActiveSgFun selectActiveSg_fun;注册回调函数方法extern int regist_selectActiveSgFun(selectActiveSgFun f);输入char*reference：定值控制块路径int sgNumber：切区的区号返回预留返回值，未使用用途可通过该回调获取定值切区的相关信息2.42改值操作回调函数函数原型定义typedef int(*setDataValuesFun)(char*reference,char*fc);函数全局变量setDataValuesFun setDataValues_fun;注册回调函数方法extern int regist_setDataValuesFun(setDataValuesFun f);输入char*reference：改值对象的路径char*fc：改值对象的FC返回1：允许改值，0：不允许改值用途可通过该回调实现改值操作的判断介入2.43改值操作回调-sv取代函数函数原型定义typedef int(*setSVDataValuesFun)(char*reference,char*value);函数全局变量setSVDataValuesFun setSVDataValues_fun;注册回调函数方法extern int regist_setSVDataValuesFun(setSVDataValuesFun f);输入char*reference：改值对象的路径char*value：目的值返回1：允许改值，0不允许改值用途：可通过该回调实现取代的业务逻辑，在改值操作时，优先执行此回调中实现的取代业务。

文档编号归档编号发布状态文档版本SS728M05设备驱动接口函数库用户手册V1.6拟制：陈龙日期：2014-12-26 审核：日期：标准化：日期：批准：日期：山东神思电子目录SS728M05设备驱动接口函数库 (1)用户手册 (1)V1.6 (1)目录 (2)1终端简介 (8)1.1主要功能 (8)1.2主要技术指标 (8)2接口库概述 (9)2.1适用范围 (9)2.2说明 (9)3接口函数 (10)3.1函数返回值 (10)3.1.1通用返回值 (10)3.1.2居民健康卡（兼容山东保健证）错误代码 (11)3.2基本接口函数 (12)3.2.1SS728M05_SDK（SS728M05基本操作接口） (12)3.2.1.1基本函数 (12)3.2.1.1.1ICC_Reader_Open (12)3.2.1.1.2ICC_Reader_Close (12)3.2.1.1.3ICC_Reader_Reset (12)3.2.1.1.4ICC_Reader_PowerOff (13)3.2.1.1.5ICC_Reader_Application (13)3.2.1.1.6ICC_Reader_GetLastError (13)3.2.1.1.7ICC_Reader_Version (14)3.2.1.1.8SS_Reader_Reset (14)3.2.1.1.9SS_Reader_Reset_bBeep (15)3.2.1.1.10SS_Reader_PowerOff (15)3.2.1.1.11SS_Reader_Application (16)3.2.1.1.12SS_Reader_GetLastError (16)3.2.1.1.13SS_Reader_Version (16)3.2.1.1.14SS_Reader_GetVersionID (17)3.2.1.1.15SS_Reader_GetUserInfo (17)3.2.1.1.16SS_Reader_UpdateUserInfo (17)3.2.1.1.17SS_Reader_AutoRecognition (17)3.2.1.1.18SS_Reader_AutoFindCard (18)3.2.1.1.19ss_dev_beep (18)3.2.1.1.20ss_dev_led (18)3.2.1.2居民二代身份证函数 (18)3.2.1.2.1ss_id_ResetID2Card (18)3.2.1.2.4ss_id_query_sex (19)3.2.1.2.5ss_id_query_sexL (19)3.2.1.2.6ss_id_query_folk (20)3.2.1.2.7ss_id_query_folkL (20)3.2.1.2.8ss_id_query_birth (20)3.2.1.2.9ss_id_query_address (20)3.2.1.2.10ss_id_query_number (20)3.2.1.2.11ss_id_query_organ (21)3.2.1.2.12ss_id_query_termbegin (21)3.2.1.2.13ss_id_query_termend (21)3.2.1.2.14ss_id_query_photo_data (21)3.2.1.2.15ss_id_query_photo_file (21)3.2.1.2.16ss_id_query_newaddress (22)3.2.1.2.17ss_id_query_IDBaseInfo_text (22)3.2.1.2.18ss_id_GetSAMno (22)3.2.1.2.19ss_id_GetSAMStatus (23)3.2.1.2.20ss_id_GetFPMsg (23)3.2.1.3M1卡操作函数 (23)3.2.1.3.1ss_CardMifare_Reset (23)3.2.1.3.2ss_CardMifare_Authentication (23)3.2.1.3.3ss_CardMifare_ReadBlock (24)3.2.1.3.4ss_CardMifare_WriteBlock (24)3.2.1.3.5ss_CardMifare_Increment (24)3.2.1.3.6ss_CardMifare_Decrement (24)3.2.1.3.7ss_CardMifare_Copy (25)3.2.1.3.8ss_CardMifare_GetUID (25)3.2.1.4标准社保卡操作作函数 (25)3.2.1.4.1ss_rf_sb_FindCard (25)3.2.1.4.2ss_rf_sb_ReadCardIssuers (25)3.2.1.4.3ss_rf_sb_ReadCardholder (26)3.2.1.4.4ss_rf_sb_ReadFingerprint (26)3.2.1.5济南社保卡操作函数 (26)3.2.1.5.1ss_jn_sb_FindCard (26)3.2.1.5.2ss_jn_sb_QuerryCardNumber (26)3.2.1.64428卡操作函数 (27)3.2.1.6.1ss_sle_reset_card (27)3.2.1.6.2ss_sle4428_read_card (27)3.2.1.7磁条卡操作作函数 (28)3.2.1.7.1SS_CT_ReadInfo (28)3.2.1.7.2SS_CT_ReadInfo_ (28)3.2.1.8居民健康卡基本函数(兼容山东保健证) (28)3.2.1.8.1ss_reader_open (28)3.2.1.8.2ss_reader_close (29)3.2.1.8.5ss_rf_yl_cpu_find_cardB (29)3.2.1.8.6ss_rf_cpu_yl_read_cardInfo (29)3.2.1.8.7ss_rf_cpu_yl_write_cardInfo (29)3.2.1.8.8ss_rf_yl_cpu_read_issuingOrg (30)3.2.1.8.9ss_rf_yl_cpu_write_issuingOrg (30)3.2.1.8.10ss_rf_yl_cpu_read_demographicInfo1 (30)3.2.1.8.11ss_rf_yl_cpu_write_demographicInfo1 (30)3.2.1.8.12ss_rf_yl_cpu_read_hospital (31)3.2.1.8.13ss_rf_yl_cpu_write_hospital (31)3.2.1.8.14ss_rf_cpu_yl_read_photo (31)3.2.1.8.15ss_rf_cpu_yl_write_photo (31)3.2.1.8.16ss_rf_yl_cpu_read_address (32)3.2.1.8.17ss_rf_yl_cpu_write_address (32)3.2.1.8.18ss_rf_yl_cpu_read_linkman (32)3.2.1.8.19ss_rf_yl_cpu_write_linkman (32)3.2.1.8.20ss_rf_yl_cpu_read_demographicInfo2 (33)3.2.1.8.21ss_rf_yl_cpu_write_demographicInfo2 (33)3.2.1.8.22ss_rf_yl_cpu_read_idcardInfo (33)3.2.1.8.23ss_rf_yl_cpu_write_idcardInfo (33)3.2.1.8.24ss_rf_yl_cpu_read_illNum (34)3.2.1.8.25ss_rf_yl_cpu_write_illNum (34)3.2.1.8.26ss_rf_yl_cpu_read_BiometricIdentifier (34)3.2.1.8.27ss_rf_yl_cpu_write_BiometricIdentifier (34)3.2.1.8.28ss_rf_yl_cpu_read_SpecialIdentifier (35)3.2.1.8.29ss_rf_yl_cpu_write_SpecialIdentifier (35)3.2.1.8.30ss_rf_yl_cpu_read_AllergicReaction (35)3.2.1.8.31ss_rf_yl_cpu_write_AllergicReaction (35)3.2.1.8.32ss_rf_yl_cpu_read_Immunization (36)3.2.1.8.33ss_rf_yl_cpu_write_Immunization (36)3.2.1.8.34ss_rf_yl_cpu_read_HospitalEffectiveSign (36)3.2.1.8.35ss_rf_yl_cpu_write_HospitalEffectiveSign (36)3.2.1.8.36ss_rf_yl_cpu_RewriteRecord_HospitalEffectiveSign (37)3.2.1.8.37ss_rf_yl_cpu_EraseRecord_HospitalEffectiveSign (37)3.2.1.8.38ss_rf_yl_cpu_read_OutpatientServiceEffectiveSign (37)3.2.1.8.39ss_rf_yl_cpu_write_OutpatientServiceEffectiveSign (37)3.2.1.8.40ss_rf_yl_cpu_RewriteRecord_OutpatientServiceEffectiveSign (38)3.2.1.8.41ss_rf_yl_cpu_EraseRecord_OutpatientServiceEffectiveSign (38)3.2.1.8.42ss_rf_cpu_yl_read_HospitalInformation1 (38)3.2.1.8.43ss_rf_cpu_yl_write_HospitalInformation1 (38)3.2.1.8.44ss_rf_cpu_yl_read_HospitalInformation2 (39)3.2.1.8.45ss_rf_cpu_yl_write_HospitalInformation2 (39)3.2.1.8.46ss_rf_cpu_yl_read_OutpatientServiceInformation1 (39)3.2.1.8.47ss_rf_cpu_yl_write_OutpatientServiceInformation1 (39)3.2.1.8.48ss_rf_cpu_yl_read_OutpatientServiceInformation2 (40)3.2.1.8.49ss_rf_cpu_yl_write_OutpatientServiceInformation2 (40)3.2.1.8.50ss_rf_cpu_yl_read_FingerprintFile (40)3.2.1.8.51ss_rf_cpu_yl_write_FingerprintFile (41)3.2.1.8.52ss_rf_cpu_yl_GetCardUid (41)3.2.1.8.53ss_rf_cpu_yl_read_HospitalInformation3 (41)3.2.1.8.54ss_rf_cpu_yl_write_HospitalInformation3 (41)3.2.1.8.55ss_rf_cpu_yl_read_OutpatientServiceInformation3 (42)3.2.1.8.56ss_rf_cpu_yl_write_OutpatientServiceInformation3 (42)3.2.1.8.57ss_rf_cpu_yl_read_OutpatientServiceInformation4 (42)3.2.1.8.58ss_rf_cpu_yl_write_OutpatientServiceInformation4 (42)3.2.1.8.59ss_rf_cpu_yl_read_OutpatientExpenses (43)3.2.1.8.60ss_rf_cpu_yl_write_OutpatientExpenses (43)3.2.1.8.61ss_rf_cpu_yl_AppcationLock_ddf1 (43)3.2.1.8.62ss_rf_cpu_yl_AppcationUnLock_ddf1 (43)3.2.1.8.63ss_rf_cpu_yl_AppcationLock_df01 (44)3.2.1.8.64ss_rf_cpu_yl_AppcationUnLock_df01 (44)3.2.1.8.65ss_rf_cpu_yl_AppcationLock_df02 (44)3.2.1.8.66ss_rf_cpu_yl_AppcationUnLock_df02 (44)3.2.1.8.67ss_rf_cpu_yl_AppcationLock_df03 (44)3.2.1.8.68ss_rf_cpu_yl_AppcationUnLock_df03 (45)3.2.1.8.69ss_rf_cpu_yl_CardLock (45)3.2.1.8.70ss_rf_cpu_yl_read_PayInfoFile (45)3.2.1.8.71ss_rf_cpu_yl_write_PayInfoFile (45)3.2.1.8.72ss_rf_VerifyPINSAM1 (45)3.2.1.8.73ss_rf_ResetSAM1AndVerifyPIN (46)3.2.1.8.74ss_rf_cpu_yl_read_Binaryphoto (46)3.2.1.8.75ss_rf_cpu_yl_write_Binaryphoto (46)3.2.1.8.76ss_rf_cup_yl_GetCardVersion (46)3.2.1.8.77ss_rf_SAM_Reset (46)3.2.1.8.78ss_rf_SAM_VerifyPIN (47)3.2.1.8.79ss_rf_SAM_ChangePIN (47)3.2.1.8.80ss_rf_SAM_Public (47)3.2.1.8.81ss_rf_SAM_Terminal (47)3.2.1.8.82ss_rf_SAM_PublicApp (48)3.2.1.8.83ss_rf_SAM_OrgCertificate (48)3.2.1.8.84ss_rf_SAM_Certificate (48)3.2.1.8.85ss_rf_SAM_SM3Digest (48)3.2.1.8.86ss_rf_SAM_SM2SignHash (49)3.2.1.9居民健康卡高级函数 (49)3.2.1.9.1SS_WSB_OpenDevice (49)3.2.1.9.2SS_WSB_CloseDevice (49)3.2.1.9.3SS_WSB_PowerOn (50)3.2.1.9.4SS_DC_ PowerOff (50)3.2.1.9.5SS_DC_SetSpacer (50)3.2.1.9.8SS_WSB_VerifyPIN (51)3.2.1.9.9SS_DC_ChangePIN (51)3.2.1.9.10SS_DC_RSAMPublic (52)3.2.1.9.11SS_DC_RSAMTerminal (52)3.2.1.9.12SS_DC_RSAMPublicApp (52)3.2.1.9.13SS_DC_RSAMOrgCertificate (52)3.2.1.9.14SS_DC_RSAMCertificate (53)3.2.1.9.15SS_WSB_RDDF1EF05 (53)3.2.1.9.16SS_WSB_RDDF1EF06 (53)3.2.1.9.17SS_WSB_RDDF1EF07 (54)3.2.1.9.18SS_WSB_WDDF1EF07 (54)3.2.1.9.19SS_WSB_RDDF1EF08 (54)3.2.1.9.20SS_WSB_WDDF1EF08 (55)3.2.1.9.21SS_WSB_RDF01EF05 (55)3.2.1.9.22SS_WSB_WDF01EF05 (55)3.2.1.9.23SS_WSB_RDF01EF06 (56)3.2.1.9.24SS_WSB_WDF01EF06 (56)3.2.1.9.25SS_WSB_RDF01EF07 (57)3.2.1.9.26SS_WSB_WDF01EF07 (57)3.2.1.9.27SS_WSB_RDF01EF08 (57)3.2.1.9.28SS_WSB_WDF01EF08 (58)3.2.1.9.29SS_WSB_RDF02EF05 (58)3.2.1.9.30SS_WSB_WDF02EF05 (59)3.2.1.9.31SS_WSB_RDF02EF06 (59)3.2.1.9.32SS_WSB_WDF02EF06 (59)3.2.1.9.33SS_WSB_RDF02EF07 (60)3.2.1.9.34SS_WB_WDF02EF07 (60)3.2.1.9.35SS_WSB_RDF02EF08 (60)3.2.1.9.36SS_WSB_WDF02EF08 (61)3.2.1.9.37SS_WSB_SM3Digest (61)3.2.1.9.38SS_WSB_SM2SignHash (61)3.2.1.9.39SS_WSB_RDF03EF05 (62)3.2.1.9.40SS_WSB_WDF03EF05 (62)3.2.1.9.41SS_WSB_EDF03EF05 (62)3.2.1.9.42SS_WSB_RDF03EF06 (63)3.2.1.9.43SS_WSB_WDF03EF06 (63)3.2.1.9.44SS_WSB_EDF03EF06 (63)3.2.1.9.45SS_DC_RSign_DF03EE00 (63)3.2.1.9.46SS_DC_RDF03EE00 (64)3.2.1.9.47SS_DC_WDF03EE00 (64)3.2.1.9.48SS_DC_RSign_DF03ED00 (65)3.2.1.9.49SS_DC_RDF03ED00 (65)3.2.1.9.50SS_DC_WDF03ED00 (65)3.2.1.9.53SS_WSB_RDF03ED00 (66)3.2.1.9.54SS_WSB_WDF03ED00 (67)3.2.1.10指纹采集比对 (67)3.2.1.10.1SS_ZW_Init (67)3.2.1.10.2SS_ZW_Close (68)3.2.1.10.3SS_ZW_GetErrorInfo (68)3.2.1.10.4SS_ZW_GetFPBmpData (68)3.2.1.10.5SS_ZW_GetCharFromSensor (68)3.2.1.10.6SS_ZW_Match2Char (68)3.2.1.10.7SS_ZW_GetCharFromBMP (68)3.2.1.10.8SS_ZW_MatchCharFromSensor (68)3.2.1.10.9MPS_* (69)4附录 (70)4.1门诊、住院记录T AG 定义 (70)1终端简介SS728M05是一款支持身份证、社保卡、居民健康卡、磁条卡等多种卡类型的多合一的读写终端，支持USB 通讯，采用模块化设计，适用于医院等发卡行业。

便携信息终端SS628-700C 使用手册目录1、商标信息 (2)2、注意事项 (2)3、敬告 (2)5、外观说明 (3)5.1终端部位图 (3)5.2按键和各组成部分说明 (4)6、快速入门操作 (4)6.1充电操作 (4)6.2 开机启动 (4)6.4 终端使用注意事项（★★重要★★） (4)7、关于电池 (5)8、主要技术指标 (5)10、可选购的原厂配件 (7)11、保养和维护的指导准则 (7)1、商标信息“神思”是山东神思电子技术股份有限公司的注册商标。

山东神思电子技术股份有限公司是公安部批准中标的中华人民共和国第二代居民身份证验证（阅读）机具定点生产企业。

2、注意事项本手册是SS628-700C便携信息终端的一般使用指南，根据具体客户需求，产品功能相对该说明手册可能有所增减，具体事项请与当地销售商或神思客服联系。

升级信息与更新程序请访问我公司网站：。

3、敬告按公安部规定，SS628-700C便携信息终端是“密码产品”（以下简称“终端”），严禁拆卸。

由于私自拆卸引起的法律问题，责任自负。

◆本终端应妥善使用保管，如有丢失或证件损坏，应及时通知神思公司或者其当地办事处。

◆切勿将本终端置于不适当的位置，比如晃动的桌面或斜面上，以免终端坠落而损坏。

◆避免本终端受潮。

在极端天气条件下,比如下雨或者下雪，在室外使用应特别小心，防止进水。

因进水引起的故障不在保修范围之内。

◆出现故障时，只能由神思公司总部或当地授权机构更换或维修，切勿自行拆卸处理。

◆本终端按国家公共安全行业标准GA450-2003相关要求，无线电骚扰符合ITE A 级标准。

5、外观说明5.1终端部位图（图一） 终端图示 此为A 级产品，在生活环境中，该产品可能会造成无线电骚扰。

在这种情况下，可能需要用户对其骚扰采取切实可行的措施。

1、耳机孔2、IC 卡插槽3、MicroUSB 接口5、SIM 卡插槽 4、TF 卡插槽6、听筒7、菜单按键9、返回按键 8、HOME 按键 10、电源开关11、音量+/- 12、摄像头、闪光灯 14、PSAM 卡插槽13、前摄像头5.2按键和各组成部分说明编号名称功能1 耳机孔 3.5mm耳机孔2 IC卡插槽符合7816标准IC卡接口3 MicroUSB USB通讯口，兼充电口4 TF卡插槽TF卡支持达32GB5 SIM卡插槽可插入SIM卡，可支持移动2G、联通2G/3G或电信的SIM卡6 听筒听筒，可接听电话7 菜单按键Android系统功能按键Menu8 HOME按键Android系统功能按键HOME9 返回按键Android系统功能按键Return10 电源开关11 音量+/-12 摄像头、闪光顶摄像头800万AF，LED闪光灯13 前摄像头130万前摄像头14 PSAM卡插槽2个PSAM卡插槽6、快速入门操作6.1充电操作电源适配器连接：将电源适配器上连线接头插入终端的MicroUSB接口。

SYSTIMAX ® SolutionsInstruction Sheet 860344274 Issue 10, October 2019 Rev BSYSTIMAXMGS Module Termination Instructions© 2012 CommScope, Inc. All rights reserved Page 1 of 5GeneralThese instructions provide the recommended termination procedure for all SYSTIMAX ®MGS-type modules. MGS600 modules are illustrated here, but instructions also apply to MGS400 and MGS500 modules. The MGSmodules are UL approved. Preparation of the new SYSTIMAX GigaSPEED ®X10D 91B series cable , 95B series cordage, or 91SD series cable is also shown. For complete instructions on prepping the GigaSPEED X10D 91B series cable , 95B series cordage or 91SD cable for termination, see instruction sheet 860 469 402. Refer to the SYSTIMAX X10D Design and Installation Guidelines for further information.The following tools are available to aid in module termination.Material ID 406477794 407484971 407728427 760122713 860251081DescriptionD-914 kit - includes impact tool and 110 blade D-914 impact tool onlyReplacement 110 blade for D-914 impact tool Module removal tool (quantity of 5)Hand termination tool (hand puck)How to Contact Us•To find out more about CommScope ® products, visit us on the web at /•For technical assistance:-Within the United States, contact your local account representative or technical support at1-800-344-0223. Outside the United States, contact your local account representative or Authorized Business Partner.-Within the United States, report any missing/damaged parts or any other issues to CommScopeCustomer Claims at 1-866-539-2795. Outside the United States, contact your local account representative or Authorized Business Partner.Preparation of X10D 91B Series Cable, 95B Series Cordage, or 91SD Series Cable860344274Instruction SheetPage 2 of 5Termination ProcedureT568B Wiring ShownPre-Termination Step For Angled EntryNote: Some mounting hardware and box space does not allow for cable entry directly from the rear. If a typical termination from the rear is done and the cable is then bent in the needed direction, performance and reliability can suffer. A proper termination should have the intended entry direction set before seating the conductors.1.Set the intended entry angle before seating theconductors.2.Pull pairs into the module until the jacket is snugagainst the rear housing. Outer pairs should sweep around the inside pairs and not be pulled into them.Direct Cable EndReverse Cable EndOrange pair1.Each cable end has two pairs routed into the holes and two pairs routed over the top, without crossover orrearrangement. On the Direct cable end, the Orange and Blue pairs enter the holes and the Green and Brown pairs lay over the top. On the Reverse cable end, the Green and Brown pairs enter the holes and the Orange and Blue pairs lay over the top.2.Pull pairs into the module until the jacket end is snug against the rear housing.Cable positioned at 90prior to seating conductorso860344274Issue 9, October 2019Page 3 of 53.To place conductors, hold the pair down on thetermination position and bend it for easy grasp as shown above. Then untwist the pair in a counter-clockwise direction enough to open it up.4.Push conductors down into slotpositions (check color codes).Maintain pair twist up to the opening for the slots.5.(T568B wiring shown) On the Direct cable end, place Orange and Blue pairs first, then place Green andBrown pairs.are tightly routed6.(T568B wiring shown) On the Reverse cable end, pull Green and Brown pairs back, eliminate the twist, andpull them tightly into place. Then route Orange and Blue pairs to the front positions.860344274Instruction SheetPage 4 of 5Note: For T568A Wiring -On each cable end, one of the two pairs fed in through the holes is pulled back for the rear positions. Check label color codes.Conductor Seating and CuttingPliersTrim pairsflushe impact tool on HI setting with M110cutting blade to punch conductors straight down into slots. When using the impact tool, the hand puck is recommended.Ore pliers with wire cap to seatconductors. Use fine edge cutters to trim conductors flush to the module body.Module Removal1.To remove a module for inspection orrepair, insert prongs of removal tool into openings at sides of module and press firmly.OrThe module wiring cap can also be used to remove a module. Insert prongs of cap into openings at sides of module and press firmly.2.The module can then be removed from theback.860344274Issue 9, October 2019Page 5 of 5Inspection or Repair of TerminationNote: To enable inspection or repair, the wiring cap can be released from the module using the removal tool. The conductors c an then be remove d for repair.1.Insert end of removal tool into slot under wiring cap and pivot it forward to release cap.。

IMS-SYSM系统平台操作手册广东盘古信息科技股份有限公司更新记录序号修改内容编写人编写日期审核人1 新增石灵2020-04-202 增加流程图与数据角色石灵2020-11-103 增加优化功能石灵2021-10-15目录1. 简介 (5)1.1 目的 (5)1.2 背景 (5)2. 软件概述 (6)2.1目标 (6)2.2系统功能 (6)3. 系统要求 (6)3.1 硬件设备要求 (6)3.2 支持软件客户程序软件 (7)4. 运行环境 (7)4.1界面要求 (7)4.2登录页面 (7)4.3系统首页 (8)4.4主页面 (10)4.5 单选框、多选框 (13)4.6 卡片式 (13)4.7 必填项、选填项 (14)4.8 关联字段 (14)4.9 显示列自定义 (15)4.10 产品图标 (16)5. 系统操作流程图 (19)6. 系统权限分配 (20)6.1系统资源分配管理 (20)6.2 设置外部资源 (22)6.3 系统配置 (25)6.4 创建角色并分权限 (27)6.5 创建数据角色并分权限 (28)7. 维护机构信息 (31)7.1 机构管理 (31)7.1.1新增机构 (31)8. 用户信息维护 (36)8.1 用户管理 (37)8.1.1. 创建用户账号并分配权限 (37)8.1.2. 新增用户 (37)8.1.3. 给用户分配权限 (39)8.1.4. 导入用户 (41)8.1.5. 重置密码 (43)9. 通用配置 (44)9.1 资源管理 (44)9.2 参数管理 (49)9.2.1新增参数 (49)9.3 国际化管理 (50)9.3.1 新增国际化 (51)9.3.2 编辑国际化 (52)9.3.3 删除国际化 (53)9.4 页面配置管理 (54)9.4.1 新增页面配置 (55)9.4.2 删除页面配置 (57)9.5 下拉选择页面配置管理 (58)9.5.1 新增下拉选择页面配置 (59)9.5.2 新增下拉选择页面配置 (62)1. 简介1.1 目的本文档是系统管理后台操作指导书，通过该文档用户可以了解该系统后台新增用户、新增角色、权限分配、创建权限等功能。

Package‘cimir’October12,2022Title Interface to the CIMIS Web APIVersion0.4-1Description Connect to the California Irrigation ManagementInformation System(CIMIS)Web API.See the CIMIS main page<https://>and web API documentation<https://>for more information.License GPL(>=3)URL https:///mkoohafkan/cimirBugReports https:///mkoohafkan/cimir/issuesDepends R(>=3.4)Imports curl(>=4.3),glue(>=1.3),stringr(>=1.4),dplyr(>=0.8),tidyr(>=1.0),jsonlite(>=1.6),purrr(>=0.3),rlang(>=0.4)Encoding UTF-8LazyData trueSuggests knitr(>=1.21),rmarkdown(>=1.11)VignetteBuilder knitrRoxygenNote7.1.1NeedsCompilation noAuthor Michael Koohafkan[aut,cre]Maintainer Michael Koohafkan<***************************>Repository CRANDate/Publication2021-02-1722:40:03UTCR topics documented:cimir (2)cimis_compass_to_degrees (3)cimis_data (3)12cimir cimis_degrees_to_compass (5)cimis_flags (6)cimis_format_location (6)cimis_items (7)cimis_split_query (8)cimis_station (9)cimis_to_datetime (10)set_key (10)Index12 cimir cimir:Interface to CIMISDescriptionThis package provides an R interface to the California Irrigation Management Information System (CIMIS)Web API.In order to use this package,you will need to create a CIMIS account and requesta web services AppKey.Package optionscimir uses the following options()to configure behavior:•cimir.appkey:The CIMIS AppKey to use for queries.•cimir.timeout:The maximum time to wait for a response from the CIMIS Web API.Alternatively,the CIMIS App Key can be saved to an environment variable CIMIS_APPKEY.Author(s)Maintainer:Michael Koohafkan<***************************>See AlsoUseful links:•https:///mkoohafkan/cimir•Report bugs at https:///mkoohafkan/cimir/issuescimis_compass_to_degrees3cimis_compass_to_degreesCompass Direction To DegreesDescriptionConvert the Compass direction labels to degrees.Usagecimis_compass_to_degrees(x)Argumentsx A vector of compass directions,i.e.the data item labels"DayWindNnw","Day-WindSse",etc.Recognized directions are North-northeast(NNE),East-northeast(ENE),East-southeast(ESE),South-southeast(SSE),South-southwest(SSW),West-southwest(WSW),West-northwest(WNW),and North-northwest(NNW).ValueA numeric vector of degrees corresponding to the middle azimuth of the corresponding compassdirection.See Alsocimis_degrees_to_compass()Examplescimis_compass_to_degrees("day-wind-nne")cimis_compass_to_degrees(c("SSE","SSW","wsw","Wnw","nnw"))cimis_data Query CIMIS DataDescriptionQuery CIMIS data using the Web API.4cimis_dataUsagecimis_data(targets,start.date,end.date,items,measure.unit=c("E","M"),prioritize.SCS=TRUE)Argumentstargets geographies or weather stations of interest.This parameter may specify one or many stations,zip codes,coordinates,or street addresses;however,you are notallowed to mix values from different categories.This means the targets param-eter must contain only stations,only zip codes,only coordinates,or only streetaddresses.You will receive an error if you attempt to mix different categorytypes.The formats are accepted:•A comma delimited list of WSN station numbers•A comma delimited list of California zip codes•A semicolon delimited list of decimal-degree coordinates•A semicolon delimited list of street addressesstart.date Specifies the start date.The data format is"yyyy-mm-dd".end.date Specifies the end date.The data format is"yyyy-mm-dd".items specifies one or more comma-delimited data elements to include in your re-sponse.See data_items()for a complete list of possible data element values.Default:day-asce-eto,day-precip,day-sol-rad-avg,day-vap-pres-avg,day-air-tmp-max,day-air-tmp-min,day-air-tmp-avg,day-rel-hum-max,day-rel-hum-min,day-rel-hum-avg,day-dew-pnt,day-wind-spd-avg,day-wind-run,day-soil-tmp-avg.measure.unit The unit of measure may be either"E"for English units or"M"for metric units.The value of this parameter will affect data values in the response.For example,designating English units will result in temperature values being returned inFahrenheit rather than Celsius.prioritize.SCS This parameter is relevant only when the targets parameter contains zip code(s).If TRUE,the Spatial CIMIS System(SCS)will be used as the preferred dataprovider.ValueA tibble object.Examplesif(is_key_set()){cimis_data(targets=170,start.date=Sys.Date()-4,end.date=Sys.Date()-1)cimis_degrees_to_compass5 }cimis_degrees_to_compassDegrees to Compass DirectionDescriptionConvert decimal degrees to Compass direction.Usagecimis_degrees_to_compass(x)Argumentsx A vector of directions in decimal degrees.DetailsDegrees are labeled with their corresponding Primary InterCardinal compass direction,following the convention of the CIMIS daily wind data items.ValueA factor vector of compass directions.See Alsocimis_compass_to_degrees()Examplescimis_degrees_to_compass(c(30,83,120,140,190,240,300,330))cimis_degrees_to_compass(cimis_compass_to_degrees(c("NNE","ENE","ESE","SSE","SSW","WSW","WNW","NNW")))6cimis_format_location cimis_flags CIMIS Data FlagsDescriptionList CIMIS data quality controlflags.Usagecimis_flags(type=c("Severe","Informative"),period="Current")Argumentstype The type of dataflag,i.e."Severe"or"Informative".period The Time period that data was collected,i.e.,"Current"or"Former"(pre-1995).Valuea dataframe of dataflags.See AlsoCIMIS Data Overview-Quality ControlExamplescimis_flags()cimis_flags("Informative")cimis_flags("Severe",period="Former")cimis_format_location Format CIMIS Station LocationDescriptionFormat the latitude and longitude of station in Decimal Degrees(DD)or Hour Minutes Seconds (HMS).Usagecimis_format_location(d,format=c("DD","HMS"))cimis_items7 Argumentsd A data frame of CIMIS data results.format The format to use,either Decimal Degrees("DD")or Hour Minutes Seconds ("HMS").ValueThe data frame,with a new"Latitude"and"Longitude"columns replacing the"HmsLatitude"and"HmsLongitude"columns.Examplesif(is_key_set()){d=cimis_station(170)cimis_format_location(d,"DD")cimis_format_location(d,"HMS")}cimis_items CIMIS Data ItemsDescriptionList CIMIS data items.Usagecimis_items(type=c("Daily","Hourly"))Argumentstype The type of data item,i.e."Daily"or"Hourly".Valuea dataframe of data items.Examplescimis_items()8cimis_split_query cimis_split_query Split CIMIS QueryDescriptionSplit a large CIMIS query into multiple smaller queries based on a time interval.Usagecimis_split_query(targets,start.date,end.date,items,max.records=1750L)Argumentstargets geographies or weather stations of interest.This parameter may specify one or many stations,zip codes,coordinates,or street addresses;however,you are notallowed to mix values from different categories.This means the targets param-eter must contain only stations,only zip codes,only coordinates,or only streetaddresses.You will receive an error if you attempt to mix different categorytypes.The formats are accepted:•A comma delimited list of WSN station numbers•A comma delimited list of California zip codes•A semicolon delimited list of decimal-degree coordinates•A semicolon delimited list of street addressesstart.date Specifies the start date.The data format is"yyyy-mm-dd".end.date Specifies the end date.The data format is"yyyy-mm-dd".items specifies one or more comma-delimited data elements to include in your re-sponse.See data_items()for a complete list of possible data element values.Default:day-asce-eto,day-precip,day-sol-rad-avg,day-vap-pres-avg,day-air-tmp-max,day-air-tmp-min,day-air-tmp-avg,day-rel-hum-max,day-rel-hum-min,day-rel-hum-avg,day-dew-pnt,day-wind-spd-avg,day-wind-run,day-soil-tmp-avg.max.records The maximum number of records returned by a query.The default value is the the maximum data limit allowed by the CIMIS Web API(1,750records). DetailsQueries are not split by targets or items,i.e.each resulting query will include all targets and items.ValueA data frame with columns"targets","start.date","end.date",and"items".cimis_station9 Examplescimis_split_query(170,"2000-01-01","2010-12-31","day-air-tmp-avg")cimis_split_query(c(149,170),"2018-01-01","2018-12-31",c("day-air-tmp-avg","hly-air-tmp","hly-rel-hum"))cimis_station Query CIMIS Station MetadataDescriptionQuery CIMIS station metadata.Usagecimis_station(station)cimis_spatial_zipcode(zipcode)cimis_zipcode(zipcode)Argumentsstation The station ID.If missing,metadata for all stations is returned.zipcode The(spatial)zip code.If missing,metadata for all stations is returned.ValueA tibble object.Examplesif(is_key_set()){cimis_station()cimis_zipcode()cimis_spatial_zipcode()}10set_key cimis_to_datetime To DatetimeDescriptionCollapse The Date and Hour columns to a single DateTime Column.Usagecimis_to_datetime(d)Argumentsd A data frame of CIMIS data results.DetailsAccording to the CIMIS Report FAQs,all CIMIS data is based on Pacific Standard Time(PST).ValueThe data frame,with a new"Datetime"column replacing the"Date"and"Hour"columns.Examplesif(is_key_set()){d=cimis_data(targets=170,start.date=Sys.Date()-4,end.date=Sys.Date()-1,items="hly-air-tmp")cimis_to_datetime(d)}set_key Specify CIMIS API keyDescriptionEnter your CIMIS AppKey for web API data access.Usageset_key(key=NULL)remove_key()is_key_set()set_key11Argumentskey A CIMIS AppKey.Examples##Not run:set_key("YOUR-APP-KEY")is_key_set()remove_key()##End(Not run)Indexcimir,2cimir-package(cimir),2cimis_compass_to_degrees,3cimis_compass_to_degrees(),5cimis_data,3cimis_degrees_to_compass,5cimis_degrees_to_compass(),3cimis_flags,6cimis_format_location,6cimis_items,7cimis_spatial_zipcode(cimis_station),9 cimis_split_query,8cimis_station,9cimis_to_datetime,10cimis_zipcode(cimis_station),9is_key_set(set_key),10options(),2remove_key(set_key),10set_key,1012。

神思身份证阅读器使用说明身份证阅读器热销品牌-神思SS628-100，生产商是山东神思电子技术有限公司。

是由归国留学人员领班的民营科技企业，注册资金为5000万元。

其公司生产的产品包括通信终端、识别终端、支付终端等嵌入式软件。

能从数百家企业投标会中脱颖而出成为生产身份证阅读器的“十大厂家”，实属不易。

神思公司潜心在嵌入式软件领域研发，专注认证识别技术，经过过年的积累，在智能识别终端领域，拥有了包括S-7嵌入式操作系统在内的一系列具有自主知识产权的专有技术。

神思SS628-100身份证阅读器就是其代表作品，可以快速读取、验证、上传或存档二代证IC卡内信息。

产品结构设计简单、坚固，方便易用，性能稳定，适合长期连续工作的使用环境；产品采用RS232或USB接口，安装简单，并可利用USB接口供电，无需外接电源适配器。

深圳研腾科技有限公司销售的神思SS628(100U)身份证阅读器以其美观新颖的外形、稳定的质量赢得全国用户的好评。

神思公司是全标准一次性通过公安部检测的唯一机具生产厂家。

在公安部组织的可追加地址型机具招标中，神思又以优异成绩中标，成为具备读写身份证机具生产资质的三家之一。

公司进行的连续测试中，不间断读卡100万次以上无差错。

迄今为止，神思验证机具开箱合格率达100%，故障率＜5‰。

产品特性神思SS628系列二代证验证（阅读）机具拥有自主知识产权，可以快速读取、验证、上传或存档二代证IC卡内信息。

产品结构设计简单、坚固，方便易用，性能稳定，适合长期连续工作的使用环境；产品采用RS232或USB接口，安装简单，并可利用USB接口供电，无需外接电源适配器。

产品采用了基于SAM（安全模块）的加密安全机制，通过神思公司自主知识产权的RF卡读写模块，可对二代证快速解密验证与阅读存档。

软件提供多平台开发函数库，便于用户二次开发和应用。

适用于公安、金融、电信、邮政、教育、民政、旅居、保险、娱乐等多种需要身份验证的行业，可实现客户身份认证、客户信息自动录入，完善客户档案，提高服务质量与工作效率。

Testing made easyWTL 6/1 EN, WTD 6/1 EN, WTQ 6/1 ENCurrent transformers may only be short-circuited or operated with a negligible load impedance because open current transformers “run hot” and destroy themselves. Apart from that, load impedances lead to measuring inaccuracies in electricity supply meters and hence to financial losses for their operators.You can solve many switching tasks - clearly and affordably – with the WTL 6/1 EN test-disconnect terminal, theWTD 6/1 EN feed-through terminal, and the WTQ 6/1 EN cross-disconnect terminal.The screws for connecting the conductors are only accessible after the current transformer has been short-circuited with the help of the short-circuit slider. Thisguarantees that the measuring instrument is not accidentally disconnected.(7) STB 36.8/IH/BL WTL6/1(14) STB 21.6/45 SW (6)STB 36.8/IH/VI WTL6/1(8) BS 25 GE (2) WTD 6/1 ENWTL6/1WTL6/1STB 21.6/45 VI (13)WKS 2/3 (16)BS 25 VI (10)ISPF QB58 SW (18)STB 21.6/45 VH 16WAP WTLDT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013Operating status(with external distribution of k-point)Example transformer using WTL 6/1 EN Comparison measurement for L1Operation depending on operating status:1. Connect ammeter to test sockets at terminal 2.2. Open disconnect slide link of terminals 2.3. Connect voltmeter to test sockets of terminals 7 and 10.Meter test for L1 through external power supplyOperation depending on operating status:1. Close the short-circuit slide of the terminals 1 and2.2. Open disconnect slide link of the terminals 2 and 7.3. C onnect external power supply to test sockets of terminals 1, 2 and 7, 10.Changing the meter for L1Operation depending on operating status:1. Close short-circuit slide of the terminals 1 and 2.2. Open disconnect slide link of the terminals 2 and 7.3. Disconnect meter for L1 at the terminals 1, 2 and 7.Operating condition with lockout device Testing condition with open disconnecting sliderOperating condition without lockout deviceExternal cross-bridgesDT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013Testing made easyWTL 6/1, WTD 6/1, WTQ 6/1Sliding disconnector is easy to use (WTL 6/1)One short-circuit slider per terminal (WTL 6/1)Current transformers may only be short-circuited or operated with a negligible load impedance because open current transformers “run hot” and destroy themselves. Apart from that, load impedances lead to measuring inaccuracies in electricity supply meters and hence to financial losses for their operators.You can solve many switching tasks - clearly and affordably – with the WTL 6/1 test-disconnect terminal, theWTD 6/1 feed-through terminal, and the WTQ 6/1 cross-disconnect terminal.The screws for connecting the conductors are only accessible after the current transformer has been short-circuited with the help of the short-circuit slider. Thisguarantees that the measuring instrument is not accidentallydisconnected.One short-circuit jumper per terminal (WTQ 6/1)Safe disconnection of cross-connection (WTQ 6/1)(7) STB 25 IH/BL (14)STB 14/D6/4/M3 SAK10(2) WTD 6/1(3) WTL 6/1 (6)STB 25 IH/VI (5) STB 25 IH/GN (4) STB 25 IH/GE STB 35 IH/VI (13)STB 35 IH/SW VH 19WAP WTLDT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013Operating status(with external distribution of k-point)Example transformer using WTL 6/1Comparison measurement for L1Operation depending on operating status:1. Connect ammeter to test sockets at terminal 2.2. Open disconnect slide link of terminals 2.3. Connect voltmeter to test sockets of terminals 7 and 10.Operation depending on operating status:1. Close the short-circuit slide of the terminals 1 and2.2. Open disconnect slide link of the terminals 2 and 7.3. C onnect external power supply to test sockets of terminals 1, 2 and 7, 10.Changing the meter for L11. Close short-circuit slide of the terminals 1 and2.2. Open disconnect slide link of the terminals 2 and 7.3. Disconnect meter for L1 at the terminals 1, 2 and 7.WTD 6/1 WTL 6/1DT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013Convenient test-disconnect terminalsWTL 6/2, WTL 6/3All the circuits occurring in practice can be realised with the WTL 6/2 and WTL 6/3 terminals plus a few accessories. The short-circuit sliders are finger-touch safe – no risk of electric shock. Two cross-connections, e.g. for internal distribution of the contact point, can also be incorporated. The standard WQV 6 cross-connections of the W-Series can be used here, which also permit terminals to be bypassed.Thanks to the specially designed test sockets, bothconventional test plugs and conventional safety test plugs can be used with the WTL 6/3.Another advantage of the WTL 6/3 is that one screwdriver fits all screws and also all sockets.Variation with maximum accessories2 DEK markers per connection pointSafe test point according VGB 4Compact design: ➀ sliding disconnect,➁ cross-connection, ➂ short-circuit sliderOptimised accessories for all circuitvariations➁➀➂(3) SSP WTLWKS 1/2 (4)WQV 6/5 (11) DT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013Operating status(with internal distribution of the k-point)Example transformer using WTL 6/3Comparison measurement for L1Operation depending on operating status:1. Connect ammeter to test sockets at terminal 2.2. Open disconnect slide link of terminals 2.3. Connect voltmeter to test sockets of terminals 7 and 10.Operation depending on operating status:1. Close the short-circuit slide of the terminals 1 and2.2. Open disconnect slide link of the terminals 2 and 7.3. C onnect external power supply to test sockets of terminals 1, 2 and 7, 10.Changing the meter for L1Operation depending on operating status:1. Close short-circuit slide of the terminals 1 and 2.2. Open disconnect slide link of the terminals 2 and 7.3. Disconnect meter for L1 at the terminals 1, 2 and 7.WTL 6/3/STB WTL 6/2The disconnect test terminal WTL 6/3/STB offers the same functionality as the WTL 6/2. However, thanks to the special design of the test sockets both conventional test plugs as well as commercially available test plugs can be used.DT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013Testing made easy WTL 6 SL / WTD 6 SLCurrent transformers may only be short-circuited or operated with a negligible load impedance because open current transformers “run hot” and destroy themselves. Apart from that, load impedances lead to measuring inaccuracies in electricity supply meters and hence to financial losses for their operators.Many switching tasks can be done using the WTL 6 SLtest/disconnect terminals and the WTD 6 SL feed-through terminals.The screws for connecting the conductors are only accessible after the current transformer has been short-circuited with the help of the short-circuit slider. This guarantees that the measuring instrument is not accidentally disconnected.(9) STB 36.8/IH/BL WTL6/1 (8) STB21.6/45 SW(7)STB 36.8/IH/VI WTL6/1STB 21.6/45 DB VH 19WAP WTL6 SL Example transformer using WTL 6 SL / WTD 6 SLWTL 6 SL o. StB WTD 6 SL o. StBDTerminals,W-Series1282250000 – 2012/2013Testing made easyWTL 6 SL EN / WTD 6 SL ENCurrent transformers may only be short-circuited or operated with a negligible load impedance because open current transformers “run hot” and destroy themselves. Apart from that, load impedances lead to measuring inaccuracies in electricity supply meters and hence to financial losses for their operators.Many switching tasks can be done using the WTL 6 SL EN test/disconnect terminals and the WTD 6 SL EN feed-through terminals.The screws for connecting the conductors are only accessible after the current transformer has been short-circuited with the help of the short-circuit slider. Thisguarantees that the measuring instrument is not accidentally disconnected.Example transformer using WTL 6 SL EN / WTD 6 SL EN (9) STB 36.8/IH/BL (8) STB21.6/45 SW(7)STB 36.8/IH/VISTB 21.6/45 DB VH 19WAP WTL6 SLDT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013STBCross-connection sliderType Qty.Order No.500169900000Cross-connection slider QVS …Connection sleeves VH 19 and fixing screws BS 25 (or sockets StB 35) are required for fastening the QVS in the individual terminals. The fixing screws have an insulating sleeve as colour marking and a screwdriver guide. Cross-connection sliders are designed so that the sockets inserted in the terminals remain available for test plugs at every position.The 2-pole version type QVS 2S is designed to slide with test plugs plugged in. If the option of testing is required when the QVS is plugged in, socket StB 35 can be used for fastening.The clearance and creepage sections required for the rated voltage of the terminal are changed when accessories are fitted.QVS 1Cross-connection sliderQVS QVS QVSK 2QVS 2SWTL6/1, WTD6/1WTL6/1, WTD6/1Cross-connection slider STBSockets type StB are screwed into the busbar of the terminal. They taketest plugs type PS4 or cross-connectors type QS2.DT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013WQV / QL WQV(only for WTL 6/2, WTL 6/3)WKS / WKB WKS WKB QS 2BS / VH WQV cross-connectionsWQV cross-connections allow for finger and hand-safe connection betweenneighbouring terminals in accordance with VBG 4.QL cross-connection lugModel QL cross-connection links serve as fixed (i.e. non-switchable) cross-connections when used with WLT 6.1 test-disconnect terminals. They are fastened with connecting sleeves VH 12 and fixing screws BS M 3 x 20 (or sockets StB 30.5). The clearance and creepage distances required for the rated voltage of theterminal can be changed when accessories are installed. This applies in particular to the cross-connection of neighbouring terminals of differing potential.BS fixing screws VH connecting sleevesWKB / WKScross-connection bridgeWKB can be inserted from above in the case of cross-disconnect terminal type WTQ 6/1.The integrated disconnect slider is then responsible for connection or disconnection.QS2 cross-connection plug For sockets diameter 4 mm, for loads up to 44 A.DT e r m i n a l s , W -S e r i e s1282250000 – 2012/2013DIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.Different current transformer circuits, e.g. for replacing measuring instruments or electricity meters, can berealised.Flexible / Flexible with ferrulemm²Tightening torque range (terminal screw)Stripping length / Blade size mm/-Width/Length/Height of lowest versionmm max. current / max. cond. cross-section A/mm²Max. clamping range mm²with socketEnd plate / Partition plateLockout device500300 (C)300 (D)3228 (C)10 (D)4AWG 26 (10)46 kV / 3A3 / V-00.5...4 / 0.5...40.4...0.7 Nm (M 2.5)10 / 0.6 x 3.5 mmIdentification systems (see assortment in catalogue 7)Marking tagsDEK 5/6500300 (D)150 (C)108 (D)8 (C)4AWG 26 (10)46 kV / 3A4 / V-00.5...6 / 0.5...40.5...0.8 Nm (M 3)10 / 0.6 x 3.5 mmWS 12/6T e r m i n a l s , W -S e r i e sTest-disconnect terminalsD630300 (C)300 (C)4145 (C)45 (C)6AWG 20 (8)66 kV / 3A5 / V-00.5...10 / 0.5...61...1.6 Nm (M 3.5)12 / 4.0 x 0.8 mmDEK 5/8 / WS 12/8630300 (C)300 (C)4145 (C)45 (C)6AWG 20 (8)66 kV / 3A5 / V-00.5...10 / 0.5...60.8...1.6 Nm (M 3.5)12 / 4.0 x 0.8 mmDEK 5/8 / WS 12/8500300 (C)300 (C)4145 (C)45 (C)6AWG 20 (8)66 kV / 3A5 / V-00.5...10 / 0.5...6(M 3.5)12 / 4.0 x 0.8 mmDEK 5/8 / WS 12/8T e r m i n a l s , W -S e r i e sTest-disconnect terminalsDIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.Different current transformer circuits, e.g. for replacing measuring instruments or electricity meters, can beimplemented.Flexible / Flexible with ferrulemm²Tightening torque range (terminal screw)Stripping length / Blade size mm/-Width/Length/Height of lowest versionmm max. current / max. cond. cross-section A/mm²Max. clamping range mm²with socketEnd plate / Partition plateLockout device630300 (C)300 (C)4145 (C)45 (C)6AWG 20 (8)66 kV / 3A5 / V-00.5...10 / 0.5...61...1.6 Nm (M 3.5)12 / 4.0 x 0.8 mmIdentification systems (see assortment in catalogue 7)Marking tagsDEK 5/8 / WS 12/8T e r m i n a l s , W -S e r i e sTest-disconnect terminalsDIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.Different current transformer circuits, e.g. for replacing measuring instruments or electricity meters, can berealised.Flexible / Flexible with ferrulemm²Tightening torque range (terminal screw)Stripping length / Blade size mm/-Width/Length/Height of lowest version mmmax. current / max. cond. cross-section A/mm²Max. clamping range mm²with socketEnd plate / Partition plateLockout device500300 (C)300 (C)4145 (C)45 (C)6AWG 20 (8)66 kV / 3A5 / V-00.5...10 / 0.5...61...1.6 Nm (M 3.5)12 / 4.0 x 0.8 mmIdentification systems (see assortment in catalogue 7)Marking tagsDEK 5/8 / WS 12/8500300 (C)300 (C)4145 (C)45 (C)6AWG 20 (8)66 kV / 3A5 / V-00.5...10 / 0.5...6(M 3.5)12 / 4.0 x 0.8 mmDEK 5/8 / WS 12/8T e r m i n a l s , W -S e r i e sTest-disconnect terminalsTest-disconnect terminalsWTL 6/4 FFLongitudinal - disconnectorWidth/Length/heightmm Max. current / max. cond. cross-sectionA/mm 2Max. clamping range mm 2WTD 6/4 FFFeed-throughDT e r m i n a l s , W -S e r i e sDIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.Modular disconnect terminals enable circuits to be quickly isolated from the supply so that, for example, maintenanceor repair work can be carried out.Flexible / Flexible with ferrulemm²Tightening torque range (terminal screw)Stripping length / Blade sizemm/-Width/Length/Height of lowest version mm max. current / max. cond. cross-section A/mm²Max. clamping range mm²Standard32 x 100 x 68125 / 354 (35)24125350.8 kV / 3B9 / V-04...35 / 4...354 Nm (M 6)18 / 1.2 x 6.5 mmIdentification systems (see assortment in catalogue 7)Marking tagsWS 12/6Operation modeOperating mode• Slide link is closed• Auxiliary circuit is earthed • Display is illuminated greenTest positionWhen measuring insulation resistance with voltages greater than U Nom , the earth connection must first be disconnected .• Slide link is opened• Auxiliary circuit is not earthed • No earth fault• Display illuminated green and red with reduced intensit y• Disconnected earth connection -> When measuring insulation resistance with voltages greater than U Nom , the earth connection must be disconnected .Operational malfunction• Slide link is opened• Auxiliary circuit is not earthed • Earth fault• Display is illuminated re d24 V24 V24 VT e r m i n a l s , W -S e r i e sEarth wire disconnect terminalsDDistribution terminal with WQVIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.N-busbars may not be used in certain applications (medical systems). Instead, installation terminals with adisconnector in the centre of the terminal can be used.Flexible / Flexible with ferrulemm²Tightening torque range (terminal screw)Stripping length / Blade sizemm/-Width/Length/Height of lowest version mm max. current / max. cond. cross-section A/mm²Max. clamping range mm²End bracket With “swifty set” cutting deviceStandard400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)4 kV / 3A3, A4 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmIdentification systems (see assortment in catalogue 7)Marking tagsDEK 5/5 / WS 8/5400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)6 kV / 3A3, A4 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmDEK 5/5 / WS 8/5T e r m i n a l s , W -S e r i e sInstallation terminalsD400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)4 kV / 3A3, A4 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmDEK 5/5 / WS 8/5400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)4 kV / 3A3, A4 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmDEK 5/5 / WS 8/5400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)6 kV / 3A3, A4 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmDEK 5/5 / WS 8/5T e r m i n a l s , W -S e r i e sInstallation terminalsDDistribution terminals with 10 x 3 busbarIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.Space-saving wiring of three-phase circuits using only twoterminals.Flexible / Flexible with ferrulemm²Tightening torque range (terminal screw)Stripping length / Blade sizemm/-Width/Length/Height of lowest version mm max. current / max. cond. cross-section A/mm²Max. clamping range mm²Busbar 10 x 3 (140 A)Rigid / flexible 0,5 - 6 / 4 mm²Rigid / flexible 6 - 16 mm²Flexible 16 - 35 mm²400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)4 kV / 3A3 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmIdentification systems (see assortment in catalogue 7)Marking tagsDEK 5/5 / WS 8/5400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)6 kV / 3A3 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmDEK 5/5 / WS 8/5T e r m i n a l s , W -S e r i e sInstallation terminalsD400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)4 kV / 3A3 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmDEK 5/5 / WS 8/5400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)4 kV / 3A3 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmDEK 5/5 / WS 8/5400300 (C)300 (D)2415 (C)10 (D)2.5AWG 22 (12)AWG 26 (12)6 kV / 3A3 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)8 / 0.6 x 3.5 mmDEK 5/5 / WS 8/5T e r m i n a l s , W -S e r i e sInstallation terminalsDNeutral conductor disconnect terminalsIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.These special modular terminals are specified for insulation measurements, without disconnecting the conductoraccording to VDE standards, for places of public assembly.Flexible / Flexible with ferrulemm²Tightening torque range (terminal screw)Stripping length / Blade size mm/-Width/Length/Height of lowest versionmm max. current / max. cond. cross-section A/mm²Max. clamping range mm²Blue WemidEnd bracketRigid / flexible 6 - 16 mm²Flexible 16 - 35 mm²400600 (C)600 (C)2425 (C)20 (C)2.5AWG 22 (12)AWG 26 (12)6 kV / 3A3 / V-00.5...4 / 0.5...2.50.4...0.6 Nm (M 2.5)10 / 0.6 x 3.5 mmIdentification systems (see assortment in catalogue 7)Marking tagsDEK 5/5 / WS 12/5400600 (C)600 (C)3235 (C)25 (C)4AWG 22 (10)AWG 26 (10)6 kV / 3A4 / V-00.5...6 / 0.5...40.5...1 Nm (M 3)10 / 0.6 x 3.5 mmDEK 5/5 / WS 12/5T e r m i n a l s , W -S e r i e sInstallation terminalsD400600 (C)600 (C)4145 (C)35 (C)6AWG 20 (8)AWG 26 (8)6 kV / 3A5 / V-00.5...10 / 0.5...60.8...1.2 Nm (M 3.5)12 / 4.0 x 0.8 mmDEK 5/5 / WS 12/5400600 (C)600 (C)5760 (C)50 (C)10AWG 16 (8)AWG 16 (6)6 kV / 3B6 / V-01.5...16 / 1.5...1612...20 Nm (M 4)12 / 1.0 x 5.5 mmDEK 5/5 / WS 12/5400300 (C)300 (C)7665 (C)65 (C)16AWG 14 (6)AWG 14 (6)6 kV / 3B7 / V-01.5...16 / 1.5...161.2...2.2 Nm (M 4)12 / 1.0 x 5.5 mmDEK 5/5 / WS 12/5T e r m i n a l s , W -S e r i e sInstallation terminalsDNeutral conductor disconnect terminalsIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.These special modular terminals are specified for insulation measurements, without disconnecting the conductoraccording to VDE standards, for places of public assembly.Flexible / Flexible with ferrulemm²Tightening torque range (terminal screw)Stripping length / Blade size mm/-Width/Length/Height of lowest versionmm max. current / max. cond. cross-section A/mm²Max. clamping range mm²Blue WemidEnd bracketRigid / flexible 6 - 16 mm²Flexible 16 - 35 mm²400125356 kV / 3B8 / V-02.5...35 / 2.5...354...5 Nm (M 6)18 / 6.5 x 1.2 mmIdentification systems (see assortment in catalogue 7)Marking tagsDEK 5/5 / WS 12/5400600 (C)192175 (C)70AWG 6 (00)6 kV / 3B11 / V-010...70 / 10...7060...12 Nm (M 8)22 / S6 (DIN 6911)DEK 5/5 / WS 12/5T e r m i n a l s , W -S e r i e sInstallation terminalsDT e r m i n a l s , W -S e r i e sDIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.A spring below the clamping yoke ensures there isadditional contact stability.Solid / strandedmm²Flexible / Flexible with ferrulemm²Width/Length/Height of lowest version mm max. current / max. cond. cross-section A/mm²Max. clamping range mm²Dark beige WemidDark beige Wemid (combi clip-on feet TS32/25)Black Wemid (combi clip-on feet TS32/25)Without STBEnd plate / Partition plate500600 (C)300 (C)2753230 (C)25 (C)284AWG 22...10AWG 22 (10)46 kV / 3A4 / V-0SIRA 02ATEX3242 U0.5...1.50.5...1.5 / 0.5...1.5Identification systems (see assortment in catalogue 7)Marking tagsWS 12/6500150 (C)300 (C)2754150 (C)45 (C)366AWG 20...8AWG 20 (8)66 kV / 3A5 / V-0SIRA 02ATEX3242 U0.5DEK 5/8 / WS 12/6,5T e r m i n a l s , W -S e r i e sTerminals with spring-loaded cable clampsD500150 (C)300 (C)2755750 (C)65 (C)5010AWG 16...8AWG 16 (610)6 kV / 3A5 / V-0SIRA 02ATEX3242 U1.5 (4)2.5...4 / 1 (4)DEK 5/5 / WS 12/6,5500300 (C)300 (D)3222 (C)10 (D)4AWG 22 (10)AWG 22 (10)6 kV / 3A4 / V-00.5...1.50.5...1.5 / 0.5...1.5DEK 5/6 / WS 12/6500300 (C)300 (D)3222 (C)10 (D)4AWG 22 (10)AWG 22 (10)6 kV / 3A4 / V-00.5...1.50.5...1.5 / 0.5...1.5DEK 5/6 / WS 12/6T e r m i n a l s , W -S e r i e sTerminals with spring-loaded cable clampsDIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.A spring below the clamping yoke ensures there isadditional contact stability.Solid / strandedmm²Flexible / Flexible with ferrulemm²Width/Length/Height of lowest version mm max. current / max. cond. cross-section A/mm²Max. clamping range mm²Dark beige WemidDark beige Wemid (combi clip-on feet TS32/25)Black Wemid (combi clip-on feet TS32/25)Without STBEnd plate / Partition plate500600 (C)300 (C)2753230 (C)25 (C)284AWG 22...10AWG 22 (10)46 kV / 3A4 / V-0SIRA 02ATEX3242 U0.5...1.50.5...1.5 / 0.5...1.5Identification systems (see assortment in catalogue 7)Marking tagsWS 12/6500150 (C)300 (C)2754150 (C)45 (C)366AWG 20...8AWG 20 (8)66 kV / 3A5 / V-0SIRA 02ATEX3242 U0.5DEK 5/8 / WS 12/6,5T e r m i n a l s , W -S e r i e sTerminals with spring-loaded cable clampsD500600 (C)300 (C)2755750 (C)65 (C)5010AWG 16...8AWG 16 (610)6 kV / 3A6 / V-0SIRA 02ATEX3242 U1.5 (4)2.5...4 / 1 (4)DEK 5/5 / WS 12/6,5500300 (C)300 (D)3222 (C)10 (D)4AWG 22 (10)AWG 22 (10)6 kV / 3A4 / V-00.5...1.50.5...1.5 / 0.5...1.5DEK 5/6 / WS 12/6500300 (C)300 (D)3222 (C)10 (D)4AWG 22 (10)AWG 22 (10)6 kV / 3A4 / V-00.5...1.50.5...1.5 / 0.5...1.5DEK 5/6 / WS 12/6T e r m i n a l s , W -S e r i e sTerminals with spring-loaded cable clampsDIn hazardous area applications, the installation instructions and the ra-ted data specifications for accessories given in the technical appendix must be followed.A spring below the clamping yoke ensures there isadditional contact stability.Solid / strandedmm²Flexible / Flexible with ferrulemm²Width/Length/Height of lowest version mm max. current / max. cond. cross-section A/mm²Max. clamping range mm²Dark beige WemidDark beige Wemid (combi clip-on feet TS32/25)Black Wemid (combi clip-on feet TS32/25)Without STBEnd plate / Partition plate400300 (C)300 (D)6.3 6.3 (C) 6.3 (D)4AWG 22 (10)AWG 22 (10)6 kV / 3A4 / V-00.5...1.50.5...1.5 / 0.5...1.5Identification systems(see assortment in catalogue 7)Marking tagsDEK 5/6 / WS 12/65006/ 3A5 / V-0WS 12/6,5T e r m i n a l s , W -S e r i e sTerminals with spring-loaded cable clampsD5004166 kV / 3A5 / V-00.5WS 12/6,55004166 kV / 3A5 / V-00.5WS 12/6,55004166 kV / 3A5 / V-00.5WS 12/6,5T e r m i n a l s , W -S e r i e sTerminals with spring-loaded cable clamps。

序 言序 言感谢您选购了本公司SR系列智能控制器,这说明您对本产品有了充分的了解。

为了您更好地使用本产品,烦请您在使用之前花些时间阅读以下本手册。

本手册将指导您如何安装、使用及软件编程，同时您将会发现本产品有更优越的性能,从而将会使您更方便地使用本产品。

SR系列智能控制器是一种采用功能块编程,并附有LCD液晶显示的智能控制器。

它将以往的PLC中需要用一大段指令程序才完成的控制功能换成用一个功能块来实现。

若干个功能块按照特定的方式连接在一起即可完成较为复杂的控制功能,从而将编程工作大大地简化。

SR系列智能控制器的应用极为广泛,可用于机械设备自动化配套、流程控制、楼宇自动控制等各个领域。

它真正使得自动控制走进生活的每个空间。

本手册将详细介绍SR系列控制器的功能特点及使用方法。

注意:1. 手册及机器之专利权属于亚锐电子有限公司,非经许可不得影印或转载本手册全部或部分内容。

2.公司保有设计及变更之权力,若有变更,恕无法另行通知。

3.手册尚有缺失,欢迎广大用户给与予赐教指正,及时与本公司取得联系,我们会将您的意见纳入下一版的修订之中。

1SR Intelligent Controller注意:1.本S R系列严格按照功能块号的先后顺序进行循环扫描执行。

功能块号小的先执行,功能块号大的后执行。

2.本S R系列中扩展模块、语音模块,遥控接收点模块以及前置通讯等模块要在主机模块之前接通电源,最迟应在和主机同时接通电源,不得迟于主机接通电源,否则主机在进行系统配置检测时可能检测不到这个模块而造成系统不能正常工作.2目录目 录第一部分 S R的基本操作与应用第一章　S R简介1.1 SR的结构 (1)1.2 SR系列产品命名规则 (2)1.3 SR系列产品规格型号 (3)1.4 SR特性 (5)第二章 S R的安装与接线2.1 SR的安装 (8)2.1.1 安装方法 (8)2.1.2 安装尺寸 (8)2.2 SR的接线 (10)2.2.1 电源连接 (10)2.2.2 输入连接 (10)2.2.3 输出连接 (12)2.2.4 SR系列产品配合连接 (14)第三章 S R功能块概述3.1 基本功能块（GF）,共8个 (16)3.1.1 AND（与逻辑） (18)3.1.2 AND带RLO边缘检测 (19)3SR Intelligent Controller3.1.3 OR（或逻辑） (19)3.1.4 NOT（非逻辑） (20)3.1.5 XOR（异或逻辑） (21)3.1.6 NAND（与非逻辑） (21)3.1.7 NAND带RLO边缘检测 (22)3.1.8 NOR（或非逻辑） (23)3.2 特殊功能块（SF），共14个 (24)3.2.1 延时接通功能块（TOND） (26)3.2.2 延时断开功能块（TOFD） (27)3.2.3 脉冲继电器功能块（SPBL） (28)3.2.4 RS继电器功能块（TPBL） (29)3.2.5 时钟脉冲发生器功能块（BLNK） (30)3.2.6 保持接通延时继电器功能块（MTOD）.313.2.7 单脉冲时间继电器功能块（PONS）..323.2.8 万能计数器功能块（UDCT） (33)3.2.9 通用模拟量比较器功能块（CMPR）..343.2.10 时间/计数比较器功能块（T/C-CMPR） (38)3.2.11 时钟开关功能块（SCHD） (40)3.2.12 时序输出功能块（TSEQ） (42)3.2.13 步序输出功能块（SSEQ） (44)3.2.14 小时增减功能块（HOUR） (45)3.2.15 属性脚说明 (45)3.3 SR输入输出点及语音类功能块,共8个 (47)4目录3.3.1 输入点（IN） (48)3.3.2 输出点（OUI） (49)3.3.3 遥控输入点（RCI） (50)3.3.4 电话输出信息功能块（DOUT） (50)3.3.5 电话输入功能块（D-IN） (53)3.3.6 播放语音段选择开关功能块（PMSG） (55)3.3.7 软件编程连接点（CONT） (56)3.3.8 人机界面编辑（SLCD） (57)第四章 人机界面S R-H M I模块的使用说明4.1 与传统控制器LCD的比较 (58)4.2 SR-HMI应用实例 (63)4.3 人机界面的编辑 (66)4.4 虚拟按键的使用 (74)4.5 口令设置 (76)4.6 SR-HMI软件帮助的使用 (77)4.7 SR-HMI使用说明 (77)4.7.1 系统时间的修改方法 (79)4.7.2 修改Counter的参数 (80)4.7.3 修改Timer的参数值 (80)4.7.4 修改Analog的参数值 (80)4.7.5 功能键的使用 (81)4.7.6 主机运行与停止状态的切换 (81)5SR Intelligent Controller4.8 SR-HMI屏幕上的错误信息含义及处理方法 (83)第五章 电话、语音模块5.1 语音模块结构 (86)5.2 语音模块与SR主机的连接 (87)5.3 语音模块使用说明 (88)5.4 语音模块使用举例 (91)5.5 语音软件说明 (95)5.6 语音模块软件使用举例 (98)5.7 录制语音段 (101)第六章 遥控模块与扩展模块6.1 遥控模块 (104)6.1.1 遥控接收模块的结构 (104)6.1.2 遥控模块与主机、语音模块的连接 (105)6.1.3 SR-TC遥控发射器使用 (107)6.2 扩展模块 (107)6.2.1 扩展模块的结构 (108)6.2.2 扩展模块的地址设置 (109)6.2.3 扩展模块的型号与接线 (109)6.3 SR系列产品实体图及其配件 (112)6目录第七章 S R系列技术参数7.1 SR-12MRAC/SR-22MRAC型技术参数 (115)7.2 SR-12MRDC/SR-22MRDC型技术参数 (116)7.3 SR-12MTDC/SR-22MTDC型技术参数 (118)7.4 SR-12MGDC/SR-22MGDC型技术参数 (119)7.5 SR-20ERA/SR-20ERD/SR-20ETD/SR-20EGD扩展模块技术参数 (120)7.6 电话收发号及语音模块 (124)7.7 遥控 (124)7.7.1 遥控接收模块 (124)7.7.2 遥控发射器 (124)7.8 SR系列产品通用技术参数 (124)第八章 SR的应用8.1 楼梯、大厅、走廊照明多功能开关 (126)8.2 自动门控制 (127)8.3 通风系统 (128)8.4 展示橱窗照明系统 (129)8.5 水塔自动供水系统 (130)第九章 品质保证声明7SR Intelligent Controller第十章 SR-WRT编程面板操作及功能10.1 SR-WRT的结构 (134)10.2 SR-WRT显示界面及功能 (135)10.3 SR-WRT的功能界面 (136)10.4 SR-WRT 的编程操作 (137)10.4.1 New Prg操作 (137)10.5 Edit Prg操作 (139)10.5.1 Edit FB操作 (139)10.5.2 Delete FB操作 (140)10.5.3 Insert FB操作 (141)10.6 File操作 (142)10.6.1 Rename操作 (142)10.6.2 Copy操作 (143)10.7 Set up操作 (145)10.8 Test A B操作 (146)10.9 SR-WRT编程举例 (149)8目录第二部分 SR编程软件SUPER CAD第一章 安装与卸载1.1 软件的安装 (158)1.2 软件的卸载 (163)第二章 SUPER CAD简介2.1 操作界面 (165)2.2 编辑窗口 (166)2.3 主要功能 (166)第三章 操作指令和功能块库3.1 功能指令 (168)3.1.1 文件 (168)3.1.2 编辑 (169)3.1.3 控制器 (169)3.1.4 通讯界面 (169)3.1.5 窗口 (170)3.1.6 设置 (170)3.1.7 帮助 (171)3.1.8 查找 (172)3.2 工具栏 (173)3.3 功能块库 (174)9SR Intelligent Controller3.3.1 功能块分类 (175)3.3.2 功能块属性设置及动作演示 (175)3.3.2.1 通用属性 (175)3.3.2.2 特殊属性设置 (176)第四章 基本操作4.1 开启文档 (187)4.1.1 开启新的文档 (187)4.1.2 开启原有文档 (188)4.2 编写功能图程序 (189)4.2.1 放置功能块 (189)4.2.2 功能块库介绍 (190)4.2.3 功能块表 (191)4.2.4 编辑功能块属性 (193)4.2.5 建立连线 (194)4.2.6 删除功能块或删除连线 (195)4.2.7 模拟运行 (196)4.2.8 存储和打印 (197)4.2.9 修改密码及读取 (198)警告本手册包含了您应该注意的事项以确保您的人身安全,以及保护产品和连接的设备。

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版本记录目录第一章关于本手册 (1)介绍 (1)获取更多 (1)服务指南 (1)第二章开始使用 (2)拆包 (2)配件（可选） (2)安全须知 (3)入门指南 (4)外观解读 (4)安装/移除电池 (5)电池充电 (6)充电/电池LED状态 (7)安装/移除SIM卡 (7)安装/移除T-flash卡 (9)第三章基本操作使用 (10)电源键的使用 (10)主屏幕 (11)状态栏 (11)添加/删除主屏幕快捷方式 (12)下拉菜单 (12)计算机通讯 (13)安装/卸载应用 (16)第四章如何识读条码 (18)一维条码采集 (18)二维条码采集 (19)第五章系统设置 (20)系统设置介绍 (20)WIFI的使用 (21)蓝牙的使用 (22)SIM卡及移动网络的使用 (22)显示设置 (25)应用 (26)GPS的使用 (26)屏幕锁定设置 (27)语言和输入法 (27)日期和时间设置 (28)恢复出厂设置 (28)系统在线升级 (29)状态信息 (29)第六章系统安全设置 (30)电话设置 (30)短信设置 (30)开机动画的设置 (30)安全设置 (30)按键布局设置 (31)第七章扫描设置与NFC (33)扫描设置(一维） (33)扫描设置(二维） (35)应用设置 (36)精确扫描 (37)扫描场景 (38)扫描场景及补光 (39)扫描数据 (39)辅助功能 (39)条码设置 (39)NFC功能 (40)第八章如何系统升级 (41)N5S卡刷升级SOP (41)第九章维护与故障排除 (45)使用注意事项 (45)拆解与改装 (45)外接电源 (45)异常状况 (45)跌落损坏 (45)液晶显示屏 (45)叠放重物 (45)电子设备 (45)医疗场所 (45)易燃易爆区域 (46)交通安全 (46)存放环境 (46)操作环境 (47)维护注意事项 (47)清洁维护 (47)电池的安全指引 (47)维修 (48)故障排除 (48)第十章系统定制与软件开发 (50)系统定制 (50)软件开发 (50)介绍注意：本手册介绍的N5S是基于安卓版本5.1的基础上进行的，如您手上的N5S不为5.1版本，需选择其他相应的用户手册进行阅读、使用。