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a Telemetering System of Water Guage Based on communications network

机译:基于通讯网络的水位计遥测系统

摘要

The present invention relates to a water meter remote meter reading system using a mobile communication network, and more particularly, by sending meter reading data to a mobile communication company through a transmission communication module configured in each meter, each meter is not read. The present invention relates to a water meter remote metering system using a mobile communication network capable of remote meter reading.;Water meter remote meter reading system using a mobile communication network,;In the system of reading the number displayed on the instrument panel of the meter,;Meter reading means (100) for acquiring the data obtained by converting the meter reading data into the set data at a predetermined time and a unique ID value of the meter and transmitting the same to a mobile communication company;;A central processing server 200 for receiving and storing data transmitted through the meter reading means, and transmitting the meter data and the unique ID value of the meter to the water management office;;A usage calculation server that stores the meter reading data transmitted from the central processing server and the unique ID value of the meter, and compares the unique ID value of the registered meter with the unique ID value of the transmitted meter to calculate the usage amount of the meter; It characterized in that it comprises a 300).;The meter reading means 100,;An A / D converter 101 for converting an analog reading value of a meter into digital reading data;;A digitizer 102 for converting the digital meter data converted through the A / D converter into set data;;A memory unit 103 for storing the meter data and the unique ID value of the meter;;A transmission communication module 104 for transmitting the meter reading data and the unique ID value of the meter converted through the digitizer to a mobile communication company;;A timer setting unit 105 for setting a timer unit at a calculated time by calculating a predetermined time by a meter serial number;;A timer unit 106 for transmitting the meter reading data and the unique ID value of the meter to the transmission communication module at a predetermined time;;A display unit 107 for displaying the meter data converted through the digitizer on a meter;;A power supply unit 108 for supplying power to each unit;;It is characterized in that it comprises a meter reading control unit 109 electrically connected to each of the parts in charge of the overall control.;The central processing server 200,;A reception communication module 201 for receiving data transmitted through the transmission communication module of the meter reading means;;A storage unit 202 for storing the meter data received through the receiving communication module and a unique ID value of the meter;;A transmitter 203 for transmitting the meter reading data and the unique ID value of the meter to the usage calculation server 300 through a network;;It is characterized in that it comprises a central processing control unit 204 electrically connected to each of the parts in charge of the overall control.;The usage calculation server 300,;A receiving unit 301 for receiving meter reading data of each meter and a unique ID value of the meter transmitted from the central processing server 200;;A metering database 302 which stores respective meter reading data and a meter unique ID value;;A usage calculation unit 303 for storing each meter reading data and a unique ID value of the meter sent from the central processing server in the metering database 302 and calculating the amount of usage with the metering data;;A comparison determination unit 304 for comparing the first registered meter unique ID value with the unique ID value of the meter transmitted from the central processing server, and transmitting the meter reading data to the usage calculation unit 303 if they match.;It is characterized in that it comprises a consumption calculation control unit 305 is electrically connected to each of the parts in charge of the overall control.;In addition, the meter reading means 100,;And retransmitting unit for retransmitting when the meter reading data and the unique ID value of the meter are transmitted through the transmission communication module at the same time.;The water meter remote meter reading system using the mobile communication network of the present invention enables remote meter reading at the water management office, which enables maintenance and centralized management.The meter reading value of the meter is determined by comparing the meter reading data and the unique ID value of the meter. By determining the recognition, it is possible to reduce labor costs and to ensure the accuracy of the meter reading value, which can be used as data proof data, and to eliminate the loss of the meter reading data transmitted from the meter, thereby providing reliability to the user.;Water meter, remote meter, data, unique ID.
机译:本发明涉及一种使用移动通信网络的水表远程抄表系统,更具体地说,涉及通过配置在每个水表中的传输通信模块将抄表数据发送到移动通信公司,而不读取每个水表。本发明涉及一种使用能够进行远程抄表的移动通信网络的水表远程抄表系统。使用移动通信网络进行抄表的水表远程抄表系统仪表读取装置(100),用于获取通过将在预定时间将仪表读取数据转换为设置数据和仪表的唯一ID值并将其发送到移动通信公司而获得的数据;中央处理服务器200,用于接收和存储通过抄表装置发送的数据,并将抄表数据和抄表的唯一ID值发送给水管理处;使用计算服务器,存储从中央处理服务器发送的抄表数据和电表的唯一ID值,并将已注册电表的唯一ID值与发送的电表的唯一ID值进行比较,计算仪表的使用量;它的特征在于它包括一个300)。电表读取装置100; A / D转换器101,用于将电表的模拟读取值转换为数字读取数据;数字转换器102,用于将通过所述A / D转换器转换为设定数据;存储单元103,用于存储所述仪表数据和所述仪表的唯一ID值;传输通信模块104,用于传输通过所述仪表转换的仪表读数数据和所述唯一ID值将数字化仪发送给移动通信公司;计时器设置单元105,用于通过电表序列号计算预定时间来在计算出的时间设置计时器单元;计时器单元106,用于发送抄表数据和唯一ID值在预定时间将电表发送到传输通信模块;显示单元107,用于将通过数字化仪转换的电表数据显示在电表上;电源单元108,用于向每个单元供电;其特征在于,其包括电连接到总体控制的每个部分的抄表控制单元109。中央处理服务器200;接收通信模块201,用于接收通过电表的发送通信模块发送的数据读取装置;存储单元202,用于存储通过接收通信模块接收的电表数据和电表的唯一ID值;发送器203,用于将电表的读取数据和电表的唯一ID值发送到使用计算服务器300通过网络;其特征在于包括中央处理控制单元204,该中央处理控制单元204电连接到负责总体控制的每个部分。使用计算服务器300;接收单元301,用于接收抄表从中央处理服务器200发送的每个计量器的数据和计量器的唯一ID值;计量数据库302,其存储各个抄表数据和抄表唯一ID值;使用计算单元303,用于将从中央处理服务器发送的每个抄表数据和抄表的唯一ID值存储在计费数据库302中,并计算计量使用量比较确定单元304,用于将第一登记的仪表唯一ID值与从中央处理服务器发送的仪表的唯一ID值进行比较,如果匹配,则将仪表读数数据发送至使用率计算单元303。其特征在于,其包括消耗量计算控制单元305,其电连接到负责总体控制的各个部分。;此外,抄表装置100;以及转发单元,用于在抄表数据和数据时进行转发同时通过传输通讯模块传输水表的唯一ID值。使用手机的水表远程抄表系统本发明的通信网络能够在水管理处进行远程抄表,从而能够进行维护和集中管理。通过比较抄表数据和抄表的唯一ID值来确定抄表值。通过确定识别,可以降低人工成本并确保可用作数据证明数据的抄表值的准确性,并消除从电表发送的抄表数据的损失,从而提供可靠性给用户。水表,远程水表,数据,唯一ID。

著录项

  • 公开/公告号KR200413730Y1

    专利类型

  • 公开/公告日2006-04-12

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20060003137U

  • 发明设计人 박명호;

    申请日2006-02-03

  • 分类号G08C17/02;

  • 国家 KR

  • 入库时间 2022-08-21 21:22:28

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