CN213814771U - Auxiliary management and control system for emergency repair spare parts of transformer substation based on Internet of things - Google Patents
Auxiliary management and control system for emergency repair spare parts of transformer substation based on Internet of things Download PDFInfo
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- CN213814771U CN213814771U CN202023333778.4U CN202023333778U CN213814771U CN 213814771 U CN213814771 U CN 213814771U CN 202023333778 U CN202023333778 U CN 202023333778U CN 213814771 U CN213814771 U CN 213814771U
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Abstract
本实用新型公开了一种基于物联网的变电站应急抢修备件辅助管控系统，在每一个备件上均安装与备件一一对应的RFID标签，在备件存储的仓库内设置RFID基站，用于读取仓库内的每一个备件上的RFID标签，所述RFID基站与服务器连接，用于读取识别的仓库内的备件信息上传至服务器中。本实用新型的优点在于：通过数字化物联网化的方式对仓库内的备件信息进行实时监测，方便时刻监控到备件情况，对备件的数据进行监控，优化管理，可以做到远程监控和查看，方便及时处理备件不足；优化备件的管理，侧面提升应急抢修能力。
The utility model discloses an auxiliary management and control system for emergency repair spare parts of a substation based on the Internet of Things. Each spare part is installed with RFID tags corresponding to the spare parts one-to-one, and an RFID base station is set in the warehouse where the spare parts are stored, which is used for reading the warehouse The RFID tag on each spare part in the warehouse, the RFID base station is connected to the server, and is used to read the identified spare part information in the warehouse and upload it to the server. The advantage of the utility model is that the information of the spare parts in the warehouse can be monitored in real time by means of the digital Internet of Things, which is convenient to monitor the condition of the spare parts at all times, monitor the data of the spare parts, optimize the management, and can achieve remote monitoring and viewing, which is convenient and convenient. Deal with the shortage of spare parts in a timely manner; optimize the management of spare parts, and improve the emergency repair capacity.
Description
Technical Field
The utility model relates to a thing networking technology field, in particular to emergent repair spare parts of transformer substation assists management and control system based on internet of things.
Background
The electrical power rush-repair is vital to the electrical power trouble, and after the trouble takes place, the maintainer can carry the electrical power rush-repair spare parts and carry out quick maintenance to electric power. Scattered spare parts in traditional power production overhaul or emergency repair cannot meet the development requirements of current power enterprises. The scattered spare parts in the prior art are very invention for the maintainers to find the spare parts in time, and the maintainers cannot know whether the spare parts exist in time and the like and cannot inquire and monitor in real time. This will all bring the influence to the management of salvage and promptly salvage and salvage time. Therefore, spare parts in the prior art cannot be managed in time, so that repair is affected very much, and timely management and control of the spare parts cannot be realized.
SUMMERY OF THE UTILITY MODEL
The utility model aims to overcome the not enough of prior art, provide the supplementary management and control system of spare part is salvageed in emergent of transformer substation based on the thing networking for the spare part carries out the management and control of digital thing networking.
In order to achieve the purpose, the invention adopts the technical scheme that: the utility model provides a supplementary management and control system of emergent repair spare part of transformer substation based on thing networking, all installs the RFID label with the spare part one-to-one on each spare part, sets up the RFID basic station in the warehouse of spare part storage for read the RFID label on each spare part in the warehouse, the RFID basic station is connected with the server, is arranged in reading the spare part information in the discernment warehouse and uploads to the server.
The server is connected with the management department terminal and the maintenance detection personnel terminal through the local area network and is used for acquiring the spare part information uploaded to the server in real time.
The RFID radio frequency access control system is arranged at an entrance and an exit of a warehouse for storing spare parts and used for detecting and registering the detected spare parts entering and exiting the warehouse, and the RFID radio frequency access control system uploads the detected information of the spare parts entering and exiting the warehouse to a server.
And installing a video monitoring system for monitoring in the warehouse, wherein the video monitoring system is connected with the server and is used for uploading monitored video data to the server.
An entrance guard gate system is arranged at an entrance and an exit of the warehouse, the entrance guard gate system comprises an identity recognition module, a gate controller and a data uploading module, the identity recognition module is used for recognizing identity information of a user, the output end of the identity recognition module is connected with the gate controller, and the output end of the gate controller is connected to the gate to control the gate; and the gate controller uploads the identified identity information to the server through the network.
Set up cabinet and goods shelves in the warehouse, set up the cabinet on goods shelves, place spare parts in the cabinet, set up storage position two-dimensional code on the goods shelves that every cabinet or cabinet correspond, sweep the sign indicating number two-dimensional code through handheld terminal and acquire the information in the locker.
The storage cabinet adopts automatic cabinet lock to control the cabinet door, and the cabinet lock includes electric control lock and unlocking control unit, unlocking control unit and the server of unblanking are connected, handheld terminal sends out the unlocking instruction to unlocking control unit through sweeping sign indicating number access server of unblanking and by the server of unblanking.
The temperature monitoring system is arranged in the warehouse and used for monitoring the temperature in the warehouse in real time and dynamically adjusting the temperature, and the temperature monitoring system uploads monitored real-time temperature data to the server.
The invention has the advantages that: the spare part information in the warehouse is monitored in real time in a digital Internet of things mode, the spare part condition is conveniently monitored constantly, the data of the spare part is monitored, optimized management is realized, remote monitoring and checking can be realized, and the shortage of the spare part is conveniently and timely processed; the management of spare parts is optimized, and the emergency repair capacity is improved laterally.
Drawings
The contents of the various figures of the specification and the labels in the figures are briefly described as follows:
fig. 1 is a schematic structural diagram of the management and control system of the present invention;
fig. 2 is a schematic view of the warehouse of the present invention.
Detailed Description
The following description of preferred embodiments of the invention will be made in further detail with reference to the accompanying drawings.
As shown in figure 1, the auxiliary management and control system for the emergency repair spare parts of the transformer substation based on the Internet of things is characterized in that RFID tags corresponding to the spare parts one to one are installed on each spare part, an RFID base station is arranged in a warehouse for storing the spare parts and used for reading the RFID tags on each spare part in the warehouse, and the RFID base station is connected with a server and used for reading spare part information in the identified warehouse and uploading the spare part information to the server. The server is used for receiving the monitoring data sent by the RFID base station, so that the information of the spare parts in the warehouse is monitored. The server can share the server data in a cloud server erecting mode, and users can conveniently acquire and communicate the data in time. The server is connected with the management department terminal and the maintenance detection personnel terminal through the local area network and is used for acquiring the spare part information uploaded to the server in real time. The local area network is preferably an intranet local area network, so that management departments, maintenance detection personnel and the like can conveniently access the server through terminal equipment and the like to acquire corresponding data information so as to finish data acquisition.
According to the application, the RFID radio frequency tags are added to the spare part information, the reader in the RFID base station is used for reading the tag information through radio frequency, so that each spare part information in a warehouse is acquired, the spare part information is uploaded to the server, cloud monitoring is achieved, the data stored in the cloud server can be accessed to acquire the purpose of checking the digital monitoring, and management is facilitated.
And arranging an RFID radio frequency access control system at an entrance and an exit of a warehouse for storing spare parts, wherein the RFID radio frequency access control system is used for detecting and registering the detected spare parts entering and exiting the warehouse, and uploading the detected information of the spare parts entering and exiting the warehouse to a server. The RFID radio frequency access control system mainly comprises an RFID radio frequency reader, and is used for reading RFID label information of spare parts which are delivered from a warehouse and delivered into the warehouse, counting the RFID label information, and uploading the counted RFID label information to a cloud server for recording. And the RFID radio frequency reading area uploads the data to a server through a wireless communication module for storage.
Preferably, an entrance guard gate system is arranged at the entrance and exit of the warehouse, the entrance guard gate system comprises an identity recognition module, a gate controller and a data uploading module, the identity recognition module is used for recognizing identity information of a user, the output end of the identity recognition module is connected with the gate controller, and the output end of the gate controller is connected with the gate to control the gate; and the gate controller uploads the identified identity information to the server through the network. When the gate machine is accessed, the RFID reader identifies RFID tags on spare parts of the in-and-out warehouse and identifies identities used for the spare parts, the gate machine is opened for releasing after identification, and the label information of the identified spare parts and the identity information are uploaded to the cloud server together, so that the spare part information of the in-and-out warehouse and operators are registered and recorded, and the database is kept and traced back, so that the effective management and registration of the spare parts are realized.
Further, install the video monitor system who is used for the control in the warehouse, video monitor system is connected with the server for in uploading the video data of control to the server, video monitor system includes a plurality of cameras that set up in the warehouse, arranges respectively in different positions, and the video data transmission 2G communication chip that the camera was gathered monitors in sending video data to the server through 2G communication chip, thereby accomplishes the control to the data and handles.
Further, set up cabinet and goods shelves in the warehouse, set up the cabinet on goods shelves, place spare parts in the cabinet, set up storage position two-dimensional code on the goods shelves that every cabinet or cabinet correspond, sweep the information that the sign indicating number two-dimensional code acquireed in the locker through handheld terminal. Furthermore, the storage cabinet adopts automatic cabinet door lock to control the cabinet door, and the cabinet door lock comprises an electric control lock and an unlocking control unit, wherein the unlocking control unit is connected with the unlocking server, and the handheld terminal accesses the unlocking server through the scanning codes and sends an unlocking instruction to the unlocking control unit through the unlocking server.
The temperature monitoring system is arranged in the warehouse and used for monitoring the temperature in the warehouse in real time and dynamically adjusting the temperature, and the temperature monitoring system uploads monitored real-time temperature data to the server. The temperature monitoring system comprises a temperature sensor, a single chip microcomputer, an air conditioner and a 2G communication module, wherein the temperature sensor collects temperature data in the warehouse and sends the temperature data to the single chip microcomputer, the single chip microcomputer sends the data to the server through the 2G communication module to be stored, and the single chip microcomputer controls the working state of the air conditioner according to the set temperature range through the temperature range in the warehouse set by the server, so that the temperature in the warehouse is adjusted by interference.
The system takes the Internet of things, RFID radio frequency identification, intelligent video/image identification and the like as main technical means, combines active RFID technology and passive RFID technology, adopts a safe and reliable automatic identification system to distinguish, identify and position the positions of spare parts by installing a base station, a low-frequency locator and an RFID reader-writer at specific positions of a spare part library, judges the spare parts to be put in and taken out of the library, carries out positioning tracking on the spare parts, and monitors the states of the spare parts in real time.
The system utilizes a mobile phone or a handheld terminal APP to dynamically authorize the storage cabinet with the intelligent lock function, and realizes person interconnection and object interconnection of personnel, spare parts, safety appliances and the intelligent cabinet through the Internet of things technologies such as operation personnel identification authorization, spare part and safety appliance storage binding networking, personnel and material taking binding networking and the like.
All spare parts thing networking, through posting the real object ID label on equipment, upload the platform with equipment information. Systems such as an intelligent cabinet, an entrance guard, a video monitoring system and the like adopt an internet of things technology access platform. The intelligent sensing technology of the Internet of things is used for realizing real-time monitoring, automatic warehousing and ex-warehousing and intelligent alarming of the spare part warehouse.
1. All spare parts are RFID (emergency repair spare parts, safety tools) and support the noninductive collection of spare parts entering and leaving the warehouse. For the RFID label bound on the spare part equipment, information acquisition can be carried out on the RFID label through an RFID reading head arranged in a storage cabinet;
low frequency locator (RFID reader): the active transmitter can receive 125KHZ low-frequency signals continuously transmitted by the low-frequency locator after the electronic tag enters a low-frequency signal range, and the signals comprise self numbers and can be used for distinguishing and identifying different low-frequency locators.
Electronic label: and each piece of goods entering and exiting the warehouse is provided with an electronic tag, so that 125KHz low-frequency signals can be actively received, and related information can be uploaded through 2.4G, so that the functions of identity authentication, positioning tracking, monitoring and the like can be realized.
Base station (dual frequency probe): the system is mainly used as information transmission equipment, realizes full coverage of signals in a monitoring area, can receive information sent by an electronic tag, and uploads the information to an acquisition server.
2. And an RFID radio frequency door and a scanner are installed in the warehouse, so that non-inductive acquisition of warehouse-in and warehouse-out equipment is realized.
3. A two-dimensional code of storage position is posted to cabinet and storage goods shelves, and the piece is got to the accessible scanning two-dimensional code, acquires and checks material information.
4. And installing an access control and video monitoring system, and monitoring the warehouse access and the warehouse interior in real time.
The two-dimensional code comprises the following information: personnel identity information and issued material information. The operating personnel pass through APP's authorization two-dimensional code scanning entrance guard and open the door. And after entering the warehouse, the spare parts below the two-dimensional codes stored on the scanning intelligent storage position or the shelf are taken.
RFID, with its unique non-rewritable UID, contains information: location, material Properties
Electronic data in a conventional format is generally stored in the electronic tag, and in practical application, the electronic tag is mounted or adhered on the surface of an object to be identified. The reader-writer can read and identify the electronic data stored in the electronic tag without contact, thereby achieving the purpose of automatically identifying the object. Usually, the reader/writer is connected to a computer, and the read tag information is transmitted to the computer for further processing.
Utilizing an identity recognition system to carry out identity and image recognition (an access control system) on the material receiving personnel; sensing the material in and out of a warehouse by using a sensor and a fixed electronic tag reader-writer; carrying out video monitoring by using a high-definition camera; an electronic tag alarm system is used for carrying out abnormity prompting; by the means, automatic warehousing and ex-warehouse and automatic updating of the system inventory state are realized, and data and image basis is provided for implementation responsibility.
The identification card of installation can integrate multiple sensor on the material, and when article take place unusually, for example vibration, slope, the label is torn etc. the system can initiatively report to the police.
For spare parts provided with active electronic tags, the system can automatically check in real time and can position the storage position of each spare part.
And setting the highest stock and the lowest stock for spare parts in each warehouse, and when the stock of the spare parts in each station is lower than the safety stock, early warning by the system.
And (4) camera shooting monitoring, wherein managers can check the daily warehouse-in and warehouse-out time, personnel and image data of spare parts on a webpage, and call camera shooting data for monitoring.
When the warehouse is abnormal, the spot indicator light gives an alarm, and the system keeps the image data and provides the basis for follow-up.
Temperature and humidity sensing and temperature and humidity monitoring system, and automatic regulation of monitoring and control of temperature and humidity data is realized conveniently by using the Internet of things. The system is based on network technology, assists a unique communication link to realize remote measurement and control, and is matched with management software to integrally operate and manage the whole system.
It is clear that the specific implementation of the invention is not restricted to the above-described embodiments, but that various insubstantial modifications of the inventive process concept and technical solutions are within the scope of protection of the invention.
Claims (8)
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| CN202023333778.4U CN213814771U (en) | 2020-12-30 | 2020-12-30 | Auxiliary management and control system for emergency repair spare parts of transformer substation based on Internet of things |
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| CN202023333778.4U CN213814771U (en) | 2020-12-30 | 2020-12-30 | Auxiliary management and control system for emergency repair spare parts of transformer substation based on Internet of things |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113834110A (en) * | 2021-11-08 | 2021-12-24 | 杭州老板电器股份有限公司 | Central range hood parallel communication and network health degree monitoring method and system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113834110A (en) * | 2021-11-08 | 2021-12-24 | 杭州老板电器股份有限公司 | Central range hood parallel communication and network health degree monitoring method and system |
| CN113834110B (en) * | 2021-11-08 | 2023-07-25 | 杭州老板电器股份有限公司 | Parallel communication and network health monitoring method and system for central range hood |
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