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CN107256457A - A kind of automatic calibration of electric energy meter workshop intelligent inspection system - Google Patents

A kind of automatic calibration of electric energy meter workshop intelligent inspection system Download PDF

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CN107256457A
CN107256457A CN201710413863.5A CN201710413863A CN107256457A CN 107256457 A CN107256457 A CN 107256457A CN 201710413863 A CN201710413863 A CN 201710413863A CN 107256457 A CN107256457 A CN 107256457A
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energy meter
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高雨翔
蔡奇新
冯泽龙
宋瑞鹏
苏慧玲
帅率
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State Grid Corp of China SGCC
Electric Power Research Institute of State Grid Jiangsu Electric Power Co Ltd
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Electric Power Research Institute of State Grid Jiangsu Electric Power Co Ltd
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Abstract

本发明公开了一种电能表自动化检定车间智能巡检系统,包括智能分析诊断、数据库、运行工况采集、业务平台、可穿戴设备服务端、设备操控、信息查询、故障处理以及工单流转模块。本发明通过建立智能巡检系统,实时监测车间运行工况,及时发现故障隐患并进行智能分析诊断,依据WIFI定位将故障隐患及参考解决方案推送给最佳可穿戴移动终端持有者,提示其做相应处理,解决传统车间人工巡检及故障消缺的弊端,能有效降低人员工作量及工作强度,削弱主观因素对工作标准化的影响,加快故障隐患消缺速度,提升车间运行效率。

The invention discloses an intelligent inspection system for an automatic verification workshop of electric energy meters, which includes intelligent analysis and diagnosis, database, collection of operating conditions, business platform, wearable device server, device control, information query, fault processing and work order circulation modules . The present invention establishes an intelligent inspection system to monitor the operating conditions of the workshop in real time, discover hidden troubles in time and perform intelligent analysis and diagnosis, push hidden troubles and reference solutions to the best wearable mobile terminal holders according to WIFI positioning, and prompt them Doing corresponding treatment to solve the disadvantages of manual inspection and fault elimination in traditional workshops can effectively reduce the workload and work intensity of personnel, weaken the influence of subjective factors on work standardization, speed up the speed of hidden fault elimination, and improve the operating efficiency of the workshop.

Description

一种电能表自动化检定车间智能巡检系统An intelligent inspection system for an automatic verification workshop of electric energy meters

技术领域technical field

本发明涉及一种电能表自动化检定车间智能巡检系统,属于信息化、智能化技术领域。The invention relates to an intelligent inspection system for an automatic verification workshop of an electric energy meter, which belongs to the technical field of informatization and intelligence.

背景技术Background technique

年检定量超千万只的超大规模电能表自动化检定车间拥有数量庞大的各类工业设备,维持这样一个车间的正常运转对巡检工作提出了极高的要求,是运行人员面临的巨大挑战。传统巡检模式主要依托人工定期巡视与集中监控,工作量与工作强度居高不下,需要大量的人员投入及极高的素质要求,难以适应大规模生产及长时间运行。因此,辅助巡检的有效手段变得尤为重要,可穿戴移动终端已较为普及,智能诊断技术也发展到应用阶段,但用于电能表自动化检定方面尚属空白。通过建立基于可穿戴移动终端的电能表自动化检定车间智能巡检系统,能有效削减工作人员数量,降低工作强度,提升工作效率。The automatic verification workshop of ultra-large-scale electric energy meters with an annual inspection quantity of more than 10 million pieces has a large number of various industrial equipment. Maintaining the normal operation of such a workshop puts forward extremely high requirements for inspection work and is a huge challenge for operators. The traditional inspection mode mainly relies on manual regular inspections and centralized monitoring. The workload and work intensity remain high, requiring a large number of personnel input and high quality requirements, and it is difficult to adapt to large-scale production and long-term operation. Therefore, the effective means of auxiliary inspection has become particularly important. Wearable mobile terminals have become more popular, and intelligent diagnostic technology has also developed to the application stage, but it is still blank in the automatic verification of electric energy meters. By establishing an intelligent inspection system for the automatic verification workshop of electric energy meters based on wearable mobile terminals, it can effectively reduce the number of staff, reduce work intensity, and improve work efficiency.

发明内容Contents of the invention

本发明所要解决的技术问题是克服现有技术的缺陷,提供一种电能表自动化检定车间智能巡检系统,实现巡检工作的高效率与智能化。The technical problem to be solved by the present invention is to overcome the defects of the prior art, provide an intelligent inspection system for an automatic calibration workshop of electric energy meters, and realize high efficiency and intelligence of the inspection work.

为解决上述技术问题,本发明提供一种电能表自动化检定车间智能巡检系统包括智能分析诊断模块、数据库模块、运行工况采集模块、业务平台模块、可穿戴设备服务端模块、设备操控模块、信息查询模块、故障处理模块和工单流转模块构成;所述设备操控模块、信息查询模块、故障处理模块和工单流转模块均与可穿戴设备服务端模块相连接,通过可穿戴设备服务端模块与业务平台模块进行信息交互;所述智能分析诊断模块、数据库模块、运行工况采集模块和可穿戴设备服务端模块均与业务平台模块进行信息交互;In order to solve the above technical problems, the present invention provides an intelligent inspection system for the automatic verification workshop of electric energy meters, which includes an intelligent analysis and diagnosis module, a database module, an operating condition acquisition module, a business platform module, a wearable device server module, and a device control module. An information query module, a fault processing module, and a work order transfer module; the device control module, information query module, fault processing module, and work order transfer module are all connected to the wearable device server module, and the wearable device server module Perform information interaction with the business platform module; the intelligent analysis and diagnosis module, the database module, the operating condition collection module and the wearable device server module all perform information interaction with the business platform module;

所述业务平台模块实现各模块间数据交互及协同作业,提供用户操作入口,便于用户发起调度控制、实时监测、数据导出以及表计检定、设备点检作业任务,管理配置文件及操作权限;The business platform module realizes data interaction and collaborative operation between modules, provides user operation entry, and is convenient for users to initiate scheduling control, real-time monitoring, data export, meter verification, equipment inspection tasks, and manage configuration files and operation rights;

所述运行工况采集模块对电能表自动化检定车间的设备运行工况信息进行采集,对所检定的表计检定数据进行采集,所有采集的信息和数据均发送至业务平台模块,业务平台模块将接收到的信息和数据发送至数据库进行存储;The operation condition acquisition module collects the equipment operation condition information of the electric energy meter automatic verification workshop, collects the verified meter verification data, and sends all the collected information and data to the business platform module, and the business platform module will The received information and data are sent to the database for storage;

所述智能分析诊断模块:从业务平台模块获取运行工况采集模块采集到的电能表自动化检定车间的设备运行工况信息以及所检定的表计检定数据,对电能表自动化检定车间的设备运行工况信息进行综合分析诊断,利用设备故障情况、任务执行时间分析诊断出设备运行的健康状况是否优良,是否存在隐患,预测隐患发展趋势;根据所检定的表计检定数据确定表计的检定质量及设备的运行状态;所述智能分析诊断模块将故障隐患以及相应的解决措施发送至业务平台模块,业务平台模块将接收到的信息发送至数据库的故障知识库进行存储;The intelligent analysis and diagnosis module: obtains the equipment operation condition information and the verified meter verification data collected by the operation condition acquisition module of the electric energy meter automatic verification workshop collected by the operation platform module, and analyzes the equipment operation conditions of the electric energy meter automatic verification workshop. Comprehensive analysis and diagnosis of status information, using equipment failure conditions and task execution time to analyze and diagnose whether the equipment is running in good health, whether there are hidden dangers, and predict the development trend of hidden dangers; determine the verification quality of the meter according to the verified meter verification data and The operating status of the equipment; the intelligent analysis and diagnosis module sends hidden troubles and corresponding solutions to the business platform module, and the business platform module sends the received information to the fault knowledge base of the database for storage;

所述可穿戴设备服务端模块支撑可穿戴移动终端,以可穿戴移动终端为载体实现人机信息交互,实现业务平台模块将故障隐患以及相应的解决措施向对应的可穿戴移动终端推送,另外,支持可穿戴移动终端持有者主动发起查询、操控来索取相关信息;The wearable device server module supports the wearable mobile terminal, uses the wearable mobile terminal as a carrier to realize human-computer information interaction, and realizes that the service platform module pushes hidden troubles and corresponding solutions to the corresponding wearable mobile terminal. In addition, Support wearable mobile terminal holders to actively initiate inquiries and manipulations to obtain relevant information;

所述设备操控模块用于对电能表自动化检定车间的设备进行操作控制;The equipment control module is used for operating and controlling the equipment in the electric energy meter automatic verification workshop;

所述信息查询模块用于电能表自动化检定车间工况信息、检定数据、历史工单、故障知识库信息的查阅;The information query module is used for consulting the working condition information, verification data, historical work orders and fault knowledge base information of the electric energy meter automatic verification workshop;

所述故障处理模块对电能表自动化检定车间内发生故障的软件系统、硬件设备进行处理;The fault processing module processes the faulty software systems and hardware devices in the electric energy meter automatic verification workshop;

所述工单流转模块实现任务工单的接收、处理流转、文字填写、拍照上传以及闭环返回;The work order transfer module realizes the reception of task work orders, processing transfer, text filling, photo uploading and closed-loop return;

所述数据库模块用于存储运行工况采集模块采集的信息和数据、工单流转过程中录入的数据、智能分析诊断模块分析诊断的结果、配置的档案数据。The database module is used to store the information and data collected by the operating condition collection module, the data entered during the work order circulation process, the analysis and diagnosis results of the intelligent analysis and diagnosis module, and the configured archive data.

前述的运行工况采集模块采集电能表自动化检定车间的设备运行工况信息包括电压、电流、状态、温度、位置和力;所述运行工况采集模块采集所检定的表计检定数据,包括规格、误差、时间和电量。The aforementioned operating condition acquisition module collects the equipment operating condition information of the electric energy meter automatic verification workshop, including voltage, current, state, temperature, position and force; the operating condition acquisition module collects the verified meter verification data, including specification , error, time and power.

前述的可穿戴移动终端包括基于MR混合现实技术的巡检眼镜、带振动功能的手环、搭载智能操作系统的掌机中的一种或多种。The aforementioned wearable mobile terminal includes one or more of inspection glasses based on MR mixed reality technology, a bracelet with a vibration function, and a handheld device equipped with an intelligent operating system.

前述的设备操控模块进行如下操作:启动停止、加入\脱离调度、组箱垛、松开压接以及任务优先级调整。The aforementioned equipment control module performs the following operations: start and stop, join/leave scheduling, group box stacking, release crimping and task priority adjustment.

前述的故障处理模块的处理操作包括任务重试、回滚和返回原点。The processing operations of the aforementioned fault processing module include task retry, rollback and return to origin.

前述的故障知识库配置在数据库中,故障知识库中存储了大量过往故障的处理信息,包含各类故障的成因、解决方案及预防措施,根据故障处理工单录入的信息不断优化更新。The aforementioned fault knowledge base is configured in the database. The fault knowledge base stores a large amount of past fault processing information, including the causes, solutions and preventive measures of various faults. It is continuously optimized and updated according to the information entered in the fault processing work order.

本发明所达到的有益效果 :The beneficial effects achieved by the present invention:

针对超大规模电能表自动化检定车间传统巡检模式依托人工定期巡视与集中监控导致工作量与工作强度居高不下,需要大量的人员投入及极高的素质要求,难以适应大规模生产及长时间运行,面临巨大的挑战,通过本发明研发的电能表自动化检定车间智能巡检系统,建立有效的辅助巡检手段,能大幅削减工作人员数量,降低工作强度,提升工作效率。For the traditional inspection mode of the ultra-large-scale electric energy meter automatic verification workshop, relying on manual regular inspection and centralized monitoring, the workload and work intensity remain high, requiring a large number of personnel input and high quality requirements, and it is difficult to adapt to large-scale production and long-term operation. , Facing huge challenges, through the intelligent inspection system of electric energy meter automatic verification workshop developed by the present invention, an effective auxiliary inspection method can be established, which can greatly reduce the number of staff, reduce work intensity, and improve work efficiency.

附图说明Description of drawings

图1为本发明的智能巡检系统结构示意图。Fig. 1 is a schematic structural diagram of the intelligent inspection system of the present invention.

具体实施方式detailed description

下面对本发明作进一步描述。以下实施例仅用于更加清楚地说明本发明的技术方案,而不能以此来限制本发明的保护范围。The present invention will be further described below. The following examples are only used to illustrate the technical solution of the present invention more clearly, but not to limit the protection scope of the present invention.

如图1所示,本发明的电能表自动化检定车间智能巡检系统由智能分析诊断模块、数据库模块、运行工况采集模块、业务平台模块、可穿戴设备服务端模块、设备操控模块、信息查询模块、故障处理模块、工单流转模块构成。具体的,设备操控模块、信息查询模块、故障处理模块和工单流转模块这四个模块的输出端均连接入可穿戴设备服务端模块,智能分析诊断模块、数据库模块、运行工况采集模块和可穿戴设备服务端模块均与业务平台模块进行信息交互。As shown in Figure 1, the intelligent inspection system of the electric energy meter automatic verification workshop of the present invention consists of an intelligent analysis and diagnosis module, a database module, an operating condition acquisition module, a business platform module, a wearable device server module, a device control module, and an information query module. module, fault handling module, and work order transfer module. Specifically, the output terminals of the four modules of equipment control module, information query module, fault processing module and work order flow module are all connected to the wearable device server module, intelligent analysis and diagnosis module, database module, operating condition collection module and The wearable device server modules all interact with the business platform module.

各模块主要功能及相互关系如下:The main functions and interrelationships of each module are as follows:

业务平台模块:支撑其余各模块的运作,实现各模块间数据交互及协同作业,提供用户操作入口,便于用户发起诸如调度控制、实时监测、数据导出等各项功能与诸如表计检定、设备点检等作业任务,管理配置文件及操作权限。Business platform module: supports the operation of other modules, realizes data interaction and collaborative operation between modules, provides user operation entry, and facilitates users to initiate various functions such as scheduling control, real-time monitoring, data export, and other functions such as meter verification and equipment points. Check and other job tasks, manage configuration files and operation permissions.

运行工况采集模块:对电能表自动化检定车间的设备运行工况信息进行采集,包括但不限于电压、电流、状态、温度、位置、力等,并对所检定的表计检定数据进行采集,包括但不限于规格、误差、时间、电量等;所有采集的信息和数据均发送至业务平台模块,业务平台模块将接收到的信息和数据发送至数据库进行存储。Operating condition acquisition module: collect the equipment operating condition information of the electric energy meter automatic verification workshop, including but not limited to voltage, current, state, temperature, position, force, etc., and collect the verified meter verification data, Including but not limited to specifications, errors, time, electricity, etc.; all collected information and data are sent to the business platform module, and the business platform module sends the received information and data to the database for storage.

智能分析诊断模块:从业务平台模块获取运行工况采集模块采集到的电能表自动化检定车间的设备运行工况信息以及所检定的表计检定数据,对电能表自动化检定车间的设备运行工况信息进行综合分析诊断,利用设备故障情况、任务执行时间等分析诊断出设备运行的健康状况是否优良,是否存在隐患,预测隐患发展趋势等;根据所检定的表计检定数据确定表计的检定质量及设备的运行状态,例如同一台检定装置上大量表计检定误差超限,这些数据表征该装置处于异常运行状态,标准源极有可能故障,据此给出判定结果,对故障隐患分析原因,决策出解决措施方案,如标准源故障原因可能为升降电压、电流指令下发失败,给出解决措施为重置该部分软件,手动下达指令;智能分析诊断模块将判定结果,故障隐患以及相应的解决措施方案发送至业务平台模块,业务平台模块将接收到的信息发送至数据库的故障知识库进行存储。Intelligent analysis and diagnosis module: Obtain the operation condition information of the equipment operation condition information of the electric energy meter automatic verification workshop collected by the operation condition acquisition module and the verified meter verification data from the business platform module, and analyze the equipment operation condition information of the electric energy meter automatic verification workshop Carry out comprehensive analysis and diagnosis, use equipment failure conditions, task execution time, etc. to analyze and diagnose whether the health status of the equipment is good, whether there are hidden dangers, and predict the development trend of hidden dangers; The operating status of the equipment, for example, a large number of meter verification errors on the same verification device exceed the limit. These data indicate that the device is in an abnormal operating state, and the standard source is very likely to fail. Based on this, the judgment result is given to analyze the cause of the hidden trouble and make a decision. Provide solutions. For example, the cause of the standard source failure may be the failure to issue commands for raising and lowering voltage and current. The solution is to reset this part of the software and issue instructions manually; the intelligent analysis and diagnosis module will determine the results, hidden troubles and corresponding solutions. The measure plan is sent to the business platform module, and the business platform module sends the received information to the fault knowledge base of the database for storage.

可穿戴设备服务端模块:支撑可穿戴移动终端,实现业务平台模块将故障隐患以及相应的解决措施方案向对应的可穿戴移动终端推送,除了被动接收,可穿戴移动终端持有者也可以主动发起查询、操控等操作来索取相关信息。Wearable device server module: supports wearable mobile terminals, and enables the business platform module to push potential failures and corresponding solutions to corresponding wearable mobile terminals. In addition to passive reception, wearable mobile terminal holders can also actively initiate Inquiry, manipulation and other operations to obtain relevant information.

以可穿戴移动终端为主要载体实现人机信息交互,可穿戴移动终端包括但不限于基于MR混合现实技术的巡检眼镜为主要信息查阅载体、以带振动功能的手环为主要信息接收提示载体、以搭载智能操作系统的掌机为主要操控处理载体。Use wearable mobile terminals as the main carrier to realize human-computer information interaction. Wearable mobile terminals include but are not limited to inspection glasses based on MR mixed reality technology as the main information query carrier, and bracelets with vibration functions as the main information receiving prompt carrier. , Take the handheld computer equipped with an intelligent operating system as the main control and processing carrier.

如图1所示,设备操控模块,信息查询模块,故障处理模块和工单流转模块均通过可穿戴设备服务端与业务平台进行数据交互。As shown in Figure 1, the device control module, information query module, fault handling module and work order circulation module all perform data interaction with the business platform through the wearable device server.

设备操控模块:对电能表自动化检定车间的设备进行操作控制,包括但不限于启动停止、加入\脱离调度、组箱垛、松开压接、任务优先级调整等。Equipment control module: operate and control the equipment in the automatic verification workshop of electric energy meters, including but not limited to start and stop, join/disengage scheduling, group box stacking, loose crimping, task priority adjustment, etc.

信息查询模块:实现电能表自动化检定车间工况信息、检定数据、历史工单、故障知识库等信息的查阅。其中故障知识库配置在数据库中,故障知识库中存储了大量过往故障的处理信息,包含各类故障的成因、解决方案及预防措施等内容,根据故障处理工单录入的信息不断优化更新。Information query module: realize the query of working condition information, verification data, historical work orders, fault knowledge base and other information of the electric energy meter automatic verification workshop. Among them, the fault knowledge base is configured in the database, which stores a large amount of past fault processing information, including the causes, solutions and preventive measures of various faults, and is continuously optimized and updated according to the information entered in the fault processing work order.

故障处理模块:对电能表自动化检定车间内发生故障的软件系统、硬件设备进行处理,包括但不限于任务重试、回滚、返回原点。Fault processing module: handle faulty software systems and hardware devices in the electric energy meter automatic verification workshop, including but not limited to task retry, rollback, and return to origin.

工单流转模块:实现任务工单的接收、处理流转、文字填写、拍照上传、闭环返回等。Work order transfer module: realize task work order reception, processing transfer, text filling, photo uploading, closed-loop return, etc.

数据库模块:存储运行工况采集模块采集的信息和数据、工单流转过程中录入的数据、智能分析诊断模块分析诊断的数据、配置的档案数据等工作中产生的所有数据。Database module: store the information and data collected by the operating condition collection module, the data entered in the process of work order circulation, the intelligent analysis and diagnosis module's analysis and diagnosis data, and all the data generated during the configuration of the archives.

本发明的智能巡检系统的主要实现过程如下 :The main implementation process of the intelligent inspection system of the present invention is as follows:

业务平台模块作为调度控制核心,发起各项功能与作业任务;The business platform module acts as the core of scheduling control, initiating various functions and tasks;

运行工况采集模块接收业务平台模块发起的采集任务,将采集到的相关信息返回至业务平台模块;The operating condition collection module receives the collection task initiated by the business platform module, and returns the collected relevant information to the business platform module;

业务平台模块将信息发给智能分析诊断模块进行分析与诊断,将判定结果返回到业务平台模块;The business platform module sends the information to the intelligent analysis and diagnosis module for analysis and diagnosis, and returns the judgment result to the business platform module;

根据判定结果,业务平台模块将故障隐患以及相应的解决措施方案经由可穿戴设备服务端推送给对应的可穿戴移动终端上,使其持有者知晓;According to the judgment result, the business platform module pushes the hidden trouble and the corresponding solution to the corresponding wearable mobile terminal via the wearable device server, so that the owner can know it;

过程中产生的所有数据都将被存入数据库记录及今后使用。All data generated during the process will be stored in a database for records and future use.

以上所述仅是本发明的优选实施方式,应当指出,对于本技术领域的普通技术人员来说,在不脱离本发明技术原理的前提下,还可以做出若干改进和变形,这些改进和变形也应视为本发明的保护范围。The above is only a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the technical principle of the present invention, some improvements and modifications can also be made. It should also be regarded as the protection scope of the present invention.

Claims (6)

1. a kind of automatic calibration of electric energy meter workshop intelligent inspection system, it is characterised in that including intellectual analysis diagnostic module, number According to library module, operating condition acquisition module, business platform module, wearable device server module, equipment operational module, information Enquiry module, fault processing module and trouble ticket dispatch module composition;The equipment operational module, information inquiry module, at failure Reason module and trouble ticket dispatch module be connected with wearable device server module, by wearable device server module with Business platform module carries out information exchange;The intellectual analysis diagnostic module, database module, operating condition acquisition module and can Wearable device server module carries out information exchange with business platform module;
The business platform module realizes that each intermodular data interaction and work compound, there is provided user's operation entry, are easy to user Initiate scheduling controlling, in real time monitoring, data export and meter calibrating, equipment point-detecting job task, management configuration file and behaviour Make authority;
The operating condition acquisition module is acquired to the equipment operating condition information in automatic calibration of electric energy meter workshop, to institute The meter calibrating data of calibrating are acquired, and the information and data of all collections are sent to business platform module, business platform The information received and data are sent to database and stored by module;
The intellectual analysis diagnostic module:The electric energy meter collected from business console module acquisition operating condition acquisition module is automatic The meter calibrating data changed the equipment operating condition information in calibrating workshop and examined and determine, to automatic calibration of electric energy meter workshop Equipment operating condition information carries out comprehensive analysis diagnosis, and equipment is gone out using equipment fault situation, task execution time analyzing and diagnosing Whether the health status of operation is excellent, if there is hidden danger, prediction concealment development trend;Data are examined and determine according to the meter examined and determine Determine the calibrating quality of meter and the running status of equipment;Intellectual analysis diagnostic module solution by potential faults and accordingly Certainly measure is sent to business platform module, and the information received is sent to the fault knowledge storehouse of database by business platform module Row storage;
The wearable device server module supports wearable mobile terminal, is realized using wearable mobile terminal as carrier man-machine Information exchange, realizes that business platform module pushes away potential faults and corresponding solution to corresponding wearable mobile terminal Send, in addition, supporting wearable mobile terminal holder actively to initiate inquiry, manipulate to ask for relevant information;
The equipment operational module is used to carry out operational control to the equipment in automatic calibration of electric energy meter workshop;
Described information enquiry module is used for automatic calibration of electric energy meter workshop work information, calibrating data, history trouble ticket, failure and known Know the access of storehouse information;
The fault processing module to broken down in automatic calibration of electric energy meter workshop software systems, at hardware device Reason;
The trouble ticket dispatch module realize task work order reception, processing circulation, word fill in, take pictures upload and closed loop return Return;
The database module is used for typing during the information of storage running working condition acquiring module collection and data, trouble ticket dispatch Data, the result of intellectual analysis diagnostic module analyzing and diagnosing, configuration file data.
2. a kind of automatic calibration of electric energy meter workshop intelligent inspection system according to claim 1, it is characterised in that described The equipment operating condition information in operating condition acquisition module collection automatic calibration of electric energy meter workshop include voltage, electric current, state, Temperature, position and power;The operating condition acquisition module gathers examined and determine meter calibrating data, including specification, error, time And electricity.
3. a kind of automatic calibration of electric energy meter workshop intelligent inspection system according to claim 1, it is characterised in that described Wearable mobile terminal includes the inspection glasses based on MR mixed reality technologies, the bracelet with vibrating function, carries intelligent operation One or more in the palm machine of system.
4. a kind of automatic calibration of electric energy meter workshop intelligent inspection system according to claim 1, it is characterised in that described Equipment operational module is proceeded as follows:Start stop, adding depart from scheduling, group case pile, unclamp crimping and task priority Adjustment.
5. a kind of automatic calibration of electric energy meter workshop intelligent inspection system according to claim 1, it is characterised in that described Fault processing module processing operation include task retry, rollback and return origin.
6. a kind of automatic calibration of electric energy meter workshop intelligent inspection system according to claim 1, it is characterised in that described Fault knowledge storehouse is configured in database, and the processing information of a large amount of passing failures is stored in fault knowledge storehouse, includes all kinds of events The origin cause of formation, solution and the precautionary measures of barrier, renewal is continued to optimize according to the information of troubleshooting work order typing.
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CN110095748A (en) * 2019-06-14 2019-08-06 广东电网有限责任公司 A kind of detection device and method based on Measuring and calibrating equipment
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