CN107844934A - A kind of electric energy meter intelligent storage delivery management system - Google Patents
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Abstract
一种电能表智能仓储配送管理系统,包括中央调度中心,仓储中心和大型智能存储配送车。所述中央调度中心包括中央处理系统、实时数据库、数据传输单元和数据存储单元;所述仓储中心包括仓储管理系统、实时数据库和预警系统;所述智能存储配送车包括数据处理系统、数据传输单元、信息采集系统、智能立体库、移动终端显示、自动分区管理系统和预警系统。本发明通过对仓储、配送和供电公司三者之间进行精益化管理,提高了电能表配送精准度和配送效率,节省了大量的人力和物力,实现电力物资仓储、配送的全方位管理,从整体上提高企业的管理水平。本发明适用于将电能表对全省范围内各供电公司进行连续不间断配送。
An intelligent storage and distribution management system for electric energy meters, including a central dispatching center, a storage center and a large intelligent storage and distribution vehicle. The central dispatch center includes a central processing system, a real-time database, a data transmission unit, and a data storage unit; the storage center includes a warehouse management system, a real-time database, and an early warning system; the intelligent storage and distribution vehicle includes a data processing system, a data transmission unit , information collection system, intelligent three-dimensional library, mobile terminal display, automatic partition management system and early warning system. The present invention improves the distribution accuracy and distribution efficiency of electric energy meters through the lean management of storage, distribution and power supply companies, saves a lot of manpower and material resources, and realizes the all-round management of storage and distribution of electric power materials, from Improve the management level of the enterprise as a whole. The invention is suitable for continuous and uninterrupted delivery of electric energy meters to power supply companies in the whole province.
Description
技术领域technical field
本发明涉及一种电能表智能仓储配送管理系统,属电能表资产管理技术领域。The invention relates to an intelligent storage and distribution management system for electric energy meters, which belongs to the technical field of electric energy meter asset management.
背景技术Background technique
仓储配送作为电力系统中资产管理的一部分,其准确性、实时性、高效性、经济性直接影响电力企业的运营和发展。现有的电能表仓储配送系统主要致力于电能表仓储和车辆配送的粗放式管理,没有将仓储、配送和用户三者之间进行全方位结合,实现精益化管理,由此导致配送车长时间奔波于仓储和供电公司之间的路途中,浪费了大量的人力和物力,并且配送时效性大打折扣,电力物资配送精准度不高,无法满足供电企业的发展要求。As a part of asset management in the power system, warehousing and distribution directly affect the operation and development of power companies with its accuracy, real-time performance, high efficiency and economy. The existing energy meter storage and distribution system is mainly dedicated to the extensive management of energy meter storage and vehicle distribution, without an all-round combination of storage, distribution and users to achieve lean management, which leads to long-time distribution vehicles A lot of manpower and material resources were wasted on the way between storage and power supply companies, and the timeliness of distribution was greatly reduced, and the accuracy of power material distribution was not high, which could not meet the development requirements of power supply companies.
发明内容Contents of the invention
本发明的目的是,针对现有电能表仓储配送系统存在的问题,本发明提出一种电能表智能仓储配送管理系统,实现仓储、配送和用户三者之间进行全方位结合。The purpose of the present invention is to solve the problems existing in the existing electric energy meter storage and distribution system, and the present invention proposes an electric energy meter intelligent storage and distribution management system to realize all-round integration among storage, distribution and users.
本发明实现的技术方案如下:一种电能表智能仓储配送管理系统,包括中央调度中心,仓储中心和大型智能存储配送车。The technical solution realized by the present invention is as follows: an intelligent storage and distribution management system for electric energy meters, including a central dispatching center, a storage center and a large intelligent storage and distribution vehicle.
所述中央调度中心,用于对仓储中心、智能存储配送车和供电单位的数据信息进行统计、分析优化,实现全方位的调度和管理;The central dispatching center is used for statistics, analysis and optimization of data information of storage centers, intelligent storage and distribution vehicles and power supply units, so as to realize all-round dispatching and management;
所述仓储中心,用于存储全省计划所需的电能表和供电公司反配送的故障表,与中央调度中心进行数据交互,将电能表的出入库信息、电能表型号和数量、库存时间数据实时传递给中央调度中心;The warehousing center is used to store the electric energy meters required by the provincial plan and the fault table distributed by the power supply company. Real-time transmission to the central dispatching center;
所述大型智能存储配送车,用于实现电能表全自动快速装卸;智能存储配送车根据中央调度中心任务指令能连续不间断对全省各供电公司电能表进行精准配送和反配送,并进行临时性存储管理。The large-scale intelligent storage and distribution vehicle is used to realize automatic and rapid loading and unloading of electric energy meters; the intelligent storage and distribution vehicle can continuously and uninterruptedly carry out accurate distribution and reverse distribution of electric energy meters of various power supply companies in the province according to the task instructions of the central dispatching center, and conduct temporary Sexual storage management.
所述中央调度中心与所述仓储中心实现信息数据互联;所述中央调度中心与大型智能存储配送车实现信息数据互联;所述中央调度中心通过总线接受用户数据。The central dispatching center realizes information data interconnection with the storage center; the central dispatching center realizes information data interconnection with large-scale intelligent storage and delivery vehicles; the central dispatching center receives user data through the bus.
所述中央调度中心包括中央处理系统、实时数据库、数据传输单元和数据存储单元;所述中央处理系统对所有数据进行统计、分析和存储;建立中央调度中心的实时数据库,并下发出入库任务和配送任务指令;所述数据传输单元用于与仓储中心和智能存储配送车进行数据交互。The central dispatching center includes a central processing system, a real-time database, a data transmission unit and a data storage unit; the central processing system counts, analyzes and stores all data; establishes a real-time database of the central dispatching center, and issues storage tasks and delivery task instructions; the data transmission unit is used for data interaction with the storage center and the intelligent storage delivery vehicle.
所述仓储中心包括仓储管理系统、实时数据库和预警系统;所述仓储管理系统统计库房中电能表的类型、参数、数量明细、库存时间、储位信息、管理出入库任务;建立仓储中心的实时数据库,并与中央调度中心进行数据实时交互;所述预警系统通过分析数据库中的数据,对库房存储量、库存时间、温度、湿度、出入库任务事件进行预警。The warehousing center includes a warehousing management system, a real-time database and an early warning system; the warehousing management system counts the types, parameters, quantity details, inventory time, storage location information, and management of inbound and outbound tasks of electric energy meters in the warehouse; database, and conduct real-time data interaction with the central dispatching center; the early warning system analyzes the data in the database to provide early warnings on warehouse storage capacity, inventory time, temperature, humidity, and warehouse entry and exit tasks.
所述智能存储配送车包括数据处理系统、数据传输单元、信息采集系统、智能立体库、移动终端显示、自动分区管理系统和预警系统;所述数据处理系统用于接收、执行调度管理中心的指令,统计、分析和存储配送车出入库数据,对智能存储配送车进行全方位管理和监控;所述数据传输单元与中央调度中心进行数据实时交互,基于GPRS无线传输网络,将配送车定位信息、分区储位单元信息、出入库电能表明细等数据实时传递至中央调度中心;所述信息采集装置通过红外条码识别仪扫描电能表条码,并将读取的数据保存到数据处理系统的数据库中;所述智能立体库为在货箱内设有4排平行于货箱侧面的存储单元和2架堆垛机;电能表通过周转箱中放置于存储单元内,每个周转箱能平放6块电能表,堆垛机根据数据处理系统的指令将各存储单元中电能表进行出库任务,或将电能表入库放置于指定的存储单元中,实现电能表全自动快速装卸;所述自动分区管理系统为对各储位单元中货物的类型、数量明细和库存时间进行管理,在出库任务中能准确找到指定储位单元的指定货物,在入库任务中能根据入库货物特性进行智能分区管理;所述移动终端可以展示智能存储配送车中各储位单元利用情况、电能表的详细信息、调配各储位单元之间的电能表、查询计划的配送任务信息和已完成的配送任务信息、接收中央调度中心实时数据信息;所述预警系统分析数据库中的数据,对智能存储配送车的储位单元利用情况、库存时间、货物存储量、配送任务完成情况、优先紧急配送任务事件进行预警。The intelligent storage and distribution vehicle includes a data processing system, a data transmission unit, an information collection system, an intelligent three-dimensional library, a mobile terminal display, an automatic partition management system, and an early warning system; the data processing system is used to receive and execute instructions from the dispatch management center , statistics, analysis and storage of delivery vehicles in and out of the warehouse data, all-round management and monitoring of intelligent storage delivery vehicles; the data transmission unit performs real-time data interaction with the central dispatching center, and based on the GPRS wireless transmission network, the distribution vehicle positioning information, Data such as partition storage unit information, inbound and outbound electric energy details, etc. are transmitted to the central dispatching center in real time; the information collection device scans the barcode of the electric energy meter through an infrared barcode recognition device, and saves the read data into the database of the data processing system; The intelligent three-dimensional warehouse is equipped with 4 rows of storage units parallel to the side of the cargo box and 2 stackers in the cargo box; the electric energy meter is placed in the storage unit through the turnover box, and each turnover box can lay 6 pieces The electric energy meter and the stacker will carry out the task of releasing the electric energy meter in each storage unit according to the instructions of the data processing system, or put the electric energy meter into the warehouse and place it in the designated storage unit, so as to realize the automatic and fast loading and unloading of the electric energy meter; the automatic partition The management system is to manage the type, quantity details and inventory time of the goods in each storage unit. In the outbound task, the specified goods in the specified storage unit can be accurately found. Partition management; the mobile terminal can display the utilization of each storage unit in the intelligent storage delivery vehicle, the detailed information of the electric energy meter, deploy the electric energy meter between each storage unit, query the planned delivery task information and the completed delivery task Information, receiving real-time data information from the central dispatching center; the early warning system analyzes the data in the database, and conducts a comprehensive analysis of the utilization of the storage unit of the intelligent storage delivery vehicle, inventory time, cargo storage capacity, delivery task completion, and priority emergency delivery task events. early warning.
本发明的有益效果是,本发明克服了现有模式存在的不足,通过对仓储、配送和供电公司三者之间进行精益化管理,提高了电能表配送精准度和配送效率,节省了大量的人力和物力,实现电力物资仓储、配送的全方位管理,从整体上提高企业的管理水平。本发明适用于将电能表对全省范围内各供电公司进行连续不间断配送,The beneficial effect of the present invention is that the present invention overcomes the deficiencies of the existing models, and improves the distribution accuracy and efficiency of electric energy meters through lean management among storage, distribution and power supply companies, saving a lot of energy Manpower and material resources, realize the all-round management of power material storage and distribution, and improve the management level of the enterprise as a whole. The invention is suitable for continuous and uninterrupted distribution of electric energy meters to power supply companies in the whole province.
附图说明Description of drawings
图1是本发明的电能表智能仓储配送管理系统结构示意图;Fig. 1 is a schematic structural diagram of an electric energy meter intelligent storage and distribution management system of the present invention;
图2是本发明的智能存储配送车智能立体库布置图。Fig. 2 is a layout diagram of the intelligent three-dimensional warehouse of the intelligent storage and delivery vehicle of the present invention.
具体实施方式Detailed ways
本发明的具体实施方式如附图所示。The specific embodiment of the present invention is as shown in the accompanying drawings.
如图1所示,本实施例一种电能表智能仓储配送管理系统包括中央调度中心,仓储中心和大型智能存储配送车。As shown in FIG. 1 , an intelligent storage and distribution management system for electric energy meters in this embodiment includes a central dispatching center, a storage center and a large-scale intelligent storage and distribution vehicle.
中央调度中心包括中央处理系统、实时数据库、数据传输单元和数据存储单元。The central dispatch center includes a central processing system, a real-time database, a data transmission unit and a data storage unit.
中央调度中心接收供电公司电能表需求数据,与仓储中心和智能存储配送车进行实时数据交互,对各类数据进行统计、分析及优化后,向仓储中心下发电能表出入库任务,同时向智能存储配送车下发配送任务单和配送物资详细信息。The central dispatching center receives the power meter demand data from the power supply company, and performs real-time data interaction with the storage center and intelligent storage and distribution vehicles. Store the delivery task list and delivery material details issued by the delivery vehicle.
仓储中心包括仓储管理系统、实时数据库和预警系统。The warehouse center includes warehouse management system, real-time database and early warning system.
仓储中心接收任务后,仓储管理系统对数据进行统计分析,根据库房中电能表的类型、参数、数量明细、库存时间、储位信息等信息进行电能表出库任务,并将数据信息反馈至中央调度中心。After the warehousing center receives the task, the warehousing management system conducts statistical analysis on the data, and performs the outbound task of the watt-hour meter according to the type, parameters, quantity details, inventory time, storage location information and other information of the watt-hour meter in the warehouse, and feeds back the data information to the central dispatch center.
智能存储配送车包括数据处理系统、数据传输单元、信息采集系统、智能立体库、移动终端显示、自动分区管理系统和预警系统。The intelligent storage and distribution vehicle includes a data processing system, a data transmission unit, an information collection system, an intelligent three-dimensional warehouse, a mobile terminal display, an automatic partition management system and an early warning system.
智能存储配送车接收配送任务单和配送物资详细信息后,自动分区管理系统将仓储中心出库的电能表通过堆垛机放置于指定的存储单元中,同时数据传输单元将数据信息反馈至中央调度中心。After the intelligent storage distribution vehicle receives the distribution order and detailed information of the distribution materials, the automatic partition management system places the electric energy meters out of the storage center in the designated storage unit through the stacker, and the data transmission unit feeds back the data information to the central dispatcher center.
智能存储配送车根据中央调度中心的优化数据,按照任务单对全省各供电公司进行连续不间断配送和故障表反配送。智能存储配送车到达某一配送点时,工作人员用过移动终端实施该配送点的配送任务,智能仓储配送车的数据处理系统接收任务后,自动分区管理系统将任务单中电能表数量、类型、储位单元信息等数据与智能立体库和数据采集装置进行交互,智能立体库读取数据后,堆垛机将指定的电能表从对应的储位单位取出放置出入货口,数据采集装置扫描电能表条码确认无误后,将数据传递给数据处理系统,从而完成电能表配送出库任务。According to the optimization data of the central dispatching center, the intelligent storage and distribution vehicles carry out continuous and uninterrupted distribution and fault list reverse distribution to all power supply companies in the province according to the task list. When the intelligent storage delivery vehicle arrives at a certain delivery point, the staff uses the mobile terminal to carry out the delivery task of the delivery point. After the data processing system of the intelligent storage delivery vehicle receives the task, the automatic partition management system records the number and type of electric energy meters in the task list. , storage unit information and other data interact with the intelligent three-dimensional warehouse and the data acquisition device. After the intelligent three-dimensional warehouse reads the data, the stacker takes the designated electric energy meter from the corresponding storage unit and places it at the entrance and exit. The data acquisition device scans After the barcode of the electric energy meter is confirmed to be correct, the data is transmitted to the data processing system, thereby completing the task of delivering the electric energy meter out of the warehouse.
供电公司将故障电能表通过周转箱装箱后放置于出入货口,数据采集装置扫描故障电能表条码,并将数据传递给数据处理系统和自动分区管理系统,智能立体库与数据处理系统数据交互后,通过堆垛机将故障电能表放置指定的存储单元中,从而完成故障电能表反配送入库任务。数据处理系统实时读取各功能模块的数据信息,并与移动终端进行实时同步,同时数据传输单元将配送任务信息实时发送给中央调度中心。当完成该单配送任务后,根据配送任务单立即前往一下个配送点,直到所有配送任务和分配送任务完成后最终返回仓储中心。The power supply company packs the faulty electric energy meter through the turnover box and places it at the import and export port. The data acquisition device scans the barcode of the faulty electric energy meter and transmits the data to the data processing system and automatic partition management system. The intelligent three-dimensional library interacts with the data processing system. Finally, the faulty electric energy meter is placed in the designated storage unit by the stacker, so as to complete the reverse distribution and storage task of the faulty electric energy meter. The data processing system reads the data information of each functional module in real time, and synchronizes with the mobile terminal in real time, and at the same time, the data transmission unit sends the distribution task information to the central dispatching center in real time. When the delivery task of the order is completed, immediately go to the next delivery point according to the delivery task list, until all delivery tasks and distribution delivery tasks are completed, and finally return to the storage center.
如图2所示为智能存储配送车智能立体库布置图。智能存储配送车在货箱内设有4排平行于货箱侧面的存储单元和2架堆垛机;电能表通过周转箱中放置于存储单元内,每个周转箱能平放6块电能表,堆垛机根据数据处理系统的指令将各存储单元中电能表进行出库任务,或将电能表入库放置于指定的存储单元中,实现电能表全自动快速装卸。Figure 2 shows the layout of the intelligent three-dimensional warehouse of the intelligent storage and distribution vehicle. The intelligent storage and distribution vehicle is equipped with 4 rows of storage units parallel to the side of the cargo box and 2 stackers in the cargo box; the electric energy meter is placed in the storage unit through the turnover box, and each turnover box can hold 6 electric energy meters flat According to the instructions of the data processing system, the stacker will carry out the task of releasing the electric energy meter in each storage unit, or put the electric energy meter into the warehouse and place it in the designated storage unit, so as to realize the automatic and fast loading and unloading of the electric energy meter.
本发明具体实施方式将电能表对全省范围内各供电公司进行连续不间断配送,克服了现有模式存在的不足,通过对仓储、配送和供电公司三者之间进行精益化管理,提高了电能表配送精准度和配送效率,节省了大量的人力和物力,实现电力物资仓储、配送的全方位管理,从整体上提高企业的管理水平。The specific implementation mode of the present invention carries out continuous and uninterrupted distribution of electric energy meters to various power supply companies in the whole province, which overcomes the shortcomings of the existing model, and improves the efficiency of storage, distribution and power supply companies through lean management among the three. The distribution accuracy and distribution efficiency of electric energy meters save a lot of manpower and material resources, realize the all-round management of storage and distribution of electric power materials, and improve the management level of enterprises as a whole.
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