CN114462856A - Metering material scheduling method and system - Google Patents

Metering material scheduling method and system Download PDF

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CN114462856A
CN114462856A CN202210121108.0A CN202210121108A CN114462856A CN 114462856 A CN114462856 A CN 114462856A CN 202210121108 A CN202210121108 A CN 202210121108A CN 114462856 A CN114462856 A CN 114462856A
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purchasing
delivery
materials
plan
demand
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欧振国
张永旺
邓珊
黄博伟
刘海斌
舒晔
彭强
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Guangdong Power Grid Co Ltd
Measurement Center of Guangdong Power Grid Co Ltd
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Guangdong Power Grid Co Ltd
Measurement Center of Guangdong Power Grid Co Ltd
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
    • G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders

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Abstract

The invention discloses a method and a system for scheduling measured materials, wherein the method determines a delivery warehouse and a delivery time period corresponding to each delivery demand plan according to the quantity of the measured materials to be delivered, the type of the measured materials to be delivered and a delivery address of each delivery demand plan, and generates a delivery plan according to the delivery warehouse and the delivery time period corresponding to each delivery demand plan; and determining a purchasing address and a purchasing time period corresponding to each purchasing demand plan according to the quantity of the metering materials to be purchased, the type of the metering materials to be purchased and the purchasing time limit of each purchasing demand plan, and generating a purchasing plan according to the purchasing address and the purchasing time period corresponding to each purchasing demand plan. By implementing the invention, the automatic formulation of the delivery plan and the purchasing plan can be realized, thereby reducing the manpower loss and improving the efficiency.

Description

Metering material scheduling method and system
Technical Field
The invention relates to the technical field of computers, in particular to a method and a system for scheduling measured materials.
Background
With the rapid development of science and technology, more and more enterprises begin to adopt digital management to dispatch materials to replace the traditional manual management mode, thereby greatly improving the working efficiency and the working quality. The same is true for electronic metering supplies of sophisticated equipment. The dispatching of the materials is mainly embodied in the delivery of the materials and the purchase of the inventory, in the prior art, generally, a manager of the materials manually makes a purchasing task and a delivery manual work in each stage according to a sales demand and a purchasing demand, so that the efficiency is low and the labor is consumed.
Disclosure of Invention
The embodiment of the invention provides a method and a system for dispatching metered materials, which can automatically generate a delivery plan and a purchase plan, realize automatic dispatching management of the metered materials, reduce labor consumption and improve efficiency.
An embodiment of the present invention provides a method for scheduling measurement materials, including: acquiring a plurality of delivery demand plans and a plurality of purchasing demand plans; wherein each of the delivery demand plans includes: the method comprises the steps of measuring the quantity of materials to be distributed, the type of the materials to be distributed, distribution time limit and distribution addresses; each of the procurement requirements plans includes: the quantity of the measured materials to be purchased, the type of the measured materials to be purchased and the purchasing time limit are calculated;
determining a delivery warehouse and delivery duration corresponding to each delivery demand plan according to the quantity of the metered materials to be delivered, the type of the metered materials to be delivered and the delivery address; determining a delivery time period corresponding to each delivery demand plan according to the delivery time limit of each delivery demand plan and the delivery duration corresponding to each delivery demand plan; generating a delivery plan according to a delivery warehouse corresponding to each delivery demand plan and a delivery time period so that a user can deliver the measured materials according to the delivery plan;
determining a purchasing address corresponding to each purchasing demand plan according to the quantity of the metering materials to be purchased and the type of the metering materials to be purchased; determining the purchasing and transporting time length of each purchasing demand plan according to the purchasing address corresponding to each purchasing demand plan and the quantity of the metered materials to be purchased; determining a purchasing time period corresponding to each purchasing demand plan according to the purchasing delivery time length and the purchasing time limit corresponding to each purchasing demand plan; and generating a purchasing plan according to a purchasing address corresponding to each purchasing demand plan and a purchasing time period so that the user can purchase the metering materials according to the purchasing plan.
Further, the method also comprises the following steps: after the user finishes the delivery of the measured materials according to the distribution plan, generating delivery information of the measured materials and updating the stock of various measured materials; and after the user finishes warehousing the measured materials according to the purchasing plan, generating warehousing information of the measured materials and updating the stock of various measured materials.
Further, the method also comprises the following steps: monitoring the stock of various measured materials, and generating the purchase demand plan when the measured materials with the stock less than a preset value are monitored.
Further, the method also comprises the following steps: and generating invoice registration information according to the warehousing information.
Further, the method also comprises the following steps: and acquiring the verification results of various metering materials, and displaying the verification results of various metering materials.
On the basis of the above method item embodiment, the present invention correspondingly provides a system item embodiment.
An embodiment of the invention provides a production scheduling system for metering materials, which comprises a scheduling module and a marketing module;
the marketing module is used for acquiring a plurality of delivery demand plans and a plurality of purchase demand plans; transmitting each of said delivery demand plans and said procurement demand plans to said scheduling module; wherein each of the delivery demand plans includes: the method comprises the steps of measuring the quantity of materials to be distributed, the type of the materials to be distributed, distribution time limit and distribution addresses; each of the procurement requirements plans includes: the quantity of the measured materials to be purchased, the type of the measured materials to be purchased and the purchasing time limit are calculated;
the dispatching module is used for determining a delivery warehouse and a delivery duration corresponding to each delivery demand plan according to the quantity of the metered materials to be delivered, the type of the metered materials to be delivered and the delivery address; determining a delivery time period corresponding to each delivery demand plan according to the delivery time limit of each delivery demand plan and the delivery duration corresponding to each delivery demand plan; generating a delivery plan according to a delivery warehouse corresponding to each delivery demand plan and a delivery time period so that a user can deliver the measured materials according to the delivery plan; and the number of the first and second groups,
determining a purchasing address corresponding to each purchasing demand plan according to the quantity of the metering materials to be purchased and the type of the metering materials to be purchased; determining the purchasing and transporting time length of each purchasing demand plan according to the purchasing address corresponding to each purchasing demand plan and the quantity of the metered materials to be purchased; determining a purchasing time period corresponding to each purchasing demand plan according to the purchasing delivery duration and the purchasing time limit corresponding to each purchasing demand plan; and generating a purchasing plan according to a purchasing address corresponding to each purchasing demand plan and a purchasing time period so that the user can purchase the metering materials according to the purchasing plan.
Furthermore, the system also comprises a material management module; the material management module is used for generating measured material warehouse-out information and updating the stock of various measured materials after a user finishes the measured material warehouse-out according to the distribution plan; and after the user finishes warehousing the measured materials according to the purchasing plan, generating warehousing information of the measured materials and updating the stock of various measured materials.
Further, the material management module is further configured to monitor the stock quantity of various metering materials, generate the purchase demand plan when the metering materials with the stock quantity smaller than a preset value are monitored, and transmit the purchase demand plan to the marketing module.
Further, the material management module generates invoice registration information according to the warehousing information.
Furthermore, the system also comprises a quality monitoring module and a data display module; the quality monitoring module is used for acquiring the verification results of various metering materials and transmitting the verification results of various metering materials to the scheduling module so that the scheduling module transmits the verification results of various metering materials to the data display module; and the data display module is used for displaying the verification results of various metering materials.
The invention has the following beneficial effects:
in the aspect of distribution, the method determines a distribution warehouse and a distribution time length corresponding to each distribution demand plan according to the quantity of metered materials to be distributed, the type of the metered materials to be distributed and a distribution address in each distribution demand plan, determines a distribution time period corresponding to each distribution demand plan according to the distribution time limit of each distribution demand plan and the distribution time length corresponding to each distribution demand plan, and finally generates a distribution plan according to the distribution warehouse and the distribution time period corresponding to each distribution demand plan, so that a user can obtain the metered materials to be distributed from the corresponding distribution warehouse according to the distribution plan and then distribute the metered materials to be distributed when the corresponding distribution time period comes. In terms of purchasing, the method determines a purchasing address corresponding to each purchasing demand plan according to the quantity of the metering materials to be purchased and the type of the metering materials to be purchased, then determines a purchasing delivery time length of each purchasing demand plan according to the purchasing address corresponding to each purchasing demand plan and the quantity of the metering materials to be purchased, and then determines a purchasing time period corresponding to each purchasing demand plan according to the purchasing delivery time length and the purchasing time limit corresponding to each purchasing demand plan; and finally, generating a purchasing plan according to the purchasing address corresponding to each purchasing demand plan and the purchasing time period, so that the user can purchase the metering materials at the corresponding purchasing address in the corresponding purchasing time period according to the generated purchasing plan. Compared with the prior art, the method and the system can automatically plan the delivery warehouse and the delivery time period of each delivery demand plan, generate the purchasing plan for the purchasing address and the purchasing time period of each purchasing demand, and realize the automatic formulation of the overall delivery plan and the purchasing plan, thereby reducing the manpower loss and improving the efficiency.
Drawings
Fig. 1 is a flowchart illustrating a method for scheduling measured materials according to an embodiment of the present invention.
Fig. 2 is a system architecture diagram of a measured material scheduling system according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, an embodiment of the present invention provides a method for scheduling measured materials, which at least includes:
step S101: acquiring a plurality of delivery demand plans and a plurality of purchasing demand plans; wherein each of the delivery demand plans includes: the method comprises the steps of measuring the quantity of materials to be distributed, the type of the materials to be distributed, distribution time limit and distribution addresses; each of the procurement requirements plans includes: the quantity of the measured materials to be purchased, the type of the measured materials to be purchased and the purchasing time limit.
Step S102: determining a delivery warehouse and delivery duration corresponding to each delivery demand plan according to the quantity of the metered materials to be delivered, the type of the metered materials to be delivered and the delivery address; determining a delivery time period corresponding to each delivery demand plan according to the delivery time limit of each delivery demand plan and the delivery duration corresponding to each delivery demand plan; and generating a delivery plan according to the delivery warehouse corresponding to each delivery demand plan and the delivery time interval so that a user can carry out metering material delivery according to the delivery plan.
Step S103: determining a purchasing address corresponding to each purchasing demand plan according to the quantity of the measured materials to be purchased and the type of the measured materials to be purchased; determining the purchasing and transporting time length of each purchasing demand plan according to the purchasing address corresponding to each purchasing demand plan and the quantity of the metered materials to be purchased; determining a purchasing time period corresponding to each purchasing demand plan according to the purchasing delivery time length and the purchasing time limit corresponding to each purchasing demand plan; and generating a purchasing plan according to a purchasing address corresponding to each purchasing demand plan and a purchasing time period so that the user can purchase the metering materials according to the purchasing plan.
For step S101: illustratively, the dispatchable demand plan may be generated according to order information of the user, for example, a certain order information is: a user in district A purchases 1 ten thousand electric meters and requires delivery within 1 month. Then, a first delivery demand plan can be generated according to the order information, the quantity of the materials to be delivered and metered of the first delivery demand plan is 1 ten thousand, the type of the materials to be delivered and metered is an ammeter, the delivery time limit is 1 month, and the delivery address is in the area of jurisdiction a.
For the purchasing demand plan, in a preferred embodiment, the inventory of various metering materials is monitored, and when the metering materials with the inventory less than a preset value are monitored, the purchasing demand plan is generated. In this embodiment, the stock quantities of various metering materials in the stock are monitored in real time, if the stock quantity of a certain metering material is smaller than a preset value, it indicates that the goods source is insufficient and the metering material needs to be purchased, at this time, the quantity of the metering material to be purchased can be determined according to the difference between the existing stock quantity of the metering material and the preset value, the expected sold-out duration of the metering material is calculated according to the existing stock quantity of the metering material and the daily average sold-out quantity of the metering material in the historical sales record, and then the expected sold-out duration of the metering material is used as the purchase time limit of the metering material. For example: assuming that the preset value of the stock quantity of an electric meter is 5 thousands, the daily sales volume is 1 thousand, if the stock quantity of the electric meter is detected to be 1 thousand at a certain moment, a first purchasing demand plan can be automatically generated, the quantity of the measured materials to be purchased in the first purchasing demand plan is 4 thousands, the type of the measured materials to be purchased is the electric meter, and the purchasing time limit is 10 days.
For step S102, since in an actual scene, there are generally a plurality of warehouses in which goods are stored, and types and amounts of measured materials stored in the warehouses are different, in the present invention, a corresponding delivery warehouse needs to be determined according to the amount of measured materials to be delivered and the type of measured materials to be delivered. For example: 5000 electric meters and 5000 voltage meters are stored in the warehouse A; 5000 electric meters and 2000 voltage meters are stored in the warehouse B. Taking the first distribution demand plan as an example, the distribution warehouses corresponding to the first distribution demand plan at this time are the warehouse a and the warehouse b. And if a plurality of warehouses can meet the delivery requirement, taking the warehouse with the closest delivery address as a delivery warehouse. For example, if there is a second delivery demand plan, the type of the measured material to be delivered is a voltmeter, the number of the measured material to be delivered is 2000, and the delivery address is the region B, then the first warehouse and the second warehouse both meet the requirement, and at this time, one warehouse closer to the delivery address may be selected from the first warehouse and the second warehouse, and the second warehouse is assumed to be the delivery warehouse. After the distribution warehouse is determined, the distribution time length of the measured materials can be calculated according to the distance between the distribution warehouse and the distribution address, the number of the distribution vehicles, the cargo capacity of each vehicle and the driving speed of the vehicle by combining the number of the measured materials to be distributed. It should be noted that the number of delivery vehicles, the load of each vehicle, and the traveling speed of the vehicle are preset known values in the present invention. After the distribution time duration corresponding to each distribution demand plan is obtained through calculation by the method, the distribution time duration of each distribution demand plan can be combined, and the distribution time period of each distribution demand plan is distributed. For example, assuming that the delivery time limit of the first delivery demand plan is 1 month, the corresponding delivery time period is 15 days by calculation, whereas the delivery time limit of the second delivery demand plan is 15 days and the delivery time period is 10 days. Then the delivery period corresponding to the second delivery demand plan may be determined to be from day 1 to day 10. The delivery time interval corresponding to the first delivery demand plan is from 11 th day to 25 th day; and finally generating a total delivery plan according to the flow. An exemplary final delivery plan obtained according to the first delivery demand plan and the second delivery demand plan is: on days 1 to 10, 2000 voltmeters in the warehouse B are distributed to the district B; on days 11 to 25, 5000 electric meters in the warehouse A and 5000 electric meters in the warehouse B are distributed to the district A; and the user can carry out the distribution of the measured materials according to the final distribution plan.
In step S103, since different types of measured materials correspond to different producing areas in an actual scene, and the quantities of the measured materials produced in the different producing areas are different, it is necessary to determine a purchasing address corresponding to each purchasing demand plan according to the quantity of the measured materials to be purchased and the type of the measured materials to be purchased. For example: 2 thousands of electric meters and 1 million of voltmeters are arranged in a first place of production; and 2 electric meters and 2 kilo-meters are arranged in the second place. Taking the first procurement demand plan as an example, the procurement production places corresponding to the first procurement demand plan are the first production place and the second production place. And if a plurality of producing areas can meet the purchasing requirement, using the producing area closest to the warehouse for storing the purchased goods as the purchasing address. For example, if there is a second purchasing requirement plan, the type of the metered material to be purchased is a voltmeter, and the number of the metered material to be purchased is 1 ten thousand, then both the first place of origin and the second place of origin meet the requirement, at this time, a place of origin closer to the warehouse for storing the purchased goods can be selected from the first place of origin and the second place of origin, and the second place of origin is assumed to be the purchasing address. After the purchasing address is determined, according to the distance between the purchasing address and a warehouse for storing purchased goods, the number of the metered goods to be purchased, the number of the purchased vehicles, the loading capacity of each vehicle and the running speed of the vehicles are combined, and then the purchasing and conveying time length of the metered goods can be calculated. It should be noted that the number of purchased vehicles, the loading capacity of each vehicle, and the traveling speed of the vehicle are preset known values in the present invention. After the purchasing transportation time length corresponding to each purchasing demand plan is obtained through calculation by the method, the purchasing time period of each purchasing demand plan can be distributed according to the purchasing time limit of each purchasing demand plan. For example, assuming that the procurement time limit of the first procurement demand plan is 10 days, the corresponding procurement delivery time period is 5 days by calculation, whereas the procurement time limit of the second procurement demand plan is 15 days, and the procurement delivery time period is 10 days. Then it can be determined that the procurement time period corresponding to the first procurement requirements plan is from day 1 to day 5. The purchasing time period corresponding to the second purchasing demand plan is from 6 th day to 15 th day; and finally generating a total purchasing plan according to the flow. The schematic procurement plan finally obtained according to the first procurement demand plan and the second procurement demand plan is as follows: purchasing 2 thousands of electric meters in the first producing area and 2 thousands of electric meters in the second producing area from the 1 st day to the 5 th day, and storing the electric meters and the 2 thousands of electric meters in the second producing area into corresponding warehouses; 1 ten thousand voltmeter tables in the ethylene production area are carried out from the 6 th day to the 15 th day and stored in corresponding warehouses. And the user can purchase the metering materials according to the final purchasing plan.
In a preferred embodiment, the method for scheduling measured materials further includes: after the user finishes the delivery of the measured materials according to the distribution plan, generating delivery information of the measured materials and updating the stock of various measured materials; and after the user finishes warehousing the measured materials according to the purchasing plan, generating warehousing information of the measured materials and updating the stock of various measured materials. Preferably, the ex-warehouse information comprises any one or more of the following information: the information of the warehouse-out, the manager of the warehouse-out, the date of the warehouse-out, the types of the measured materials of the warehouse-out, the quantity of the measured materials of the warehouse-out, and the like. Preferably, the warehousing information includes any one or a combination of more of the following information: warehousing warehouse information, warehousing warehouse managers, warehousing dates, warehousing measured material types, warehousing measured material quantities and the like. And when the measured materials are delivered or stored in the warehouse, updating the stock of various measured materials according to the corresponding delivery information or storage information.
In a preferred embodiment, the method for scheduling measured materials further includes: and generating invoice registration information according to the warehousing information. Preferably, the invoice registration information may include a drawer, a drawing date, a drawing amount, a drawing warehouse, and the like, and schematically, the warehousing warehouse manager is used as the drawer, the warehousing date is used as the drawing date, the total cost of goods of the warehousing metered goods and the price of the purchase order of the warehousing metered goods and the total cost of the goods is calculated according to the warehousing metered goods and the price of the purchase order of the warehousing metered goods and the total cost of the goods is used as the drawing amount, and the warehousing warehouse information in the warehousing information is used as the drawing warehouse.
In a preferred embodiment, the method for scheduling measured materials further includes: and acquiring the verification results of various metering materials, and displaying the verification results of various metering materials. In the embodiment, the verification results of various metering materials uploaded by verification personnel are obtained, and then the verification results are displayed, so that other personnel can control the quality of various metering materials.
On the basis of the above method item embodiment, the present invention correspondingly provides a system item embodiment.
As shown in fig. 2, an embodiment of the present invention provides a system for scheduling production of metered materials, including: a scheduling module 11 and a marketing module 12;
the marketing module 12 is used for acquiring a plurality of delivery demand plans and a plurality of purchasing demand plans; transmitting each of the delivery demand plans and the procurement demand plan to the scheduling module 11; wherein each of the delivery demand plans includes: the method comprises the steps of measuring the quantity of materials to be distributed, the type of the materials to be distributed, distribution time limit and distribution addresses; each of the procurement requirements plans includes: the quantity of the measured materials to be purchased, the type of the measured materials to be purchased and the purchasing time limit are calculated;
the scheduling module 11 is configured to determine a delivery warehouse and a delivery duration corresponding to each delivery demand plan according to the quantity of the metered materials to be delivered, the type of the metered materials to be delivered, and the delivery address; determining a delivery time period corresponding to each delivery demand plan according to the delivery time limit of each delivery demand plan and the delivery duration corresponding to each delivery demand plan; generating a delivery plan according to a delivery warehouse corresponding to each delivery demand plan and a delivery time period so that a user can deliver the measured materials according to the delivery plan; and the number of the first and second groups,
determining a purchasing address corresponding to each purchasing demand plan according to the quantity of the metering materials to be purchased and the type of the metering materials to be purchased; determining the purchasing and transporting time length of each purchasing demand plan according to the purchasing address corresponding to each purchasing demand plan and the quantity of the metered materials to be purchased; determining a purchasing time period corresponding to each purchasing demand plan according to the purchasing delivery time length and the purchasing time limit corresponding to each purchasing demand plan; and generating a purchasing plan according to a purchasing address corresponding to each purchasing demand plan and a purchasing time period so that the user can purchase the metering materials according to the purchasing plan.
Preferably, the system further comprises a material management module 13; the material management module 13 is configured to generate measured material warehouse-out information and update the stock quantity of various measured materials after a user finishes measuring material warehouse-out according to the distribution plan; and after the user finishes warehousing the measured materials according to the purchasing plan, generating warehousing information of the measured materials and updating the stock of various measured materials.
Preferably, the material management module 13 is further configured to generate invoice registration information according to the warehousing information.
Preferably, the system also comprises a quality monitoring module 14 and a data display module 15; the quality monitoring module 14 is configured to obtain verification results of various metering materials and transmit the verification results of various metering materials to the scheduling module, so that the scheduling module 11 transmits the verification results of various metering materials to the data display module 15; and the data display module 15 is used for displaying the verification results of various metering materials.
It should be noted that the above-described embodiments of the system correspond to the embodiments of the method of the present invention, and the method of scheduling the measured materials according to any one of the above-described embodiments of the present invention can be implemented.
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.

Claims (10)

1. A method for scheduling metering supplies, comprising:
acquiring a plurality of delivery demand plans and a plurality of purchasing demand plans; wherein each of the delivery demand plans includes: the method comprises the steps of measuring the quantity of materials to be distributed, the type of the materials to be distributed, distribution time limit and distribution addresses; each of the procurement requirements plans includes: the quantity of the measured materials to be purchased, the type of the measured materials to be purchased and the purchasing time limit are calculated;
determining a delivery warehouse and delivery duration corresponding to each delivery demand plan according to the quantity of the metered materials to be delivered, the type of the metered materials to be delivered and the delivery address; determining a delivery time period corresponding to each delivery demand plan according to the delivery time limit of each delivery demand plan and the delivery duration corresponding to each delivery demand plan; generating a delivery plan according to a delivery warehouse corresponding to each delivery demand plan and a delivery time period so that a user can deliver the measured materials according to the delivery plan;
determining a purchasing address corresponding to each purchasing demand plan according to the quantity of the metering materials to be purchased and the type of the metering materials to be purchased; determining the purchasing and transporting time length of each purchasing demand plan according to the purchasing address corresponding to each purchasing demand plan and the quantity of the metered materials to be purchased; determining a purchasing time period corresponding to each purchasing demand plan according to the purchasing delivery time length and the purchasing time limit corresponding to each purchasing demand plan; and generating a purchasing plan according to a purchasing address corresponding to each purchasing demand plan and a purchasing time period so that the user can purchase the metering materials according to the purchasing plan.
2. The method for scheduling metered supplies of claim 1, further comprising: after the user finishes the delivery of the measured materials according to the distribution plan, generating delivery information of the measured materials and updating the stock of various measured materials;
and after the user finishes warehousing the measured materials according to the purchasing plan, generating warehousing information of the measured materials and updating the stock of various measured materials.
3. The method for scheduling metered supplies of claim 2, further comprising: monitoring the stock of various measured materials, and generating the purchase demand plan when the measured materials with the stock less than a preset value are monitored.
4. The method for scheduling metered supplies of claim 2, further comprising: and generating invoice registration information according to the warehousing information.
5. The method for scheduling metered supplies of claim 1, further comprising: and acquiring the verification results of various metering materials, and displaying the verification results of various metering materials.
6. A metering material scheduling system is characterized by comprising a scheduling module and a marketing module;
the marketing module is used for acquiring a plurality of delivery demand plans and a plurality of purchasing demand plans; transmitting each of said delivery demand plans and said procurement demand plans to said scheduling module; wherein each of the delivery demand plans includes: the method comprises the steps of measuring the quantity of materials to be distributed, the type of the materials to be distributed, distribution time limit and distribution addresses; each of the procurement requirements plans includes: the quantity of the measured materials to be purchased, the type of the measured materials to be purchased and the purchasing time limit are calculated;
the dispatching module is used for determining a delivery warehouse and a delivery duration corresponding to each delivery demand plan according to the quantity of the metered materials to be delivered, the type of the metered materials to be delivered and the delivery address; determining a delivery time period corresponding to each delivery demand plan according to the delivery time limit of each delivery demand plan and the delivery duration corresponding to each delivery demand plan; generating a delivery plan according to a delivery warehouse corresponding to each delivery demand plan and a delivery time period so that a user can deliver the measured materials according to the delivery plan; and the number of the first and second groups,
determining a purchasing address corresponding to each purchasing demand plan according to the quantity of the metering materials to be purchased and the type of the metering materials to be purchased; determining the purchasing and transporting time length of each purchasing demand plan according to the purchasing address corresponding to each purchasing demand plan and the quantity of the metered materials to be purchased; determining a purchasing time period corresponding to each purchasing demand plan according to the purchasing delivery time length and the purchasing time limit corresponding to each purchasing demand plan; and generating a purchasing plan according to a purchasing address corresponding to each purchasing demand plan and a purchasing time period so that the user can purchase the metering materials according to the purchasing plan.
7. The metered asset scheduling system of claim 6, further comprising an asset management module;
the material management module is used for generating measured material warehouse-out information and updating the stock of various measured materials after a user finishes the measured material warehouse-out according to the distribution plan;
and after the user finishes warehousing the measured materials according to the purchasing plan, generating warehousing information of the measured materials and updating the stock of various measured materials.
8. The system for dispatching metered supplies of claim 7, wherein the supply management module is further configured to monitor an inventory amount of each type of metered supply, generate the procurement requirement plan when the metered supply with the inventory amount smaller than a preset value is monitored, and transmit the procurement requirement plan to the marketing module.
9. The metered asset scheduling system of claim 7, wherein said asset management module is further configured to generate invoice registration information based on said warehousing information.
10. The metered asset scheduling system of claim 6, further comprising a quality monitoring module and a data display module;
the quality monitoring module is used for acquiring the verification results of various metering materials and transmitting the verification results of various metering materials to the scheduling module so that the scheduling module transmits the verification results of various metering materials to the data display module;
and the data display module is used for displaying the verification results of various metering materials.
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114881361A (en) * 2022-06-02 2022-08-09 广东电网有限责任公司 Dispatching method and device for distribution vehicle of electric power metering materials

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN114881361A (en) * 2022-06-02 2022-08-09 广东电网有限责任公司 Dispatching method and device for distribution vehicle of electric power metering materials

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