WO2020052112A1 - Order replenishment method and system, terminal, and computer-readable storage medium - Google Patents

Abstract

An order replenishment method, comprising: a finished product order replenishment device determining, according to finished product inventory information and finished product order information, whether or not to generate finished product replenishment information (S101), and if yes, generating and sending the finished product replenishment information (S103), and if no, not sending the finished product replenishment information (S105); a semi-finished product order replenishment device receiving the finished product replenishment information (S107), calculating semi-finished product order information required for the finished product replenishment information (S109), determining, according to semi-finished product inventory information and semi-finished product order information, whether or not to generate semi-finished product replenishment information (S111), and if yes, generating and sending the semi-finished product replenishment information (S113), and if no, not sending the semi-finished product replenishment information (S115); and a spare-part order replenishment device receiving the semi-finished product replenishment information (S117), and calculating spare-part order information required for the semi-finished product replenishment information (S119). Also disclosed are an order replenishment system employing the method, a computer terminal, and a computer-readable storage medium. The invention can be used to accurately monitor the inventory quantity at each stage, and calculate the replenishment quantity according to the inventory quantity and the order quantity, thereby effectively improving the accuracy of monitoring order replenishment.

Description

Order replenishment method, system, terminal and computer-readable storage medium

Cross-reference to related applications

This disclosure claims the priority of a Chinese patent application filed with the Chinese Patent Office on September 11, 2018 under the application number CN2018110571892, entitled "Order replenishment method, system, terminal, and computer-readable storage medium." Citations are incorporated in this disclosure.

Technical field

The present disclosure relates to the technical field of e-commerce, and in particular, to an order replenishment method, system, terminal, and computer-readable storage medium.

Background technique

With the advancement of science and technology, the traditional manual recording of information such as the number of purchases, the purchase model, the purchase route, the shipment quantity, the shipment model, the shipment route, and the freight forwarder has gradually been replaced by a computer. However, if the system does not clearly calculate the ratio of incoming and outgoing quantities, it may result in additional waste of manpower and goods. Therefore, how to clearly calculate the ratio of the purchase volume and the shipment volume has become a technical problem to be solved.

Summary of the Invention

The present disclosure provides an order replenishment method, system, terminal, and computer-readable storage medium.

In a first aspect, the present disclosure provides an order replenishment method, which is applied to an order replenishment system, which includes a finished product order replenishment device, a semi-finished product order replenishment device, and a spare parts order replenishment device. Order replenishment methods include:

The finished product order replenishment device determines whether to generate finished product replenishment information according to the finished product inventory information and the finished product order information, and if so, generates and sends the finished product replenishment information; if not, does not send the finished product replenishment information;

The semi-finished product order replenishment device receives the finished product replenishment information sent by the finished product order replenishment device, and calculates the semi-finished product order information required for the finished product replenishment information;

The semi-finished product order replenishment device judges whether the semi-finished product replenishment information is generated according to the semi-finished product inventory information and the semi-finished product order information, and if so, generates and sends the semi-finished product replenishment information, and if not, does not send the semi-finished product replenishment information;

The spare part order replenishment device receives the semi-finished product replenishment information sent by the semi-finished product order replenishment device, and calculates the spare part order information required for the semi-finished product replenishment information.

As an optional implementation manner, after calculating spare part order information required for the semi-finished product replenishment information, the order replenishment method further includes:

The parts order replenishment device determines whether to generate parts replenishment information based on the parts inventory information and the parts order information, and if so, generates and sends the parts replenishment information, and if not, does not send the parts. Parts replenishment information.

As an optional implementation manner, the replenishment information of the finished product is generated through the following steps:

Set an account and password to log in to the order replenishment system;

The finished product order replenishment device calculates the finished product replenishment information according to a customer stocking factor, a commercial stocking factor, a daily sales factor, a freight cycle factor, an order lead time factor, and a finished product replenishment cycle factor;

Wherein, when a ratio of the finished product inventory information and the finished product order information is smaller than a first preset coefficient, the finished product order replenishment device sends finished product inventory status information.

Optionally, the step of calculating the replenishment information of the finished product according to the customer stocking factor, commercial stocking factor, daily sales factor, freight cycle factor, order lead time factor, and finished product replenishment cycle factor includes:

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor = finished product replenishment information; or,

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor = finished product replenishment information.

Optionally, the step of setting an account and password to log in to the order replenishment system includes:

The order replenishment system provides a finished product company terminal to log in to the finished product order replenishment device with an account number and password. When the finished product company terminal enters a registered account number and password into the finished product order replenishment device, the finished product order The replenishment device allows the finished product company terminal to log in to the finished product order replenishment device; when one of the account numbers and passwords entered by the finished product company terminal does not match the registered account number and password, the finished product company terminal cannot log in to the The replenishment device for finished product orders is described.

As an optional implementation manner, the semi-finished product replenishment information is generated through the following steps:

Set an account and password to log in to the order replenishment system;

The semi-finished product order replenishment device calculates the semi-finished product according to a customer stocking proportion factor, a commercial stocking proportion factor, a customer stocking factor, a commercial stocking factor, a daily sales factor, a freight cycle factor, an order lead time factor, and a finished product replenishment cycle factor. Replenishment information;

Wherein, when the ratio of the semi-finished product inventory information and the semi-finished product order information is smaller than a second preset coefficient, the semi-finished product order replenishment device sends the semi-finished product inventory status information.

Optionally, the semi-finished product replenishment is calculated according to a customer stocking proportion factor, a commercial stocking proportion factor, a customer stocking factor, a commercial stocking factor, a daily sales factor, a freight cycle factor, an order lead time factor, and a finished product replenishment cycle factor. The steps of cargo information include:

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor x customer stocking proportion factor = semi-finished product replenishment information; or,

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor x commercial stocking proportion factor = semi-finished product replenishment information.

Optionally, the step of setting an account and password to log in to the order replenishment system includes:

The order replenishment system provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device and a spare parts order replenishment device with an account number and a password. When the account number and password are input into the semi-finished product order replenishment device and the spare parts order replenishment device, the semi-finished product order replenishment device and the spare parts order replenishment device allow the semi-finished product factory terminal or the spare parts factory terminal to log in to the semi-finished product order Replenishment device and spare parts order replenishment device; when one of the account numbers and passwords entered by the semi-finished product factory terminal or parts factory terminal does not match the registered account number and password, the semi-finished product factory terminal or parts factory terminal The semi-finished product order replenishment device and parts order replenishment device cannot be logged in.

As an optional implementation manner, the spare parts replenishment information is generated through the following steps:

Set an account and password to log in to the order replenishment system;

The spare parts order replenishment device calculates the spare parts replenishment information according to a daily sales factor, a freight cycle factor, an order lead time factor, a finished product replenishment cycle factor, and a spare parts ratio factor, wherein the spare parts ratio The coefficient is related to the first proportion of the semi-finished product and the second proportion of the spare parts. The first proportion and the second proportion add up to 1.

In a second aspect, the present disclosure provides an order replenishment system. The order replenishment system includes:

The finished product order replenishment device determines whether to generate finished product replenishment information based on the finished product inventory information and the finished product order information, and if so, generates and sends the finished product replenishment information, and if not, does not send the finished product replenishment information;

The semi-finished product order replenishment device is communicatively connected to the finished product order replenishment device, the semi-finished product order replenishment device receives the finished product replenishment information sent by the finished product order replenishment device, and the semi-finished product order replenishment device calculation office The semi-finished product order information required for the replenishment information of the finished product; the semi-finished product order replenishment device judges whether the semi-finished product replenishment information is generated based on the semi-finished product inventory information and the semi-finished product order information, and if so, generates and sends the semi-finished product replenishment information, if No, the semi-finished product replenishment information is not sent;

A spare parts order replenishment device, which is connected to the semi-finished product order replenishment device in communication, the spare parts order replenishment device receives the semi-finished product replenishment information sent by the semi-finished product order replenishment device, and the spare parts order replenishment The device calculates spare part order information required for the semi-finished product replenishment information.

As an optional implementation manner, the parts order replenishment device determines whether to generate parts replenishment information based on the parts inventory information and the parts order information, and if so, generates and sends the parts replenishment information If not, the spare parts replenishment information is not sent.

As an optional implementation manner, the finished product order replenishment device includes a memory and a processor, and the memory is configured to store a computer program, and the computer program includes:

A first login module, providing a terminal of the finished product company to log in to the finished product order replenishment device with an account number and password;

The first calculation module calculates the replenishment information of the finished product according to the customer stocking factor, the commercial stocking factor, the daily sales factor, the freight cycle factor, the order lead time factor, and the finished product replenishment cycle factor;

A first sending module is configured to send finished product inventory status information when a ratio of the finished product inventory information and the finished product order information is less than a first preset coefficient.

Optionally, the first calculation module is configured to calculate the replenishment information of the finished product in the following manner:

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor = finished product replenishment information; or,

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor = finished product replenishment information.

Optionally, the first login module is configured to provide a finished product company terminal to log in to the finished product order replenishment device with an account number and password, and when the finished product company terminal enters a registered account number and password into the finished product order replenishment device The finished product order replenishment device allows the finished product company terminal to log in to the finished product order replenishment device; when one of the account number and password entered by the finished product company terminal does not match the registered account number and password, the The finished product company terminal cannot log in to the finished product order replenishment device.

As an optional implementation manner, the semi-finished product order replenishment device includes a memory and a processor, where the memory is used to store a computer program, and the computer program includes:

The second login module provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device with an account and password;

The second calculation module calculates the semi-finished product replenishment according to the customer stocking proportion factor, the commercial stocking proportion factor, the customer stocking factor, the commercial stocking factor, the daily sales factor, the freight cycle factor, the order lead time factor, and the finished product replenishment cycle factor. information;

A second sending module is configured to send the semi-finished product inventory status information when the ratio of the semi-finished product inventory information and the semi-finished product order information is less than a second preset coefficient.

Optionally, the second calculation module is configured to calculate the replenishment information of the semi-finished product in the following manner:

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor x customer stocking proportion factor = semi-finished product replenishment information; or,

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor x commercial stocking proportion factor = semi-finished product replenishment information.

Optionally, the second login module is configured to provide a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device and the spare part order replenishment device with an account number and a password. When a factory terminal enters a registered account number and password into the semi-finished product order replenishment device and parts order replenishment device, the semi-finished product order replenishment device and parts order replenishment device allows the semi-finished product order terminal or parts factory The terminal logs in to the semi-finished product order replenishment device and the spare parts order replenishment device; when one of the account numbers and passwords entered by the semi-finished product terminal or the parts factory terminal does not match the registered account number and password, the semi-finished product factory The terminal or the spare parts factory terminal cannot log in to the semi-finished product order replenishment device and the spare part order replenishment device.

As an optional implementation manner, the spare part order replenishment device includes a memory and a processor, and the memory is configured to store a computer program, and the computer program includes:

The third login module provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the spare parts order replenishment device with an account and password;

The third calculation module calculates the spare parts replenishment information according to the daily sales volume factor, the freight cycle factor, the order lead time factor, the finished product replenishment cycle factor, and the spare parts replacement ratio coefficient, wherein the spare parts replacement ratio coefficient is related to The first ratio of the semi-finished product and the second ratio of the spare parts, the first ratio and the second ratio add up to 1.

According to another embodiment of the present disclosure, there is provided a computer terminal including a memory and a processor, where the memory is configured to store a computer program, and the processor runs the computer program to cause the computer terminal to execute the above-mentioned order compensation. Goods method.

According to yet another embodiment of the present disclosure, a computer-readable storage medium is provided, which stores the computer program used in the computer terminal described above.

The order replenishment method, system, terminal and computer-readable storage medium provided according to the present disclosure include a finished product order replenishment device, a semi-finished product order replenishment device, and a spare parts order replenishment device. The finished product order replenishment device determines whether to generate finished product replenishment information based on the finished product inventory information and the finished product order information. For example, when the ratio of the finished product inventory information and the finished product order information is less than the first preset coefficient, the finished product order replenishment device sends the finished product inventory status information to the semi-finished product order replenishment device to notify the semi-finished product order replenishment device that replenishment is required. The semi-finished product order replenishment device determines whether the semi-finished product replenishment information is generated according to the semi-finished product inventory information and the semi-finished product order information. For example, when the ratio of the semi-finished product inventory information and the semi-finished product order information is smaller than the second preset coefficient, the semi-finished product order replenishment device sends the semi-finished product inventory status information to the spare parts order replenishment device to notify the spare part order replenishment device that the replenishment is required . The disclosure realizes accurate monitoring of finished product inventory information, semi-finished product inventory information, and spare parts inventory information of each device, calculates replenishment inventory information according to the inventory information and order inventory information, and effectively improves the accuracy rate of the order replenishment system.

In order to make the foregoing objects, features, and advantages of the present disclosure more comprehensible, preferred embodiments are described below in detail with reference to the accompanying drawings as follows.

BRIEF DESCRIPTION OF THE DRAWINGS

In order to explain the technical solution of the present disclosure more clearly, the drawings used in the embodiments will be briefly introduced below. It should be understood that the following drawings only show some embodiments of the present disclosure, and therefore should not be used. Seen as a limitation on the scope of this disclosure.

FIG. 1a, FIG. 1b, FIG. 1c, and FIG. 1d are exemplary method flowcharts of the order replenishment method provided in Embodiment 1 of the present disclosure.

2a and 2b are schematic block diagrams of an order replenishment system provided in Embodiment 2 of the present disclosure.

Explanation of main component symbols: 100a, 100b- order replenishment system; 110- finished product order replenishment device; 111- first login module; 113- first calculation module; 115- first sending module; 120- semi-finished product order replenishment device 121- second login module; 123- second calculation module; 125- second sending module; 130- spare parts order replenishment device; 131- third login module; 133- third calculation module.

detailed description

The technical solutions in the present disclosure will be described clearly and completely in combination with the accompanying drawings in the present disclosure. Obviously, the described embodiments are only a part of the embodiments of the present disclosure, but not all the embodiments.

The components of the present disclosure, which are generally described and illustrated in the drawings herein, may be arranged and designed in a variety of different configurations. Accordingly, the following detailed description of embodiments of the present disclosure provided in the accompanying drawings is not intended to limit the scope of the claimed disclosure, but merely to indicate selected embodiments of the present disclosure. Based on the embodiments of the present disclosure, all other embodiments obtained by those skilled in the art without creative work fall within the protection scope of the present disclosure.

In the following, the terms "including", "having" and their cognate words that may be used in various embodiments of the present disclosure are intended only to mean specific features, numbers, steps, operations, elements, components, or combinations of the foregoing, And should not be understood as first excluding the presence or addition of one or more other features, numbers, steps, operations, elements, components, or combinations of the foregoing, or adding one or more features, numbers, steps, operations, elements, components Or a combination of the foregoing.

In the description of this specification, the description with reference to the terms “one embodiment”, “some embodiments”, “examples”, “specific examples”, or “some examples” and the like means specific features described in conjunction with the embodiments or examples , Structure, material, or characteristic is included in at least one embodiment or example of the present disclosure. In this specification, the schematic expressions of the above terms do not necessarily refer to the same embodiment or example. Moreover, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

The order replenishment system in this disclosure includes a finished product order replenishment device, a semi-finished product order replenishment device, and a spare parts order replenishment device.

The finished product order replenishment device generates finished product replenishment information through a preset finished product replenishment algorithm according to the finished product inventory information and the finished product order information. For example, if the finished product inventory information is 80 and the finished product order information is 100, then the calculated replenishment information of the finished product is 20, that is, 100-80 = 20, which means that the finished product shipment is 100, the finished product inventory is 80, and the finished product is still needed The replenishment quantity is 20. Among them, the finished product replenishment algorithm is related to the customer stocking factor and the commercial stocking factor. The finished product order replenishment device can adjust the finished product replenishment information according to the customer stocking factor and the commercial stocking factor. For example, the customer stocking factor can be 1.5 and the commercial stocking factor can be 1. The customer stocking factor can be greater than the commercial stocking factor, and the weighting value of the customer stocking factor is greater than the weighting value of the commercial stocking factor. For another example, the customer stocking factor may be smaller than the commercial stocking factor, and the weighting value of the customer stocking factor is less than the weighting value of the commercial stocking factor, which is not limited in this disclosure.

The semi-finished product order replenishment device generates semi-finished product replenishment information through a preset semi-finished product replenishment algorithm according to the semi-finished product inventory information and the semi-finished product order information. The semi-finished product order replenishment device calculates the semi-finished product order information required for the semi-finished product replenishment information. For example, if the semi-finished product inventory information is 70 and the semi-finished product order information is 100, then the calculated semi-finished product replenishment information is 30, that is, 100-70 = 30. The quantity is 30. Wherein, when the ratio of the finished product inventory information and the finished product order information is smaller than the first preset coefficient, the finished product order replenishment device sends the finished product inventory status information to the semi-finished product order replenishment device. For example, if the first preset coefficient is 1, the finished product inventory information is 60, the finished product order information is 100, and the ratio of the finished product inventory information to the finished product order information is 0.6, which is less than the first preset coefficient of 1, then the finished product order replenishment device Send finished product inventory status information (the finished product inventory status information indicates that the finished product inventory is insufficient) to a semi-finished product order replenishment device. The semi-finished product order replenishment device needs to provide the semi-finished product to the finished product order replenishment device to meet the requirements of the finished product order. The following table will briefly explain:

Finished model	Finished product inventory quantity	Finished Product Suppliers	Number of finished products to be stocked	Finished product inventory status	Finished product coefficient	Order quantity of finished products
A	1000	1000	3000	66.67%	1	1000
B	500	499	1500	66.67%	1	501
C	500	0	3000	16.67%	1.4	3500

For model A, the quantity of finished products should be ordered = [the quantity of finished products to be stocked-(the quantity of finished products inventory + the number of finished products suppliers not yet delivered)] x the coefficient of finished products, that is 1000 = [3000- (1000 + 1000)] x1, finished products Inventory status = (finished product inventory quantity + finished product supplier unsettled quantity) / finished product should be stocked quantity, that is 66.67% = (1000 + 1000) / 3000. For model B, the finished product should be ordered 501 = [1500- (500 + 499)] x1, and the finished product inventory status is 66.67% = (500 + 499) / 1500. For model C, the finished product should be ordered 3500 = [3000- (500)] x1.4, and the finished product inventory status is 16.67% = 500/3000.

Among them, when the ratio of the semi-finished product inventory information and the semi-finished product order information is less than the second preset coefficient, the semi-finished product order replenishment device sends the semi-finished product status information to the spare parts order replenishment device, and the spare part order replenishment device needs to calculate the semi-finished product replenishment information. Spare parts order information. For example, if the second preset coefficient is 1, the semifinished product inventory information is 50, the semifinished product order information is 100, and the ratio of the semifinished product inventory information to the semifinished product order information is 0.5, which is less than the second preset coefficient, then the semifinished product order replenishment device sends Semi-finished product inventory status information (indicating that the inventory of semi-finished products is insufficient) to the spare parts order replenishment device. The spare parts order replenishment device needs to provide spare parts to the semi-finished product order replenishment device to meet the requirements of the semi-finished product order.

Example 1

Please refer to FIG. 1a, which is a method flowchart of an order replenishment method provided in Embodiment 1 of the present disclosure. As shown in Figure 1a, the order replenishment method includes the following steps:

S101. The finished product order replenishment device judges whether the finished product replenishment information is generated according to the finished product inventory information and the finished product order information, and if yes, proceeds to S103; if not, proceeds to S105.

S103. The finished product order replenishment device generates and sends finished product replenishment information and / or finished product inventory status information to the semi-finished product order replenishment device.

S105. The finished product order replenishment device does not send finished product replenishment information and / or finished product inventory status information to the semi-finished product order replenishment device.

S107. The semi-finished product order replenishment device receives finished product replenishment information and / or finished product inventory status information transmitted by the finished product order replenishment device.

S109. The semi-finished product order replenishment device calculates the semi-finished product order information required for the finished product replenishment information. For example, the finished product may include multiple semi-finished products. In other words, the finished product may be composed of three semi-finished products, five semi-finished products, or seven semi-finished products. The multiple semi-finished products are combined into a finished product through electrical connection and / or mechanical connection. After knowing the required replenishment information of the finished product and the number of semi-finished products included in a single finished product, the required number of semi-finished products can be calculated according to the number of finished products required to be replenished and the number of semi-finished products included in a single finished product, and then obtained Semi-finished product order information. For example, if the finished product replenishment information indicates that the number of finished products that need to be replenished is M1 and the number of semi-finished products included in a single finished product is M2, then the required number of semi-finished products M3 is the product of M1 and M2. Further, the order information of the semi-finished product indicating that the quantity of the semi-finished product to be replenished is M3 is obtained.

S111, the semi-finished product order replenishment device judges whether the semi-finished product replenishment information is generated according to the semi-finished product inventory information and the semi-finished product order information, and if yes, proceeds to S113; if not, proceeds to S115.

S113. The semi-finished product order replenishment device generates and sends the semi-finished product replenishment information and / or the semi-finished product inventory status information to the spare parts order replenishment device.

S115. The semi-finished product order replenishment device does not send semi-finished product replenishment information and / or semi-finished product inventory status information.

S117. The spare part order replenishment device receives the semi-finished product replenishment information and / or the semi-finished product inventory status information transmitted by the semi-finished product order replenishment device.

S119. The spare part order replenishment device calculates the spare part order information required for the semi-finished product replenishment information. For example, the semi-finished product may include multiple parts, in other words, the semi-finished product may be composed of five parts, seven parts, eight parts, and the like. After knowing the required semi-finished product replenishment information and the number of parts included in a single semi-finished product, the required number of parts can be calculated based on the number of semi-finished products that need to be replenished and the number of parts included in a single semi-finished product , And then get spare parts order information. For example, if the semi-finished product replenishment information indicates that the number of semi-finished products to be replenished is N1 and the number of parts included in a single semi-finished product is N2, then the required number of parts N3 is the product of N1 and N2. Furthermore, the order information of the spare part indicating that the spare part to be replenished is N3 is obtained.

In S121, the spare parts order replenishment device determines whether to generate spare parts replenishment information according to the spare parts inventory information and the spare parts order information. If yes, go to S123; if not, go to S125.

S123. The spare parts order replenishment device generates and sends spare parts replenishment information.

S125, the spare parts order replenishment device does not send spare parts replenishment information.

Please refer to FIG. 1b, which is a method flowchart of an order replenishment method provided in Embodiment 1 of the present disclosure. As shown in Figure 1b, the order replenishment method may include the following steps:

S101a, set an account and password to log in to the replenishment device of the finished product order. S101b, the finished product order replenishment device calculates finished product replenishment information based on the customer's stocking factor, commercial stocking factor, daily sales factor, freight cycle factor, order lead time factor, and finished product replenishment cycle factor through the finished product replenishment algorithm. S101c, when the ratio of the finished product inventory information and the finished product order information is less than the first preset coefficient, the finished product order replenishment device sends the finished product inventory status information to the semi-finished product order replenishment device.

For example, the order replenishment system provides a finished product company terminal to log in to the finished product order replenishment device with an account number and password. When the finished product company terminal enters the registered account and password into the finished product order replenishment device, the finished product order replenishment device runs the finished product company terminal to log in to the finished product order replenishment device; when one of the account number and password entered by the finished product company terminal is not When the registered account and password are met, the finished product company terminal cannot log in to the finished product order replenishment device.

Finished product replenishment device According to the finished product replenishment algorithm, the customer stocking factor (B2C, business customer), commercial stocking factor (B2B, business), daily sales factor, freight cycle factor, order lead time factor, and finished product replenishment Stock cycle factor to calculate finished product replenishment information. The finished product replenishment algorithm is as follows:

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor = finished product replenishment information; or,

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor = finished product replenishment information. The following table will briefly explain:

Finished model	B2C stocking factor	B2C Taobao Daily Sales	B2C JD.com sales	B2C Freight Cycle	B2C order lead time	B2C finished product replenishment cycle	Replenishment of finished products
A	1.5	100	100	3	3	7	3000
B	1.5	100	0	3	3	7	1500

For model A, (100 + 100) x (0 + 3 + 7) x1.5 = 3000;

For model B, (100 + 0) x (0 + 3 + 7) x1.5 = 1500;

Wherein, when the ratio of the finished product inventory information and the finished product order information is smaller than the first preset coefficient, the finished product order replenishment device sends the finished product inventory information to the semi-finished product order replenishment device. For example, if the first preset coefficient is 1.5, the finished product inventory information is 55, the finished product order information is 100, and the ratio of the finished product inventory information to the finished product order information is 0.55, which is smaller than the first preset coefficient. Then, the finished product order replenishment device sends the finished product inventory status information (indicating that the amount of finished product inventory is insufficient) to the semi-finished product order replenishment device. The semi-finished product order replenishment device calculates the semi-finished product required for the finished product replenishment information. In addition, the present disclosure may simultaneously consider the freight cycle coefficient, the order lead time coefficient, and the finished product replenishment cycle coefficient to increase the accuracy of calculating the finished product replenishment information.

Please refer to FIG. 1c, which is a method flowchart of the order replenishment method provided in Embodiment 1 of the present disclosure. As shown in Figure 1c, the order replenishment method includes the following steps:

S111a, set an account and password to log in to the replenishment device for the semi-finished product order. The order replenishment system provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device with an account and password. In other words, the semi-finished factory terminal or the spare parts factory terminal can log in to the semi-finished product order replenishment device, and the spare part order replenishment device representing the order replenishment system simultaneously opens the login authority to the semi-finished product factory terminal and the spare parts factory terminal.

The order replenishment system provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device and a spare parts order replenishment device with an account number and a password. When the account number and password are input into the semi-finished product order replenishment device and the spare parts order replenishment device, the semi-finished product order replenishment device and the spare parts order replenishment device allow the semi-finished product factory terminal or the spare parts factory terminal to log in to the semi-finished product order Replenishment device and spare parts order replenishment device; when one of the account numbers and passwords entered by the semi-finished product factory terminal or parts factory terminal does not match the registered account number and password, the semi-finished product factory terminal or parts factory terminal The semi-finished product order replenishment device and parts order replenishment device cannot be logged in.

S111b, the semi-finished product order replenishment device uses the semi-finished product replenishment algorithm to calculate the customer stocking proportion factor, the commercial stocking proportion factor, the customer stocking factor, the commercial stocking factor, the daily sales factor, the freight cycle factor, the order lead time factor, and the product replenishment cycle. Coefficient to calculate restocking information for semi-finished products. S111c, when the ratio of the semi-finished product inventory information and the semi-finished product order information is less than the second preset coefficient, the semi-finished product order replenishment device sends the semi-finished product inventory status information to the spare parts order replenishment device. The semi-finished product replenishment algorithm is as follows:

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor x customer stocking proportion factor = semi-finished product replenishment information; or,

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor x commercial stocking proportion factor = semi-finished product replenishment information. The following table will briefly explain:

Finished model	B2B stocking factor	B2B daily sales	B2B freight cycle	B2B order lead time	B2B replenishment cycle of finished products	B2B stocking scale factor	Replenishment of semi-finished products
A	1	100	7	3	7	20%	340
B	1	100	35	3	7	20%	900

For model A, (100) x (7 + 3 + 7) x1x0.2 = 340;

For model B, (100) x (35 + 3 + 7) x1x0.2 = 900.

Wherein, when the ratio of the semi-finished product inventory information and the semi-finished product order information is smaller than the second preset coefficient, the semi-finished product order replenishment device sends the semi-finished product status information to the spare parts order replenishment device. For example, if the second preset coefficient is 1, the semifinished product inventory information is 45, the semifinished product order information is 100, and the ratio of the semifinished product inventory information to the semifinished product order information is 0.45, which is smaller than the second preset coefficient. Then, the semi-finished product order replenishment device sends the semi-finished product status information (indicating that the semi-finished product inventory is insufficient) to the spare parts order replenishment device, and the spare part order replenishment device provides the spare parts to the semi-finished product order replenishment device.

Please refer to FIG. 1d in combination. FIG. 1d is a method flowchart of the order replenishment method provided in Embodiment 1 of the present disclosure. As shown in Figure 1d, the order replenishment method includes the following steps:

S121a: Set an account and password to log in to the spare parts order replenishment device. S121b, the spare parts order replenishment device calculates the spare parts replenishment information according to the daily sales factor, the freight cycle factor, the order lead time factor, the finished product replenishment cycle factor, and the spare parts ratio factor. Among them, the spare parts stocking proportion coefficient is related to the first proportion of the semi-finished product and the second proportion of the spare parts, and the first proportion and the second proportion add up to 1. For example, the finished product can be composed of semi-finished products and parts. When the first proportion of the semi-finished product is 0.2, the second proportion of the parts is 0.8. In other words, the finished product is composed of 20% semi-finished products and 80% parts. In the case where the finished product is composed of semi-finished products and parts, if the first proportion of the semi-finished product is known, the second proportion of the parts can be directly calculated. For example, if the first ratio is F% and F is greater than 0 and less than 100, then the second ratio is 1-F%.

In the present disclosure, the finished product order replenishment device, the semi-finished product order replenishment device, and the spare parts order replenishment device may be mutually independent terminal devices that can communicate with each other. Finished product order replenishment devices, semi-finished product order replenishment devices, and spare parts order replenishment devices can all be terminal devices with data storage, processing, and transmission functions, such as servers, tablet computers, desktop computers, and portable computers. The finished product order replenishment device, the semi-finished product order replenishment device, and the spare parts order replenishment device may each include a memory and a processor. The memory may be used to store a computer program, and the processor executes the above-mentioned order replenishment method by running the computer program or Realize the functions of each module in the above-mentioned order replenishment system.

For example, the processor of the finished product order replenishment device runs a computer program stored in the memory of the finished product order replenishment device, thereby realizing the method steps performed by the finished product order replenishment device in the above-mentioned order replenishment method. For another example, the processor of the semi-finished product order replenishment device runs a computer program stored in the memory of the semi-finished product order replenishment device, thereby realizing the method steps performed by the semi-finished product order replenishment device in the above-mentioned order replenishment method. For another example, the processor of the spare parts order replenishment device runs a computer program stored in the memory of the spare parts order replenishment device, thereby realizing the method steps performed by the spare parts order replenishment device in the above-mentioned order replenishment method.

Example 2

Please refer to FIG. 2a and FIG. 2b together. FIG. 2a is a schematic block diagram of an order replenishment system according to Embodiment 2 of the present disclosure. In FIG. 2a, the order replenishment system 100a includes:

The finished product order replenishment device 110 determines whether to generate finished product replenishment information based on the finished product inventory information and finished product order information. If yes, generates and sends finished product replenishment information, and if not, does not send finished product replenishment information.

Semi-finished product order replenishment device 120, communication connection finished product order replenishment device 110, semi-finished product order replenishment device 120 receives the finished product replenishment information sent by the finished product order replenishment device 110, and the semi-finished product order replenishment device 120 needs to calculate the replenishment information of the finished product Semi-finished product order information. The semi-finished product order replenishment device 120 judges whether the semi-finished product replenishment information is generated according to the semi-finished product inventory information and the semi-finished product order information, and if so, generates and sends the semi-finished product replenishment information, and if not, does not send the semi-finished product replenishment information.

Spare parts order replenishment device 130, communication connection semi-finished product order replenishment device 120, spare parts order replenishment device 130 receives the semi-finished product replenishment information sent by the semi-finished product order replenishment device 120, and the spare parts order replenishment device 130 calculates the semi-finished product replenishment Information required parts order information.

Among them, the spare parts order replenishment device 130 determines whether to generate spare parts replenishment information based on the spare parts inventory information and the spare parts order information. The parts order replenishment device 130 does not send parts replenishment information.

In FIG. 2b, the finished product order replenishment device 110 of the order replenishment system 100b may include a memory and a processor. The memory is used to store a computer program, and the computer program includes:

The first login module 111 provides a finished product company terminal to log in to the finished product order replenishment device 110 with an account number and password;

The first calculation module 113 calculates finished product replenishment information according to a customer stocking factor, a commercial stocking factor, a daily sales factor, a freight cycle factor, an order lead time factor, and a finished product replenishment cycle factor;

The first sending module 115 is configured to send finished product inventory status information when a ratio of finished product inventory information and finished product order information is less than a first preset coefficient.

Optionally, the first calculation module 113 is configured to calculate the replenishment information of the finished product in the following manner:

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor = finished product replenishment information; or,

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor = finished product replenishment information.

Optionally, the first login module 111 is configured to provide a finished product company terminal to log in to the finished product order replenishment device with an account number and password. When the finished product company terminal enters a registered account number and password into the finished product order replenishment device, When the device is installed, the finished product order replenishment device allows the finished product company terminal to log in to the finished product order replenishment device; when one of the account numbers and passwords entered by the finished product company terminal does not match the registered account number and password, The terminal of the finished product company cannot log in to the replenishment device of the finished product order.

In FIG. 2b, the semi-finished product order replenishment device 120 of the order replenishment system 100b includes a memory and a processor. The memory is used to store a computer program, and the computer program includes:

The second login module 121 provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishing device 120 with an account and password;

The second calculation module 123 calculates the semi-finished product replenishment information according to the customer stocking proportion factor, the commercial stocking proportion factor, the customer stocking factor, the commercial stocking factor, the daily sales factor, the freight cycle factor, the order lead time factor, and the finished product replenishment cycle factor. ;

The second sending module 125 is configured to send the semi-finished product inventory status information when the ratio of the semi-finished product inventory information and the semi-finished product order information is less than a second preset coefficient.

Optionally, the second calculation module 123 is configured to calculate the replenishment information of the semi-finished product in the following manner:

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor x customer stocking proportion factor = semi-finished product replenishment information; or,

[Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor x commercial stocking proportion factor = semi-finished product replenishment information.

Optionally, the second login module 121 is used to provide a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device and the spare parts order replenishment device with an account number and a password. When the part factory terminal enters the registered account number and password into the semi-finished product order replenishing device and spare parts order replenishing device, the semi-finished product order replenishing device and spare part order replenishing device allows the semi-finished product order terminal or spare part The factory terminal logs into the semi-finished product order replenishment device and the spare parts order replenishment device; when one of the account numbers and passwords entered by the semi-finished product terminal or the parts factory terminal does not match the registered account number and password, the semi-finished product The factory terminal or the parts factory terminal cannot log in to the semi-finished product order replenishment device and the spare part order replenishment device.

In FIG. 2b, the spare parts order replenishment device 130 of the order replenishment system 100b includes a memory and a processor. The memory is used to store a computer program, and the computer program includes:

The third login module 131 provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the spare parts order replenishment device 130 with an account number and a password;

The third calculation module 133 calculates the spare parts replenishment information according to the daily sales volume factor, the freight cycle factor, the order lead time factor, the finished product replenishment cycle factor, and the spare parts spare ratio factor.

Among them, the spare parts stocking proportion coefficient is related to the first proportion of the semi-finished product and the second proportion of the spare parts, and the first proportion and the second proportion add up to 1.

Among them, the semi-finished product order replenishment device 120 communicates with the finished product order replenishment device 110 and the spare parts order replenishment device 130.

In the present disclosure, the implementation principle of the order replenishment system is similar to the implementation principle of the order replenishment method in Embodiment 1. For the corresponding content, reference may be made to the method embodiment 1, and therefore will not be repeated here.

From the above, the order replenishment system provided by the present disclosure includes a finished product order replenishment device, a semi-finished product order replenishment device, and a spare parts order replenishment device. When the ratio of the finished product inventory information and the finished product order information is less than the first preset coefficient, the finished product order replenishment device sends the finished product inventory status information to the semi-finished product order replenishment device to notify the semi-finished product order replenishment device that replenishment is required. When the ratio of the semi-finished product inventory information and the semi-finished product order information is smaller than the second preset coefficient, the semi-finished product order replenishment device sends the semi-finished product inventory status information to the spare parts order replenishment device to notify the spare part order replenishment device that replenishment is required. The disclosure realizes accurate monitoring of finished product inventory information, semi-finished product inventory information, and spare parts inventory information of each device. According to customer stocking factor, commercial stocking factor, daily sales factor, freight cycle factor, order lead time factor, and product replenishment cycle factor , Semi-finished product stocking ratio coefficient, customer stocking ratio coefficient and commercial stocking ratio coefficient to calculate replenishment inventory information, effectively improving the monitoring and accuracy of the order replenishment system.

In addition, the present disclosure also provides a computer terminal to which the above-mentioned order replenishment method can be applied. The computer terminal may include a smart phone, a tablet computer, a desktop computer, a portable computer, and the like. The computer terminal includes a memory and a processor. The memory may be used to store a computer program, and the processor runs the computer program, so that the computer terminal executes the foregoing order replenishment method or implements functions of each module in the foregoing order replenishment system. It should be understood that the above-mentioned finished product order replenishment device 110, semi-finished product order replenishment device 120, and spare parts order replenishment device 130 may each be a computer terminal, thereby executing corresponding method steps in the above-mentioned order replenishment method.

The memory may include a storage program area and a storage data area, wherein the storage program area may store an operating system, an application program required for at least one function, and the like; the storage data area may store data created according to the use of the computer terminal, and the like. In addition, the memory may include a high-speed random access memory, and may further include a non-volatile memory, such as at least one magnetic disk storage device, a flash memory device, or other volatile solid-state storage device.

This embodiment also provides a computer-readable storage medium for storing a computer program used in the computer terminal.

In the several embodiments provided in this application, it should be understood that the disclosed apparatus and method may also be implemented in other ways. The device embodiments described above are merely schematic. For example, the flowcharts and structure diagrams in the drawings show the possible architectures and functions of the devices, methods, and computer program products according to various embodiments of the present disclosure. And operation. In this regard, each block in the flowchart or block diagram may represent a module, a program segment, or a part of code, which contains one or more components for implementing a specified logical function Executable instructions. It should also be noted that in alternative implementations, the functions labeled in the blocks may also occur in a different order than those labeled in the drawings. For example, two consecutive blocks may actually be executed substantially in parallel, and they may sometimes be executed in the reverse order, depending on the functions involved. It should also be noted that each block in the block diagram and / or flowchart, and the combination of blocks in the block diagram and / or flowchart, can be a dedicated hardware-based system that performs a specified function or action. To achieve, or can be implemented by a combination of dedicated hardware and computer instructions.

In addition, the functional modules or units in the various embodiments of the present disclosure may be integrated together to form an independent part, or each module may exist separately, or two or more modules may be integrated to form an independent part.

If the functions are implemented in the form of software function modules and sold or used as independent products, they can be stored in a computer-readable storage medium. Based on such an understanding, the technical solution of the present disclosure is essentially a part that contributes to the existing technology or a part of the technical solution may be embodied in the form of a software product. The computer software product is stored in a storage medium, including Several instructions are used to cause a computer device (which may be a smart phone, a personal computer, a server, or a network device, etc.) to perform all or part of the steps of the method described in the embodiments of the present disclosure. The foregoing storage media include: U disk, mobile hard disk, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disks or optical disks and other media that can store program codes .

The above is only a specific implementation of the present disclosure, but the scope of protection of the present disclosure is not limited to this. Any person skilled in the art can easily think of changes or replacements within the technical scope disclosed in the present disclosure. It should be covered by the protection scope of this disclosure.

Industrial applicability

The order replenishment method, system, terminal, and computer-readable storage medium provided by the present disclosure implement accurate monitoring of finished product inventory information, semi-finished product inventory information, and spare parts inventory information of each device, and calculate replenishment based on the inventory information and order inventory information Inventory information effectively improves the accuracy of the order replenishment system.

Claims (20)

1. An order replenishment method is applied to an order replenishment system, characterized in that the order replenishment system includes a finished product order replenishment device, a semi-finished product order replenishment device, and a spare parts order replenishment device. The order replenishment method include:

   The finished product order replenishment device determines whether to generate finished product replenishment information according to the finished product inventory information and the finished product order information, and if so, generates and sends the finished product replenishment information; if not, does not send the finished product replenishment information;

   The semi-finished product order replenishment device receives the finished product replenishment information sent by the finished product order replenishment device, and calculates the semi-finished product order information required for the finished product replenishment information;

   The semi-finished product order replenishment device judges whether the semi-finished product replenishment information is generated according to the semi-finished product inventory information and the semi-finished product order information, and if so, generates and sends the semi-finished product replenishment information, and if not, does not send the semi-finished product replenishment information;

   The spare part order replenishment device receives the semi-finished product replenishment information sent by the semi-finished product order replenishment device, and calculates the spare part order information required for the semi-finished product replenishment information.
2. The order replenishment method according to claim 1, wherein after calculating the spare part order information required for the semi-finished product replenishment information, the order replenishment method further comprises:

   The parts order replenishment device determines whether to generate parts replenishment information based on the parts inventory information and the parts order information, and if so, generates and sends the parts replenishment information, and if not, does not send the parts. Parts replenishment information.
3. The order replenishment method according to claim 1 or 2, wherein the replenishment information of the finished product is generated by the following steps:

   Set an account and password to log in to the order replenishment system;

   The finished product order replenishment device calculates the finished product replenishment information according to a customer stocking factor, a commercial stocking factor, a daily sales factor, a freight cycle factor, an order lead time factor, and a finished product replenishment cycle factor;

   Wherein, when a ratio of the finished product inventory information and the finished product order information is smaller than a first preset coefficient, the finished product order replenishment device sends finished product inventory status information.
4. The order replenishment method according to claim 3, wherein the calculating is based on a customer stocking factor, a commercial stocking factor, a daily sales factor, a freight cycle factor, an order lead time factor, and a finished product replenishment cycle factor. Steps for replenishment information for finished products, including:

   [Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor = finished product replenishment information; or,

   [Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor = finished product replenishment information.
5. The order replenishment method according to claim 3 or 4, wherein the step of setting an account and password to log in to the order replenishment system comprises:

   The order replenishment system provides a finished product company terminal to log in to the finished product order replenishment device with an account number and password. When the finished product company terminal enters a registered account number and password into the finished product order replenishment device, the finished product order The replenishment device allows the finished product company terminal to log in to the finished product order replenishment device; when one of the account numbers and passwords entered by the finished product company terminal does not match the registered account number and password, the finished product company terminal cannot log in to the The replenishment device for finished product orders is described.
6. The method for replenishing an order according to claim 1 or 2, wherein the replenishment information of the semi-finished product is generated by the following steps:

   Set an account and password to log in to the order replenishment system;

   The semi-finished product order replenishment device calculates the semi-finished product according to a customer stocking proportion factor, a commercial stocking proportion factor, a customer stocking factor, a commercial stocking factor, a daily sales factor, a freight cycle factor, an order lead time factor, and a finished product replenishment cycle factor. Replenishment information;

   Wherein, when the ratio of the semi-finished product inventory information and the semi-finished product order information is smaller than a second preset coefficient, the semi-finished product order replenishment device sends the semi-finished product inventory status information.
7. The method for replenishing an order according to claim 6, characterized in that said according to the customer stocking proportion factor, the commercial stocking proportion factor, the customer stocking factor, the commercial stocking factor, the daily sales volume factor, the freight cycle factor, and the order lead time factor And the replenishment cycle coefficient of the finished product to calculate the replenishment information of the semi-finished product, including:

   [Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor x customer stocking proportion factor = semi-finished product replenishment information; or,

   [Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor x commercial stocking proportion factor = semi-finished product replenishment information.
8. The order replenishment method according to claim 6 or 7, wherein the step of setting an account and password to log in to the order replenishment system comprises:

   The order replenishment system provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device and a spare parts order replenishment device with an account number and a password. When the account number and password are input into the semi-finished product order replenishment device and the spare parts order replenishment device, the semi-finished product order replenishment device and the spare parts order replenishment device allow the semi-finished product factory terminal or the spare parts factory terminal to log in to the semi-finished product order Replenishment device and spare parts order replenishment device; when one of the account numbers and passwords entered by the semi-finished product factory terminal or parts factory terminal does not match the registered account number and password, the semi-finished product factory terminal or parts factory terminal The semi-finished product order replenishment device and parts order replenishment device cannot be logged in.
9. The order replenishment method according to any one of claims 1 to 8, wherein the spare part order information is generated by the following steps:

   Set an account and password to log in to the order replenishment system;

   The spare parts order replenishment device calculates the spare parts replenishment information according to a daily sales factor, a freight cycle factor, an order lead time factor, a finished product replenishment cycle factor, and a spare parts ratio factor, wherein the spare parts ratio The coefficient is related to the first proportion of the semi-finished product and the second proportion of the spare parts. The first proportion and the second proportion add up to 1.
10. An order replenishment system is characterized in that the order replenishment system includes:

    The finished product order replenishment device determines whether to generate finished product replenishment information based on the finished product inventory information and the finished product order information, and if so, generates and sends the finished product replenishment information, and if not, does not send the finished product replenishment information;

    The semi-finished product order replenishment device is communicatively connected to the finished product order replenishment device, the semi-finished product order replenishment device receives the finished product replenishment information sent by the finished product order replenishment device, and the semi-finished product order replenishment device calculation office The semi-finished product order information required for the replenishment information of the finished product; the semi-finished product order replenishment device judges whether the semi-finished product replenishment information is generated based on the semi-finished product inventory information and the semi-finished product order information, and if so, generates and sends the semi-finished product replenishment information, if No, the semi-finished product replenishment information is not sent;

    A spare parts order replenishment device, which is connected to the semi-finished product order replenishment device in communication, the spare parts order replenishment device receives the semi-finished product replenishment information sent by the semi-finished product order replenishment device, and the spare parts order replenishment The device calculates spare part order information required for the semi-finished product replenishment information.
11. The order replenishment system according to claim 10, wherein the parts order replenishment device determines whether to generate parts replenishment information based on the parts inventory information and the parts order information, and if so, generates and sends The spare parts replenishment information, if not, the spare parts replenishment information is not sent.
12. The order replenishment system according to claim 10 or 11, wherein the finished product order replenishment device includes a memory and a processor, and the memory is used to store a computer program, and the computer program includes:

    A first login module, providing a terminal of the finished product company to log in to the finished product order replenishment device with an account number and password;

    The first calculation module calculates the replenishment information of the finished product according to the customer stocking factor, the commercial stocking factor, the daily sales factor, the freight cycle factor, the order lead time factor, and the finished product replenishment cycle factor;

    The first sending module is configured to send finished product inventory status information when a ratio of the finished product inventory information and the finished product order information is less than a first preset coefficient.
13. The order replenishment system according to claim 12, wherein the first calculation module is configured to calculate the finished product replenishment information in the following manner:

    [Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor = finished product replenishment information; or,

    [Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor = finished product replenishment information.
14. The order replenishment system according to claim 12 or 13, wherein the first login module is configured to provide a finished product company terminal to log in to the finished product order replenishment device with an account number and password, and when the finished product company terminal will When the registered account number and password are input into the finished product order replenishment device, the finished product order replenishment device allows the finished product company terminal to log in to the finished product order replenishment device; when the account number and password entered by the finished product company terminal are When one of them does not match the registered account and password, the terminal of the finished product company cannot log in to the replenishment device of the finished product order.
15. The order replenishment system according to claim 10 or 11, wherein the semi-finished order replenishment device includes a memory and a processor, and the memory is used to store a computer program, and the computer program includes:

    The second login module provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device with an account and password;

    The second calculation module calculates the semi-finished product replenishment according to the customer stocking proportion factor, the commercial stocking proportion factor, the customer stocking factor, the commercial stocking factor, the daily sales factor, the freight cycle factor, the order lead time factor, and the finished product replenishment cycle factor. information;

    A second sending module is configured to send the semi-finished product inventory status information when a ratio of the semi-finished product inventory information and the semi-finished product order information is less than a second preset coefficient.
16. The order replenishment system according to claim 15, wherein the second calculation module is configured to calculate the semi-finished product replenishment information in the following manner:

    [Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x customer stocking factor x customer stocking proportion factor = semi-finished product replenishment information; or,

    [Daily sales factor x (freight cycle factor + order lead time factor + finished product replenishment cycle factor)] x commercial stocking factor x commercial stocking proportion factor = semi-finished product replenishment information.
17. The order replenishment system according to claim 15 or 16, wherein the second login module is configured to provide a semi-finished product factory terminal or a spare parts factory terminal to log in to the semi-finished product order replenishment device and spare parts with an account and password. Order replenishment device, when the semi-finished product factory terminal or parts factory terminal enters a registered account and password into the semi-finished product order replenishment device and spare part order replenishment device, the semi-finished product order replenishment device and spare part The order replenishment device allows the semi-finished product factory terminal or parts factory terminal to log in to the semi-finished product order replenishment device and parts order replenishment device; when the semi-finished factory terminal or parts factory terminal enters one of the account number and password When the registered account and password are not met, the semi-finished product factory terminal or spare parts factory terminal cannot log in to the semi-finished product order replenishment device and spare part order replenishment device.
18. The order replenishment system according to any one of claims 10 to 17, wherein the spare part order replenishment device includes a memory and a processor, and the memory is used to store a computer program, and the computer program includes:

    The third login module provides a semi-finished product factory terminal or a spare parts factory terminal to log in to the spare parts order replenishment device with an account and password;

    The third calculation module calculates the spare parts replenishment information according to a daily sales volume factor, a freight cycle factor, an order lead time factor, a finished product replenishment cycle factor, and a spare parts replacement ratio coefficient, wherein the spare parts replacement ratio coefficient Regarding the first proportion of the semi-finished product and the second proportion of the spare parts, the first proportion and the second proportion add up to 1.
19. A computer terminal, comprising a memory and a processor, wherein the memory is configured to store a computer program, and the processor runs the computer program to cause the computer terminal to execute any of claims 1 to 9. The order replenishment method described above.
20. A computer-readable storage medium, wherein the computer program used in the computer terminal according to claim 19 is stored.

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