CN111222893A - Real data sale system and working method thereof - Google Patents

Real data sale system and working method thereof Download PDF

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CN111222893A
CN111222893A CN202010016546.1A CN202010016546A CN111222893A CN 111222893 A CN111222893 A CN 111222893A CN 202010016546 A CN202010016546 A CN 202010016546A CN 111222893 A CN111222893 A CN 111222893A
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production equipment
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CN111222893B (en
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廖常春
郑德芳
吴文标
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Zhongshan Guangmei Machinery Equipment Co ltd
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Zhongshan Guangmei Machinery Equipment Co ltd
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Abstract

The application discloses a real data sale system and a working method thereof, wherein the working method comprises S1, a production equipment control device counts production data of production equipment and sends the counted production data to a cloud platform, wherein the production data comprises the total production amount of products produced by the production equipment within preset time; s2, sending the pre-sale amount of the product to the cloud platform by the enterprise terminal; s3, after receiving the total production quantity of the product and the pre-sale quantity of the product, the cloud platform judges the pre-sale quantity of the product and the quantity of the total production quantity of the product; s4: and if the pre-sale amount of the product is judged to be less than or equal to the total production amount of the product, the cloud platform sends the pre-sale amount to the sales platform, and the sales platform displays the pre-sale amount. Through the steps, the hanging sale amount on the sale platform is smaller than or equal to the total product production amount of the production equipment, the situation that production enterprises purchase other unqualified foundry products and self-operated products for mixed sale is avoided, and the product quality is guaranteed.

Description

Real data sale system and working method thereof
Technical Field
The invention belongs to the technical field of product sales, and particularly relates to a real data sales system and a working method thereof.
Background
The existing production equipment and the sales platform are not connected with each other generally, the hanging sales volume of products on the sales platform is set manually at will, and enterprises can change the hanging sales volume of the products at will, so that data is difficult to guarantee, the enterprises often purchase other unqualified commodities of generation plants to serve as self-operated products for hanging sales, the quality of the products is difficult to guarantee, numerous counterfeit products appear on the market, and the legal rights and interests of consumers cannot be guaranteed.
Disclosure of Invention
Objects of the invention
In order to overcome the above disadvantages, the present invention provides a real data sales system and a working method thereof, so as to solve the technical problems that the hang-up sales of products on the existing sales platform is not set with a mechanism for ensuring the hang-up sales as real data, and enterprises are easy to mix and sell products produced by non-qualified foundry with self-owned products, so that the product quality is difficult to ensure and the legitimate rights and interests of consumers are difficult to ensure.
(II) technical scheme
In order to achieve the purpose, the technical scheme provided by the application is as follows:
one aspect of the present application provides a real data selling system, which includes: the system comprises at least one production equipment control device, a cloud platform, a sales platform, an enterprise terminal and a user terminal;
the production equipment control device is in communication connection with external production equipment and the cloud platform and is used for counting production data of the production equipment and sending the counted production data to the cloud platform, wherein the production data comprise the total production amount of products produced by the production equipment within preset time;
the enterprise terminal is in communication connection with the cloud platform and is used for sending the pre-hung sales volume of the product to the cloud platform;
the cloud platform is in communication connection with the sales platform, the cloud platform compares and judges the total production amount of the product and the pre-sale amount of the product after receiving the production data of the product and the pre-sale amount of the product, and if the numerical value of the pre-sale amount of the product is smaller than or equal to the numerical value of the total production amount of the product, the pre-sale amount of the product is transmitted to the sales platform to be displayed.
Further, still include: and the positioning device is installed on the production equipment, is in communication connection with the cloud platform, and is used for positioning the position of the production equipment and sending the position information of the production equipment to the cloud platform.
Another aspect of the present application provides a working method based on the above real data sales system, including the following steps:
s1, the production equipment control device counts production data of the production equipment and sends the counted production data to a cloud platform, wherein the production data comprise the total production amount of products produced by the production equipment within preset time;
s2, sending the pre-sale amount of the product to the cloud platform by the enterprise terminal;
s3, after receiving the total production quantity of the product and the pre-sale quantity of the product, the cloud platform judges the number of the pre-sale quantity of the product and the total production quantity of the product;
s4: and if the pre-sale amount of the product is judged to be less than or equal to the total production amount of the product, the cloud platform sends the pre-sale amount to a sale platform, and the sale platform displays the pre-sale amount.
Further, before step S1, the method further includes: step S01, the production equipment control device sends identity data to the cloud platform, where the identity data includes: the enterprise terminal comprises an enterprise ID and a production equipment ID, wherein the enterprise ID corresponds to the production equipment ID, and the enterprise terminal binds the enterprise ID and the production equipment ID.
Further, after step S01 and before step S1, the method further comprises: step S02, the positioning device sends the location information of the production equipment to the cloud platform.
Further, step S3 includes:
when the cloud platform receives the pre-sale amount of the product sent by the enterprise terminal, the cloud platform traverses the total production amount of the corresponding production equipment according to the enterprise ID and the production equipment ID bound by the enterprise terminal;
and judging the pre-sale amount of the product and the production total amount of the product.
Further, the production data further comprises: the product ID number of the product is the same, the product production date is the current date of producing the product, and the production cycle is the time required by the production equipment to produce one product.
Further, the production cycle of the product is according to the formula: and T is calculated by (T1+ T2+ T3+ … + TN)/N, wherein T1 is the time required for producing a first batch of products, T2 is the time required for producing a second batch of products, T3 is the time required for producing a third batch of products, TN is the time required for producing an Nth batch of the products, N is the total batch number of times that the production equipment produces similar products within a preset time, and the first batch, the second batch, the third batch and the Nth batch of products are similar products.
Step S5, the control device of the production equipment sends the equipment data of the production equipment to the cloud platform, the equipment data includes the on-time rate of the production equipment and the fault information of the production equipment, wherein, the on-time rate of the production equipment is according to the formula η ═ Σ tMachine run timeC 24, sigma tMachine run timeThe failure information is the sum of the starting up running time of the production equipment within 24 hours, and the failure information is the reason of the production equipment failure which is automatically found by the production equipment control device.
Further, still include: step S6, the cloud platform calculates an Internet of things index of the product and sends the Internet of things index to the sales platform, and the Internet of things index is used for representing the truth of a complete product;
the step of calculating the internet of things index by the cloud platform comprises the following steps:
acquiring the product IDs of a plurality of sub-products constituting the product;
traversing all the identity data corresponding to the sub-products forming the product according to the product ID of the sub-product;
if the identity data corresponding to the child product is traversed, setting an internet of things parameter Pn (true false) of the child product to be 1;
if the identity data corresponding to the child product cannot be traversed, setting the internet of things parameter Pn (true error) of the child product to be 0;
calculating the internet of things index A based on the internet of things parameters of all the sub-products and according to the internet of things index calculation formula, wherein the internet of things index calculation formula is as follows:
A＝100x[P1(true or false)+P2(true or false)+……+Pn(true or false)]/n；
p1(true or false) is the internet of things parameter of the first sub-product, P2(true or false) is the internet of things parameter of the second sub-product, pn (true or false) is the internet of things parameter of the nth sub-product, and n is the total number of the sub-products.
Borrow by above technical scheme, the beneficial effect of this application lies in: the working method of the sales system based on the real data comprises the steps that the production total amount of production equipment in preset time is automatically counted through a production equipment control device, then the production total amount of products is sent to a cloud platform to be stored, after the production total amount of the products is stored in the cloud platform, an enterprise terminal sends the pre-sale amount of the products to the cloud platform, then the cloud platform compares the production total amount of the products with the pre-sale amount, only when the production total amount of the products is larger than or equal to the pre-sale amount, the cloud platform sends the pre-sale amount of the products to the sales platform to be displayed for a client purchasing the products to check, therefore, the problem that the quality of the products is difficult to guarantee due to the fact that the enterprise purchases other low-quality substitute factory products to carry out mixed sales is avoided, the source of the products is guaranteed, and meanwhile, the client purchasing the products can also evaluate the production capacity of the enterprise through the pre-sale amount of the, and placing orders to the enterprises according to the production capacity of the enterprises and reasonably distributing the orders.
Drawings
FIG. 1 is a flow chart of a method of operation of the real data marketing system of the present invention;
fig. 2 is a schematic configuration diagram of the real data sales system of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention will be described in further detail with reference to the accompanying drawings in conjunction with the following detailed description. It should be understood that the description is intended to be exemplary only, and is not intended to limit the scope of the present invention. Moreover, in the following description, descriptions of well-known structures and techniques are omitted so as to not unnecessarily obscure the concepts of the present invention.
A real data sales system comprising: the system comprises at least one production equipment control device, a cloud platform, a sales platform, an enterprise terminal and a user terminal;
the production equipment control device is in communication connection with external production equipment and the cloud platform and is used for counting production data of the production equipment and sending the counted production data to the cloud platform, wherein the production data comprise the total production amount of products produced by the production equipment within preset time;
the enterprise terminal is in communication connection with the cloud platform and is used for sending the pre-hung sales volume of the product to the cloud platform;
the cloud platform is in communication connection with the sales platform, the cloud platform compares and judges the total production amount of the product and the pre-sale amount of the product after receiving the production data of the product and the pre-sale amount of the product, and if the numerical value of the pre-sale amount of the product is smaller than or equal to the numerical value of the total production amount of the product, the pre-sale amount of the product is transmitted to the sales platform to be displayed.
The production equipment control device is an industrial control computer, the industrial control computer is installed on production equipment, a signal transmitting device (antenna) is installed on the production equipment, and an enterprise terminal and a user terminal can be a PC (personal computer) end of a computer or an APP (application) of intelligent equipment. During operation, the industrial control computer firstly carries out automatic statistics on the total production amount of the production equipment in preset time, the preset time is generally within 24 hours, then the industrial control computer sends the total production amount of the product to the cloud platform through the signal transmitting device for storage, after the total production amount of the product is stored in the cloud platform, the enterprise terminal sends the pre-sale amount to the cloud platform, then the cloud platform judges the total production amount and the pre-sale amount of the product, and only when the numerical value of the total production amount of the production equipment is greater than or equal to the pre-sale amount, the cloud platform sends the pre-sale amount to the sale platform for display so as to be checked by a customer purchasing the product. Therefore, the problem that the quality of products is difficult to guarantee due to the fact that the enterprises purchase products of other low-quality factories for mixed sales is solved, and the sources of the products are guaranteed. Meanwhile, the user who purchases the product can also evaluate the production capacity of the enterprise through the pre-sale amount, and reasonably places an order to the enterprise according to the production capacity of the enterprise.
Specifically, the system is further provided with a positioning device, wherein the positioning device can be a GPS positioning device, and the positioning device is installed on the production equipment and used for positioning the position of the production equipment and sending the position information of the production equipment to the cloud platform. The cloud platform receives the position information of the production equipment and sends the position information of the production equipment to the sales platform for the user to check. Therefore, the authenticity of the position information of the production equipment can be ensured, and the product is prevented from being driven to be sold by other low-quality factories. Meanwhile, the government department can also know the distribution of the industry according to the position information of the production equipment.
Specifically, the production equipment control device sends identity data to the cloud platform, and the identity data includes: the cloud platform can acquire whether the enterprise and the production equipment are qualified or not by judging the identity data.
Specifically, the cloud platform includes: the traversing submodule is used for traversing the total product production amount of the production equipment in the cloud platform according to the enterprise ID and the equipment ID of the enterprise terminal after the cloud platform receives the pre-sale amount sent by the enterprise terminal, and the judging submodule is used for judging the numerical value between the pre-sale amount and the traversed total product production amount.
Optionally, the production equipment control device includes: the product production date recording submodule is used for recording the date of producing the product, and the product production period calculating submodule is used for calculating the time period required by producing one product.
Specifically, the product production cycle calculation submodule is calculated by the following cycle calculation formula: t ═ T1+ T2+ T3+ … + TN)/N, specifically, T1 is the time required for producing a first batch of products, T2 is the time required for producing a second batch of products, T3 is the time required for producing a third batch of products, TN is the time required for producing an nth batch of products, N is the total number of batches of products of the production equipment at a predetermined time, the first, second, third and nth batches of products are the same type but different in number of batches produced, and the time taken to produce one product, that is, one production cycle of one product, can be obtained by calculating the sum of the number of the plurality of batches of products and dividing the sum of the number of the plurality of batches of products by the total number of the batches produced. The production equipment control device can send the production date and the production period of the product to the cloud platform through the signal transmitting device and send the production date and the production period of the product to the sales platform through the cloud platform for displaying, so that a user can know the real production date and the real production period of the product, the situation that the production date of the product is changed manually to cause the product to be sold continuously after the product is out of date is avoided, the user can know the production efficiency of the production equipment through the production period of the product and evaluate the production capacity of the production equipment, and then whether an order is placed for an enterprise is judged.
The production equipment control device further comprises an equipment data submodule for counting the on-time rate of the production equipment and fault information of the production equipment, wherein the on-time rate of the production equipment is according to the formula of η ═ Σ tMachine run timeC 24, sigma tMachine run timeThe sum of the boot up times of the production equipment in one day (24 hours). The production equipment control device counts the on-time rate of the production equipment andcan send the cloud platform through signal emission device behind the fault information of production facility and save, the cloud platform can carry out or not send the turn-on rate of production facility and the fault information of production facility to sales platform, and the operating conditions of production facility can be known to the enterprise personnel through looking over the turn-on rate of production facility and the fault information of production facility, and simultaneously, the government department also can know the operation condition of trade through looking over the turn-on rate of production facility.
It should be noted that the same production equipment may produce only one product, or may produce multiple products after the die head is replaced, and each product corresponds to one product ID.
A product may be assembled from a plurality of products, and the cloud platform further comprises: and the Internet of things index calculation submodule is used for calculating the Internet of things index so as to represent the truth of the product. If the sub-product on the cloud platform has the identity data, setting the internet of things parameter of the sub-product to Pn (true or false) as 1; if the sub-product does not have identity data, setting the internet of things parameter of the sub-product to Pn (true or false) as 0;
calculating the index of the Internet of things according to an index calculation formula of the Internet of things:
A＝100x[P1(true or false)+P2(true or false)+……+Pn(true or false)]/n。
wherein, P1(true or false) is the first sub-product, P2(true or false) is the second sub-product, and Pn (true or false) is the nth sub-product.
According to the formula, the larger the value of the index of the internet of things is, the more the number of the sub-products with the identity data is, the more qualified manufacturers produce the sub-products with the identity data, the better the quality of the products formed by the sub-products is, the higher the truth is, and the user purchasing the products can judge whether the products are worthy of purchase by checking the index of the internet of things of the products.
The application provides a method based on the real data sales system, which is characterized by comprising the following steps:
s1, the production equipment control device counts production data of the production equipment and sends the counted production data to a cloud platform, wherein the production data comprise the total production amount of products produced by the production equipment within preset time;
s2, sending the pre-sale amount of the product to the cloud platform by the enterprise terminal;
s3, after receiving the total production quantity of the product and the pre-sale quantity of the product, the cloud platform judges the number of the pre-sale quantity of the product and the total production quantity of the product;
s4: and if the pre-sale amount of the product is judged to be less than or equal to the total production amount of the product, the cloud platform sends the pre-sale amount to a sale platform, and the sale platform displays the pre-sale amount.
The application relates to an operation method of a sales system based on real data, during work, a production equipment control device can automatically count the total production amount of production equipment in preset time at first, the preset time is generally within 24 hours, then the production equipment control device sends the total production amount of products to a cloud platform through a signal transmitting device for storage, after the total production amount of the products is stored on the cloud platform, an enterprise terminal sends pre-sale amount to the cloud platform, then the cloud platform can judge the total production amount of the products and the pre-sale amount, and only when the numerical value of the total production amount of the production equipment is larger than or equal to the pre-sale amount, the cloud platform can send the pre-sale amount to the sales platform for display so as to be checked by customers who purchase the products. Therefore, the source of the product can be ensured, and the problem that the quality of the product is difficult to ensure because the enterprise purchases products of other low-quality factories for mixed sale is avoided. Meanwhile, the user purchasing the product can also evaluate the production capacity of the enterprise through the pre-sale amount, and place an order for the enterprise according to the production capacity of the enterprise.
Specifically, before step S1, the method further includes: step S0, the production equipment sends identity data to the cloud platform through the signal transmitting device, and the identity data comprises: an enterprise ID and a production device ID. Each enterprise terminal corresponds to one enterprise ID, each production device corresponds to one production device ID, the enterprise IDs and the production device IDs are sent to the cloud platform to be mapped, and the enterprise IDs can correspond to one production device ID or a plurality of production device IDs.
Preferably, step S0 further includes: and the signal transmitting device transmits the position information of the production equipment to the cloud platform. The sending of the position information may be positioning and generating the production equipment by a GPS or other positioning device, and then the cloud platform may send the position information of the production equipment to the sales platform for display after receiving the position information. In this way, the cloud platform receiving the location information of the production device sends the location information of the production device to the sales platform for the purchasing user to view. Therefore, the authenticity of the position information of the production equipment can be ensured, and the product is prevented from being driven to be sold by other low-quality factories.
Specifically, step S3 includes the following steps:
when the cloud platform receives the pre-sale amount sent by the enterprise terminal, the cloud platform traverses the total product production amount of the corresponding production equipment according to the enterprise ID and the production equipment ID of the enterprise terminal;
judging the pre-hanging sale amount and the total product production amount;
after the judgment of the step S3 is completed, if the total product production amount is greater than or equal to the pre-sale amount as a result of the judgment, the cloud platform sends the pre-sale amount to the sales platform for display;
after the judgment of the step S3 is completed, if the judgment result is that the total product production amount is less than the pre-sale amount, the cloud platform side does not send the pre-sale amount to the sales platform, preferably, the cloud platform can send the total product production amount of the production equipment to the enterprise terminal and send a prompt message to prompt the enterprise user that the forecast value is greater than the total product production amount;
after receiving the prompt message sent by the cloud platform, the enterprise terminal can send the pre-sale amount smaller than or equal to the total product production amount to the cloud platform again, so that the numerical value of the pre-sale amount is smaller than or equal to the total product production amount of the production equipment.
Preferably, the production data further comprises: the production equipment control device records the product ID number of the product, the production date of the product and the production period of the product and sends the recorded product ID number, the production date of the product and the production period of the product to the cloud platform through the signal transmitting device. Specifically, one production equipment can produce one type of product or different types of products after different die heads are replaced, the ID numbers of the products in the same type of product are the same, the production date of the products is the date of producing the products, and the production period is the time required for producing one product. The production date of the product is automatically uploaded by the statistical device according to the date of the day.
Specifically, the product is generally produced in batches, and the product production cycle is calculated according to the formula: t ═ T1+ T2+ T3+ … + tn)/n, where T1 is the time required for producing the first batch of similar products, T2 is the time required for producing the second batch of similar products, T3 is the time required for producing the third batch of similar products, tn is the time required for producing the nth batch of similar products, and n is the number of batches of similar products produced by the production equipment in a predetermined time. The first, second, third and nth batches are the same product, and the time taken for producing a product, namely the production period of the product, can be obtained by counting the number of the batches and dividing the number of the batches with the number of the produced batches. The production equipment control device can send the production cycle of the product to the cloud platform through the signal transmitting device and send the production cycle to the sales platform through the cloud platform to be displayed, so that a user can know the real production date of the product and the production cycle of the product, the phenomenon that the product is continuously sold after the production date of the product is artificially changed to cause the product to be overdue is avoided, the user can know the production efficiency of the production equipment through the production cycle of the product and evaluate the production capacity of the production equipment, and then the user can judge which enterprise is to be ordered.
Optionally, the method further includes step S5, sending, by the signal sending device, device data of the production device to the cloud platform, where the device data includes an on-time rate of the production device and fault information of the production device, and the on-time rate of the production device is according to a formula of η ═ Σ tMachine run timeC 24, sigma tMachine run timeFor production equipment in one daySum of boot run times. The production equipment control device counts the on-time rate of the production equipment and the fault information of the production equipment and sends the on-time rate of the production equipment and the fault information of the production equipment to the cloud platform through the signal transmitting device to be stored, the cloud platform can send the on-time rate of the production equipment and the fault information of the production equipment to the sales platform or not to be sent, enterprise personnel can know the operation condition of the production equipment through the on-time rate of the production equipment and the fault information of the production equipment, and meanwhile, a government department can also know the operation condition of the industry through the on-time rate of the production equipment.
Preferably, the method further comprises the following steps: step S6, when a product is formed by assembling a plurality of sub-products, the cloud platform can also calculate an index of the Internet of things, the index of the Internet of things is used for representing the truth of a complete product, and the calculation process of the index of the Internet of things is as follows:
acquiring a product ID of a sub-product of a product;
traversing all the identity data corresponding to the sub-products forming the product according to the product ID of the sub-products;
if the identity data corresponding to the child product is traversed, setting the Internet of things parameter of the child product to Pn (true error) as 1;
if the identity data corresponding to the child product cannot be traversed, setting the internet of things parameter of the child product to Pn (true error) as 0;
calculating the index of the Internet of things according to an index calculation formula of the Internet of things:
A＝100x[P1(true or false)+P2(true or false)+……+Pn(true or false)]/n。
wherein, P1(true or false) is the first sub-product, P2(true or false) is the second sub-product, and Pn (true or false) is the nth sub-product.
An example is listed below:
for example, product a is assembled from sub-product p1 and sub-product p2, and we characterize the internet of things index of product a by the main data (enterprise ID, device location information) of p1 and p 2. It characterizes the realism of a complete product. We do the following definitions:
when the condition is true, that is, the product P1 has master data, P1(true or false) is 1
When the condition is false, i.e., product P1 has no master data, P1(true or false) is 0
When the child product P1 has identity data and the child product P2 has no identity data, the index of the Internet of things of the product A is as follows: 100x [ P1(true or false) + P1(true or false) + … … + pn (true or false) ]/n 100x [1+0]/2 (50%), namely, the true degree of the product is 50%, namely, 50% of the product is produced by qualified manufacturers, and the rest 50% is produced by unqualified manufacturers. Whether the product is worthy of purchase can be judged by checking the Internet of things index of the product.
It is to be understood that the above-described embodiments of the present invention are merely illustrative of or explaining the principles of the invention and are not to be construed as limiting the invention. Therefore, any modification, equivalent replacement, improvement and the like made without departing from the spirit and scope of the present invention should be included in the protection scope of the present invention. Further, it is intended that the appended claims cover all such variations and modifications as fall within the scope and boundaries of the appended claims or the equivalents of such scope and boundaries.

Claims (10)

1. A real data selling system, comprising: the system comprises at least one production equipment control device, a cloud platform, a sales platform, an enterprise terminal and a user terminal;
the production equipment control device is in communication connection with external production equipment and the cloud platform and is used for counting production data of the production equipment and sending the counted production data to the cloud platform, wherein the production data comprise the total production amount of products produced by the production equipment within preset time;
the enterprise terminal is in communication connection with the cloud platform and is used for sending the pre-hung sales volume of the product to the cloud platform;
the cloud platform is in communication connection with the sales platform, the cloud platform compares and judges the total production amount of the product and the pre-sale amount of the product after receiving the production data of the product and the pre-sale amount of the product, and if the numerical value of the pre-sale amount of the product is smaller than or equal to the numerical value of the total production amount of the product, the pre-sale amount of the product is transmitted to the sales platform to be displayed.
2. The real data selling system according to claim 1, further comprising: and the positioning device is installed on the production equipment, is in communication connection with the cloud platform, and is used for positioning the position of the production equipment and sending the position information of the production equipment to the cloud platform.
3. The working method based on the real data sales system is characterized by comprising the following steps:
s1, the production equipment control device counts production data of the production equipment and sends the counted production data to a cloud platform, wherein the production data comprise the total production amount of products produced by the production equipment within preset time;
s2, sending the pre-sale amount of the product to the cloud platform by the enterprise terminal;
s3, after receiving the total production quantity of the product and the pre-sale quantity of the product, the cloud platform judges the number of the pre-sale quantity of the product and the total production quantity of the product;
s4: and if the pre-sale amount of the product is judged to be less than or equal to the total production amount of the product, the cloud platform sends the pre-sale amount to a sale platform, and the sale platform displays the pre-sale amount.
4. The operating method according to claim 3, characterized by further comprising, before step S1: step S01, the production equipment control device sends identity data to the cloud platform, where the identity data includes: the enterprise terminal comprises an enterprise ID and a production equipment ID, wherein the enterprise ID corresponds to the production equipment ID, and the enterprise terminal binds the enterprise ID and the production equipment ID.
5. The operating method according to claim 4, further comprising, after step S01 and before step S1: step S02, the positioning device sends the location information of the production equipment to the cloud platform.
6. The operating method according to claim 5, wherein step S3 includes:
when the cloud platform receives the pre-sale amount of the product sent by the enterprise terminal, the cloud platform traverses the total production amount of the corresponding production equipment according to the enterprise ID and the production equipment ID bound by the enterprise terminal;
and judging the pre-sale amount of the product and the production total amount of the product.
7. The method of operation of claim 6, wherein the production data further comprises: the product ID number of the product is the same, the product production date is the current date of producing the product, and the production cycle is the time required by the production equipment to produce one product.
8. The method of claim 7, wherein the product production cycle is according to the formula: and T is calculated by (T1+ T2+ T3+ … + TN)/N, wherein T1 is the time required for producing a first batch of products, T2 is the time required for producing a second batch of products, T3 is the time required for producing a third batch of products, TN is the time required for producing an Nth batch of the products, N is the total batch number of times that the production equipment produces similar products within a preset time, and the first batch, the second batch, the third batch and the Nth batch of products are similar products.
9. The method of operation of claim 8, further comprising: in the step of S5,the production equipment control device sends equipment data of the production equipment to the cloud platform, wherein the equipment data comprises the on-time rate of the production equipment and fault information of the production equipment, and the on-time rate of the production equipment is according to the formula of η ═ Σ tMachine run timeC 24, sigma tMachine run timeThe failure information is the sum of the starting up running time of the production equipment within 24 hours, and the failure information is the reason of the production equipment failure which is automatically found by the production equipment control device.
10. The method of operation of claim 9, further comprising: step S6, the cloud platform calculates an Internet of things index of the product and sends the Internet of things index to the sales platform, and the Internet of things index is used for representing the truth of a complete product;
the step of calculating the internet of things index by the cloud platform comprises the following steps:
acquiring the product IDs of a plurality of sub-products constituting the product;
traversing all the identity data corresponding to the sub-products forming the product according to the product ID of the sub-product;
if the identity data corresponding to the child product is traversed, setting an internet of things parameter Pn (true error) of the child product to be 1;
if the identity data corresponding to the child product cannot be traversed, setting the internet of things parameter Pn (true error) of the child product to be 0;
calculating the internet of things index A based on the internet of things parameters of all the sub-products and according to the internet of things index calculation formula, wherein the internet of things index calculation formula is as follows:
A＝100x[P1(true or false)+P2(true or false)+……+Pn(true or false)]/n；
p1(true or false) is the internet of things parameter of the first sub-product, P2(true or false) is the internet of things parameter of the second sub-product, pn (true or false) is the internet of things parameter of the nth sub-product, and n is the total number of the sub-products.
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