CN115170254B

CN115170254B - Method for realizing sleeper remote customization, network customization platform and storage medium

Info

Publication number: CN115170254B
Application number: CN202211093126.9A
Authority: CN
Inventors: 黄华英
Original assignee: Shenzhen Yong'an Environmental Protection Industrial Co ltd
Current assignee: Shenzhen Yong'an Environmental Protection Industrial Co ltd
Priority date: 2022-09-08
Filing date: 2022-09-08
Publication date: 2023-01-24
Anticipated expiration: 2042-09-08
Also published as: CN115170254A

Abstract

The embodiment of the application discloses a method for realizing sleeper remote customization, a network customization platform and a storage medium, wherein the method for realizing sleeper remote customization can comprise the following steps: the network customization platform sends a customized service homepage to the client A1 in the login state; the network customizing platform receives a prefabricated sleeper customizing request dq1 sent by the client A1, wherein the prefabricated sleeper customizing request dq1 carries a prefabricated sleeper placing order number K1 and a filled prefabricated sleeper parameter collecting template; the network customization platform extracts a prefabricated sleeper customization parameter set from the filled prefabricated sleeper parameter collection template; the network customization platform sends an order placing request orq1 to an order server of a sleeper processing plant, wherein the order placing request orq carries a prefabricated sleeper customization order-A1, and the prefabricated sleeper customization order-A1 comprises the prefabricated sleeper customization parameter set, an order number P1 and the prefabricated sleeper placing number K1.

Description

Method for realizing sleeper remote customization, network customization platform and storage medium

Technical Field

The present application relates to the field of computer and internet, and in particular, to a method for implementing sleeper remote customization, a network customization platform, and a storage medium.

Background

Sleepers are an important type of railway fittings, and are used for supporting and maintaining the position of a rail and for transmitting the great pressure transmitted from the rail to a track bed. Therefore, it must have a certain flexibility and elasticity, and is hard and soft. Specifically, when the train passes by, the train can be deformed properly to buffer the pressure, but the train is recovered as far as possible after passing.

Currently, there are several categories of sleepers in the industry: wooden sleepers, steel sleepers, concrete sleepers, reinforced concrete sleepers, special concrete sleepers and the like. At present, railway construction companies generally directly purchase prefabricated sleepers processed in advance by sleeper processing factories for use, and flexibility and selectivity are very lacking.

Disclosure of Invention

The embodiment of the application provides a method for realizing remote sleeper customization, a network customization platform and a storage medium, which are beneficial to providing flexible selection for users and further beneficial to meeting the requirements of different sleeper application scenes.

In a first aspect, the present application provides a method for implementing sleeper remote customization, including:

the method comprises the steps that a network customization platform sends a customization service homepage to a client A1 in a login state, wherein the customization service homepage comprises a downloading button of a prefabricated sleeper parameter collecting template, and when the downloading button of the prefabricated sleeper parameter collecting template in the customization service homepage is clicked, a downloading request of the prefabricated sleeper parameter collecting template sent by the client A1 to the network customization platform is triggered;

the network customizing platform receives a downloading request of a prefabricated sleeper parameter collecting template sent by a client A1; the network customization platform sends a downloading request response of a prefabricated sleeper parameter collecting template to the client A1, wherein the downloading request response of the prefabricated sleeper parameter collecting template carries the prefabricated sleeper parameter collecting template to be filled in;

the network customizing platform receives a prefabricated sleeper customizing request dq1 sent by the client A1, wherein the prefabricated sleeper customizing request dq1 carries a prefabricated sleeper placing order number K1 and a filled prefabricated sleeper parameter collecting template; the network customization platform extracts a prefabricated sleeper customization parameter set from the filled prefabricated sleeper parameter collection template;

the network customization platform sends an order placing request orq to an order server of a sleeper processing plant, the order placing request orq carries a prefabricated sleeper customization order-A1, and the prefabricated sleeper customization order-A1 comprises the prefabricated sleeper customization parameter set, an order number P1 and the prefabricated sleeper order placing number K1.

In some possible embodiments, for users with different levels, the to-be-filled prefabricated sleeper parameter collecting templates with different filling authorities can be issued, that is, the filling authority of the to-be-filled prefabricated sleeper parameter collecting template carried in the prefabricated sleeper parameter collecting template downloading request response has a mapping relationship with the user level corresponding to the user a1. For example, the filling authority of the user with a relatively higher grade is larger than that of the user with a relatively lower grade, and the larger the filling authority is, the more kinds of the customized parameters of the prefabricated sleeper which are allowed to be filled in the prefabricated sleeper parameter collecting template are.

In addition, if a low-level user wishes to obtain the filling authority of a high-level user, the downloading request of the pre-made sleeper parameter collecting template may carry an authority assisting code specific to other users, and in this case, the downloading request of the pre-made sleeper parameter collecting template may respond to the filling authority of the pre-made sleeper parameter collecting template to be filled, which is carried, and may have a mapping relationship with the user level corresponding to the authority assisting code.

For example, when the download request of the prefabricated sleeper parameter collecting template carries the unique authority assisting Code1 of the user a2, the download request of the prefabricated sleeper parameter collecting template responds to the filling authority of the prefabricated sleeper parameter collecting template to be filled, the filling authority of the prefabricated sleeper parameter collecting template to be filled carried by the download request of the prefabricated sleeper parameter collecting template has a mapping relation with the user grade corresponding to the authority assisting Code1 (namely, the user grade corresponding to the user a 2), and the user grade of the user a2 is higher than that of the user a1, so that the filling authority of the user a2 on the prefabricated sleeper parameter collecting template is higher than that of the user a2 on the prefabricated sleeper parameter collecting template.

Further, the filling authority of the prefabricated sleeper parameter collecting template to be filled in, which is carried in response to the downloading request of the prefabricated sleeper parameter collecting template, is higher than the filling authority corresponding to the user level of the user a1, so that the possibility that the prefabricated sleeper parameter collecting template filled in by the user a1 is unqualified is increased. Therefore, when the downloading request of the prefabricated sleeper parameter collecting template carries the authority assistance Code1 unique to the user A2, after receiving the prefabricated sleeper customization request dq1 sent by the client A1, the network customization platform can send an assistance checking request to the client A2 which uses the user identifier of the user A2 to log in the network customization platform, wherein the assistance checking request carries the prefabricated sleeper parameter collecting template filled by the user A1; when an assistance checking request response sent by the client A2 is received and the assistance checking request response indicates that the assistance checking is passed (the assistance checking is passed, which indicates that the user A2 is determined to be qualified for filling the prefabricated sleeper parameter collection template by the user a1 after checking), the network customizing platform extracts the prefabricated sleeper customizing parameter set from the filled prefabricated sleeper parameter collection template, and of course, the network customizing platform can also upgrade the user level of the user a1 to level 1. Of course, if the response of the assisted verification request indicates that the assisted verification fails (the assisted verification fails, which means that the user a2 verifies and then determines that the user A1 fills the prefabricated sleeper parameter collecting template unsuccessfully), the network customization platform sends a prompt message to the client A1 to prompt the prefabricated sleeper parameter collecting template to be filled in unsuccessfully, so that the user A1 refills the prefabricated sleeper parameter collecting template, or sends the prefabricated sleeper parameter collecting template to be filled in, of which the filling authority matches with the user level of the user A1, to the client A1, so that the user A1 refills the newly issued prefabricated sleeper parameter collecting template.

In some possible embodiments, the method may further include: the network customizing platform receives an order completion prompting message from an order server of the sleeper processing plant; and the network customization platform forwards the order completion prompting message to the client A1.

The order completion prompting message carries the order number P1 and an order completion identifier used for indicating that the order is completed, wherein the order completion prompting message also carries a prefabricated sleeper delivery inspection file, the prefabricated sleeper delivery inspection file comprises N1 batch-level quality inspection records, one-to-one correspondence exists between N1 prefabricated sleeper batches and the N1 batch-level quality inspection records, and the N1 prefabricated rail batch sleepers totally count K1 prefabricated sleepers.

In some possible embodiments, a batch number corresponding to the xth prefabricated sleeper batch is printed on a prefabricated sleeper X1 in the xth prefabricated sleeper batch, wherein a sleeper number corresponding to the prefabricated sleeper X1 is also printed on the prefabricated sleeper X1, different prefabricated sleeper batches correspond to different batch numbers, and different prefabricated sleepers in the same prefabricated sleeper batch correspond to different sleeper numbers;

wherein, the first and the second end of the pipe are connected with each other,

the batch-level quality inspection record corresponding to the Xth prefabricated sleeper batch comprises a batch quality inspection qualified identification, a batch number of the Xth prefabricated sleeper batch and a sleeper number set consisting of sleeper numbers of all prefabricated sleepers in the Xth prefabricated sleeper batch;

the X prefabricated sleeper batch is any one prefabricated sleeper batch in the N1 prefabricated sleeper batches, and the prefabricated sleeper X1 is any one prefabricated sleeper in the X prefabricated sleeper batch.

It is to be understood that the batch-level quality control records are quality control records for prefabricated tie batches, for example, a batch-level quality control record corresponding to the xth prefabricated tie batch is used to describe the quality control condition of the xth prefabricated tie batch.

In some possible embodiments, the method may further include: the network customization platform receives a re-inspection request sent by the client A1, wherein the re-inspection request carries the batch number of the Y-th prefabricated sleeper batch and the sleeper number of the prefabricated sleeper Y1;

the network customization platform forwards the rechecking request to an order server of the sleeper processing plant;

when the network customization platform receives a review request response from an order server of the sleeper processing plant, the network customization platform forwards the review request response to the client A1, wherein the review request response carries a sleeper-level quality review record QY1 for a prefabricated sleeper Y1 in a Y-th prefabricated sleeper batch, the sleeper-level quality review record QY1 comprises a sleeper quality review qualified identifier, a batch number of the Y-th prefabricated sleeper batch and a sleeper number of the prefabricated sleeper Y1, the sleeper-level quality review record QY1 further comprises a review video, the review video can show a key review process and a review timer for the prefabricated sleeper Y1, and the review timer can show review time.

It is to be understood that the tie-level quality review record is a quality review record for a pre-manufactured tie, for example, the tie-level quality review record corresponding to the pre-manufactured tie Y1 is used to describe the quality review condition of the pre-manufactured tie Y1.

In some possible embodiments, the method may further include: when the network customizing platform receives an order delivery instruction which is sent from the client A1 and carries an order number P1 and receiver information inf-A1, the network customizing platform forwards the order delivery instruction to an order server of a sleeper processing plant, wherein the order delivery instruction is used for triggering the order server of the sleeper processing plant to initiate a logistics order, the logistics goods of the logistics order comprise the K1 prefabricated sleepers, and the receiver information of the logistics order is the receiver information inf-A1.

A second aspect of the present application provides a network customization platform, comprising:

the system comprises a sending unit, a network customization platform and a client side A1, wherein the sending unit is used for sending a customized service homepage to the client side A1 in a login state, the customized service homepage comprises a downloading button of a prefabricated sleeper parameter collecting template, and when the downloading button of the prefabricated sleeper parameter collecting template in the customized service homepage is clicked, a downloading request of the prefabricated sleeper parameter collecting template sent by the client side A1 to the network customization platform is triggered;

the receiving unit is also used for receiving a downloading request of the prefabricated sleeper parameter collecting template sent by the client A1;

a sending unit, configured to send a downloading request response of a prefabricated sleeper parameter collecting template to the client A1, where the downloading request response of the prefabricated sleeper parameter collecting template carries a prefabricated sleeper parameter collecting template to be filled in;

the receiving unit is further configured to receive a prefabricated sleeper customization request dq1 sent by the client A1, where the prefabricated sleeper customization request dq1 carries the number K1 of orders under a prefabricated sleeper and a filled prefabricated sleeper parameter collection template;

the processing unit is used for extracting a prefabricated sleeper custom parameter set from the filled-in prefabricated sleeper parameter collecting template;

the order issuing system comprises a sending unit and an order issuing server, wherein the sending unit is used for sending an order issuing request orq to the order server of the sleeper processing plant, the order issuing request orq carries a prefabricated sleeper customized order-A1, and the prefabricated sleeper customized order-A1 comprises the prefabricated sleeper customized parameter set, an order number P1 and the prefabricated sleeper order issuing number K1.

In some possible embodiments, the receiving unit is further configured to receive an order completion prompting message from an order server of the tie manufacturing plant;

the sending unit is further configured to forward the order completion prompting message to the client A1;

the order completion prompting message carries the order number P1 and an order completion identifier used for indicating that the order is completed, wherein the order completion prompting message also carries a prefabricated sleeper delivery detection file, the prefabricated sleeper delivery detection file comprises N1 batch-level quality inspection records, one-to-one correspondence exists between N1 prefabricated sleeper batches and the N1 batch-level quality inspection records, and the N1 prefabricated sleeper batches account for K1 prefabricated sleepers.

In some possible embodiments, a batch number corresponding to the xth prefabricated sleeper batch is printed on a prefabricated sleeper X1 in the xth prefabricated sleeper batch, wherein the prefabricated sleeper X1 is also printed with a sleeper number corresponding to the prefabricated sleeper X1, different prefabricated sleeper batches correspond to different batch numbers, and different prefabricated sleepers in the same prefabricated sleeper batch correspond to different sleeper numbers;

wherein the content of the first and second substances,

In some possible embodiments, the receiving unit may be further configured to receive a review request sent by the client A1, where the review request carries a batch number of the Y-th prefabricated tie batch and a tie number of the prefabricated tie Y1;

the sending unit is further configured to forward the review request to an order server of the sleeper processing plant;

when the receiving unit receives a review request response from an order server of the sleeper processing plant, the sending unit is further configured to forward the review request response to the client A1, where the review request response carries a sleeper-level quality review record QY1 for a prefabricated sleeper Y1 in a Y-th prefabricated sleeper batch, the sleeper-level quality review record QY1 includes a sleeper quality review qualified identifier, a batch number of the Y-th prefabricated sleeper batch, and a sleeper number of the prefabricated sleeper Y1, where the sleeper-level quality review record QY1 further includes a review video, and the review video can show a key review process and a review timer for the prefabricated sleeper Y1, and the review timer can show a review time.

In some possible embodiments, when the receiving unit receives an order delivery instruction carrying an order number P1 and receiver information inf-A1 from the client A1, the sending unit is further configured to forward the order delivery instruction to an order server of a tie manufacturing plant, where the order delivery instruction is used to trigger the order server of the tie manufacturing plant to initiate a logistics order, the logistics goods of the logistics order include the K1 prefabricated ties, and the receiver information of the logistics order is the receiver information inf-A1.

A third aspect of the present application provides a network customization platform, comprising: a processor and a memory.

The processor is configured to invoke the computer program stored in the memory to perform some or all of the operations performed by the network-tailored platform in the first aspect.

A fourth aspect of the present application provides a communication system comprising:

the system comprises a network customization platform and at least one client; the network customizing platform is the network customizing platform provided by the second aspect or the third aspect.

A fifth aspect of the present application provides a computer-readable storage medium, which stores a computer program, and when the computer program is executed by a computer, the computer program can implement part or all of the steps of any one of the methods provided by the embodiments of the present application.

A sixth aspect of the present application provides a computer program product, wherein the computer program product, when executed by a computer, can implement part or all of the steps of any one of the methods provided in the embodiments of the present application.

The network customizing platform receives a prefabricated sleeper customizing request dq1 sent by a client A1, wherein the prefabricated sleeper customizing request dq1 carries a lower order number K1 of prefabricated sleepers and filled prefabricated sleeper parameter collecting templates; the network customization platform extracts the prefabricated sleeper customization parameter set from the filled prefabricated sleeper parameter collection template and sends an order placing request orq to an order server of a sleeper processing plant, wherein the order placing request orq carries a prefabricated sleeper customization order-A1, and the prefabricated sleeper customization order-A1 comprises the prefabricated sleeper customization parameter set, an order number P1 and the prefabricated sleeper placing number K1. The mechanism is beneficial to assisting a user to flexibly customize the prefabricated sleeper, and further beneficial to meeting the flexible requirements of the prefabricated sleepers in various different application scenes.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present application, some drawings referred to in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present application, and it is obvious for those skilled in the art that other drawings may be obtained according to these drawings without creative efforts.

Fig. 1 is a networking schematic diagram of a network system for implementing sleeper remote customization provided by an embodiment of the present application;

fig. 2 is a schematic flowchart of a method for implementing sleeper remote customization according to an embodiment of the present application;

FIG. 3-A is a schematic flow chart diagram illustrating another method for implementing sleeper remote customization provided by embodiments of the present application;

fig. 3-B is a schematic data format diagram of a factory inspection file of a prefabricated sleeper provided in an embodiment of the present application;

fig. 4-a is a schematic flowchart of another cloud platform-based customization processing method provided in an embodiment of the present application;

FIG. 4-B is a schematic diagram of a review video provided by an embodiment of the present application;

FIG. 5 is a schematic diagram of a network customization platform provided in an embodiment of the present application;

fig. 6 is a schematic diagram of another network customization platform provided in an embodiment of the present application.

Detailed Description

In order to make the technical solutions of the present application better understood by those skilled in the art, the technical solutions in the embodiments of the present application will be clearly described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are some embodiments of the present application, but not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.

Where the terms "first", "second", and "third", etc. appear in various parts of this application, they are used to distinguish between different objects and not to describe a particular order. Furthermore, the terms "include" and "have," as well as any variations thereof, are intended to cover a non-exclusive inclusion. For example, a process, method, system, article, or apparatus that comprises a list of steps or elements is not limited to only those steps or elements listed, but may alternatively include other steps or elements not listed, or inherent to such process, method, article, or apparatus.

Referring to fig. 1, fig. 1 is a networking schematic diagram of a network system for implementing tie remote customization provided by an example in the embodiment of the present application, where the network system may include a network customization platform, an order server of a tie processing plant, and a plurality of clients (the plurality of clients includes, for example, a client A1, a client A2, a client A3, and the like). The network customizing platform, the order server of the sleeper processing plant and each client can be communicated through network interconnection.

The network customization platform is used as an intermediate bridge, and indirectly establishes the connection between the order server and each client of the sleeper processing plant.

Referring to fig. 2, fig. 2 is a schematic flowchart of a method for implementing sleeper remote customization according to an embodiment of the present application. As shown in fig. 2, a method for implementing sleeper remote customization according to an embodiment of the present application includes the following steps:

201. the network customization platform sends a customized service homepage to the client A1 in the login state.

The user identifier used by the client A1 to log in the network customization platform may be, for example, the user identifier IDa1 of the user A1.

And the customized service homepage comprises a downloading button of a prefabricated sleeper parameter collecting template. When the downloading button of the prefabricated sleeper parameter collecting template in the customized service homepage is clicked, a prefabricated sleeper parameter collecting template downloading request sent by the client A1 to the network customization platform is triggered.

202. The network customizing platform receives a downloading request of the prefabricated sleeper parameter collecting template sent by the client A1.

203. The network customizing platform sends a downloading request response of the prefabricated sleeper parameter collecting template to the client A1, wherein the downloading request response of the prefabricated sleeper parameter collecting template carries the prefabricated sleeper parameter collecting template to be filled in.

It can be understood that, when the user A1 clicks the download button of the pre-made sleeper parameter collecting template in the customized services homepage, the client A1 detects the click operation of the download button of the pre-made sleeper parameter collecting template in the customized services homepage of the user A1, and then downloads the pre-made sleeper parameter collecting template to be filled in from the network customizing platform. When the client A1 downloads the pre-manufactured sleeper parameter collection template to be filled from the network customization platform, the user A1 may fill the pre-manufactured sleeper parameter collection template to be filled.

204. The method comprises the steps that a network customization platform receives a prefabricated sleeper customization request dq1 sent by a client A1, wherein the prefabricated sleeper customization request dq1 carries a preset sleeper order number K1 and a filled prefabricated sleeper parameter collection template; the network customization platform extracts a set of pre-manufactured tie customization parameters from the filled-in pre-manufactured tie parameter collection templates.

Further, the filling authority of the prefabricated sleeper parameter collecting template to be filled in, which is carried in response to the downloading request of the prefabricated sleeper parameter collecting template, is higher than the filling authority corresponding to the user level of the user a1, so that the possibility that the prefabricated sleeper parameter collecting template filled in by the user a1 is unqualified is increased. Therefore, when the downloading request of the prefabricated sleeper parameter collecting template carries the authority assistance Code1 unique to the user A2, after receiving the prefabricated sleeper customization request dq1 sent by the client A1, the network customization platform can send an assistance checking request to the client A2 which uses the user identifier of the user A2 to log in the network customization platform, wherein the assistance checking request carries the prefabricated sleeper parameter collecting template filled by the user A1; when an assistance checking request response sent by the client A2 is received and the assistance checking request response indicates that the assistance checking is passed (the assistance checking is passed, which indicates that the user A2 is determined to be qualified for filling the prefabricated sleeper parameter collection template by the user a1 after checking), the network customizing platform extracts the prefabricated sleeper customizing parameter set from the filled prefabricated sleeper parameter collection template, and of course, the network customizing platform can also upgrade the user level of the user a1 to level 1. Of course, if the response of the assisted verification request indicates that the assisted verification is not passed (the assisted verification is not passed, which means that the user a2 confirms that the user A1 is unqualified to fill in the prefabricated sleeper parameter collection template after verification), the network customization platform sends a prompt message for prompting that the prefabricated sleeper parameter collection template is unqualified to fill in the prefabricated sleeper parameter collection template to the client A1, so that the user A1 can refill the prefabricated sleeper parameter collection template, or sends the prefabricated sleeper parameter collection template to be filled, the filling authority of which is matched with the user level of the user A1, to the client A1, so that the user A1 can refill the newly issued prefabricated sleeper parameter collection template.

205. The network customization platform sends an order placing request orq1 to an order server of the sleeper processing plant, the order placing request orq carries a prefabricated sleeper customization order-A1, and the prefabricated sleeper customization order-A1 comprises the prefabricated sleeper customization parameter set, an order number P1 and the prefabricated sleeper placing number K1.

The network customizing platform receives a prefabrication sleeper customizing request dq1 sent by a client A1, and the prefabrication sleeper customizing request dq1 carries a lower order number K1 of the prefabrication sleeper and a filled prefabrication sleeper parameter collecting template; the network customization platform extracts the prefabricated sleeper customization parameter set from the filled prefabricated sleeper parameter collection template, and sends an order placing request orq to an order server of a sleeper processing plant, wherein the order placing request orq carries a prefabricated sleeper customization order-A1, and the prefabricated sleeper customization order-A1 comprises the prefabricated sleeper customization parameter set, an order number P1 and the prefabricated sleeper order placing quantity K1. The mechanism can realize flexible customization of the prefabricated sleepers by users, and is further favorable for meeting flexible requirements of the prefabricated sleepers in various application scenes.

wherein the content of the first and second substances,

the network customization platform forwards the re-inspection request to an order server of the sleeper processing plant;

when the network customization platform receives a re-inspection request response from an order server of the sleeper processing plant, the network customization platform forwards the re-inspection request response to the client A1, wherein the re-inspection request response carries a sleeper-level quality re-inspection record QY1 for a prefabricated sleeper Y1 in a Y-th prefabricated sleeper batch, the sleeper-level quality re-inspection record QY1 comprises a sleeper quality inspection qualified identifier, a batch number of the Y-th prefabricated sleeper batch and a sleeper number of the prefabricated sleeper Y1, the sleeper-level quality re-inspection record QY1 further comprises a re-inspection video, the re-inspection video can show a key re-inspection process and a re-inspection timer for the prefabricated sleeper Y1, and the re-inspection timer can show re-inspection time.

Therefore, the rechecking mechanism enables a user to flexibly and randomly perform quality spot check, and is favorable for better ensuring the quality of the customized product.

Referring to fig. 3-a, fig. 3-a is a schematic flow chart diagram illustrating another method for implementing sleeper remote customization according to another embodiment of the present application. As shown in fig. 3-a, another embodiment of the present application provides a method for implementing sleeper remote customization, which includes the following steps:

301. the client A1 logs in the network customization platform.

302. The network customization platform sends a customized service homepage to the client A1 in the login state.

And the customized service homepage comprises a downloading button of a prefabricated sleeper parameter collecting template. When the downloading button of the prefabricated sleeper parameter collecting template in the customized service homepage is clicked, the client A1 downloads the prefabricated sleeper parameter collecting template to be filled in from the network customizing platform.

303. The client A1 sends a downloading request of the prefabricated sleeper parameter collecting template to the network customizing platform.

It can be understood that, when the user A1 clicks the download button of the prefabricated sleeper parameter collecting template in the customized service homepage, the client A1 detects the click operation of the user A1 on the download button of the prefabricated sleeper parameter collecting template in the customized service homepage, and further sends a downloading request of the prefabricated sleeper parameter collecting template to the network customizing platform, so as to request to download the prefabricated sleeper parameter collecting template from the network customizing platform.

304. And the network customization platform sends the prefabricated sleeper parameter collection template to be filled to the client A1.

Specifically, the network customization platform may send a downloading request response of the prefabricated sleeper parameter collecting template to the client A1 after receiving a downloading request of the prefabricated sleeper parameter collecting template from the client A1, where the downloading request response of the prefabricated sleeper parameter collecting template carries the prefabricated sleeper parameter collecting template to be filled in.

When the client A1 downloads the pre-manufactured sleeper parameter collecting template to be filled from the network customizing platform, the user A1 may fill the pre-manufactured sleeper parameter collecting template to be filled, and then obtain the filled pre-manufactured sleeper parameter collecting template.

The prefabricated sleeper parameter collection template is used for collecting prefabricated sleeper customization parameter sets, and the prefabricated sleeper customization parameter sets can comprise prefabricated sleeper type parameters and prefabricated sleeper processing parameters.

Wherein the pre-cast tie type parameter is used to represent a collective pre-cast tie type.

Among the prefabricated tie types may be wooden ties, steel ties, concrete ties, reinforced concrete ties and special concrete ties.

Wherein the pre-formed tie tooling parameters are used to represent tooling parameters that the pre-formed tie allows for user configuration.

Wherein, prefabricated sleeper processing parameter can include: main material selection, main material proportion, auxiliary material selection, auxiliary material proportion parameters, processing technological parameters, sleeper dimension parameters and the like. It will be appreciated that the pre-formed tie tooling parameters are not limited to the above examples, and that corresponding default values may be used for tooling parameters that are allowed to be configured by the user but are not configured by the user.

305. The client A1 sends a pre-made sleeper customization request dq1 to the network customization platform.

Wherein the pre-cast tie customization request dq1 carries the pre-cast tie order number K1 and the filled pre-cast tie parameter collection templates. The pre-made tie customization request dq1 may also carry other information such as lead time.

306. The network customizing platform receives a prefabricated sleeper customizing request dq1 sent by a client A1, and extracts a prefabricated sleeper customizing parameter set from a filled-in prefabricated sleeper parameter collecting template. The set of pre-formed tie customization parameters may include pre-formed tie type parameters and pre-formed tie machining parameters.

307. The network customization platform sends an order placing request orq1 to an order server of the sleeper processing plant, the order placing request orq carries a prefabricated sleeper customization order-A1, and the prefabricated sleeper customization order-A1 comprises the prefabricated sleeper customization parameter set, an order number P1 and a prefabricated sleeper placing number K1.

Further, the prefabricated sleeper customized order-A1 can also contain information such as user identification IDa1 and delivery time. The user identity IDa1 is the identity of the user a1. The client A1 logs in to the network customization platform using the user identification IDa1.

308. After receiving an order placing request orq1 from the network customizing platform, an order server of the sleeper processing plant sends an order placing request response orrq1 to the network customizing platform.

If the order server of the sleeper processing plant evaluates that the order represented by the order number P1 can be completed, production and detection of the relevant order is scheduled based on the order placing request orq, and the order placing request response orrq1 carries an order placing success identifier which is used for representing the order placing success. In addition, if the order server of the sleeper processing plant evaluates that the order represented by the order number P1 cannot be completed, the order placing request response orrq1 carries an order placing failure identifier, and the order placing failure identifier is used for representing an order placing failure.

In the subsequent flow in the scheme of this embodiment, the following single request response orrq1 with the order placing success identifier is mainly described as an example.

309. After receiving the ordering request response orrq1 from the order server, the network customization platform sends a prefabricated sleeper customization request response drq1 to the client A1.

The prefabricated sleeper customization request response drq1 carries an ordering success identifier, and the ordering success identifier is used for informing the client A1 of successful ordering. The pre-made tie customization request response drq1 may also carry an order number P1, etc.

310. After the order represented by the order number P1 is completed, the order server of the sleeper processing plant sends an order completion prompt message to the network customizing platform.

In some possible embodiments, a batch number corresponding to the xth prefabricated sleeper batch is printed on a prefabricated sleeper X1 in the xth prefabricated sleeper batch, wherein a sleeper number corresponding to the prefabricated sleeper X1 is also printed on the prefabricated sleeper X1, different prefabricated sleeper batches correspond to different batch numbers, and different prefabricated sleepers in the same prefabricated sleeper batch correspond to different sleeper numbers.

Referring to fig. 3-B, fig. 3-B illustrates a possible data format of a pre-manufactured sleeper factory inspection file, although in practical applications, the data format is not limited to this exemplary data format.

311. And after receiving the order completion prompting message from the order server of the sleeper processing plant, the network customizing platform forwards the order completion prompting message to the client A1.

312. And the client A1 receives the order completion prompt message and sends an order delivery instruction carrying an order number P1 and a receiving address Ad1 to the network customization platform.

313. After a network customizing platform receives an order delivery instruction which is sent from a client A1 and carries an order number P1 and a receiving address Ad1, the network customizing platform forwards the order delivery instruction to an order server of a sleeper processing plant, the order delivery instruction is used for triggering the order server of the sleeper processing plant to initiate a logistics order, the receiving address of the logistics order is the receiving address Ad1, and logistics goods of the logistics order comprise K1 prefabricated sleepers.

314. And the order server of the sleeper processing plant initiates a logistics order after receiving the order delivery instruction, wherein the receiving address of the logistics order is a receiving address Ad1, and the logistics goods of the logistics order comprise the K1 prefabricated sleepers.

It can be seen that the present embodiment provides a solution that allows a user to flexibly customize a pre-fabricated tie. The mechanism can realize flexible customization of the prefabricated sleepers by users, realize full-flow management and control of quality inspection logistics by the users, and further is favorable for meeting the flexible requirements of the prefabricated sleepers in various different application scenes.

Referring to fig. 4-a, fig. 4-a is a schematic flow chart diagram illustrating another method for implementing sleeper remote customization according to another embodiment of the present application. As shown in fig. 4-a, another embodiment of the present application provides a method for implementing sleeper remote customization, which includes the following steps:

401. the client A1 logs in the network customization platform.

402. The network customization platform sends a customized service homepage to the client A1 in the login state.

403. The client A1 sends a downloading request of the prefabricated sleeper parameter collecting template to the network customizing platform.

404. And the network customization platform sends the prefabricated sleeper parameter collection template to be filled to the client A1.

405. The client A1 sends a pre-made tie customization request dq1 to the network customization platform.

406. The network customizing platform receives a prefabricated sleeper customizing request dq1 sent by a client A1, and extracts a prefabricated sleeper customizing parameter set from a filled-in prefabricated sleeper parameter collecting template. The set of pre-formed tie customization parameters may include pre-formed tie type parameters and pre-formed tie machining parameters.

407. The network customization platform sends an order placing request orq1 to an order server of the sleeper processing plant, the order placing request orq carries a prefabricated sleeper customization order-A1, and the prefabricated sleeper customization order-A1 comprises the prefabricated sleeper customization parameter set, an order number P1 and a prefabricated sleeper placing number K1.

Further, the pre-manufactured sleeper customized order-A1 can also contain information such as user identification IDa1 and delivery time. The user identity IDa1 is the identity of the user a1. The client A1 logs in to the network customization platform using the user identification IDa1.

408. After receiving an order placing request orq1 from the network customizing platform, an order server of the sleeper processing plant sends an order placing request response orrq1 to the network customizing platform.

If the order server of the sleeper processing plant evaluates that the order represented by the order number P1 can be completed, the production and detection of the relevant order is scheduled based on the order placing request orq, and the order placing request response orrq1 carries an order placing success identifier, which is used for representing the order placing success. In addition, if the order server of the sleeper processing plant evaluates that the order represented by the order number P1 cannot be completed, the order placing request response orrq1 carries an order placing failure identifier, and the order placing failure identifier is used for representing an order placing failure.

409. After receiving the ordering request response orrq1 from the order server, the network customization platform sends a prefabricated sleeper customization request response drq1 to the client A1.

410. After the order represented by the order number P1 is completed, the order server of the sleeper processing plant sends an order completion prompting message to the network customizing platform.

In some possible embodiments, a batch number corresponding to the xth prefabricated sleeper batch is printed on a prefabricated sleeper X1 in the xth prefabricated sleeper batch, wherein a sleeper number corresponding to the prefabricated sleeper X1 is also printed on the prefabricated sleeper X1, different prefabricated sleeper batches correspond to different batch numbers, and different prefabricated sleepers in the same prefabricated sleeper batch correspond to different sleeper numbers. The quality inspection system comprises a plurality of prefabricated sleeper batches, wherein each prefabricated sleeper batch comprises a batch quality inspection qualified mark, a batch number of the corresponding prefabricated sleeper batch, and a sleeper number set consisting of sleeper numbers of all prefabricated sleepers in the corresponding prefabricated sleeper batch;

411. And the network customization platform forwards the order completion prompting message to the client A1.

412. After receiving the order completion prompt message, the client A1 may send a review request to the network customization platform if it is evaluated that review needs to be performed. Wherein the review request carries the lot number of the Yth precast sleeper lot and the sleeper number of the precast sleeper Y1 (this indicates that the precast sleeper Y1 in the Yth precast sleeper lot is reviewed).

413. When the network customization platform receives a review request sent by the client A1, the network customization platform forwards the review request to an order server of the sleeper processing plant.

414. When an order server of the sleeper processing plant receives a rechecking request forwarded by the network customization platform, a rechecking process of the relevant sleepers is started based on the rechecking request (including the rechecking of the prefabricated sleepers Y1 in the Y prefabricated sleeper batch), and a sleeper-level quality rechecking record QY1 aiming at the prefabricated sleepers Y1 in the Y prefabricated sleeper batch is generated.

After the relevant retest process is finished, the order server of the sleeper processing plant sends a retest request response to the network customization platform. And the rechecking request response carries a sleeper-level quality rechecking record QY1 aiming at the prefabricated sleeper Y1 in the Yth prefabricated sleeper batch, and the sleeper-level quality rechecking record QY1 comprises a sleeper quality inspection qualified identifier, the batch number of the Yth prefabricated sleeper batch and the sleeper number of the prefabricated sleeper Y1.

Further, the tie-level quality review record QY1 may also contain a review video that can exhibit a critical review process and a review timer for the pre-manufactured tie Y1, wherein the review timer can embody a review time.

415. When the network customization platform receives a review request response from an order server of the sleeper processing plant, the network customization platform forwards the review request response to the client A1.

In some possible embodiments, the review request may also carry an anti-cheating code (e.g., a custom code that is manually entered by a user, so this anti-cheating code is unpredictable to the network customization platform and order server of the tie fabrication plant), which is also present in the review video. And the anti-cheating code is utilized, so that the effectiveness of random reinspection of the user is ensured. Referring to fig. 4-B, fig. 4-B illustrates, by way of example, that a review video may present a review timer and anti-cheating codes, etc.

In addition, in order to further improve the anti-cheating effect of the reinspection, the network customized platform can also perform reliability detection (detect whether the reinspection video has a tampering trace) on the reinspection video in the reinspection request response, for example, when the reinspection video is subjected to a P-graph operation and/or a computer composition operation, it indicates that the tampering trace exists in the detection video, and the reliability detection is not passed. Under the condition that the reliability detection is not passed, the network customization platform can directly send a prompt message that the retest is unqualified to an order server of the sleeper processing plant without forwarding the retest request response to the client A1 (the prompt message carries the reason that the retest is unqualified, including detecting that a retest video has a tampering trace). And only if the reliability detection is passed, the network customization platform forwards the rechecking request response to the client A1.

416. After receiving the rechecking request response, the client A1 can send an order delivery instruction carrying an order number P1 and a receiving address Ad1 to the network customization platform.

417. After the network customizing platform receives an order delivery instruction which is sent from a client A1 and carries an order number P1 and receiver information inf-A1, the network customizing platform forwards the order delivery instruction to an order server of the sleeper processing plant, and the order delivery instruction is used for triggering the order server of the sleeper processing plant to initiate a logistics order.

418. And initiating a logistics order by an order server of the sleeper processing plant after receiving the order delivery instruction, wherein the receiver information of the logistics order is the receiver information inf-a1, and the logistics goods of the logistics order comprise the K1 prefabricated sleepers.

It can be seen that the present embodiment provides a solution that allows a user to flexibly customize a pre-fabricated tie. The mechanism can realize flexible customization of the prefabricated sleeper by a user, realize full-flow management and control of quality inspection, rechecking and logistics by the user, and further is favorable for meeting the flexible requirements of the prefabricated sleeper in various different application scenes.

Referring to fig. 5, fig. 5 is a schematic structural diagram of a network customizing platform according to another embodiment of the present application. As shown in fig. 5, the network customization platform 500 includes: a processor and a memory;

the processor 510 is configured to call the program stored in the memory 520 to perform part or all of the operations performed by the network customized platform in the method embodiment.

Referring to fig. 6, fig. 6 is a schematic structural diagram of a network customizing platform according to another embodiment of the present application. As shown in fig. 6, the network customization platform 600 includes:

the sending unit 610 is configured to send a customized service homepage to the client A1 in the login state, where the customized service homepage includes a downloading button of a prefabricated sleeper parameter collecting template, and when the downloading button of the prefabricated sleeper parameter collecting template in the customized service homepage is clicked, a downloading request of the prefabricated sleeper parameter collecting template sent by the client A1 to the network customization platform is triggered.

The receiving unit 630 is further configured to receive a downloading request of the prefabricated sleeper parameter collection template sent by the client A1.

The sending unit 610 is configured to send a downloading request response of the prefabricated sleeper parameter collecting template to the client A1, where the downloading request response of the prefabricated sleeper parameter collecting template carries the prefabricated sleeper parameter collecting template to be filled in.

The receiving unit 630 is further configured to receive a prefabricated sleeper customization request dq1 sent by the client A1, where the prefabricated sleeper customization request dq1 carries the number K1 of the lower orders of the prefabricated sleepers and the filled-in prefabricated sleeper parameter collection template.

The processing unit 620 is configured to extract a set of pre-fabricated tie customized parameters from the filled-in pre-fabricated tie parameter collection template;

the sending unit 610 is configured to send an order placing request orq to an order server of a sleeper processing plant, where the order placing request orq carries a prefabricated sleeper customized order-A1, and the prefabricated sleeper customized order-A1 includes the prefabricated sleeper customized parameter set, an order number P1, and the number K1 of placed orders of prefabricated sleepers.

In some possible embodiments, the receiving unit 630 is further configured to receive an order completion prompting message from an order server of the tie processing plant;

the sending unit 610 is further configured to forward the order completion prompting message to the client A1.

In some possible embodiments, the receiving unit may be further configured to receive a review request sent by the client A1, where the review request carries a lot number of a Y-th prefabricated sleeper lot and a sleeper number of a prefabricated sleeper Y1;

In some possible embodiments, when the receiving unit receives an order delivery instruction carrying an order number P1 and receiver information inf-A1 from the client A1, the sending unit is further configured to forward the order delivery instruction to an order server of a tie processing plant, where the order delivery instruction is used to trigger the order server of the tie processing plant to initiate a logistics order, a logistics good of the logistics order includes the K1 prefabricated ties, and the receiver information of the logistics order is the receiver information inf-A1.

It can be understood that specific implementations of functions related to the network customizing platform 600 and the network customizing platform 500 may refer to the related descriptions of the above method embodiments, and are not described herein again.

The embodiment of the present application also provides a computer-readable storage medium, which stores a computer program, and when the computer program is executed by a computer, the computer program can implement part or all of the steps of any one of the methods provided by the embodiments of the present application.

Another embodiment of the present application further provides a communication system, which may include a network customization platform and a plurality of clients; the network customizing platform is any one of the network customizing platforms provided by the embodiments of the application.

The embodiments of the present application further provide a computer program product, and when the computer program product is executed by a computer, part or all of the steps of any one of the methods provided by the embodiments of the present application can be implemented.

In the foregoing embodiments, the descriptions of the respective embodiments have respective emphasis, and for parts not described in detail in a certain embodiment, reference may be made to related descriptions of other embodiments.

In the embodiments provided in the present application, it should be understood that the disclosed apparatus may be implemented in other manners. For example, the above-described embodiments of the apparatus are merely illustrative, and for example, the division of the units is only one type of division of logical functions, and there may be other divisions when actually implementing, for example, a plurality of units or components may be combined or integrated into another system, or some features may be omitted, or not implemented. In addition, the shown or discussed mutual coupling or direct coupling or communication connection may be an indirect coupling or communication connection of some interfaces, devices or units, and may be an electric or other form.

The units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, may be located in one position, or may be distributed on multiple network units. Some or all of the units can be selected according to actual needs to achieve the purpose of the solution of the embodiment.

In addition, functional units in the embodiments of the present application may be integrated into one processing unit, or each unit may exist alone physically, or two or more units are integrated into one unit. The integrated unit can be realized in a form of hardware, and can also be realized in a form of a software functional unit.

The integrated unit, if implemented in the form of a software functional unit and sold or used as a stand-alone product, may be stored in a computer readable storage medium. Based on such understanding, the technical solutions of the present application, which are essential or contributing to the prior art, or all or part of the technical solutions, may be embodied in the form of a software product stored in a storage medium, and including several instructions for causing a computer device (e.g., a personal computer, a server, or a network device, etc.) to execute all or part of the steps of the methods described in the embodiments of the present application. And the aforementioned storage medium may include, for example: a U disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), a removable hard disk, a magnetic or optical disk, and so on.

The above embodiments are only used for illustrating the technical solutions of the present application, and not for limiting the same; although the present application has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present application.

Claims

1. A method for enabling remote sleeper customization, comprising:

the network customizing platform receives a downloading request of a prefabricated sleeper parameter collecting template sent by a client A1; the network customizing platform sends a downloading request response of a prefabricated sleeper parameter collecting template to the client A1, wherein the downloading request response of the prefabricated sleeper parameter collecting template carries the prefabricated sleeper parameter collecting template to be filled;

the network customization platform sends an order placing request orq to an order server of a sleeper processing plant, the order placing request orq carries a prefabricated sleeper customization order-A1, and the prefabricated sleeper customization order-A1 comprises a prefabricated sleeper customization parameter set, an order number P1 and a prefabricated sleeper placing number K1;

wherein the method further comprises: the network customizing platform receives an order completion prompt message from an order server of the sleeper processing plant; the network customization platform forwards the order completion prompting message to the client A1;

the order completion prompting message carries the order number P1 and an order completion identifier used for indicating that the order is completed, wherein the order completion prompting message also carries a prefabricated sleeper delivery detection file, the prefabricated sleeper delivery detection file comprises N1 batch-level quality inspection records, one-to-one correspondence relationship exists between N1 prefabricated sleeper batches and the N1 batch-level quality inspection records, and the N1 prefabricated sleeper batches account for K1 prefabricated sleepers;

the method comprises the following steps that a prefabricated sleeper X1 in an Xth prefabricated sleeper batch is printed with a batch number corresponding to the Xth prefabricated sleeper batch, the prefabricated sleeper X1 is also printed with a sleeper number corresponding to the prefabricated sleeper X1, different prefabricated sleeper batches correspond to different batch numbers, and different prefabricated sleepers in the same prefabricated sleeper batch correspond to different sleeper numbers;

wherein the content of the first and second substances,

the X prefabricated sleeper batch is any one prefabricated sleeper batch in the N1 prefabricated sleeper batches, and the prefabricated sleeper X1 is any one prefabricated sleeper in the X prefabricated sleeper batch;

wherein the method further comprises:

the network customization platform receives a re-inspection request sent by the client A1, wherein the re-inspection request carries the batch number of the Y-th prefabricated sleeper batch and the sleeper number of the prefabricated sleeper Y1; the network customization platform forwards the rechecking request to an order server of the sleeper processing plant;

when the network customization platform receives a review request response from an order server of the sleeper processing plant, the network customization platform forwards the review request response to the client A1, wherein the review request response carries a sleeper-level quality review record QY1 for a prefabricated sleeper Y1 in a Yth prefabricated sleeper batch, the sleeper-level quality review record QY1 comprises a sleeper quality review qualified identifier, a batch number of the Yth prefabricated sleeper batch and a sleeper number of the prefabricated sleeper Y1, the sleeper-level quality review record QY1 further comprises a review video, the review video can show a key review process and a review timer for the prefabricated sleeper Y1, and the review timer can show a review time;

the rechecking request also carries an anti-cheating code, wherein the anti-cheating code is a self-defined code manually input by a user, so that the anti-cheating code is unpredictable for a network customization platform and an order server of a sleeper processing plant, and the anti-cheating code is also presented in the rechecking video;

the network customization platform is also used for carrying out reliability detection on the reinspection video in the reinspection request response, and detecting whether the reinspection video has a tampering trace or not; when the retest video is subjected to P picture operation and/or computer synthesis operation, the fact that the detection video has a tampering trace is shown, and reliability detection is not passed; under the condition that the reliability detection is not passed, the network customization platform does not forward the rechecking request response to the client A1, but directly sends a prompt message that the rechecking is unqualified to an order server of the sleeper processing plant, wherein the prompt message carries the reason that the rechecking is unqualified and comprises a tamper trace of the rechecking video; and only if the reliability detection is passed, the network customization platform forwards the re-inspection request response to the client A1.

2. The method of claim 1, further comprising: when the network customizing platform receives an order delivery instruction which is sent from the client A1 and carries an order number P1 and receiver information inf-A1, the network customizing platform forwards the order delivery instruction to an order server of a sleeper processing plant, wherein the order delivery instruction is used for triggering the order server of the sleeper processing plant to initiate a logistics order, the logistics goods of the logistics order comprise the K1 prefabricated sleepers, and the receiver information of the logistics order is the receiver information inf-A1.

3. A network customization platform, comprising:

the sending unit is used for sending a downloading request response of the prefabricated sleeper parameter collecting template to the client A1, wherein the downloading request response of the prefabricated sleeper parameter collecting template carries the prefabricated sleeper parameter collecting template to be filled;

the processing unit is used for extracting a prefabricated sleeper customization parameter set from the filled prefabricated sleeper parameter collecting template;

the order issuing system comprises a sending unit and an order issuing unit, wherein the sending unit is used for sending an order issuing request orq to an order server of a sleeper processing plant, the order issuing request orq carries a prefabricated sleeper customized order-A1, and the prefabricated sleeper customized order-A1 comprises a prefabricated sleeper customized parameter set, an order number P1 and a prefabricated sleeper order issuing number K1;

the receiving unit is further used for receiving order completion prompting messages from an order server of the sleeper processing plant;

the order completion prompting message carries the order number P1 and an order completion identifier for indicating that the order is completed, wherein the order completion prompting message also carries a prefabricated sleeper delivery inspection file, the prefabricated sleeper delivery inspection file comprises N1 batch-level quality inspection records, one-to-one correspondence exists between N1 prefabricated sleeper batches and the N1 batch-level quality inspection records, and the N1 prefabricated rail batch sleepers totally account for K1 prefabricated sleepers;

wherein the content of the first and second substances,

the receiving unit is further configured to receive a review request sent by the client A1, where the review request carries a lot number of a Y-th prefabricated sleeper lot and a sleeper number of a prefabricated sleeper Y1; the network customization platform forwards the re-inspection request to an order server of the sleeper processing plant;

the sending unit is further configured to, when the receiving unit receives a review request response from an order server of the sleeper processing plant, forward the review request response to the client A1, where the review request response carries a sleeper-level quality review record QY1 for a prefabricated sleeper Y1 in a Y-th prefabricated sleeper batch, the sleeper-level quality review record QY1 includes a sleeper quality review qualified identifier, a batch number of the Y-th prefabricated sleeper batch, and a sleeper number of the prefabricated sleeper Y1, where the sleeper-level quality review record QY1 further includes a review video, and the review video can exhibit a key review process and a review timer for the prefabricated sleeper Y1, where the review timer can exhibit a review time;

the processing unit is further used for performing reliability detection on the reinspection video in the reinspection request response, and detecting whether the reinspection video has a tampering trace; when the retest video is subjected to P picture operation and/or computer synthesis operation, the fact that the detection video has a tampering trace is shown, and reliability detection is not passed; under the condition that the reliability detection is not passed, the sending unit does not forward the rechecking request response to the client A1, but directly sends a prompt message that the rechecking is unqualified to an order server of the sleeper processing plant, wherein the prompt message carries the reason that the rechecking is unqualified and comprises a tamper trace of the rechecking video; only if the reliability detection passes, the sending unit forwards the review request response to the client A1.

4. A network customization platform, comprising: a processor and a memory;

a processor is used to invoke the computer program stored in the memory to perform the operations of any of claims 1 to 2 performed by the network customization platform.

5. A computer-readable storage medium, characterized in that it stores a computer program, wherein the computer program is capable of implementing the method of any one of claims 1 to 2 when executed by a computer.