A metal sheet processing system supported by cloud computing

Abstract

This invention discloses a cloud computing-supported metal sheet processing system, relating to the field of metal processing technology. The system includes determining metal sheet processing flow information and constructing a processing chain based on this information; determining the processing parameters of the metal sheet in a control cloud platform and providing these parameters to the corresponding metal sheet processing equipment; and an information determination module connected to a designation module for determining a target metal body, and processing the target metal body according to the processing parameters using the metal sheet processing equipment to obtain the metal sheet. This invention can obtain data storage relationships between multiple data panels, ensuring the stability and isolation of data storage and preventing mutual interference. Because the corresponding metal sheet type and corresponding metal sheet processing flow information are stored in the data panels, the metal sheet processing flow information stored in the data panels can be obtained by matching the corresponding data panels.

Description

Technical Field

[0001] The present invention relates to the technical field of metal processing, and in particular to a metal sheet processing system supported by cloud computing. Background Art

[0002] In the current society, there are many fields that need to use metal sheets, and the shapes and materials of the metal sheets used are different for different uses. For example, in the field of new energy vehicles, power batteries are one of the core components, and their performance directly affects the vehicle's range and service life. Metal sheets play an important role in power battery accessories, such as battery connectors and electrode materials; in addition, in audio equipment, metal meshes (such as speaker meshes, audio meshes, receiver meshes, etc.) are also widely used in speaker protection and dust prevention. At present, in the processing of metal sheets, companies need to set the processing parameters of the corresponding metal sheets in advance, and cannot quickly and accurately obtain the processing parameters of the corresponding metal sheets. This problem is mainly reflected in the storage stability of the corresponding metal sheet processing data and the security of data transmission. Summary of the invention

[0003] The purpose of the present invention is to provide a metal sheet processing system supported by cloud computing to solve the shortcomings of the background technology.

[0004] In order to achieve the above object, the present invention provides the following technical solution: a metal sheet processing system supported by cloud computing, comprising:

[0005] A construction module is used to determine sheet metal processing flow information, wherein the sheet metal processing flow information includes sheet metal processing equipment and corresponding sheet metal processing steps, and to construct a processing chain according to the processing flow information;

[0006] A formulation module, connected to the construction module, is used to determine the processing parameters of the metal sheet in the control cloud platform, and provide the processing parameters of the metal sheet to the corresponding metal sheet processing equipment;

[0007] The information determination module is connected to the formulation module and is used to determine the target metal body and obtain the metal sheet by processing the target metal body according to the processing parameters of the metal sheet through the metal sheet processing equipment.

[0008] In a preferred embodiment, the building blocks include:

[0009] A configuration unit, used to determine the metal sheet to be processed, and configure the corresponding metal sheet processing equipment and the corresponding metal sheet processing procedures as the metal sheet processing process information according to the metal sheet corresponding database;

[0010] The construction unit is used to construct a processing chain by corresponding the metal sheet processing flow information to the processing time.

[0011] In a preferred embodiment, the configuration unit includes:

[0012] A setting unit, used for formulating a database for sheet metal processing, wherein the database includes sheet metal types and corresponding sheet metal processing flow information;

[0013] An establishing unit, used for establishing a plurality of data layouts based on a database, wherein the number of the data layouts is the same as the number of metal sheet types, and storing metal sheet processing flow information corresponding to the metal sheet types in the plurality of data layouts;

[0014] The acquisition unit is used to determine the metal sheet to be processed and the corresponding metal sheet type, and obtain the metal sheet processing flow information stored in the data layout by matching the corresponding data layout based on the metal sheet to be processed and the corresponding metal sheet type.

[0015] In a preferred embodiment, the establishing unit comprises:

[0016] A division unit, used for dividing a plurality of storage spaces in the database as data layouts, setting a data storage positioning network in the database, and determining the positioning of the plurality of data layouts based on the data storage positioning network;

[0017] A storage unit, used for storing sheet metal processing flow information corresponding to the sheet metal type in a data layout;

[0018] The association unit associates the multiple data layouts in pairs based on the positioning of the multiple data layouts.

[0019] In a preferred embodiment, the formulation module includes:

[0020] An information setting unit, used to determine processing parameters of the metal sheet in the control cloud platform corresponding to the processing chain, wherein the processing parameters are setting parameters of the corresponding metal sheet processing equipment;

[0021] A transmission setting unit, used for establishing a transmission channel between the control cloud platform and the metal sheet processing equipment, and setting a transmission loading package in the transmission channel, wherein the transmission loading package includes a transmission main area and a transmission layer area;

[0022] The transmission unit is used to transmit the processing parameters of the metal sheet to the corresponding metal sheet processing equipment based on the transmission channel.

[0023] In a preferred embodiment, the transmission setting unit includes:

[0024] A transmission setting unit, used to set a transmission channel between the control cloud platform and the metal sheet processing equipment;

[0025] A transmission construction unit, configured to set a transmission main area and a transmission layer area as a transmission loading package in a transmission channel, wherein the transmission layer area is wrapped outside the transmission main area, wherein the transmission layer area includes a first area and a second area, and the first area is located outside the second area;

[0026] A corresponding unit is used to set a plurality of sub-information groups in the first area and a plurality of parent information groups in the second area, wherein the parent information group includes an operation space and an information network in the operation space, wherein the information network in the operation space is composed of a plurality of information points connected to each other, and the number of the sub-information groups is the same as the number of the parent information groups, and the sub-information groups are corresponding to the parent information groups one by one;

[0027] The proliferation setting unit is used to construct a proliferation port between the one-to-one corresponding child information group and the parent information group.

[0028] In a preferred embodiment, the transmission unit includes:

[0029] A preparation unit, used for storing the processing parameters of the metal sheet in the transmission main area, and transmitting the transmission loading package storing the processing parameters of the metal sheet through the transmission channel;

[0030] A monitoring unit, used for treating a sub-information group in which the connection relationship between information points in the sub-information group changes during the transmission as an abnormal sub-information group;

[0031] A feedback unit is used to feed back the abnormal sub-information group to the corresponding parent information group through the proliferation port corresponding to the abnormal sub-information group, and to copy the parent information group through the proliferation port to obtain a new sub-information group, and to automatically destroy the abnormal sub-information group while obtaining the new sub-information group;

[0032] A replacement unit, used to replace the abnormal sub-information group that is automatically destroyed in the first area with a new sub-information group, and record the number of proliferation times through the mother information group;

[0033] The receiving unit is used to separate the processing parameters of the metal sheet from the transmission main area when the transmission loading package storing the processing parameters of the metal sheet is delivered to the port of the metal sheet processing equipment, and receive the processing parameters of the metal sheet through the port of the metal sheet processing equipment.

[0034] In a preferred embodiment, the information determination module includes:

[0035] A processing object determination unit, used for determining the raw material to be processed as a target metal body;

[0036] The processing unit is used to process the target metal body according to the received processing parameters of the metal sheet by the metal sheet processing equipment based on the processing chain to obtain the metal sheet.

[0037] In the above technical solution, the technical effects and advantages provided by the present invention are:

[0038] 1. The present invention can ensure the stability and isolation of data storage without mutual interference. Since the corresponding metal sheet type and the corresponding metal sheet processing flow information are stored in the data layout, the metal sheet processing flow information stored in the data layout can be obtained by matching the corresponding data layout according to the metal sheet to be processed and the corresponding metal sheet type in the subsequent processing;

[0039] 2. The present invention can multiply the mother information group in the second area through the proliferation port to obtain a new child information group to replace the child information group in the first area, so as to better protect the information stored in the transmission main area, ensure the stability of the processing parameters during the transmission process, avoid the processing parameters from being tampered with in the middle, prevent errors in the information received by the metal sheet processing equipment, and ensure the accuracy of the metal sheet processing by the metal sheet processing equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings required for use in the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in the present invention. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0041] Figure 1 It is a system block diagram of the present invention. DETAILED DESCRIPTION

[0042] In order to make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be clearly and completely described below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0043] Example 1, please refer to Figure 1 As shown, the metal sheet processing system supported by cloud computing described in this embodiment includes:

[0044] A construction module is used to determine sheet metal processing flow information, wherein the sheet metal processing flow information includes sheet metal processing equipment and corresponding sheet metal processing steps, and to construct a processing chain according to the processing flow information;

[0045] A formulation module, connected to the construction module, is used to determine the processing parameters of the metal sheet in the control cloud platform, and provide the processing parameters of the metal sheet to the corresponding metal sheet processing equipment;

[0046] The information determination module is connected to the formulation module and is used to determine the target metal body and obtain the metal sheet by processing the target metal body according to the processing parameters of the metal sheet through the metal sheet processing equipment.

[0047] In one embodiment, the building blocks include:

[0048] A configuration unit, used to determine the metal sheet to be processed, and configure the corresponding metal sheet processing equipment and the corresponding metal sheet processing procedures as the metal sheet processing process information according to the metal sheet corresponding database;

[0049] A construction unit, used for constructing a processing chain by corresponding the metal sheet processing flow information to the processing time;

[0050] It should be noted that the final finished metal sheet to be processed, for example, metal sheets for use as guide plates, power battery accessories, lithium battery accessories and energy storage battery accessories used in new energy, or metal sheets for use in speaker nets, audio nets, earpiece nets and filter nets, the metal sheet processing flow information corresponding to metal sheets for different purposes is different. The metal sheet processing flow information includes metal sheet processing equipment and corresponding metal sheet processing procedures. The corresponding metal sheet processing flow information can be configured through a database. There is a processing time and a time to enter the next metal sheet processing procedure between metal sheet processing procedures. Then, the entire processing flow of the metal sheet is constructed according to the processing time of multiple metal sheet processing procedures to obtain a processing chain. The processing chain reflects the metal sheet processing equipment, the corresponding metal sheet processing procedures and the corresponding processing time, so as to better understand the processing flow of the metal sheet.

[0051] In one embodiment, the configuration unit includes:

[0052] A setting unit, used for formulating a database for sheet metal processing, wherein the database includes sheet metal types and corresponding sheet metal processing flow information;

[0053] An establishing unit, used for establishing a plurality of data layouts based on a database, wherein the number of the data layouts is the same as the number of metal sheet types, and storing metal sheet processing flow information corresponding to the metal sheet types in the plurality of data layouts;

[0054] An acquisition unit, used for determining the metal sheet to be processed and the corresponding metal sheet type, and obtaining the metal sheet processing flow information stored in the data layout by matching the corresponding data layout based on the metal sheet to be processed and the corresponding metal sheet type;

[0055] It should be noted that a database for metal sheet processing specifically for the enterprise is formulated based on the enterprise's needs for producing metal sheets. The database stores metal sheet types and corresponding metal sheet processing flow information. The metal sheet processing flow information is stored in the database through set data layouts. The number of data layouts is the same as the number of metal sheet types. For example, the types of metal sheets produced in the enterprise include guide plates, power battery accessories, lithium battery accessories, and energy storage battery accessories. Then, there are four corresponding data layouts, which respectively store the metal sheet processing flow information corresponding to the guide plates, power battery accessories, lithium battery accessories, and energy storage battery accessories. Before the current metal sheet processing, it is necessary to determine the metal sheet to be processed and the corresponding metal sheet type. Then, the metal sheet processing flow information stored in the data layout is obtained by matching the corresponding data layout according to the metal sheet to be processed and the corresponding metal sheet type. The metal sheet processing flow information about the current metal sheet for the enterprise can be obtained, which has a good matching effect.

[0056] In one embodiment, the establishing unit includes:

[0057] A division unit, used for dividing a plurality of storage spaces in the database as data layouts, setting a data storage positioning network in the database, and determining the positioning of the plurality of data layouts based on the data storage positioning network;

[0058] A storage unit, used for storing sheet metal processing flow information corresponding to the sheet metal type in a data layout;

[0059] An association unit, based on the positioning of the multiple data layouts, positions and associates the multiple data layouts in pairs;

[0060] It should be noted that the database is used to store the types of metal sheets and the corresponding metal sheet processing flow information. When storing, the database needs to be divided according to the number of metal sheet types to obtain multiple storage spaces of the same number as data layouts, and a data storage positioning network is set in the database, wherein the data storage positioning network is set in the following manner: a unit storage space is set, the database is marked according to the unit storage space, a station point is set at the center of the unit storage space in the database, and multiple station points in the database are associated to obtain a data storage positioning network. Based on the data storage positioning network, the positioning of multiple data layouts is determined, and the unit storage space in the database included in the data layout and the position of the unit storage space in the database can be obtained. As the positioning of multiple data layouts, the multiple data layouts are positioned and associated in pairs according to the positioning of the multiple data layouts, and the data storage relationship between the multiple data layouts can be obtained, which can ensure the stability and isolation of data storage without mutual interference. Since the corresponding metal sheet types and the corresponding metal sheet processing flow information are stored in the data layout, the metal sheet processing flow information stored in the data layout can be obtained by matching the corresponding data layout according to the metal sheet to be processed and the corresponding metal sheet type in the subsequent process.

[0061] In one embodiment, the formulation module includes:

[0062] An information setting unit, used to determine processing parameters of the metal sheet in the control cloud platform corresponding to the processing chain, wherein the processing parameters are setting parameters of the corresponding metal sheet processing equipment;

[0063] A transmission setting unit, used for establishing a transmission channel between the control cloud platform and the metal sheet processing equipment, and setting a transmission loading package in the transmission channel, wherein the transmission loading package includes a transmission main area and a transmission layer area;

[0064] The transmission unit is used to transmit the processing parameters of the metal sheet to the corresponding metal sheet processing equipment based on the transmission channel.

[0065] It should be noted that the corresponding processing chain determines the processing parameters of the metal sheet in the control cloud platform. The processing parameters are the processing parameters of the metal sheet processing equipment corresponding to the raw materials to be processed into metal sheets, which can determine the processing parameters of the metal sheet processing equipment for the subsequent target metal body. Then, in order to transmit the setting parameters of the corresponding metal sheet processing equipment from the control cloud platform to the metal sheet processing equipment, it is necessary to establish a transmission channel between the control cloud platform and the metal sheet processing equipment, and set the transmission main area and the transmission layer area in the transmission channel to ensure the stability of the processing parameters during the transmission process, avoid the processing parameters from being tampered with in the middle, prevent errors in the information received by the metal sheet processing equipment, and ensure the accuracy of the metal sheet processing by the metal sheet processing equipment. Then, the processing parameters of the metal sheet are transmitted to the corresponding metal sheet processing equipment through the transmission channel to complete the setting of the processing parameters of the metal sheet processing equipment. The setting is the processing parameters issued by the control cloud platform.

[0066] In one embodiment, the transmission setting unit includes:

[0067] A transmission setting unit, used to set a transmission channel between the control cloud platform and the metal sheet processing equipment;

[0068] A transmission construction unit, configured to set a transmission main area and a transmission layer area as a transmission loading package in a transmission channel, wherein the transmission layer area is wrapped outside the transmission main area, wherein the transmission layer area includes a first area and a second area, and the first area is located outside the second area;

[0069] A corresponding unit is used to set a plurality of sub-information groups in the first area and a plurality of parent information groups in the second area, wherein the parent information group includes an operation space and an information network in the operation space, wherein the information network in the operation space is composed of a plurality of information points connected to each other, and the number of the sub-information groups is the same as the number of the parent information groups, and the sub-information groups are corresponding to the parent information groups one by one;

[0070] The proliferation setting unit is used to construct a proliferation port between the one-to-one corresponding child information group and the parent information group.

[0071] It should be noted that, in order to set the processing parameters of the metal sheet processing equipment, it is necessary to set a transmission channel between the control cloud platform and the metal sheet processing equipment, and set a transmission main area and a transmission layer area as a transmission loading package in the transmission channel. The transmission layer area is wrapped outside the transmission main area, and the transmission main area is located in the middle of the transmission layer area. The transmission main area and the transmission layer area are both data storage cloud spaces. The transmission layer area includes a first area and a second area. The first area is located outside the second area, so that the first area is located in the outermost layer, the second area is located between the first area and the transmission main area, and the first area is located between the first area and the second area. A proliferation port is constructed, multiple sub-information groups are set in the first area, and multiple parent information groups are set in the second area. The parent information group includes the operation space and the information network in the operation space. The information network in the operation space is composed of multiple information points connected to each other. Multiple information points are randomly set in the operation space, and multiple information points are connected to each other to form an information network. Then, multiple sub-information groups are distributed in the first area to protect the internal information. In this way, when the external information is subsequently used to obtain and tamper with the transmitted information, it will first pass through the first area. In this way, the acquisition and tampering behavior in the first area will affect the changes in the information network in the targeted sub-information group. When changes occur in the information network, the corresponding parent information group is fed back through the corresponding proliferation port. The parent information group is copied through the proliferation port to obtain a new child information group. At the same time, the child information group with changes in the information network will be automatically destroyed. After that, the new child information group will replace the child information group in the first area. The parent information group has the same structure as the corresponding child information group. The child information group can be automatically destroyed when changes occur in the information network and is supplemented by the corresponding parent information group to jointly ensure the transmission security of data in the transmission main area. The number of child information groups is the same as that of parent information groups. The child information groups and parent information groups are matched one by one. Subsequent communication The proliferation port can be used to proliferate the mother information group in the second area (the mother information group can be copied through the proliferation port, and the location of the copied new child information group is in the first area, not involving the second area, and all attacks can be limited to the first area) to obtain a new child information group to replace the child information group in the first area, so as to better protect the information stored in the transmission main area, ensure the stability of the processing parameters during the transmission process, avoid the processing parameters from being tampered with in the middle, prevent errors in the information received by the metal sheet processing equipment, and ensure the accuracy of the metal sheet processing by the metal sheet processing equipment.

[0072] In one embodiment, the transmission unit comprises:

[0073] A preparation unit, used for storing the processing parameters of the metal sheet in the transmission main area, and transmitting the transmission loading package storing the processing parameters of the metal sheet through the transmission channel;

[0074] A monitoring unit, used for treating a sub-information group in which the connection relationship between information points in the sub-information group changes during the transmission as an abnormal sub-information group;

[0075] A feedback unit is used to feed back the abnormal sub-information group to the corresponding parent information group through the proliferation port corresponding to the abnormal sub-information group, and to copy the parent information group through the proliferation port to obtain a new sub-information group, and to automatically destroy the abnormal sub-information group while obtaining the new sub-information group;

[0076] A replacement unit, used to replace the abnormal sub-information group that is automatically destroyed in the first area with a new sub-information group, and record the number of proliferation times through the mother information group;

[0077] The receiving unit is used to separate the processing parameters of the metal sheet from the transmission main area when the transmission loading package storing the processing parameters of the metal sheet is delivered to the port of the metal sheet processing equipment, and receive the processing parameters of the metal sheet through the port of the metal sheet processing equipment.

[0078] It should be noted that the parent information group includes the operation space and the information network in the operation space. The information network in the operation space is composed of multiple information points connected to each other. The structure of the sub-information group is the same as that of the parent information group. The sub-information group is used in the first area for the purpose of bearing attacks, and can be used to understand whether the transmission load package storing the processing parameters of the metal sheet is being attacked and whether there is a risk of tampering. During the transmission process, the sub-information group in which the connection relationship between the information points in the sub-information group changes is used as an abnormal sub-information group. When the sub-information group is attacked, the connection relationship between the information points inside it will change. As an abnormal sub-information group, the information point is a plurality of locations storing random data randomly set in the operation space in the sub-information group. The information point is fed back to the corresponding parent information group through the proliferation port corresponding to the abnormal sub-information group. The parent information group is copied through the proliferation port to obtain a new sub-information group. When the new sub-information group is obtained, the abnormal sub-information group is automatically destroyed. The new sub-information group replaces the abnormal sub-information group automatically destroyed in the first area, and the number of value-added times is recorded by the parent information group. The security assessment index of the transmission channel can be obtained by recording the number of value-added times by the parent information group. The calculation formula is: ,in, is the safety assessment index, is the number of times the sub-information group in the first region is replaced, is the number of parent information groups that have proliferated, is the communication distance of the transmission channel, and They are all constants greater than zero. Later, when the transmission loading package storing the processing parameters of the metal sheet is transmitted to the port of the metal sheet processing equipment, the processing parameters of the metal sheet are separated from the transmission main area, and the processing parameters of the metal sheet are received through the port of the metal sheet processing equipment. During the transmission process, the processing parameters of the metal sheet can be prevented from being acquired and tampered with by an external network, and the processing parameters of the metal sheet can be effectively protected through the first area.

[0079] In one embodiment, the information determination module includes:

[0080] A processing object determination unit, used for determining the raw material to be processed as a target metal body;

[0081] A processing unit, configured to process the target metal body using a metal sheet processing device according to the received processing parameters of the metal sheet based on the processing chain to obtain a metal sheet;

[0082] It should be noted that after the metal sheet processing equipment receives the processing parameters of the metal sheet, it determines the raw material to be processed as the target metal body for processing and proceeds step by step according to the processing chain until the processing of the target metal body is completed by all the metal sheet processing equipment in the processing chain, and finally obtains the metal sheet to be processed, thereby completing the production target.

[0083] The above is only a specific implementation of the present application, but the protection scope of the present application is not limited thereto. Any person skilled in the art who is familiar with the present technical field can easily think of changes or substitutions within the technical scope disclosed in the present application, which should be included in the protection scope of the present application. Therefore, the protection scope of the present application should be based on the protection scope of the claims.

Claims

1. A sheet metal processing system supported by cloud computing, characterized in that: include: A construction module is used to determine sheet metal processing flow information, wherein the sheet metal processing flow information includes sheet metal processing equipment and corresponding sheet metal processing steps, and to construct a processing chain according to the processing flow information; The building blocks include: A configuration unit, used to determine the metal sheet to be processed, and configure the corresponding metal sheet processing equipment and the corresponding metal sheet processing procedures as the metal sheet processing process information according to the metal sheet corresponding database; A construction unit, used for constructing a processing chain by corresponding the metal sheet processing flow information to the processing time; The configuration unit comprises: A setting unit, used for formulating a database for sheet metal processing, wherein the database includes sheet metal types and corresponding sheet metal processing flow information; An establishing unit, used for establishing a plurality of data layouts based on a database, wherein the number of the data layouts is the same as the number of metal sheet types, and storing metal sheet processing flow information corresponding to the metal sheet types in the plurality of data layouts; An acquisition unit, used for determining the metal sheet to be processed and the corresponding metal sheet type, and obtaining the metal sheet processing flow information stored in the data layout by matching the corresponding data layout based on the metal sheet to be processed and the corresponding metal sheet type; The establishing unit comprises: A division unit, used for dividing a plurality of storage spaces in the database as data layouts, setting a data storage positioning network in the database, and determining the positioning of the plurality of data layouts based on the data storage positioning network; A storage unit, used for storing sheet metal processing flow information corresponding to the sheet metal type in a data layout; An association unit, based on the positioning of the multiple data layouts, positions and associates the multiple data layouts in pairs; A formulation module, connected to the construction module, is used to determine the processing parameters of the metal sheet in the control cloud platform, and provide the processing parameters of the metal sheet to the corresponding metal sheet processing equipment; The information determination module is connected to the formulation module and is used to determine the target metal body and obtain the metal sheet by processing the target metal body according to the processing parameters of the metal sheet through the metal sheet processing equipment.

2. The metal sheet processing system supported by cloud computing according to claim 1, characterized in that: The formulation module includes: An information setting unit, used to determine processing parameters of the metal sheet in the control cloud platform corresponding to the processing chain, wherein the processing parameters are setting parameters of the corresponding metal sheet processing equipment; A transmission setting unit, used for establishing a transmission channel between the control cloud platform and the metal sheet processing equipment, and setting a transmission loading package in the transmission channel, wherein the transmission loading package includes a transmission main area and a transmission layer area; The transmission unit is used to transmit the processing parameters of the metal sheet to the corresponding metal sheet processing equipment based on the transmission channel.

3. The metal sheet processing system supported by cloud computing according to claim 2, characterized in that: The transmission setting unit includes: A transmission setting unit, used to set a transmission channel between the control cloud platform and the metal sheet processing equipment; A transmission construction unit, configured to set a transmission main area and a transmission layer area as a transmission loading package in a transmission channel, wherein the transmission layer area is wrapped outside the transmission main area, wherein the transmission layer area includes a first area and a second area, and the first area is located outside the second area; A corresponding unit is used to set a plurality of sub-information groups in the first area and a plurality of parent information groups in the second area, wherein the parent information group includes an operation space and an information network in the operation space, wherein the information network in the operation space is composed of a plurality of information points connected to each other, and the number of the sub-information groups is the same as the number of the parent information groups, and the sub-information groups are corresponding to the parent information groups one by one; The proliferation setting unit is used to construct a proliferation port between the one-to-one corresponding child information group and the parent information group.

4. The metal sheet processing system supported by cloud computing according to claim 3, characterized in that: The transmission unit comprises: A preparation unit, used for storing the processing parameters of the metal sheet in the transmission main area, and transmitting the transmission loading package storing the processing parameters of the metal sheet through the transmission channel; A monitoring unit, used for treating a sub-information group in which the connection relationship between information points in the sub-information group changes during the transmission as an abnormal sub-information group; A feedback unit is used to feed back the abnormal sub-information group to the corresponding parent information group through the proliferation port corresponding to the abnormal sub-information group, and to copy the parent information group through the proliferation port to obtain a new sub-information group, and to automatically destroy the abnormal sub-information group while obtaining the new sub-information group; A replacement unit, used to replace the abnormal sub-information group that is automatically destroyed in the first area with a new sub-information group, and record the number of proliferation times through the mother information group; The receiving unit is used to separate the processing parameters of the metal sheet from the transmission main area when the transmission loading package storing the processing parameters of the metal sheet is delivered to the port of the metal sheet processing equipment, and receive the processing parameters of the metal sheet through the port of the metal sheet processing equipment.

5. The metal sheet processing system supported by cloud computing according to claim 1, characterized in that: The information determination module comprises: A processing object determination unit, used for determining the raw material to be processed as a target metal body; The processing unit is used to process the target metal body according to the received processing parameters of the metal sheet by the metal sheet processing equipment based on the processing chain to obtain the metal sheet.

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