Ship lifter management and control method and system, medium and electronic equipment

Abstract

According to the ship lifter management and control method and system, the medium and the electronic equipment, a ship lifter quota process, a lifter installation process, lifter installation personnel, a lifter and the like are all incorporated into a lifter installation whole-process management and control system through the lifter management and control method, systematic management is conducted, and the ship lifter installation process management and control capacity is improved; through ship lifter full-process management and control and lifter data full-process tracking, the lifter installation quality is improved, the lifter integrity rate is increased, and therefore the production efficiency is improved, and the safety risk is reduced; design data, installation data and management data in the installation process of the ship lifter are subjected to unified platform management, through unique code identification of the lifter, the whole process of receiving, installation, dismantling, recycling and scrapping and the like is penetrated, the phenomenon of unsmooth communication during handover of all stages is reduced, real-time data collection and data tracking and historical tracing in the installation process of the lifter are achieved, and the installation efficiency of the lifter is improved. And the safety of the ship building construction process and the overall quality of the ship are ensured.

Description

Technical Field

[0001] The present application belongs to the field of shipbuilding technology, and in particular relates to a ship hoisting horse control method, system, medium and electronic equipment. Background Art

[0002] The hull sections need to be turned over and shifted during the manufacturing process. After the manufacturing is completed, they need to be hoisted and assembled according to the process flow. The marine hoisting horse is installed on the ship components, mid-assembly, sections or total sections by welding or other reliable connection methods. It is used for the lifting, lifting, shifting, turning over and loading of ship sections and total sections. There are different types of hoisting horse installations, and each type is suitable for installation on different sections, such as type A all hull sections; type B deck sections, superstructure sections; type C superstructure sections, cabin sections and corrugated bulkhead sections; type D bottom sections, deck sections; type E bilge sections. Therefore, whether the hoisting horse installation type is correct, whether the installation quantity is complete, whether the installation quality is qualified, whether it is dismantled during the dismantling stage, etc. will directly affect the safety of production and construction. If the construction fails to comply with the design process requirements or construction errors occur, serious hoisting accidents may occur.

[0003] Therefore, it is necessary to provide a convenient, efficient and accurate ship hoisting horse control method to ensure the safety of the ship construction process and the overall quality of the ship. Summary of the invention

[0004] In view of the shortcomings of the prior art mentioned above, the purpose of the present application is to provide a ship hoist control method, system, medium and electronic equipment to solve the problem that the design data, installation data and management data of the current ship hoist installation process are managed on a unified platform, and the process data such as receipt, installation, dismantling, recycling and scrapping cannot be collected, shared and effectively utilized, thereby effectively solving the installation and management problems of ship hoists, improving the overall information integration level of ship hoists, improving production capacity, and making the production process rhythm orderly and stable.

[0005] To achieve the above-mentioned purpose and other related purposes, the present application provides a ship hoisting horse control method, which at least includes the following steps:

[0006] S01: assign codes to the ship's hoisting horses and generate coding identifiers;

[0007] S02: Establishing a basic database of ship hoisting horses, wherein the basic database includes basic information related to the hoisting horses;

[0008] S03: Establish a quota database for ship hoisting horses to provide control constraint elements for hoisting horse process management;

[0009] S04: Make an appointment for the ship hoisting horse required for production, and output the production material information required for the ship hoisting horse according to the generated hoisting horse appointment information;

[0010] S05: Put the ship hoisting horse that has been produced according to the appointment into storage;

[0011] S06: Prepare and distribute ingredients according to the horse reservation information;

[0012] S07: Ship hoist installation completed.

[0013] In some embodiments, the following steps are also included after the ship hoist is installed:

[0014] S08: Conduct quality inspection on the installed ship hoisting horse;

[0015] S09: Dismantle the used ship hoisting horse.

[0016] In some embodiments, the method further comprises the following steps after the ship hoisting horse is removed:

[0017] S10: judging whether the dismantled ship hoisting horse is scrapped, and performing scrapping management on the dismantled ship hoisting horse;

[0018] The lifting horse of the ship to be dismantled is recovered according to its storage location information, the usage information is recorded, and it is judged whether the lifting horse is still usable. If it exceeds the preset number of uses, it is judged to be scrapped. If it is within the preset number of uses, it is judged whether it is scrapped after the manual judgment basis is input.

[0019] In some embodiments, in step S02, the basic information includes project information, department information, employee information, hoisting horse warehouse, hoisting horse warehouse manager, quality manager, distribution route, distribution point, ship hoisting horse type specification and hoisting horse installation drawing.

[0020] In some implementations, the department information includes: organization code, organization name, and whether it is in use;

[0021] The employee information includes: employee number, name, organization, phone number, and whether or not employed;

[0022] The lifting horse type gauge information includes: the attribute of the number of times each type gauge can be reused;

[0023] The hoisting horse installation drawing includes projects, sections, drawing numbers, and drawing attachments.

[0024] In some embodiments, step S04 includes an appointment preparation stage, an appointment ordering stage, and an appointment stocking stage, wherein:

[0025] During the appointment preparation stage, the construction personnel input the project number, section number, and installation stage, and the system will provide the type and quantity of the hoisting horse information. Then, the delivery location, delivery time, and recipient information are input, and finally a pickup code is generated for pickup.

[0026] During the reservation and ordering stage, the type and area of ​​steel plates required for this application are calculated based on the area of ​​steel plates used for the hanging horse.

[0027] During the appointment and stocking stage, the types of steel plate materials and areas required for all application forms are counted, and instructions are issued to the material department to prepare the stock. The material department selects the corresponding application documents to prepare the materials, and the materials are transported to the Diaoma production center for production preparation.

[0028] In some embodiments, step S07 includes a construction preparation stage and an installation confirmation stage, wherein:

[0029] During the construction preparation stage, construction personnel input project information, segment information, and installation stage, and query the installation drawing information, installation process requirements, lifting horse specifications, and quota quantity;

[0030] During the installation confirmation stage, the construction workers use image recognition to identify the hanging horse coding mark, and the background provides project information, segmentation information, and installation stage information. The construction workers check the information and record the installation completion status, installation date, and installer.

[0031] The present application also provides a ship hoist installation control system, comprising:

[0032] Ship hoisting horse code generation module, used to add and update hoisting horse code information;

[0033] Basic data management module, used to add, update and delete basic information related to hanging horses;

[0034] The ship hoisting horse quota management module is used to add, update, delete, or directly obtain the control constraint elements of the hoisting horse;

[0035] The ship hoist installation appointment management module is used to add and withdraw the hoist appointment application, and output the production material information required for the ship hoist according to the generated hoist appointment information;

[0036] The ship hoisting horse warehousing management module is used to add the warehousing quantity of each type of ship hoisting horse. The warehousing types are divided into new warehousing and recycled warehousing. The warehousing information and warehousing type are stored in the background, and the inventory quantity can be modified;

[0037] Ship hoisting horse ingredients distribution management module, used for hoisting horse ingredients and material distribution;

[0038] The ship lifting horse installation management module is used to manage the lifting horse installation process information.

[0039] The present application also provides a computer-readable storage medium on which a computer program is stored. When the program is executed by a processor, the ship hoisting horse control method described in any one of the above technical solutions is implemented.

[0040] The present application also provides an electronic device, which includes a memory and a processor, wherein the memory is used to store a computer program, and the processor is used to execute the computer program stored in the memory, so that the electronic device executes the ship hoisting horse control method as described in any one of the above technical solutions.

[0041] As described above, the ship hoisting horse control method, system medium and electronic equipment provided by the present application have the following beneficial effects:

[0042] This hoisting horse control method incorporates the ship hoisting horse quota process, hoisting horse installation process, hoisting horse installation personnel, and hoisting horses into the full-process control system of hoisting horse installation for systematic management, thereby improving the ship hoisting horse installation process control capabilities; through the full-process control of ship hoisting horses and the full-process tracking of hoisting horse data, the hoisting horse installation quality is improved, the hoisting horse completeness rate is improved, thereby improving production efficiency and reducing safety risks; the design data, installation data, and management data of the ship hoisting horse installation process are managed on a unified platform, and the unique coding identification of the hoisting horse is used throughout the entire process of receipt, installation, dismantling, recycling and scrapping, reducing the phenomenon of poor communication during the handover of each stage, realizing real-time data collection, data tracking and historical tracing of the hoisting horse installation process, ensuring the safety of the ship construction process and the overall quality of the ship. BRIEF DESCRIPTION OF THE DRAWINGS

[0043] Figure 1 Shown is a flow chart of the ship hoisting horse control method of this application;

[0044] Figure 2 Shown is a structural schematic diagram of the ship hoist installation control system of this application.

[0045] Description of reference numerals:

[0046] Steps S01 to S11

[0047] 1 Ship hoist code generation module

[0048] 2 Basic Data Management Module

[0049] 3 Ship hoisting horse quota management module

[0050] 4. Ship crane installation appointment management module

[0051] 5 Ship hoisting horse storage management module

[0052] 6 Ship hoisting horse ingredients distribution management module

[0053] 7 Ship hoist installation management module

[0054] 8 Ship hoist installation quality inspection module

[0055] 9 Ship crane removal management module

[0056] 10 Ship crane recycling and scrapping management module

[0057] 11. Comprehensive analysis module of ship hoisting control process DETAILED DESCRIPTION

[0058] At present, the process of domestic ship hoist installation involves coding management, quota management, appointment management, issuance management, installation management, dismantling management, recycling and scrapping management, etc., but the manual management method is generally adopted, the information is discrete, and the construction personnel have no means and tools to collect data during the whole installation process, making it difficult to track the installation process of ship hoist, find problems, analyze the production efficiency of hoist, and analyze the cost of hoist. Therefore, under the current demand for high-quality development, improved production efficiency, and zero safety accidents, it is particularly urgent to apply the industrial Internet to drive the digital transformation and upgrading of shipbuilding hoist management and build a digital management and control system for the whole process of ship hoist installation.

[0059] In view of this, the present application provides a ship hoisting horse control method, system medium and electronic equipment to solve the background technology and one or more problems mentioned above.

[0060] The following describes the implementation of the present application through specific examples, and those skilled in the art can easily understand other advantages and effects of the present application from the contents disclosed in this specification. The present application can also be implemented or applied through other different specific implementations, and the details in this specification can also be modified or changed in various ways based on different viewpoints and applications without departing from the spirit of the present application.

[0061] For example, when describing the embodiments of the present application in detail, for the sake of convenience, the cross-sectional diagrams showing the device structure will not be partially enlarged according to the general scale, and the schematic diagrams are only examples, which should not limit the scope of protection of the present application. In addition, in actual production, the three-dimensional dimensions of length, width and depth should be included.

[0062] It should be noted that the illustrations provided in this embodiment are only used to illustrate the basic concept of the present application in a schematic manner, and therefore the illustrations only show components related to the present application rather than being drawn according to the number, shape and size of components in actual implementation. In actual implementation, the type, quantity and proportion of each component may be changed arbitrarily, and the component layout may also be more complicated.

[0063] See also Figure 1 This embodiment provides a ship hoisting horse control method, comprising the following steps:

[0064] S01: assign codes to the ship's hoisting horses and generate coding identifiers;

[0065] Specifically, first a code is generated for each ship hoisting horse, and the code is printed into a label attached to the hoisting horse. The generation and printing of a unique label is relied upon for the whole process management of the hoisting horse installation. By generating a unique identification code for the hoisting horse, the code contains the hoisting horse type specification attributes, and the code is passed to the steel identification printing equipment, and the label is printed on the hoisting horse, providing a unique identification code for the subsequent whole process management of the hoisting horse.

[0066] The coding rules are as follows: The coding rules are composed of type specification + 6-digit number, and the coding attributes include status information and usable date information. When the code is in use, the status is set to 1, and when the code is not in use, the status is set to 0. After the code is scrapped, the status is set to 0, and the usable date is the scrapping date + 2 years. The code with a status of 0 and a usable date less than the current date is exported to the steel plate printing device for use, and the status of the exported code is set to 1.

[0067] S02: Establishing a basic database of ship hoisting horses, wherein the basic database includes basic information related to the hoisting horses;

[0068] Specifically, all basic data involved in the ship hoisting horse management process are sorted out to form a basic database to serve the whole process management of the hoisting horse.

[0069] The basic information includes project information, department information, employee information, hoisting horse warehouse, hoisting horse warehouse manager, quality manager, distribution route, distribution point, ship hoisting horse type specification and hoisting horse installation drawing.

[0070] The department information includes: organization code, organization name, and whether it is in use;

[0071] The employee information includes: employee number, name, organization, phone number, and whether or not employed;

[0072] The lifting horse type gauge information includes: the attribute of the number of times each type gauge can be reused;

[0073] The hoisting horse installation drawing includes projects, sections, drawing numbers, and drawing attachments.

[0074] S03: Establish a quota database for ship hoisting horses to provide control constraint elements for hoisting horse process management.

[0075] Specifically, the establishment of the ship hoisting horse quota database relies on the information such as the hoisting horse type specifications, installation stage, dismantling stage, quota data, etc. involved in the ship section formed by the designers during the ship hoisting horse design process, and these information are formed into a hoisting horse quota database to provide control constraint elements for the hoisting horse process management.

[0076] S04: Make an appointment for the ship hoisting horse required for production, and output the production material information required for the ship hoisting horse according to the generated hoisting horse appointment information;

[0077] Specifically, the ship crane pick-up reservation includes the reservation preparation stage, the reservation order stage and the reservation stocking stage, among which:

[0078] During the appointment preparation stage, the construction personnel input the project number, section number, and installation stage, and the system will provide the type and quantity of the hoisting horse information. Then, the delivery location, delivery time, and recipient information are input, and finally a pickup code is generated for pickup.

[0079] During the reservation and ordering stage, the type and area of ​​steel plates required for this application are calculated based on the area of ​​steel plates used for the hanging horse.

[0080] During the appointment and stocking stage, the types of steel plate materials and areas required for all application forms are counted, and instructions are issued to the material department to prepare the stock. The material department selects the corresponding application documents to prepare the materials, and the materials are transported to the Diaoma production center for production preparation.

[0081] S05: Put the ship hoisting horse that has been produced according to the appointment into storage;

[0082] Specifically, the warehouse produces according to the reserved specifications and data of the lifting horses, and the warehouse manager puts the produced lifting horses into storage, as well as the recycled and repaired lifting horses into storage.

[0083] S06: Prepare and distribute ingredients according to the horse reservation information;

[0084] Specifically, the warehouse manager prepares and distributes the materials according to the reservation information. The warehouse manager uses image recognition to identify the hanging horse coding mark, and the system records the relationship between the hanging horse coding and the project, segmentation, installation stage, material collector, and material collection organization.

[0085] S07: Ship hoist installation completed;

[0086] Specifically, after the hoisting horse materials are received, when the construction personnel are working, the system provides the construction personnel with project information, segmentation information, hoisting horse specifications, installation stages, quota quantities, installation drawings and other information to assist the installation of the hoisting horse, and the construction personnel system records the installation information; Step S07 includes a construction preparation stage and an installation confirmation stage, wherein,

[0087] During the construction preparation stage, construction personnel input project information, segment information, and installation stage, and query the installation drawing information, installation process requirements, lifting horse specifications, and quota quantity;

[0088] During the installation confirmation stage, the construction workers use image recognition to identify the hanging horse coding mark, and the background provides project information, segmentation information, and installation stage information. The construction workers check the information and record the installation completion status, installation date, and installer.

[0089] S08: Conduct quality inspection on the installed ship hoisting horse;

[0090] Specifically, after the construction workers complete the installation of the hoisting horse, a quality inspection application is submitted in the system. The quality manager conducts a quality inspection of the hoisting horse and records the quality inspection information. The quality inspection information serves as an information prompt for the subsequent segmented hoisting.

[0091] S09: Dismantle the used ship hoisting horse;

[0092] Specifically, the construction personnel dismantle the hoisting horse according to the process requirements for dismantling the hoisting horse, and input the dismantling information into the database.

[0093] S10: judging whether the dismantled ship hoisting horse is scrapped, and performing scrapping management on the dismantled ship hoisting horse;

[0094] Specifically, the lifting horse is recovered according to the storage location information of the ship lifting horse to be dismantled, the usage information is recorded, and it is determined whether the lifting horse is usable. If it exceeds the preset number of uses, it is determined to be scrapped. If it is within the preset number of uses, it is determined whether it is scrapped after the manual judgment basis is input. The scrapped lifting horse number can be reused.

[0095] S11: Comprehensive analysis of the ship hoisting control process.

[0096] Specifically, the control and optimization of the lifting horse process can be achieved based on the collected data, including project progress analysis, lifting horse production load analysis, lifting horse utilization analysis, lifting horse quality analysis, steel utilization analysis, etc., to provide a basis for guiding the production management and decision-making of the lifting horse installation process, and to carry out dynamic adjustment and optimization.

[0097] See also Figure 2 This embodiment also provides a ship hoist installation control system, including:

[0098] Ship hoisting code generation module 1 is used to add and update hoisting code information; the coding rule is composed of type specification + 6-digit number, and the coding attributes include status information and usable date information. When the code is used, the status is set to 1, and the code is set to 0 when it is not used. After the code is scrapped, the status is set to 0, and the usable date is the scrapping date + 2 years. The code with a status of 0 and a usable date less than the current date is exported to the steel plate printing device for use, and the exported code status is set to 1.

[0099] Basic data management module 2 is used to add, update, and delete basic data such as project information, department information, employee information, hoisting horse warehouse, hoisting horse warehouse manager, quality manager, distribution route, distribution point, ship hoisting horse type specification, hoisting horse installation diagram, etc. Among them, the ship hoisting horse type specification includes the attribute of the number of times each type specification can be reused; the hoisting horse installation diagram includes the project, section, drawing number, and drawing attachments; department information includes organization code, organization name, and whether it is in use; employee information includes: work number, name, organization, telephone number, and whether it is in service.

[0100] The ship hoisting horse quota management module 3 is used to add, update, delete, or directly obtain the information of the project, segmented hoisting horse installation stage, installation model specification, stage component name, installation quantity, dismantling stage, dismantling model specification, dismantling quantity, hoisting horse installation number, etc. in the design software database to form a hoisting horse quota database and provide control constraint elements for hoisting horse process management.

[0101] Ship hoist installation appointment management module 4 is used to add and withdraw hoist appointment applications. The construction personnel enter the project number, section number, and installation stage. The system gives the hoist type and hoist quantity information, and then enters the delivery location, delivery time, and recipient information. Finally, a pickup code is generated for pickup. After the appointment is made, the system calculates the type and area of ​​steel plates required for this application based on the area of ​​steel plates used to make the hoist. The system then calculates the type and area of ​​steel plates required for all application forms, and prepares the materials department. The materials department selects the application document in the system and clicks on the transportation function. The hoist production center accepts the transportation steel information, and the system manages the receipt of steel plates.

[0102] The ship hoisting horse storage management module 5 is used to add the storage quantity of each type of ship hoisting horse. The storage type is divided into new storage and recycled storage. The background stores the storage information and storage type, and modifies the inventory quantity.

[0103] The ship hoisting horse batching distribution management module 6 is used for the hoisting horse warehouse manager to distribute the materials according to the appointment location and specifications, and provide the appointment details according to the location and pickup code. When distributing, the warehouse manager uses image recognition to identify the hoisting horse coding mark, binds the appointment project, section, installation stage, and specification information, and confirms the distribution. The database records the relationship between the hoisting horse coding and the project, section, and installation stage.

[0104] The ship hoist installation management module 7 is used to manage the hoist installation process information; it is used for the construction personnel to manage the hoist installation information. The first is construction preparation. The construction personnel input the project information, segment information, and installation stage. The system queries the hoist installation drawing information, installation process requirements, hoist type specifications, and quota quantity. The second is installation confirmation. The construction personnel image recognize the hoist coding mark, and the background gives the project information, segment information, and installation stage information. The construction personnel check the information and record the installation completion status, installation date, and installation personnel.

[0105] The ship hoisting horse installation quality inspection module 8 is used for construction personnel to apply for the quality inspection of the hoisting horse installation. The system queries the project number, section number, and installation stage of the installation confirmation, selects the relevant records, and initiates the inspection application. The QC receives the inspection application form, confirms the inspection requirements given by the system, conducts inspections, and the system records the inspection results.

[0106] The ship hoisting horse removal management module 9 is used for the construction personnel's hoisting horse removal information management. The system gives the removal content according to the installed project, section, and stage information and the removal rules. The construction personnel select the hoisting horse on the project section that needs to be removed. The construction personnel image recognize the hoisting horse coding mark, enter the storage location, and confirm the removal.

[0107] The ship hoisting horse recycling and scrapping management module 10 is used for the warehouse manager to manage the recycling and scrapping information of the hoisting horses. The warehouse manager recycles the hoisting horses according to the storage location information of the dismantled hoisting horses, and automatically records the information including the recycling project, segment, model, specification, quantity, number of times used, etc., and determines whether the hoisting horse is still usable. If the number of uses exceeds, it is automatically judged as scrapped. Within the range of the number of uses, the manual judgment basis (whether the judgment standard meets the re-installation requirements) is input to judge the scrapping.

[0108] The ship hoisting horse control process comprehensive analysis module 11 is used to optimize the hoisting horse process control based on the collected data, including project progress analysis, hoisting horse production load analysis, hoisting horse utilization analysis, hoisting horse quality analysis, steel utilization analysis, etc., to provide a basis for guiding the production control and decision-making of the hoisting horse installation process, and to perform dynamic adjustment and optimization.

[0109] Since the specific implementation of this embodiment corresponds to the aforementioned method embodiment, the same details will not be repeated here, and those skilled in the art should also understand that Figure 2 The division of the modules in the embodiment is merely a division of logical functions, and in actual implementation, all or part of them can be integrated into one or more physical entities, and these modules can be implemented entirely in the form of software called by processing elements, or entirely in the form of hardware, or some modules can be implemented in the form of software called by processing elements, and some modules can be implemented in the form of hardware.

[0110] The present application also provides a computer-readable storage medium on which a computer program is stored. When the program is executed by a processor, the ship hoisting horse control method described in the above embodiment is implemented.

[0111] The present application also provides an electronic device, which includes at least: a memory and a processor connected via a bus, wherein the memory is used to store a computer program, and the processor is used to execute the computer program stored in the memory to perform all or part of the steps in the aforementioned method embodiment.

[0112] To sum up, in the technical solution provided by the present application, firstly, the code generation and identification printing of the ship hoisting horse mainly include the management of the ship hoisting horse code generation, status change, output and printing, and the code serves as the unique identification code throughout the whole process management of the hoisting horse; then the basic data and the hoisting horse quota data are established; and then the hoisting horse installation appointment is taken as the business source, which runs through the whole process of hoisting horse appointment management, steel plate material management, warehousing management, ingredient distribution management, installation management, dismantling management, and recycling and scrapping management, and is effectively displayed to the equipment end through graphical pages and back-end data logic, so as to realize the digital control of the whole process of ship hoisting horse installation; finally, through the results of system analysis, the hoisting horse installation process is comprehensively analyzed and optimized.

[0113] The technical solution provided by this application utilizes the information collection technology of the industrial Internet to realize the interconnection and intercommunication of the design and business systems of the hanging horse installation process, applies the Internet of Things technology to the hanging horse installation process, collects the data of the hanging horse installation process in real time, and digitizes all the information of the hanging horse installation process. Based on the unified management of design data, installation data, and management data, the management of the core businesses such as installation process, production process, and quality management during the hanging horse installation process is realized, and the data tracking and historical tracing during the hanging horse installation process are realized. Through data analysis, a basis is provided for production management and decision-making. Therefore, this application effectively overcomes the various shortcomings of the prior art and has a high industrial utilization value.

[0114] The above embodiments are merely illustrative of the principles and effects of the present application and are not intended to limit the present application. Anyone familiar with the technology may modify or change the above embodiments without violating the spirit and scope of the present application. Therefore, all equivalent modifications or changes made by a person of ordinary skill in the art without departing from the spirit and technical ideas disclosed in the present application shall still be covered by the claims of the present application.

Claims

1. A ship hoisting horse control method, characterized in that: At least the following steps are included: S01: assign codes to the ship's hoisting horses and generate coding identifiers; S02: Establishing a basic database of ship hoisting horses, wherein the basic database includes basic information related to the hoisting horses; S03: Establish a quota database for ship hoisting horses to provide control constraint elements for hoisting horse process management; S04: Make an appointment for the ship hoisting horse required for production, and output the production material information required for the ship hoisting horse according to the generated hoisting horse appointment information; S05: Put the ship hoisting horse that has been produced according to the appointment into storage; S06: Prepare and distribute ingredients according to the horse reservation information; S07: Ship hoist installation completed.

2. The ship hoisting horse control method according to claim 1, characterized in that: It also includes the steps after the ship hoisting horse is installed: S08: Conduct quality inspection on the installed ship hoisting horse; S09: Dismantle the used ship hoisting horse.

3. The ship hoisting horse control method according to claim 1, characterized in that: It also includes the steps after the ship's hoisting horse is removed: S10: judging whether the dismantled ship hoisting horse is scrapped, and performing scrapping management on the dismantled ship hoisting horse; The lifting horse of the ship to be dismantled is recovered according to its storage location information, the usage information is recorded, and it is judged whether the lifting horse is still usable. If it exceeds the preset number of uses, it is judged to be scrapped. If it is within the preset number of uses, it is judged whether it is scrapped after the manual judgment basis is input.

4. The ship hoisting horse control method according to claim 1, characterized in that: In step S02, the basic information includes project information, department information, employee information, hoisting horse warehouse, hoisting horse warehouse manager, quality manager, distribution route, distribution point, ship hoisting horse type specification and hoisting horse installation drawing.

5. The ship hoisting horse control method according to claim 4, characterized in that: The department information includes: organization code, organization name, and whether it is in use; The employee information includes: employee number, name, organization, phone number, and whether or not employed; The lifting horse type gauge information includes: the attribute of the number of times each type gauge can be reused; The hoisting horse installation drawing includes projects, sections, drawing numbers, and drawing attachments.

6. The ship hoisting horse control method according to claim 1, characterized in that: Step S04 includes the appointment preparation stage, the appointment ordering stage and the appointment stocking stage, wherein: During the appointment preparation stage, the construction personnel input the project number, section number, and installation stage, and the system will provide the type and quantity of the hoisting horse information. Then, the delivery location, delivery time, and recipient information are input, and finally a pickup code is generated for pickup. During the reservation and ordering stage, the type and area of ​​steel plates required for this application are calculated based on the area of ​​steel plates used for the hanging horse. During the appointment and stocking stage, the types of steel plate materials and areas required for all application forms are counted, and instructions are issued to the material department to prepare the stock. The material department selects the corresponding application documents to prepare the materials, and the materials are transported to the Diaoma production center for production preparation.

7. The ship hoisting horse control method according to claim 1, characterized in that: Step S07 includes a construction preparation phase and an installation confirmation phase, wherein: During the construction preparation stage, construction personnel input project information, segment information, and installation stage, and query the installation drawing information, installation process requirements, lifting horse specifications, and quota quantity; During the installation confirmation stage, the construction workers use image recognition to identify the hanging horse coding mark, and the background provides project information, segmentation information, and installation stage information. The construction workers check the information and record the installation completion status, installation date, and installer.

8. A ship hoist installation control system, characterized in that: include: Ship hoisting horse code generation module, used to add and update hoisting horse code information; Basic data management module, used to add, update and delete basic information related to hanging horses; The ship hoisting horse quota management module is used to add, update, delete, or directly obtain the control constraint elements of the hoisting horse; The ship hoist installation appointment management module is used to add and withdraw the hoist appointment application, and output the production material information required for the ship hoist according to the generated hoist appointment information; The ship hoisting horse warehousing management module is used to add the warehousing quantity of each type of ship hoisting horse. The warehousing types are divided into new warehousing and recycled warehousing. The warehousing information and warehousing type are stored in the background, and the inventory quantity can be modified; Ship hoisting horse ingredients distribution management module, used for hoisting horse ingredients and material distribution; The ship lifting horse installation management module is used to manage the lifting horse installation process information.

9. A computer-readable storage medium having a computer program stored thereon, characterized in that: When the program is executed by a processor, the ship hoisting horse control method described in any one of claims 1 to 7 is implemented.

10. An electronic device, characterized in that: The electronic device includes a memory and a processor, the memory is used to store a computer program, and the processor is used to execute the computer program stored in the memory, so that the electronic device executes the ship hoisting horse control method as described in any one of claims 1 to 7.

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