Intelligent safety tool warehouse-in and warehouse-out management terminal
Through intelligent security tool access management terminal and RFID technology, automated identification and full life cycle management of security tool access are realized, solving the problem that traditional paper recording forms cannot meet management needs, and improving management efficiency and security guarantee levels.
Patent Information
- Application Number
- CN202510076821.1
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2025-01-17
- Publication Date
- 2025-05-13
AI Technical Summary
Traditional paper recording forms cannot effectively meet the needs of power companies in the management of safety tools, resulting in low management efficiency, frequent loss and damage and high cost.
The intelligent security tool entry and exit management terminal is adopted, combined with RFID technology, to realize the automated identification of tools and real-time data updates, and the full life cycle management is carried out through the tool verification and storage system and data management platform.
It improves the intelligent level and management efficiency of safety tool management, reduces loss and damage, reduces management costs, optimizes the in-store and exit process, and enhances safety production guarantees.
Smart Images
Figure CN119990993A_ABST
Abstract
Description
Technical Field
[0001] The invention belongs to the technical field of power grid equipment management, and in particular relates to an intelligent safety tool in-and-out storage management terminal. Background Art
[0002] With the increasing perfection and widespread application of power grid technology in my country in recent years, the equipment under the jurisdiction of power companies has been on the rise in the information age. Power companies are facing many difficulties and huge workloads in emergency repairs and overhauls, and the safety tools required in this field are increasing day by day. The management of safety tools in power supply companies in the information age involves a series of complicated work tasks and departments, and they face complex tasks on a daily basis, with many overlapping tasks and blind spots in management. From the perspective of storage space and comprehensive management, the traditional form of paper records cannot fundamentally meet the substantial needs of safety tool management. From the perspective of storage space and comprehensive management, the traditional form of paper records cannot fundamentally and effectively meet the real needs of safety tool management. Therefore, it is very necessary to provide an intelligent safety tool in and out warehouse management terminal that effectively meets the needs, improves management efficiency, reduces loss and damage, reduces costs, and optimizes in and out warehouse management. Summary of the invention
[0003] The purpose of the present invention is to overcome the shortcomings of the prior art and provide an intelligent safety tool entry and exit management terminal that effectively meets the needs, improves management efficiency, reduces loss and damage, reduces costs, and optimizes entry and exit management.
[0004] The objective of the present invention is achieved as follows: an intelligent safety tool entry and exit management terminal, which includes a tool acceptance and warehousing system and a data management platform, wherein the tool acceptance and warehousing system realizes the management of the entire life cycle of safety tools from entry, storage to exit, and use; the data management platform is used to store and manage input data information; the tool acceptance and warehousing system and the data management platform establish a communication connection with an RFID system through communication facilities, and the communication facilities are used to transmit information of the entire RFID system, and the RFID system is used to realize automatic identification and real-time data update of safety tools, and complete the automatic and intelligent management of safety tools; the RFID system is connected to a mobile terminal, and the mobile terminal uses an RFID scanning terminal to complete the mobile scanning operation of safety tools.
[0005] The tool acceptance and storage system includes a tool acceptance module, a label generation module, a tool storage module, a storage information query module, a collection management module and a statistical query management module.
[0006] The collection management module can conveniently use the RFID scanning terminal to scan the code to issue the goods. At this time, the statistical query management module will record the collection personnel information and the collection tool information and upload them to the data management platform. If the goods are not returned as expected, the relevant responsible personnel will be notified through the data management platform.
[0007] The data management platform includes an edge interface, RFID middleware, an enterprise application interface and a user interface.
[0008] The RFID system includes a reader / writer, an electronic tag, an RFID middleware, a reader / writer antenna, a controller and a display screen.
[0009] The reader / writer and the electronic tag use an inductive coupling system and / or an electromagnetic backscatter coupling system to establish communication and energy connection.
[0010] The electronic tag includes an image sensor, a chip and an electronic code; the electronic code corresponds to all RFID tags.
[0011] The electronic tags can be attached to the surface of the working equipment by using adhesives or other connection methods to complete the classification of the same type of working equipment.
[0012] The reader / writer includes a reset circuit, an LED display driver, a buzzer driver, a central processing unit, an RS232 communication interface, a TTL level communication, and an RFID base station circuit; the RS232 communication interface is bidirectionally connected to a PC; the TTL level communication is bidirectionally connected to a user main control module; the RFID base station circuit is bidirectionally connected to an RFID antenna, and the RFID antenna is bidirectionally connected to an RFID card.
[0013] The beneficial effects of the present invention are as follows: the present invention is an intelligent safety tool warehousing and access management terminal. During use, the present invention makes full use of RFID and professional technology to effectively solve the main problems in tool management, ensures that the management activities of the entire safety tool can effectively meet the work needs in the modern era, and improves the management efficiency of the entire system through reasonable process control, and effectively improves the management efficiency, intelligence level and safety level of safety tools in the power industry; the present invention adopts hardware structures including read-write modules, display screens, controllers, etc. and software structures such as data management platforms and user interfaces to complete the management of the entire life cycle from warehousing, storage to outbound and use of tools, improve the intelligence level and management efficiency of safety tool management, and ensure safe production in the power industry; the present invention has the advantages of effectively meeting needs, improving management efficiency, reducing loss and damage, reducing costs, and optimizing warehousing and access management. BRIEF DESCRIPTION OF THE DRAWINGS
[0014] Figure 1This is a diagram of the terminal system architecture of the present invention.
[0015] Figure 2 It is a schematic diagram of the internal structure of the operation box of the present invention.
[0016] Figure 3 It is a schematic diagram of the tool storage module management of the present invention.
[0017] Figure 4 It is a schematic diagram of the connection between the RFID system and the data management platform of the present invention.
[0018] Figure 5 It is a schematic diagram of the structure of the RFID system of the present invention.
[0019] Figure 6 It is a schematic diagram of the composition structure of the reader / writer of the present invention.
[0020] Figure 7 It is a schematic diagram of the RFID scanning terminal of the present invention. DETAILED DESCRIPTION
[0021] The present invention will be further described below in conjunction with the accompanying drawings. Example
[0022] like Figure 1-7 As shown, an intelligent safety tool entry and exit management terminal includes a tool acceptance and warehousing system and a data management platform. The tool acceptance and warehousing system realizes the management of the safety tools from entry, storage to exit and use throughout the entire life cycle; the data management platform is used to store and manage input data information; the tool acceptance and warehousing system and the data management platform establish a communication connection with the RFID system through communication facilities, and the communication facilities are used to transmit the information of the entire RFID system. The RFID system is used to realize automatic identification and real-time data update of safety tools, and complete the automatic and intelligent management of safety tools; the RFID system is connected to the mobile terminal, and the mobile terminal uses the RFID scanning terminal to complete the mobile scanning operation of the safety tools.
[0023] The tool acceptance and storage system includes a tool acceptance module, a label generation module, a tool storage module, a storage information query module, a collection management module and a statistical query management module.
[0024] In this embodiment, ① tool storage module: there are two main forms of safety tool storage, namely, storage with or without labels. After completing the selection of storage information, the operator can start the operation of power safety tool storage, and after storage, the relevant information of the power safety tools can be checked from the list, and can also be queried according to whether there are labels or not.
[0025] ② Label generation module: Label generation can uniformly use the specific information of selected materials to form labels. In this function, operators can also complete the management operations of material information.
[0026] ③Inventory information query module: Managers can query the inventory information of power safety tools through basic conditions such as labels and inventory restrictions. At the same time, they can also export and print the inventory information in the form of Excel files.
[0027] ④Statistical query management module: The statistical query module provides queries including user information module, statistical query of scrapped safety tools, basic information statistics, and ledger query.
[0028] The collection management module can conveniently use the RFID scanning terminal to scan the code to issue the goods. At this time, the statistical query management module will record the collection personnel information and the collection tool information and upload them to the data management platform. If the goods are not returned as expected, the relevant responsible personnel will be notified through the data management platform.
[0029] The innovations of the present invention are as follows: ① Intelligent management terminal based on RFID technology: High-frequency RFID technology is fully applied to the in-and-out management of power safety tools, realizing the automatic identification and real-time data update of tools, significantly improving management efficiency and accuracy, and reducing human errors; ② Integrated management terminal: The safety tool in-and-out management terminal of the present invention integrates a read-write module, a data management system and a user interface, providing a one-stop solution, enhancing the convenience of user operation and the overall performance of the system; ③ Data-driven decision support: Through real-time monitoring and data analysis of tools, it supports the scientific and information-based management decisions, helps enterprises to discover problems in a timely manner and optimize management, and improves safety assurance and operational efficiency.
[0030] To sum up, the direct benefits of the present invention are mainly reflected in improving the management efficiency and accuracy of power safety tools, reducing the loss and damage of tools, and reducing labor management costs, thereby optimizing the warehousing process and enhancing production safety guarantees; at the same time, through the application of intelligent management terminals, enterprises can achieve real-time data monitoring and analysis, thereby improving overall operational efficiency; the indirect benefits are reflected in improving the industry's safety standards and management level through promotion and application, promoting technological innovation and equipment upgrades, and enhancing the market competitiveness of enterprises, which will ultimately help enhance the public's trust in the safety management of the power industry and achieve sustainable development.
[0031] The present invention is an intelligent safety tool entry and exit management terminal. During use, the present invention makes full use of RFID and professional technology to effectively solve the main problems in tool management, ensure that the management activities of the entire safety tool can effectively meet the work needs in the modern era, improve the management efficiency of the entire system through reasonable process control, and effectively improve the management efficiency, intelligence level and safety level of safety tools in the power industry; the present invention adopts hardware structures including read-write modules, display screens, controllers, etc. and software structures such as data management platforms and user interfaces to complete the management of the entire life cycle from the entry, storage to the exit and use of tools, improve the intelligence level and management efficiency of safety tool management, and ensure safe production in the power industry; the present invention has the advantages of effectively meeting needs, improving management efficiency, reducing loss and damage, reducing costs, and optimizing entry and exit management. Example
[0032] like Figure 1-7 As shown, an intelligent safety tool entry and exit management terminal includes a tool acceptance and warehousing system and a data management platform. The tool acceptance and warehousing system realizes the management of the safety tools from entry, storage to exit and use throughout the entire life cycle; the data management platform is used to store and manage input data information; the tool acceptance and warehousing system and the data management platform establish a communication connection with the RFID system through communication facilities, and the communication facilities are used to transmit the information of the entire RFID system. The RFID system is used to realize automatic identification and real-time data update of safety tools, and complete the automatic and intelligent management of safety tools; the RFID system is connected to the mobile terminal, and the mobile terminal uses the RFID scanning terminal to complete the mobile scanning operation of the safety tools.
[0033] The data management platform includes an edge interface, RFID middleware, an enterprise application interface and a user interface.
[0034] In this embodiment, the RFID system includes four structures: reader, electronic tag, RFID middleware and application system software. Middleware and application software are usually called user interface. From the perspective of function realization, the RFID system is divided into hardware system and software system. The hardware system usually belongs to information perception work and is called hardware component. The main work of the software system is to process and apply information, and the main work of the communication facility is to transmit the information of the entire RFID system. Its content is as follows: Figure 4-5 .
[0035] The RFID system includes a reader / writer, an electronic tag, an RFID middleware, a reader / writer antenna, a controller and a display screen.
[0036] In this embodiment, ① electronic tag: tag: also called "responder", is a miniature wireless transmitter / receiver, and its internal structure includes an image sensor and a chip. The electronic codes of all RFID tags corresponding to it can use adhesives to divide the surface of the same type of working equipment. This type of label can also be called a smart label.
[0037] ②Reader: It is a device that can be used to capture and process RFID tag data. RFID tag data can be independent or included in other systems. The reader is a key component of the RFID system because it can write data on the RFID tag, which can also be called a reader. Therefore, the hardware part of the reader mostly uses a transmitter / receiver, a microprocessor or memory, and external devices. It mainly includes sensors / actuators, safety buzzer input / output interfaces, communication interfaces, and power supplies. Figure 6 As shown; moreover, the reader has components such as controls, antennas, communication facilities, etc., and provides functions such as an orderly working command center, energy reception and transmission, and a secure communication link.
[0038] ③Mobile terminals can use existing semi-finished products, such as Figure 7 As shown, the above functions are realized through a series of software development.
[0039] The reader / writer and the electronic tag use an inductive coupling system and / or an electromagnetic backscatter coupling system to establish communication and energy connection.
[0040] In this embodiment, for the communication and energy guidance scheme between the electronic tag and the reader, the system is generally divided into two types, including an inductive coupling system (Inductive Coupling) and an electromagnetic backscatter coupling system (Backscatter Coupling); inductive coupling is generated by utilizing a spatial high-frequency alternating magnetic field based on the law of electromagnetic induction; in electromagnetic backscatter coupling, which is a radar principle model, when the emitted electromagnetic wave hits the target, the electromagnetic wave will be reflected and the target information will be sent back according to the law of spatial propagation of radio waves.
[0041] The electronic tag includes an image sensor, a chip and an electronic code; the electronic code corresponds to all RFID tags.
[0042] The electronic tags can be attached to the surface of the working equipment by using adhesives or other connection methods to complete the classification of the same type of working equipment.
[0043] The reader / writer includes a reset circuit, an LED display driver, a buzzer driver, a central processing unit, an RS232 communication interface, a TTL level communication, and an RFID base station circuit; the RS232 communication interface is bidirectionally connected to a PC; the TTL level communication is bidirectionally connected to a user main control module; the RFID base station circuit is bidirectionally connected to an RFID antenna, and the RFID antenna is bidirectionally connected to an RFID card.
[0044] The safety tool management terminal of the present invention can be used in power companies, not only can the use of safety tools become unified, but also can complete effective supervision of operations, making grassroots tool rooms more convenient in daily operation and maintenance, while also promoting daily supervision by the safety supervision department of the power company; reducing the complexity of safety tool management in power companies, thereby improving the work efficiency of personnel and reducing safety hazards caused by operational errors; enabling power companies to achieve full-process management of safety tool management, with its use management as a basic function, using report query and statistical summary to display it, taking the planning process of safety tools as the main line of development, with the aim of completing effective management of the entire process of the safety tool management system; being able to improve quality It not only improves the quantity control system and management capabilities, but also can effectively detect safety inventory, test cycle and scrap cycle, so as to improve management level and work efficiency, avoid loopholes in the connection of links in the management process, and reduce the emergence of unsafe factors; ensure the effectiveness and reliability of input information. After the relevant personnel complete the information entry operation, the system can complete the information management according to the input database, avoiding the access of information by unauthorized personnel, and it is more stable than the possibility of paper information being arbitrarily altered and lost; it is more convenient and faster in information query and entry, and the information obtained at the same time is more complete, which changes the time consumption of paper information in query, and avoids errors and omissions in query results.
[0045] In summary, ① the present invention realizes the automation and intelligence of tool management through RFID technology, greatly improves the efficiency and accuracy of warehousing and out-of-warehouse, and reduces human errors and time costs compared with traditional manual management methods; ② the present invention promotes the scientific management decision-making and improves the level of safety protection by integrating data monitoring and real-time information feedback; ③ the management terminal of the present invention not only has a good user experience, but also can be flexibly configured according to industry needs, and has strong adaptability and expansibility; generally speaking, the present invention has significant innovation and foresight in improving the efficiency of safety tool management in the power industry, reducing operating costs and enhancing safety, and provides strong support for the digital transformation of the industry; ④ the present invention solves the problems of low efficiency, inaccurate information and high labor costs faced by the power industry in the management of safety tools; by introducing RFID technology, the automated management of tool entry and exit is realized, the real-time and accuracy of data is significantly improved, and the tool error rate is effectively reduced. ⑤Good economic and social benefits: The economic benefits are mainly reflected in the reduction of the operating costs of power companies in the management of safety tools. Through the application of RFID technology, the economic losses caused by the loss and damage of tools and improper manual management are reduced. At the same time, the efficiency of warehousing is improved, the operation time is shortened, and the overall production efficiency is improved. In terms of social benefits, the safety management level of the power industry is significantly improved, the safety accidents caused by poor tool management are reduced, the safety and health of employees are guaranteed, and the public's trust and satisfaction with the power industry are enhanced. In addition, the project has promoted the digital transformation of the industry, promoted technological innovation and talent training, and played a positive role in the sustainable development of the entire society.
[0046] The present invention is an intelligent safety tool entry and exit management terminal. During use, the present invention makes full use of RFID and professional technology to effectively solve the main problems in tool management, ensure that the management activities of the entire safety tool can effectively meet the work needs in the modern era, improve the management efficiency of the entire system through reasonable process control, and effectively improve the management efficiency, intelligence level and safety level of safety tools in the power industry; the present invention adopts hardware structures including read-write modules, display screens, controllers, etc. and software structures such as data management platforms and user interfaces to complete the management of the entire life cycle from the entry, storage to the exit and use of tools, improve the intelligence level and management efficiency of safety tool management, and ensure safe production in the power industry; the present invention has the advantages of effectively meeting needs, improving management efficiency, reducing loss and damage, reducing costs, and optimizing entry and exit management.
Claims
1. An intelligent safety tool storage management terminal, which includes a tool storage acceptance system and a data management platform, characterized in that: The tool acceptance and warehousing system is used to manage the entire life cycle of safety tools from warehousing, storage to delivery and use; the data management platform is used to store and manage input data information; the tool acceptance and warehousing system and the data management platform establish a communication connection with the RFID system through communication facilities, and the communication facilities are used to transmit the information of the entire RFID system. The RFID system is used to realize automatic identification and real-time data update of safety tools, and complete the automatic and intelligent management of safety tools; the RFID system is connected to the mobile terminal, and the mobile terminal uses an RFID scanning terminal to complete the mobile scanning operation of safety tools.
2. An intelligent safety tool storage and access management terminal as claimed in claim 1, characterized in that: The tool acceptance and storage system includes a tool acceptance module, a label generation module, a tool storage module, a storage information query module, a collection management module and a statistical query management module.
3. An intelligent safety tool storage and access management terminal as claimed in claim 2, characterized in that: The collection management module uses an RFID scanning terminal to scan codes for delivery. The statistical query management module records the collection personnel information and the collection safety tools information and uploads them to the data management platform. If the tools are not returned as expected, the relevant responsible personnel will be notified through the data management platform.
4. An intelligent safety tool storage and access management terminal as claimed in claim 3, characterized in that: The data management platform includes an edge interface, RFID middleware, an enterprise application interface and a user interface.
5. The intelligent safety tool storage and access management terminal according to claim 1, characterized in that: The RFID system includes a reader / writer, an electronic tag, an RFID middleware, a reader / writer antenna, a controller and a display screen.
6. An intelligent safety tool storage and access management terminal as claimed in claim 5, characterized in that: The reader / writer and the electronic tag use an inductive coupling system and / or an electromagnetic backscatter coupling system to establish communication and energy connection.
7. An intelligent safety tool storage and access management terminal as claimed in claim 6, characterized in that: The electronic tag includes an image sensor, a chip and an electronic code; the electronic code corresponds to all RFID tags.
8. An intelligent safety tool storage and access management terminal as claimed in claim 7, characterized in that: The electronic tags are attached to the surface of the working equipment by using adhesive to classify the working equipment of the same type.
9. The intelligent safety tool storage and access management terminal according to claim 6, characterized in that: The reader / writer includes a reset circuit, an LED display driving circuit, a buzzer driving circuit, a central processing unit, an RS232 communication interface, a TTL level communication circuit, and an RFID base station circuit; the RS232 communication interface is bidirectionally connected to the PC; the TTL level communication circuit is bidirectionally connected to the user main control module; The RFID base station circuit is bidirectionally connected to the RFID antenna, and the RFID antenna is bidirectionally connected to the RFID card.