High-value medical consumable inventory management system and method

Abstract

The invention relates to the technical field of inventory management systems, in particular to a high-value medical consumable inventory management system and method. The system comprises a controller, the output end of the controller is connected with a login module, a personnel authority module, a timing detection and identification module and a warehouse, the output end of the warehouse is connected with a weighing module, the output end of the weighing module is connected with an early warning module, and the output end of the login module is electrically connected with the input end of the personnel authority module. The output end of the login module is connected with a personnel recording module, the output end of the personnel recording module is connected with a monitoring module, the output end of the personnel permission module is connected with a selection module, and the output end of the selection module is connected with a system identification module. The problems that in the consumable inventory management process of a traditional high-value medical consumable inventory management system, personnel operation is not traced, material taking authority is not managed and controlled in a graded mode, inventory weight abnormity is difficult to perceive, and consumable warehouse-in and warehouse-out records are fragmented are solved.

Description

Technical Field

[0001] This invention relates to the field of inventory management system technology, and in particular to a high-value medical consumables inventory management system and method. Background Technology

[0002] The High-Value Medical Consumables Inventory Management System is an intelligent management tool that integrates software and hardware to manage the entire inventory process of high-value medical consumables (such as artificial joints, cardiac stents, high-end surgical instruments, and gene testing reagents, which are characterized by high unit price, direct effects on the human body, strict safety requirements, and rigid clinical demand). Its core objective is to solve the pain points of traditional manual management of high-value consumables, such as "chaotic permissions, difficulty in traceability, inaccurate inventory, and low efficiency".

[0003] Existing high-value medical consumables inventory management systems suffer from several problems: lack of traceability of personnel operations, lack of hierarchical control over material retrieval permissions, difficulty in detecting abnormal inventory weights, and fragmented records of consumables entering and leaving the warehouse. These issues lead to difficulties in defining operational responsibilities, loss of control over the use of high-value consumables, delayed inventory warnings, and inaccurate inventory data. Summary of the Invention

[0004] The purpose of this invention is to address the shortcomings of existing high-value medical consumables inventory management systems, such as lack of traceability of personnel operations, lack of hierarchical control over material retrieval permissions, difficulty in detecting abnormal inventory weights, and fragmented records of consumables entering and leaving the warehouse. Therefore, this invention proposes a high-value medical consumables inventory management system and its method.

[0005] To achieve the above objectives, the present invention adopts the following technical solution: a high-value medical consumables inventory management system and method, comprising a controller, the output end of which is connected to a login module, a personnel access control module, a timed detection and identification module, and a warehouse; the output end of the warehouse is connected to a weighing module; the output end of the weighing module is connected to an early warning module; the output end of the login module is electrically connected to the input end of the personnel access control module; the output end of the login module is connected to a personnel recording module; the output end of the personnel recording module is connected to a monitoring module; the output end of the personnel access control module is connected to a selection module; the output end of the selection module is connected to a system identification module; the output end of the system identification module is electrically connected to the warehouse input end; and the output end of the system identification module is connected to the consumables recording module.

[0006] The aforementioned components achieve the following effects: the controller acts as the system core, coordinating the work of each module, receiving and processing information transmitted from each module, and issuing control commands to achieve overall management of high-value medical consumables inventory; the login module allows relevant personnel to log in to the system, verifying the identity information of the logged-in personnel to ensure that only authorized personnel can access and operate the system; the personnel access control module assigns corresponding operating permissions to logged-in personnel based on their identity and position, restricting the scope of operation of consumables by different personnel; the timed detection and identification module automatically starts the identification program of consumables in the warehouse at preset time intervals, periodically monitoring the status of consumables; the warehouse is used to store high-value medical consumables, providing suitable storage space for consumables; and the weighing module performs weight detection on the consumables in the warehouse. The system acquires the weight information of consumables to help determine the quantity of consumables. The early warning module issues an early warning signal when the weighing module detects abnormal weight of consumables, such as being lower or higher than the preset range, to remind management personnel to pay attention. The personnel recording module records the operation information of personnel logged into the system, including login time and operation content, to facilitate the tracking of personnel behavior. The monitoring module connects to the personnel recording module to monitor personnel's operations in the system in real time to ensure compliance. The selection module allows authorized personnel to select consumable-related options for the required operation, such as selecting consumables to be picked up. The system identification module identifies the corresponding consumables according to the instructions of the selection module and obtains detailed information about the consumables. The consumables recording module records relevant information such as consumables entering and leaving the warehouse, forming a complete record of consumables.

[0007] Preferably, the personnel access control module includes a consumable requisition module, and the output of the consumable requisition module is connected to a level verification module.

[0008] The above components achieve the following effects: the consumables requisition module allows personnel to submit applications for the use of consumables, specifying the type and quantity of consumables required; the level verification module connects to the consumables requisition module to verify whether the applicant's access level meets the requirements for the requested consumables.

[0009] Preferably, the output of the level verification module is connected to a first-level permission material retrieval module, a second-level permission material retrieval module, and a third-level permission material retrieval module.

[0010] The aforementioned components achieve the following effects: the Level 1 access control module handles the access-related operations of the applicant when the applicant's access level is Level 1, allowing them to access consumables corresponding to Level 1 access; the Level 2 access control module handles the access-related operations of the applicant when the applicant's access level is Level 2, allowing them to access consumables corresponding to Level 2 access; and the Level 3 access control module handles the access-related operations of the applicant when the applicant's access level is Level 3, allowing them to access consumables corresponding to Level 3 access.

[0011] Preferably, the consumables recording module includes an outbound recording module, a query module, and an inbound recording module.

[0012] The aforementioned components achieve the following effects: the outbound record module specifically records detailed information about consumable outbound shipments, including outbound time, quantity, and recipient; the query module provides a query function, allowing authorized personnel to query relevant records such as consumable inbound, outbound, and inventory; and the inbound record module specifically records detailed information about consumable inbound shipments, including inbound time, quantity, and supplier.

[0013] Preferably, the output terminals of the outbound record module, the query module, and the inbound record module are connected to an in-warehouse material display module.

[0014] The aforementioned components achieve the following effect: the material display module receives information from the outbound record module, query module, and inbound record module, and displays the inventory status of consumables, inbound and outbound records, etc., in an intuitive way, making it convenient for managers to view.

[0015] Preferably, the output terminal of the timing detection and identification module is connected to a consumable quality identification module, the output terminal of the consumable quality identification module is connected to a secondary quality verification module, the output terminal of the secondary quality verification module is connected to a consumable quality judgment module, and the input terminal of the consumable quality judgment module is electrically connected to the output terminal of the consumable quality identification module.

[0016] The aforementioned components achieve the following effects: the consumable quality identification module receives instructions from the timed detection identification module to identify and detect the quality of consumables and obtain quality-related data; the secondary quality verification module connects to the consumable quality identification module to perform secondary verification of the identified quality data to ensure the accuracy of the quality detection results; and the consumable quality judgment module receives information from the secondary quality verification module and the consumable quality identification module and judges whether the quality of consumables meets the standards according to preset standards.

[0017] Preferably, the output end of the consumable quality judgment module is connected to a non-compliant consumable locking module, and the output end of the non-compliant consumable locking module is connected to a non-compliant consumable ejection module.

[0018] The above components achieve the following effects: when the consumable quality judgment module determines that the quality of the consumables is substandard, the substandard consumables are locked to prevent them from being mistakenly taken or misused; the substandard consumables ejection module connects to the substandard consumables locking module to eject the locked substandard consumables from the warehouse and send them to the designated non-conforming product area.

[0019] Preferably, the output terminal of the substandard consumable ejection module is connected to an alarm module, and the output terminal of the substandard consumable ejection module is connected to a substandard consumable replacement module.

[0020] The aforementioned components achieve the following effects: the alarm module receives the signal from the non-compliant consumable ejection module, and when a non-compliant consumable is ejected, it issues an alarm signal to remind management personnel to handle it in a timely manner; the non-compliant consumable replacement module connects to the non-compliant consumable ejection module and is responsible for organizing the replacement operation of non-compliant consumables to ensure the normal supply of consumables in the warehouse.

[0021] Preferably, the input terminal of the substandard consumable replacement module is connected to a qualified consumable update module, and the input terminal of the qualified consumable update module is electrically connected to the output terminal of the consumable quality judgment module.

[0022] The effect achieved by the above components is that the qualified consumables update module receives information from the consumables quality judgment module, obtains relevant data on qualified consumables, and provides qualified consumables information to the substandard consumables replacement module for replacement and update.

[0023] A method for managing the inventory of high-value medical consumables, the specific steps of which are as follows: S1: Operators submit their identity information through the login module. After the system verifies the information, they are granted access. The personnel recording module records the login time and identity number, and the monitoring module starts real-time monitoring. S2: Controller instruction personnel permission module, which assigns corresponding material requisition permissions according to the operator's identity and position, and clarifies the scope of consumables that can be requisitioned; S3: Authorized personnel select consumables through the selection module and submit an application through the consumables requisition module, indicating the type, quantity, and purpose; S4: The level verification module compares the applicant's permissions with the consumable requirements, processes them in three-level modules and unlocks the corresponding warehouse area, and the system identification module reads the consumable batch and expiration date; S5: After the operator picks up the material, the outbound record module records the complete outbound information; S6: After the controller timing command timing detection and identification module and the consumable quality identification module detect the consumable quality, the secondary quality verification module reviews the consumable quality and the consumable quality judgment module determines whether it meets the standards. S7: After the controller timing command timing detection and identification module and the consumable quality identification module detect the consumable quality, the secondary quality verification module reviews the detection, and the consumable quality judgment module judges whether the consumable quality meets the standards.

[0024] In summary, the beneficial effects of the present invention are as follows: 1. In this invention, when consumables need to be retrieved, the login module verifies the user's identity and logs into the system. The personnel permission module grants corresponding permissions. The authorized user selects the consumables through the selection module, submits the application through the consumable retrieval application module, and after the level verification module verifies the permissions, the corresponding level retrieval module processes the application. The system identification module identifies the consumable information, and the outbound record module records the details. This solves the problems of traditional high-value medical consumable inventory management systems, such as lack of traceability of personnel operations, lack of hierarchical control of retrieval permissions, difficulty in detecting abnormal inventory weights, and fragmented records of consumable inbound and outbound transactions.

[0025] 2. In this invention, through the timed detection and identification module, when it is necessary to periodically detect the quality of consumables in the warehouse, the timed detection and identification module issues an instruction, the consumables quality identification module detects and acquires data, the secondary quality verification module verifies to ensure accuracy, and the consumables quality judgment module judges whether it meets the standards. If it does not meet the standards, it is locked and pushed to the non-conforming product area. At the same time, the alarm module alarms to remind the management personnel to replace and handle it in time. This solves the problem that the traditional high-value medical consumables inventory management system has significant shortcomings in the dynamic monitoring and risk control of consumables quality, and it is difficult to meet the clinical requirements for "zero defects" in the use of high-value consumables. Attached Figure Description

[0026] Figure 1 This is a schematic diagram of the system structure of the present invention; Figure 2 This is a schematic diagram of the control system structure of the present invention; Figure 3 This is a schematic diagram of the personnel access control module of the present invention; Figure 4 This is a schematic diagram of the control structure of the consumables recording module of the present invention.

[0027] Legend: 1. Controller; 2. Login Module; 3. Personnel Permission Module; 31. Consumable Requisition Module; 32. Level Verification Module; 33. Level 1 Permission Requisition Module; 34. Level 2 Permission Requisition Module; 35. Level 3 Permission Requisition Module; 4. Timed Detection and Identification Module; 5. Warehouse; 6. Weighing Module; 7. Early Warning Module; 8. Personnel Record Module; 9. Monitoring Module; 10. Selection Module; 11. System Identification Module; 12. Consumable Record Module; 1201. Outbound Record Module; 1202. Warehouse Material Display Module; 1203. Inbound Record Module; 1204. Query Module; 13. Consumable Quality Identification Module; 14. Secondary Quality Verification Module; 15. Consumable Quality Judgment Module; 16. Non-compliant Consumable Locking Module; 17. Non-compliant Consumable Pushout Module; 18. Alarm Module; 19. Qualified Consumable Update Module; 20. Non-compliant Consumable Replacement Module. Detailed Implementation

[0028] reference Figures 1-4As shown, the present invention provides a technical solution: a high-value medical consumables inventory management system and method, including a controller 1. The output of the controller 1 is connected to a login module 2, a personnel access control module 3, a timed detection and identification module 4, and a warehouse 5. The output of the warehouse 5 is connected to a weighing module 6. The output of the weighing module 6 is connected to an early warning module 7. The output of the login module 2 is electrically connected to the input of the personnel access control module 3. The output of the login module 2 is connected to a personnel recording module 8. The output of the personnel recording module 8 is connected to a monitoring module 9. The output of the personnel access control module 3 is connected to a selection module 10. The output of the selection module 10 is connected to a system identification module 11. The output of the system identification module 11 is electrically connected to the input of the warehouse 5. The output of the system identification module 11 is connected to a consumables recording module 12. The system is structured with controller 1 as the core, coordinating the work of each module, receiving and processing information transmitted from each module, and issuing control commands to achieve overall management of high-value medical consumables inventory. Login module 2 allows relevant personnel to log in to the system, verifying their identity information to ensure only authorized personnel can access the system. Personnel access control module 3 assigns appropriate operating permissions based on the login personnel's identity and position, restricting the scope of consumable operations for different personnel. Timed detection and identification module 4 automatically initiates the identification program for consumables in warehouse 5 at preset time intervals, periodically monitoring the status of consumables. Warehouse 5 is used to store high-value medical consumables, providing suitable storage space. Weighing module 6 performs weight detection on the consumables in warehouse 5, obtaining their weight information. The system includes several modules: a weighing module 6 and a personnel recording module 7. The weighing module 6 detects abnormal weight of consumables (e.g., below or above a preset range) and an early warning module 7. The personnel recording module 8 records the operation information of logged-in personnel, including login time and operation content, facilitating the tracking of personnel behavior. The monitoring module 9 connects to the personnel recording module 8 to monitor personnel operations in real time, ensuring compliance. The selection module 10 allows authorized personnel to select relevant consumable options, such as choosing which consumables to collect. The system identification module 11 identifies the corresponding consumables based on the instructions from the selection module 10, obtaining detailed information about the consumables. The consumable recording module 12 records information such as consumable entry and exit, creating a complete record of consumables. The personnel authorization module 3 includes a consumable requisition module 31, whose output is connected to a level verification module 32. The consumables requisition module 31 allows personnel to submit applications for consumables, specifying the type and quantity of consumables required. The access level verification module 32 connects to the consumables requisition module 31 to verify whether the applicant's access level meets the requirements for requisitioning the requested consumables. The output of the access level verification module 32 is connected to the first-level access module 33, the second-level access module 34, and the third-level access module 35.The consumables recording module 12 includes an outbound record module 1201, a query module 1204, and an inbound record module 1203. The outbound record module 1201 specifically records detailed information on consumable outbound transactions, including outbound time, quantity, and recipient. The query module 1204 provides query functionality, allowing authorized personnel to query related records such as inbound, outbound, and inventory of consumables. The inbound record module 1203 specifically records detailed information on consumable inbound transactions, including inbound time, quantity, and recipient. The outputs of the outbound record module 1201, query module 1204, and inbound record module 1203 are connected to the in-warehouse material display module 1202. This allows the in-warehouse material display module 1202 to receive information from the outbound record module 1201, query module 1204, and inbound record module 1203, displaying the inventory status and inbound / outbound records of consumables in a visually intuitive way, facilitating management personnel's viewing. The output of the timed detection and identification module 4 is connected to the consumable quality identification module 13. The output of the consumable quality identification module 13 is connected to the secondary quality verification module 14. The output of the secondary quality verification module 14 is connected to the consumable quality judgment module 15. The input of the consumable quality judgment module 15 is electrically connected to the output of the consumable quality identification module 13. The system achieves the following: Consumables Quality Identification Module 13 receives instructions from Timed Detection and Identification Module 4 to identify and detect the quality of consumables, acquiring relevant quality data. Secondary Quality Verification Module 14 interfaces with Consumables Quality Identification Module 13 to perform secondary verification of the identified quality data, ensuring the accuracy of the quality detection results. Consumables Quality Judgment Module 15 receives information from both Secondary Quality Verification Module 14 and Consumables Quality Identification Module 13, and determines whether the consumables meet quality standards based on preset criteria. The output of Consumables Quality Judgment Module 15 is connected to Substandard Consumables Locking Module 16, and the output of Substandard Consumables Locking Module 16 is connected to Substandard Consumables Push-Out Module 17. This achieves the following: When Consumables Quality Judgment Module 15 determines that consumables are substandard, Substandard Consumables Locking Module 16 locks the substandard consumables to prevent them from being mistakenly taken or used. Substandard Consumables Push-Out Module 17 interfaces with Substandard Consumables Locking Module 16 to push the locked substandard consumables out of the warehouse and send them to a designated non-conforming product area. An alarm module 18 is connected to the output of the substandard consumable ejection module 17, and a substandard consumable replacement module 20 is connected to the output of the substandard consumable ejection module 17.The alarm module 18 receives a signal from the substandard consumable ejection module 17. When a substandard consumable is ejected, an alarm signal is issued to remind management personnel to handle it promptly. The substandard consumable replacement module 20, connected to the substandard consumable ejection module 17, is responsible for organizing the replacement of substandard consumables to ensure a normal supply of consumables in the inventory. The input of the substandard consumable replacement module 20 is connected to the qualified consumable update module 19, and the input of the qualified consumable update module 19 is electrically connected to the output of the consumable quality judgment module 15. The qualified consumable update module 19 receives information from the consumable quality judgment module 15, obtains relevant data on qualified consumables, and provides qualified consumable information to the substandard consumable replacement module 20 for effective replacement.

[0029] A method for managing the inventory of high-value medical consumables, the specific steps of which are as follows: S1: Operators submit their identity information through login module 2. After the system verifies the information, they are granted access. Personnel recording module 8 records the login time and identity number, and monitoring module 9 starts real-time monitoring. S2: Controller 1 instructs personnel permission module 3 to assign corresponding material requisition permissions according to the operator's identity and position, and to clarify the scope of consumables that can be requisitioned; S3: Authorized personnel select consumables through module 10 and submit an application through consumable requisition module 31, indicating the type, quantity, and purpose; S4: Level verification module 32 compares the applicant's permissions with the consumable requirements, processes and unlocks the corresponding warehouse 5 areas in three-level modules, and system identification module 11 reads the consumable batch and expiration date; S5: After the operator retrieves the material, the outbound record module 1201 records the complete outbound information; S6: After the controller 1 timed command timed detection and identification module 4 and the consumable quality identification module 13 detect the consumable quality, the secondary quality verification module 14 reviews the consumable quality and the consumable quality judgment module 15 judges the compliance status. S7: After the controller 1 performs timed command, timed detection and identification module 4, and consumable quality identification module 13, the secondary quality verification module 14 performs a second verification, and the consumable quality judgment module 15 judges the compliance status.

[0030] Working Principle: Through controller 1, when consumables need to be retrieved, the operator first logs into the system via login module 2. After identity verification, the operator enters the system. Personnel permission module 3 assigns corresponding operating permissions based on the logged-in personnel's identity and position. Authorized personnel select the consumables they need through selection module 10. To retrieve consumables, an application must first be submitted through consumable retrieval application module 31, specifying the type and quantity of consumables required. Level verification module 32 connects to consumable retrieval application module 31 to verify whether the applicant's permission level meets the requirements for retrieving the requested consumables. If the applicant has Level 1 permission, Level 1 permission retrieval module 33 processes the retrieval operation, allowing the retrieval of consumables corresponding to Level 1 permission. If the applicant has Level 2 permission, Level 2 permission retrieval module 34 processes the operation, allowing the retrieval of consumables corresponding to Level 1 permission. For consumables with Level 2 access, if the access level is Level 3, the Level 3 access module 35 will handle the process, allowing the use of consumables with the corresponding Level 3 access. The system identification module 11 will identify the corresponding consumables according to the instructions of the selection module 10 and obtain detailed information. There are N warehouses 5. After the consumables are used, the outbound record module 1201 will specifically record the detailed information of this outbound consumable, including the outbound time, quantity, and the person who received it. Throughout the process, the personnel record module 8 will record the operation information of the logged-in personnel. The monitoring module 9 will connect to the personnel record module 8 to monitor in real time to ensure compliance of operations. This solves the problems of traditional high-value medical consumables inventory management systems, such as lack of traceability of personnel operations, lack of hierarchical control of access permissions, difficulty in detecting abnormal inventory weight, and fragmented records of consumables entering and leaving the warehouse.

[0031] When the quality of consumables in warehouse 5 needs to be periodically checked via the timed detection and identification module 4, the controller 1 controls the timed detection and identification module 4 to issue a detection command at regular intervals. After the timed detection and identification module 4 issues the command, the consumables quality identification module 13 immediately detects the quality of the consumables and obtains relevant data. The secondary quality verification module 14 then reviews these detection data to ensure the accuracy of the results. The consumables quality judgment module 15 integrates the information from the initial detection and secondary verification and judges whether the quality of the consumables meets the standards according to preset standards. If it is determined that the quality does not meet the standards, the non-compliant consumables locking module 16 will immediately lock it to prevent mis-collection and misuse. Afterwards, the non-compliant consumables are removed from the module. Block 17 removes the locked non-conforming consumables from the warehouse and sends them to the designated non-conforming product area. At the same time, the alarm module 18 receives the signal and issues an alarm to remind the management personnel to handle it in time. During the handling process, the qualified consumables update module 19 obtains qualified consumables information based on the quality judgment results and provides it to the non-conforming consumables replacement module 20. The non-conforming consumables replacement module 20 then organizes the replacement operation based on this information to ensure the normal supply of consumables in the warehouse. This solves the problem that traditional high-value medical consumables inventory management systems have significant shortcomings in the dynamic monitoring and risk control of consumables quality, making it difficult to meet the clinical requirements for "zero defects" in the use of high-value consumables.

[0032] In the description of this invention, it should be noted that, unless otherwise explicitly specified and limited, the terms "installation," "connection," and "linking" should be interpreted broadly. For example, they can refer to a fixed connection, a detachable connection, or an integral connection; they can refer to a mechanical connection or an electrical connection; they can refer to a direct connection or an indirect connection through an intermediate medium; and they can refer to the internal connection of two components. Those skilled in the art will understand the specific meaning of the above terms in this invention based on the specific circumstances.

Claims

1. A high-value medical consumables inventory management system, comprising a controller (1), characterized in that: The output of the controller (1) is connected to the login module (2), the personnel permission module (3), the timed detection and identification module (4), and the warehouse (5). The output end of the warehouse (5) is connected to a weighing module (6), the output end of the weighing module (6) is connected to an early warning module (7), the output end of the login module (2) is electrically connected to the input end of the personnel permission module (3), the output end of the login module (2) is connected to a personnel record module (8), the output end of the personnel record module (8) is connected to a monitoring module (9), the output end of the personnel permission module (3) is connected to a selection module (10), the output end of the selection module (10) is connected to a system identification module (11), the output end of the system identification module (11) is electrically connected to the input end of the warehouse (5), and the output end of the system identification module (11) is connected to a consumables record module (12).

2. The high-value medical consumables inventory management system according to claim 1, characterized in that: The personnel permission module (3) includes a consumable material requisition module (31), and the output end of the consumable material requisition module (31) is connected to a level verification module (32).

3. The high-value medical consumables inventory management system according to claim 2, characterized in that: The output of the level verification module (32) is connected to a first-level permission material retrieval module (33), a second-level permission material retrieval module (34), and a third-level permission material retrieval module (35).

4. The high-value medical consumables inventory management system according to claim 1, characterized in that: The consumables recording module (12) includes an outbound recording module (1201), a query module (1204), and an inbound recording module (1203).

5. A high-value medical consumables inventory management system according to claim 4, characterized in that: The output terminals of the outbound record module (1201), query module (1204) and inbound record module (1203) are connected to the in-warehouse material display module (1202).

6. The high-value medical consumables inventory management system according to claim 1, characterized in that: The output of the timing detection and identification module (4) is connected to the consumable quality identification module (13). The output of the consumable quality identification module (13) is connected to the secondary quality verification module (14). The output of the secondary quality verification module (14) is connected to the consumable quality judgment module (15). The input of the consumable quality judgment module (15) is electrically connected to the output of the consumable quality identification module (13).

7. A high-value medical consumables inventory management system according to claim 6, characterized in that: The output of the consumable quality judgment module (15) is connected to the non-compliant consumable locking module (16), and the output of the non-compliant consumable locking module (16) is connected to the non-compliant consumable ejection module (17).

8. A high-value medical consumables inventory management system according to claim 7, characterized in that: The output end of the non-compliant consumable ejection module (17) is connected to an alarm module (18), and the output end of the non-compliant consumable ejection module (17) is connected to a non-compliant consumable replacement module (20).

9. A high-value medical consumables inventory management system according to claim 8, characterized in that: The input terminal of the substandard consumable replacement module (20) is connected to the qualified consumable update module (19), and the input terminal of the qualified consumable update module (19) is electrically connected to the output terminal of the consumable quality judgment module (15).

10. A method for managing the inventory of high-value medical consumables, characterized in that: The specific steps are as follows: S1: Operators submit their identity information through the login module (2). After the system verifies the information, they are granted access. The personnel record module (8) records the login time and identity number, and the monitoring module (9) starts real-time monitoring. S2: The controller (1) instructs the personnel permission module (3) to grant corresponding material collection permissions according to the operator's identity and position, and to clarify the scope of consumables that can be collected; S3: Authorized personnel select consumables through the selection module (10), submit an application through the consumables application module (31), and indicate the type, quantity, and purpose; S4: The level verification module (32) compares the applicant's permissions with the consumable requirements, processes them in three modules and unlocks the corresponding warehouse (5) area, and the system identification module (11) reads the consumable batch and expiration date; S5: After the operator picks up the material, the outbound record module (1201) records the complete outbound information; S6: After the controller (1) timed instruction timed detection and identification module (4), consumable quality identification module (13) detects, the secondary quality verification module (14) reviews, and the consumable quality judgment module (15) judges the compliance status; S7: Controller (1) timing instruction timing detection and identification module (4), consumable quality identification module (13) after detection, secondary quality verification module (14) re-verifies, consumable quality judgment module (15) judges the compliance status.

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