Standby medical instrument and cold door instrument management and supply method and system

Abstract

The invention relates to the technical field, in particular to a standby medical instrument and cold instrument management and supply method and system, the management method comprises warehouse-in management, warehouse-out management and master station control management, the supply method comprises demand initiation, delivery and return, the radio frequency identification (RFID) technology is adopted in the management, instrument information is automatically read, and the management efficiency is improved. According to the method, errors caused by manual input are avoided, meanwhile, the cloud server is arranged in the supply process, the long connection is established, the long connection is kept alive in a long life cycle, rapid reconnection can be achieved within a certain time after one end is disconnected, and a request does not need to be initiated again; the system automatically updates inventory data and warehouse-in and warehouse-out time by obtaining information input by the RFID reader-writer, and stores log information for management personnel to perform recovery processing during daily settlement, the supply process is standardized by setting the to-be-completed request list and the to-be-completed cache queue, and same instrument requests from different sources are completed in sequence.

Description

Technical Field

[0001] The present invention relates to the technical field of medical device management, and in particular to a method and system for managing and supplying spare medical devices and unpopular devices. Background Art

[0002] The commonly used medical equipment and emergency equipment in the hospital are always available in the medical medicine cart, which can be easily accessed when needed. The spare medical equipment and unpopular equipment are rarely used. If they are placed in the medical medicine cart, they will occupy the space of the medical medicine cart. Therefore, these spare medical equipment and unpopular equipment are usually stored separately in the uncommon medical equipment warehouse. These spare medical equipment and unpopular equipment are usually used less but expensive. However, because they are rarely stored and often only need to be stored temporarily, the equipment is often forgotten to be returned, resulting in loss and poor management. If there is no proper management of spare equipment, it may affect the provision of medical services at critical moments and cause a lot of losses to hospital facilities.

[0003] Currently, most hospitals use manual management methods for these spare medical devices and unpopular devices, and register them when they are taken and put into storage. Manual management has problems such as forgetting to register, management personnel handing over shifts, and the inability to assign responsibility to individuals when they are lost and not returned. Therefore, there is an urgent need for a complete and intelligent spare medical device and unpopular device management and supply system and method to avoid the problems caused by manual management and free up manpower. Summary of the invention

[0004] The purpose of the present invention is to solve the shortcomings of the above-mentioned prior art and to provide a method and system for the management and supply of spare medical equipment and unpopular equipment.

[0005] Among them, a method for managing and supplying spare medical devices and unpopular devices is provided, including a management method and a supply method, wherein: The management method comprises: When entering the warehouse, select the entry operation at the non-common medical device warehouse terminal, scan the label of the warehoused device through the RFID reader, obtain the information of the label and automatically enter it into the non-common device list in the device management system, and upload the list to the cloud server after the entry is completed; When leaving the warehouse, select the leaving operation at the non-common medical device warehouse terminal, scan the label of the leaving device through the RFID reader, obtain the information of the label, and automatically update the current inventory number of the device in the non-common device list; Receive and display the list of non-usable equipment transmitted by the cloud server through the control center, process and operate various instructions and tasks transmitted by the cloud server, and display the daily non-usable medical equipment supply status log at the control center during daily equipment settlement, and reclaim unreturned equipment according to the status log; The supply method comprises the following steps: S1: The equipment demander issues a temporary demand instruction for an uncommon equipment at an individual terminal, and the cloud server initiates and establishes a long connection. The equipment management system records and stores the content and time of the demand instruction, and the demand instruction is transmitted to the control center through the cloud server; S2: After receiving the demand instruction, the control center generates a delivery instruction. The control center indexes the non-common medical device warehouse terminal that stores the device specified by the instruction content. The non-common medical device warehouse terminal performs outbound and delivery according to the content of the delivery instruction. After the current delivery task is completed, the control center completes the confirmation of the successful delivery. The device management system records and stores the time when the delivery is completed, and at the same time generates a pending return task for the device at the control center. S3: After receiving the returned equipment, the control center re-scans it into the warehouse, and the control center automatically completes the task of returning the equipment, the current inventory number of the unused equipment list is automatically updated, and the task of recycling the equipment is automatically completed and the completion time is recorded.

[0006] Furthermore, in the management method, the control center displays the contents of the list of non-common equipment, currently unfinished demand instructions and unfinished delivery instructions. The contents of the list of non-common equipment include the name, total number, current inventory number and non-common medical equipment library number of each equipment. The control center monitors the current number of equipment in the non-common medical equipment library and the completion status of demand instructions and delivery instructions.

[0007] Furthermore, in the management method, the RFID reader is installed on the non-common medical device library, the label on each device is an RFID radio frequency tag, and the label contains detailed information of the device. Each RFID radio frequency tag has a unique electronic code. The RFID reader sends out a radio frequency signal when scanning the label, and the label receives the radio frequency signal and returns a signal to the RFID reader. The RFID reader decodes the returned signal to obtain the data included in the label and transmits it to the device management system.

[0008] Furthermore, in step S1 of the provisioning process, the cloud server initiating and establishing a long connection further includes: If multiple demand instructions are processed at the same time, multiple long connections are established. One of the long connections corresponds to and connects a control center and multiple non-common medical device library terminals. The long connection is kept alive within a relatively long life cycle. Each of the non-common medical equipment library terminals and the central control station feed back instructions and information to each other via the long connection.

[0009] Preferably, in step S1 of the supply process, each individual terminal of the equipment demander is set with a unique ID. When the cloud server receives the demand instruction, it first identifies the ID that issued the demand instruction and sends it to the control center together with the demand instruction content. The control center automatically parses the ID to obtain the delivery destination.

[0010] Furthermore, in step S2 of the supply process, the control center detects the current inventory of the equipment specified in the demand instruction in the list of uncommon equipment before generating the delivery instruction. If it is zero, then all the devices in the non-common medical device library have been dispatched out of the library, the demand instruction is listed in the pending request list, and the device name is stored in the pending cache queue. At the same time, a waiting prompt is sent to the individual terminal of the device demander who sent the demand instruction through the cloud server. After the device is put into the library, the dispatch instruction of the demand is generated; If it is not zero, the dispatch instruction is generated normally.

[0011] Preferably, the subsequent generation of the delivery instruction of the demand after the equipment is put into storage further includes: In step S3, after any device is returned and put into storage, the device name is first compared with the pending cache queue. If the device name exists in the pending cache queue, it means that there is a demand instruction for the device to be completed. The dispatch instruction is generated according to the time sequence of the demand instructions issued in the pending request list. Furthermore, in step S2 of the supply process, the control center indexes the non-common medical device warehouse terminal storing the device included in the instruction content, and the non-common medical device warehouse terminal performs outbound and delivery according to the content of the delivery instruction, further comprising: The generated delivery instruction includes the name of the instrument and the delivery destination. The instrument specified by the delivery instruction is taken out from the non-common medical instrument library, and the label of the instrument is scanned by the RFID reader. The current inventory quantity of the non-common instrument list is automatically updated to the reduced inventory quantity, and the instrument is delivered to the delivery destination.

[0012] Preferably, step S3 of the supply process further comprises: After receiving the returned device, the control center locates the non-recurring medical device warehouse where the device is located according to the non-recurring medical device warehouse number of the device in the non-recurring device list, and re-scans and re-enters the warehouse according to the warehousing process in the management process; After the equipment is returned to the warehouse, the current task to be returned is completed, and the logs of the issuance and completion of the demand instructions and delivery instructions corresponding to the current task to be returned are recorded. All the demand instructions and delivery instructions are cleared, and the long connection corresponding to the demand instruction is cleared at the same time.

[0013] On the other hand, a system for managing and supplying spare medical devices and unpopular devices is provided, including a management system and a supply system, wherein the management system includes: The storage management module is used for selecting the storage operation at the non-common medical device library terminal when storing the device, scanning the label of the stored device through the RFID reader, obtaining the information of the label and automatically entering it into the non-common device list in the device management system, and uploading the list to the cloud server after the storage is completed; The outbound management module is used for selecting the outbound operation at the non-common medical device library terminal when outbound, scanning the label of the outbound device through the RFID reader, obtaining the information of the label, and automatically updating the current inventory number of the device in the non-common device list; A main station control module receives and displays a list of non-usable equipment transmitted by a cloud server, processes and operates various instructions and tasks transmitted by the cloud server, and displays a daily non-usable medical equipment supply status log at the main station control module during daily equipment settlement, and recovers unreturned equipment according to the status log; The supply system comprises: The task initiation module is used to issue a temporary demand instruction for an uncommon device at the individual terminal of the device demander, and the cloud server initiates and establishes a long connection. The device management system records and stores the content and time of the demand instruction, and the demand instruction is transmitted to the main station control module through the cloud server; The distribution management module is used to generate a distribution instruction after the central control module receives the demand instruction, index the non-common medical device library terminal storing the device specified by the instruction content, and the non-common medical device library terminal performs outbound and distribution according to the content of the distribution instruction. After the current distribution task is completed, the central control module completes the confirmation of the successful distribution, and the device management system records and stores the time when the distribution is completed, and at the same time generates a pending return task for the device at the control central station; The return management module is used to re-scan the returned equipment into the warehouse after the main station control module receives it. The current inventory number of the unused equipment list is automatically updated, and the task of recycling the equipment is automatically completed and the completion time is recorded.

[0014] Compared with the prior art, the present invention has the following beneficial effects: The present invention adopts radio frequency identification technology RFID in management, sets RFID radio frequency tags on the equipment to cooperate with the RFID reader-writer on the non-common medical equipment library to automatically read the equipment information, thus avoiding the error of manual input; The present invention sets up a cloud server in the supply process and establishes a long connection. One of the long connections corresponds to and connects a control center and multiple medical device library terminals that are not frequently used. The long connection is kept alive within a relatively long life cycle. After one end is disconnected, it can be quickly reconnected within a certain period of time without the need to re-initiate a request. The system of the present invention automatically updates inventory data and the time of entry and exit of the warehouse by acquiring the information entered by the RFID reader, and saves the log information for the management personnel to recycle and process during the daily settlement; The present invention standardizes the supply process by setting a pending request list and a pending cache queue, and completes the same device requests from different sources in sequence. BRIEF DESCRIPTION OF THE DRAWINGS

[0015] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings: Figure 1 A flow chart of a method for managing spare medical devices and unpopular devices according to the present invention; Figure 2 A cross-flow chart of a method for supplying spare medical equipment and unpopular equipment according to the present invention; Figure 3 This is a cross-functional flow chart of a method for supplying spare medical equipment and unpopular equipment according to the present invention. DETAILED DESCRIPTION

[0016] In order to make the purpose, technical solution and advantages of the embodiments of the present application clearer, the technical solution in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application. Obviously, the described embodiments are part of the embodiments of the present application, not all of the embodiments. Based on the embodiments in the present application, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of this application.

[0017] Those skilled in the art will appreciate that, unless otherwise stated, the singular forms "a", "an", "said" and "the" used herein may also include plural forms. It should be further understood that the term "comprising" used in the specification of the present invention refers to the presence of the features, integers, steps, operations, elements and / or components, but does not exclude the presence or addition of one or more other features, integers, steps, operations, elements, components and / or groups thereof.

[0018] The specific implementation of the present invention is described below with reference to the accompanying drawings and embodiments.

[0019] like Figure 1 and Figure 2As shown, the present embodiment provides a method for managing and supplying spare medical devices and unpopular devices, including a management method and a supply method, wherein: like Figure 1 As shown, the management method includes: When entering the warehouse, select the entry operation at the non-common medical device warehouse terminal, scan the label of the warehoused device through the RFID reader, obtain the information of the label and automatically enter it into the non-common device list in the device management system, and upload the list to the cloud server after the entry is completed; When leaving the warehouse, select the leaving operation at the non-common medical device warehouse terminal, scan the label of the leaving device through the RFID reader, obtain the information of the label, and automatically update the current inventory number of the device in the non-common device list; Receive and display the list of non-usable equipment transmitted by the cloud server through the control center, process and operate various instructions and tasks transmitted by the cloud server, and display the daily non-usable medical equipment supply status log at the control center during daily equipment settlement, and reclaim unreturned equipment according to the status log; like Figure 2 As shown, the supply method comprises the following steps: S1: The equipment demander issues a temporary demand instruction for an uncommon equipment at an individual terminal, and the cloud server initiates and establishes a long connection. The equipment management system records and stores the content and time of the demand instruction, and the demand instruction is transmitted to the control center through the cloud server; S2: After receiving the demand instruction, the control center generates a delivery instruction, indexes the non-common medical device library terminal storing the device specified by the instruction content, and the non-common medical device library terminal performs outbound and delivery according to the content of the delivery instruction. After the current delivery task is completed, the control center completes the confirmation of the successful delivery, and the device management system records and stores the time of the delivery completion, and at the same time generates a pending return task for the device at the control center; S3: After receiving the returned equipment, the control center re-scans it into the warehouse, and the control center automatically completes the task of returning the equipment, the current inventory number of the unused equipment list is automatically updated, and the task of recycling the equipment is automatically completed and the completion time is recorded.

[0020] Specifically, in the management method, the control center displays the contents of the list of non-common equipment, currently unfinished demand instructions and unfinished delivery instructions. The contents of the list of non-common equipment include the name, total number, current inventory number and non-common medical equipment library number of each equipment. The control center monitors the current number of equipment in the non-common medical equipment library and the completion status of demand instructions and delivery instructions.

[0021] Among them, the RFID reader is installed on the non-common medical equipment library, the label on each equipment is an RFID radio frequency tag, and the detailed information of the equipment is written in the label. Each RFID radio frequency tag has a unique electronic code. The RFID reader sends out a radio frequency signal when scanning the label. The label receives the radio frequency signal and returns the signal to the RFID reader. The RFID reader decodes the returned signal to obtain the data included in the label and transmits it to the equipment management system.

[0022] The supply process is as follows Figure 3 shown.

[0023] Wherein, in step S1 of the provisioning process, the cloud server initiating and establishing a long connection further includes: If multiple demand instructions are processed at the same time, multiple long connections are established. One of the long connections corresponds to and connects a control console and multiple non-common medical device library terminals. The long connection is kept alive during a long life cycle, and can be quickly reconnected within a certain period of time after one end is disconnected; Each of the non-common medical equipment library terminals and the central control station feed back instructions and information to each other via the long connection.

[0024] Specifically, in this embodiment, the long connection includes a business layer and a protocol layer. The business layer completes tasks including sending and receiving commands, multi-terminal access, network diagnosis and connection maintenance. The protocol layer optimizes network communication by using a combination of TCP / IP protocol and TLS1.3, and at the same time uses the WebSocket protocol for full-duplex communication on a single TCP connection to exchange data between the cloud server and the control center and the non-common medical device library terminal.

[0025] This embodiment realizes the automatic reconnection function through a long connection. If the non-common medical device library terminal program is killed or exited, it can be automatically reconnected by reopening it.

[0026] Furthermore, in step S1 of the supply process, each individual terminal of the equipment demander is set with a unique ID. When the cloud server receives the demand instruction, it first identifies the ID that issued the demand instruction and sends it to the control center together with the demand instruction content. The control center automatically parses the ID to obtain the delivery destination.

[0027] Furthermore, in step S2 of the supply process, the control center detects the current inventory of the equipment specified in the demand instruction in the list of uncommon equipment before generating the delivery instruction. If it is zero, then all the devices in the non-common medical device library have been dispatched out of the library, the demand instruction is listed in the pending request list, and the device name is stored in the pending cache queue. At the same time, a waiting prompt is sent to the individual terminal of the device demander who sent the demand instruction through the cloud server. After the device is put into the library, the dispatch instruction of the demand is generated; If it is not zero, the dispatch instruction is generated normally.

[0028] Among them, the subsequent generation of the delivery instruction of the demand after the equipment is put into storage further includes: In step S3, after any device is returned and put into storage, the device name is first compared with the pending cache queue. If the device name exists in the pending cache queue, it means that there is a demand instruction for the device to be completed, and the delivery instruction is generated in the order of the time when the demand instructions in the pending request list are issued.

[0029] In addition, in step S2 of the supply process, the control center indexes the non-common medical device warehouse terminal storing the device included in the instruction content, and the non-common medical device warehouse terminal performs outbound and delivery according to the content of the delivery instruction, further comprising: The generated delivery instruction includes the name of the instrument and the delivery destination. The instrument specified by the delivery instruction is taken out from the non-common medical instrument library, and the label of the instrument is scanned by the RFID reader. The current inventory quantity of the non-common instrument list is automatically updated to the reduced inventory quantity, and the instrument is delivered to the delivery destination.

[0030] Furthermore, step S3 of the supply process further includes: After receiving the returned device, the control center locates the non-recurring medical device warehouse where the device is located according to the non-recurring medical device warehouse number of the device in the non-recurring device list, and re-scans and re-enters the warehouse according to the warehousing process in the management process; After the equipment is returned to the warehouse, the current task to be returned is completed, and the logs of the issuance and completion of the demand instructions and delivery instructions corresponding to the current task to be returned are recorded. All the demand instructions and delivery instructions are cleared, and the long connection corresponding to the demand instruction is cleared at the same time.

[0031] This embodiment provides a management and supply system for spare medical equipment and unpopular equipment, including a management system and a supply system, wherein: The management system comprises: The storage management module is used for selecting the storage operation at the non-common medical device library terminal when storing the device, scanning the label of the stored device through the RFID reader, obtaining the information of the label and automatically entering it into the non-common device list in the device management system, and uploading the list to the cloud server after the storage is completed; The outbound management module is used for selecting the outbound operation at the non-common medical device library terminal when outbound, scanning the label of the outbound device through the RFID reader, obtaining the information of the label, and automatically updating the current inventory number of the device in the non-common device list; A main station control module receives and displays a list of non-usable equipment transmitted by a cloud server, processes and operates various instructions and tasks transmitted by the cloud server, and displays a daily non-usable medical equipment supply status log at the main station control module during daily equipment settlement, and recovers unreturned equipment according to the status log; The supply system comprises: The task initiation module is used to issue a temporary demand instruction for an uncommon device at the individual terminal of the device demander, and the cloud server initiates and establishes a long connection. The device management system records and stores the content and time of the demand instruction, and the demand instruction is transmitted to the main station control module through the cloud server; The distribution management module is used to generate a distribution instruction after the central control module receives the demand instruction, index the non-common medical device library terminal storing the device specified by the instruction content, and the non-common medical device library terminal performs outbound and distribution according to the content of the distribution instruction. After the current distribution task is completed, the central control module completes the confirmation of the successful distribution, and the device management system records and stores the time when the distribution is completed, and at the same time generates a pending return task for the device at the control central station; The return management module is used to re-scan the returned equipment into the warehouse after the main station control module receives it. The current inventory number of the unused equipment list is automatically updated, and the task of recycling the equipment is automatically completed and the completion time is recorded.

[0032] Finally, it should be noted that the above is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments. All technical solutions under the concept of the present invention belong to the protection scope of the present invention. It should be pointed out that for ordinary technicians in this technical field, some improvements and modifications without departing from the principle of the present invention should also be regarded as the protection scope of the present invention.

[0033] The technical features of the above-described embodiments may be arbitrarily combined. To make the description concise, not all possible combinations of the technical features in the above-described embodiments are described. However, as long as there is no contradiction in the combination of these technical features, they should be considered to be within the scope of this specification.

Claims

1. A method for managing and supplying spare medical equipment and unpopular equipment, characterized in that: Includes management methods and supply methods, among which, The management method comprises: When entering the warehouse, select the entry operation at the non-common medical device warehouse terminal, scan the label of the warehoused device through the RFID reader, obtain the information of the label and automatically enter it into the non-common device list in the device management system, and upload the list to the cloud server after the entry is completed; When leaving the warehouse, select the leaving operation at the non-common medical device warehouse terminal, scan the label of the leaving device through the RFID reader, obtain the information of the label, and automatically update the current inventory number of the device in the non-common device list; Receive and display the list of non-usable equipment transmitted by the cloud server through the control center, process and operate various instructions and tasks transmitted by the cloud server, and display the daily non-usable medical equipment supply status log at the control center during daily equipment settlement, and reclaim unreturned equipment according to the status log; The supply method comprises the following steps: S1: The equipment demander issues a temporary demand instruction for an uncommon equipment at an individual terminal, and the cloud server initiates and establishes a long connection. The equipment management system records and stores the content and time of the demand instruction, and the demand instruction is transmitted to the control center through the cloud server; S2: After receiving the demand instruction, the control center generates a delivery instruction, indexes the non-common medical device library terminal storing the device specified by the instruction content, and the non-common medical device library terminal performs outbound and delivery according to the content of the delivery instruction. After the current delivery task is completed, the control center completes the confirmation of the successful delivery, and the device management system records and stores the time of the delivery completion, and at the same time generates a pending return task for the device at the control center; S3: After the control center receives the returned instrument, it locates the non-common medical instrument warehouse where the instrument is located and re-scans it into the warehouse. The control center automatically completes the task of returning the instrument, the current inventory number of the non-common instrument list is automatically updated, and the task of recycling the instrument is automatically completed and the completion time is recorded.

2. The method for managing and supplying spare medical equipment and unpopular equipment according to claim 1 is characterized in that: In the management method, the control center displays the contents of the list of non-common medical equipment, currently unfinished demand instructions and unfinished delivery instructions. The contents of the list of non-common medical equipment include the name, total number, current inventory number and non-common medical equipment library number of each equipment. The control center monitors the current number of equipment in the non-common medical equipment library and the completion status of demand instructions and delivery instructions.

3. The method for managing and supplying spare medical equipment and unpopular equipment according to claim 1, characterized in that: In the management method, the RFID reader is installed on the non-common medical device library, the label on each device is an RFID radio frequency tag, and the detailed information of the device is written in the label. Each RFID radio frequency tag has a unique electronic code. The RFID reader sends out a radio frequency signal when scanning the label, and the label receives the radio frequency signal and returns the signal to the RFID reader. The RFID reader decodes the returned signal to obtain the data included in the label and transmits it to the device management system.

4. The method for managing and supplying spare medical equipment and unpopular equipment according to claim 1, characterized in that: In step S1 of the provisioning process, the cloud server initiating and establishing a long connection further includes: If multiple demand instructions are processed at the same time, multiple long connections are established. One of the long connections corresponds to and connects a control center and multiple non-common medical device library terminals. The long connection is kept alive within a relatively long life cycle. Each of the non-common medical equipment library terminals and the central control station feed back instructions and information to each other via the long connection.

5. The method for managing and supplying spare medical equipment and unpopular equipment according to claim 1, characterized in that: In step S1 of the supply process, each individual terminal of the equipment demander is set with a unique ID. When the cloud server receives the demand instruction, it first identifies the ID that issued the demand instruction and sends it to the control center together with the demand instruction content. The control center automatically parses the ID to obtain the delivery destination.

6. The method for managing and supplying spare medical equipment and unpopular equipment according to claim 5, characterized in that: In step S2 of the supply process, the control center detects the current inventory of the equipment specified in the demand instruction in the non-common equipment list before generating the delivery instruction. If it is zero, then all the devices in the non-common medical device library have been dispatched out of the library, the demand instruction is listed in the pending request list, and the device name is stored in the pending cache queue. At the same time, a waiting prompt is sent to the individual terminal of the device demander who sent the demand instruction through the cloud server. After the device is put into the library, the dispatch instruction of the demand is generated; If it is not zero, the dispatch instruction is generated normally.

7. The method for managing and supplying spare medical equipment and unpopular equipment according to claim 6, characterized in that: After the equipment is put into storage, the generation of the delivery instruction for the demand further includes: In step S3, after any device is returned and put into storage, the device name is first compared with the pending cache queue. If the device name exists in the pending cache queue, it means that there is a demand instruction for the device to be completed, and the delivery instruction is generated in the order of the time when the demand instructions in the pending request list are issued.

8. The method for managing and supplying spare medical equipment and unpopular equipment according to claim 5, characterized in that: In step S2 of the supply process, the control center indexes the non-common medical device warehouse terminal storing the device included in the instruction content, and the non-common medical device warehouse terminal performs outsourcing and delivery according to the content of the delivery instruction, further comprising: The generated delivery instruction includes the name of the instrument and the delivery destination. The instrument specified by the delivery instruction is taken out from the non-common medical instrument library, and the label of the instrument is scanned by the RFID reader. The current inventory quantity of the non-common instrument list is automatically updated to the reduced inventory quantity, and the instrument is delivered to the delivery destination.

9. The method for managing and supplying spare medical equipment and unpopular equipment according to claim 2, wherein step S3 of the supply process further comprises: After receiving the returned device, the control center locates the non-recurring medical device warehouse where the device is located according to the non-recurring medical device warehouse number of the device in the non-recurring device list, and re-scans and re-enters the warehouse according to the warehousing process in the management process; After the equipment is returned to the warehouse, the current task to be returned is completed, and the logs of the issuance and completion of the demand instructions and delivery instructions corresponding to the current task to be returned are recorded. All the demand instructions and delivery instructions are cleared, and the long connection corresponding to the demand instruction is cleared at the same time.

10. A spare medical device and unpopular device management and supply system, characterized in that: It includes a management system and a supply system, wherein the management system includes: The storage management module is used for selecting the storage operation at the non-common medical device library terminal when storing the device, scanning the label of the stored device through the RFID reader, obtaining the information of the label and automatically entering it into the non-common device list in the device management system, and uploading the list to the cloud server after the storage is completed; The outbound management module is used for selecting the outbound operation at the non-common medical device library terminal when outbound, scanning the label of the outbound device through the RFID reader, obtaining the information of the label, and automatically updating the current inventory number of the device in the non-common device list; A main station control module receives and displays a list of non-usable equipment transmitted by a cloud server, processes and operates various instructions and tasks transmitted by the cloud server, and displays a daily non-usable medical equipment supply status log at the main station control module during daily equipment settlement, and recovers unreturned equipment according to the status log; The supply system comprises: The task initiation module is used to issue a temporary demand instruction for an uncommon device at the individual terminal of the device demander, and the cloud server initiates and establishes a long connection. The device management system records and stores the content and time of the demand instruction, and the demand instruction is transmitted to the main station control module through the cloud server; The distribution management module is used to generate a distribution instruction after the central control module receives the demand instruction, index the non-common medical device library terminal storing the device specified by the instruction content, and the non-common medical device library terminal performs outbound and distribution according to the content of the distribution instruction. After the current distribution task is completed, the central control module completes the confirmation of the successful distribution, and the device management system records and stores the time when the distribution is completed, and at the same time generates a pending return task for the device at the control central station; The return management module is used to re-scan the returned equipment into the warehouse after the main station control module receives it. The current inventory number of the unused equipment list is automatically updated, and the task of recycling the equipment is automatically completed and the completion time is recorded.

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