A medical device supervision method, system, device and storage medium

Abstract

The present application relates to a medical device supervision method, system, equipment and storage medium, and to the field of medical device management technology. The execution subject of the method is a medical device intelligent management platform, which is provided with several main databases, and the main database is provided with several sub-databases, and parameter information is entered into the sub-databases; the method includes: obtaining the first patient information, selecting the sub-database, obtaining the parameter information, wherein the parameter information at least includes the device number and the usage status, and establishing a first pairing relationship between the first patient information and the device number; generating the first usage time, and sending the first allocation information to the warehouse terminal; receiving the first feedback information sent by the warehouse terminal, generating the distribution route, and sending the distribution route to the mobile terminal of the distribution personnel; updating the usage status of the medical device, and sending the recycling information to the warehouse terminal when the first usage time is reached. The present application has the effect of improving the level of supervision of medical devices and further improving the medical system of the hospital.

Description

Technical Field

[0001] The present application relates to the field of medical device management technology, and in particular to a medical device supervision method, system, equipment and storage medium. Background Art

[0002] Medical devices refer to instruments, equipment, appliances and other similar or related items used directly or indirectly on the human body. These medical devices are mainly used for the diagnosis, prevention, monitoring, treatment or relief of diseases, including monitors, infusion pumps, ventilators, etc.; with the continuous improvement of medical standards and the diversification of medical device types, the cure rate of various diseases has gradually increased. Therefore, the number of patients visiting hospitals is also increasing. However, the increase in the number of patients has brought great pressure to the allocation and use of medical devices. In the management system of existing hospitals, the supervision of medical devices is still at a low level. Some medical devices cannot be recovered in time after use, which will cause some medical devices to be idle or even lost, and further delay the use of other patients, so that other patients are at risk of worsening of their conditions, posing hidden dangers to the health and safety of patients. In addition, if the medical device cannot be recovered in time after use, it will also generate additional billing for the patient, bringing greater economic pressure to the patient. In view of the above problems, this application provides a medical device intelligent management platform, and adopts a medical device supervision method based on the platform to improve the supervision level of medical devices and further improve the hospital's medical system. Summary of the invention

[0003] In order to improve the level of supervision of medical devices and further improve the hospital's medical system, this application provides a medical device supervision method, system, equipment and storage medium.

[0004] In the first aspect, a medical device supervision method provided in this application adopts the following technical solution:

[0005] A medical device supervision method, wherein the execution subject of the medical device supervision method is a medical device intelligent management platform, wherein the medical device intelligent management platform is provided with a plurality of main databases based on the number of warehouses storing medical devices in the hospital, each of the main databases is provided with a plurality of sub-databases based on the type of medical devices, and each of the sub-databases is input with parameter information of the medical device of that type;

[0006] The method comprises:

[0007] Acquire first patient information, wherein the first patient information at least includes the first patient's name, the first hospitalization room number, the first medical consultation type, and the first treatment course plan; select a main database corresponding to a warehouse that is closer to the first hospitalization room number based on the first hospitalization room number; select a sub-database of a corresponding type in the main database based on the first medical consultation type; acquire parameter information of the type of medical device, wherein the parameter information at least includes the device number and the usage status; and establish a first pairing relationship between the first patient information and the device number;

[0008] Generate a first usage duration based on the first treatment course plan, store the correspondence between the first usage duration and the device number in a corresponding sub-database, and send first allocation information to a warehouse terminal, wherein the first allocation information at least includes the device number, the first patient name, the first hospitalization room number, and the first delivery time;

[0009] receiving first feedback information sent by the warehouse terminal, wherein the first feedback information at least includes an instrument number and a name of a delivery person, counting first inpatient room numbers corresponding to all medical instruments that need to be delivered by the same delivery person in the current period based on all first feedback information received in the current period, generating a delivery route based on a number of the first inpatient room numbers, and sending the delivery route to a mobile terminal of a corresponding delivery person;

[0010] The use status of each medical device corresponding to the device number is updated in real time, and recycling information is sent to the warehouse terminal when the first use time is reached, and the recycling information at least includes the device number and the first hospital room number.

[0011] By adopting the above technical solutions, the medical device intelligent management platform can uniformly supervise all medical devices, improving the orderliness of medical device supervision; based on the first inpatient room number, the main database with a close distance is selected to match the medical devices, which also improves the convenience of subsequent distribution or recovery of medical devices and facilitates supervision. By matching the device number with the first patient information, the purpose and destination of all medical devices can be clarified, reducing the probability of medical devices being idle or even lost, and effectively saving hospital costs; generating the first allocation information and distribution route can improve the orderliness of medical device allocation and improve the standardization of the overall process; real-time updating of the use status of each medical device can improve the supervision, timely understand the status of each medical device, and facilitate the return to the warehouse for subsequent patient use.

[0012] Optionally, the generating of the first usage duration based on the first treatment course plan and storing the correspondence between the first usage duration and the instrument number in a corresponding sub-database further includes:

[0013] Generate phase reference information based on the first treatment plan, store the correspondence between the phase reference information and the first patient information in a corresponding sub-database, and send first allocation information to the warehouse terminal, wherein the first allocation information at least includes the instrument number, the first patient name, the first hospitalization room number, and the first delivery time;

[0014] The real-time updating of the usage status of each medical device corresponding to the device number also includes:

[0015] Receive the patient status sent by the doctor's mobile terminal, wherein the patient status includes at least the first patient's name, the first inpatient room number and the actual recovery details; based on the first patient's name, query the stage reference information corresponding to the patient in the sub-database, compare the actual recovery details with the stage reference information; if the progress of the actual recovery details is ahead of the stage reference information, shorten the first usage time; if the progress of the actual recovery details lags behind the stage reference information, extend the first usage time; if the progress of the recovery status information is equal to the stage reference information, send recovery information to the warehouse terminal when the first usage time is reached, and the recovery information includes at least the instrument number and the first inpatient room number.

[0016] By adopting the above technical solution, the actual first usage time of the medical device can be flexibly adjusted according to the recovery status of each patient. If the first usage time is shortened, the medical device can be recycled in advance, thereby reducing the pressure of using the medical device and allowing the medical device to be provided to other patients as soon as possible; if the first usage time is extended, the process of pairing and distributing the medical device again is saved, effectively improving the efficiency of medical device supervision.

[0017] Optionally, the obtaining of first patient information, wherein the first patient information at least includes the first patient's name, the first hospitalization room number, the first visit type, and the first treatment plan, selecting a main database corresponding to a warehouse that is closer to the first hospitalization room number based on the first hospitalization room number, selecting a sub-database of a corresponding type in the main database based on the first visit type, obtaining parameter information of the type of medical device, wherein the parameter information at least includes the device number and the usage status, establishing a first pairing relationship between the first patient information and the device number, further includes:

[0018] Acquire the second patient information, wherein the second patient information includes the second patient's name, the second hospitalization room number, the second medical consultation type, and the second treatment course plan; select the main database corresponding to the warehouse that is closer to the second hospitalization room number based on the second hospitalization room number; select the sub-database of the corresponding type in the main database based on the second medical consultation type; acquire the parameter information of the medical device of this type, wherein the parameter information includes at least the device number and the usage status; and establish a second pairing relationship between the second patient information and the device number;

[0019] The first use duration is generated based on the first treatment course plan, the correspondence between the first use duration and the instrument number is stored in a corresponding sub-database, and first allocation information is sent to the warehouse terminal, wherein the first allocation information at least includes the instrument number, the first patient name, the first hospitalization room number and the first delivery time, and further includes:

[0020] generating a second usage duration based on the second treatment course plan, storing a correspondence between the second usage duration and the instrument number in a corresponding sub-database, receiving admission information sent by the doctor's mobile terminal, wherein the admission information at least includes a second patient's name, a second hospitalization room number, and an instrument number, and sending second allocation information to the warehouse terminal after receiving the admission information, wherein the second allocation information at least includes an instrument number, a second patient's name, a second hospitalization room number, and a second delivery time;

[0021] The receiving of first feedback information sent by the warehouse terminal, wherein the first feedback information at least includes an instrument number and a name of a delivery person, based on all first feedback information received in the current period, counting first inpatient room numbers corresponding to all medical instruments that need to be delivered by the same delivery person in the current period, generating a delivery route based on a number of the first inpatient room numbers, and sending the delivery route to a mobile terminal of a corresponding delivery person, further comprising:

[0022] Receive second feedback information sent by the warehouse terminal, wherein the second feedback information at least includes the instrument number and the name of the delivery personnel, and based on all the first feedback information and the second feedback information received in the current time period, count the first inpatient room numbers and the second inpatient room numbers corresponding to all the medical instruments that need to be delivered by the same delivery personnel in the current time period, generate a delivery route based on several of the first inpatient room numbers and the second inpatient room numbers, and send the delivery route to the mobile terminal of the corresponding delivery personnel.

[0023] The real-time updating of the usage status of each medical device corresponding to the device number also includes:

[0024] When the first usage time or the second usage time is reached, recycling information is sent to the warehouse terminal, and the recycling information at least includes the instrument number and the first inpatient room number or the second inpatient room number.

[0025] By adopting the above technical solution, the second patient information is the patient information that has been registered but not actually hospitalized. Therefore, the second patient information is paired with the medical device, which is to make an appointment for the medical device. By adopting the form of appointment, it can effectively save the procedures required for patients after admission to the hospital. At the same time, it also limits the future use of medical devices, making the supervision of medical devices more planned and reasonable.

[0026] Optionally, the parameter information also includes a maintenance period;

[0027] The step of generating a first usage duration based on the first treatment course plan further includes:

[0028] The first usage time is compared with the maintenance period. If the end time of the first usage time is after the maintenance period, a medical device of the same type is reselected; otherwise, the correspondence between the first usage time and the device number is stored in a corresponding sub-database, and first allocation information is sent to the warehouse terminal, wherein the first allocation information at least includes the device number, the first patient name, the first hospital room number and the first delivery time.

[0029] By adopting the above technical solution and comparing the first usage time with the maintenance period, it is possible to determine whether the medical device can be used before the maintenance period of the medical device expires. If it cannot be used, it is necessary to reselect another medical device to avoid delays in the maintenance of the medical device, thereby ensuring that the medical device can work stably for a long time, improving accuracy and safety, which also protects the health and safety of patients.

[0030] Optionally, a patient database is preset in the medical device intelligent management platform, and all the first patient information and the second patient information are obtained, and the first treatment plan in the first patient information and the second treatment plan in the second patient information are compared. If the second treatment plan is the same as the first treatment plan, a transfer order relationship is established, wherein the transfer order relationship includes at least the device number of all medical devices used by the patient corresponding to the first patient information, the first patient's name, the first inpatient room number, the second patient's name and the second inpatient room number, and the transfer order relationship is sent to the distribution personnel's mobile terminal, so that after the first usage time is reached, the delivery personnel can deliver the medical devices corresponding to all the device numbers in the transfer order relationship to the second inpatient room number.

[0031] By adopting the above technical solution, the treatment course of the patients who have been admitted to the hospital is compared with that of the patients who have not been admitted to the hospital. If the two patients have to go through the same course of treatment, it means that the types of medical devices required by the two patients are also the same. If the number of medical devices involved in the course of treatment is large, it will bring greater pressure to the screening and allocation of medical devices. In order to avoid the need to re-screen and allocate medical devices after the second patient is admitted to the hospital, the previous patient can be matched with the subsequent patient. After the first patient finishes using the medical devices, the whole set of medical devices can be sent to the ward of the second patient, thereby further saving the time for screening and distribution of medical devices and improving the efficiency of medical device supervision.

[0032] Optionally, after the first usage duration is reached, the method further includes:

[0033] Disinfection information is sent to the mobile terminal and disinfection room terminal of the corresponding delivery personnel. After receiving the disinfection feedback information sent by the disinfection room terminal, the delivery personnel delivers the medical devices corresponding to all the device numbers in the transfer sequence relationship to the second inpatient room number.

[0034] By adopting the above technical solution, the used medical devices can be disinfected, which can protect the patients who subsequently use the medical devices, making the supervision of medical devices in this application safer and more reasonable.

[0035] Optionally, obtaining work information sent by the warehouse terminal, the work information at least including the current delivery equipment number, the current delivery target room number and route planning;

[0036] The receiving of first feedback information sent by the warehouse terminal, wherein the first feedback information at least includes an instrument number and a name of a delivery person, based on all first feedback information received in the current period, counting first inpatient room numbers corresponding to all medical instruments that need to be delivered by the same delivery person in the current period, generating a delivery route based on a number of the first inpatient room numbers, and sending the delivery route to a mobile terminal of a corresponding delivery person, further comprising:

[0037] Receive emergency patient information sent by the doctor's mobile terminal, wherein the emergency patient information at least includes the emergency patient's name, emergency hospitalization room number, emergency treatment plan and medical device type; based on the emergency patient information and work information, compare the emergency hospitalization room number with the matching degree of all route plans and sort them; query whether there is a medical device matching the medical device type in the corresponding main database according to the matching degree from high to low; if so, add the delivery of the target medical device to the work information and give priority to it; otherwise, screen other route plans.

[0038] By adopting the above technical solution, emergency patients admitted to the hospital can be given priority treatment, and the medical equipment required by emergency patients can be added to the work information so that staff can deliver them first, thereby providing more efficient treatment for emergency patients and avoiding confusion in the retrieval and delivery of medical equipment in emergency situations, thereby further improving the orderliness of medical equipment supervision.

[0039] In a second aspect, the present application also provides a medical device supervision system, including:

[0040] A medical device pairing module is used to obtain first patient information, wherein the first patient information at least includes the first patient's name, the first hospitalization room number, the first medical treatment type and the first treatment course plan, select the main database corresponding to the warehouse that is closer based on the first hospitalization room number, select the sub-database of the corresponding type in the main database based on the first medical treatment type, obtain parameter information of the type of medical device, wherein the parameter information at least includes the device number and the usage status, and establish a first pairing relationship between the first patient information and the device number;

[0041] a distribution information formulation module, configured to generate a first usage duration based on the first treatment course plan, store the correspondence between the first usage duration and the instrument number in a corresponding sub-database, and send first allocation information to a warehouse terminal, wherein the first allocation information at least includes the instrument number, the first patient name, the first hospitalization room number, and the first delivery time;

[0042] a delivery route planning module, for receiving first feedback information sent by the warehouse terminal, wherein the first feedback information at least includes the device number and the name of the delivery personnel, based on all first feedback information received in the current period, counting the first inpatient room numbers corresponding to all medical devices that the same delivery personnel need to deliver in the current period, generating a delivery route based on several of the first inpatient room numbers, and sending the delivery route to the mobile terminal of the corresponding delivery personnel;

[0043] The device status monitoring module is used to update the usage status of each medical device corresponding to the device number in real time, and send recycling information to the warehouse terminal when the first usage time is reached. The recycling information at least includes the device number and the first inpatient room number.

[0044] In a third aspect, the present application also provides a medical device intelligent management platform, which includes a processor and a memory, wherein the memory stores at least one instruction, at least one program, a code set or an instruction set, and the at least one instruction, the at least one program, the code set or the instruction set are loaded and executed by the processor to implement the processing of the above-mentioned medical device supervision method.

[0045] In a fourth aspect, the present application also provides a computer-readable storage medium, wherein the storage medium stores at least one instruction, at least one program, a code set or an instruction set, and the at least one instruction, the at least one program, the code set or the instruction set is loaded and executed by a processor to implement the processing of the above-mentioned medical device supervision method.

[0046] In summary, the present application includes at least one of the following beneficial technical effects:

[0047] 1. The medical device intelligent management platform can uniformly supervise all medical devices, improving the orderliness of medical device supervision; based on the first inpatient room number, the main database with a close distance is selected to match medical devices, which also improves the convenience of subsequent distribution or recovery of medical devices and facilitates supervision. By matching the device number with the first patient information, the purpose and destination of all medical devices can be clarified, reducing the probability of idleness or even loss of medical devices, effectively saving hospital costs; generating the first allocation information and distribution route can improve the orderliness of medical device allocation and the standardization of the overall process; updating the use status of each medical device in real time can improve the supervision, timely understand the status of each medical device, and facilitate the return to the warehouse for subsequent patient use;

[0048] 2. This application can flexibly adjust the actual first usage time of the medical device according to the recovery status of each patient. If the first usage time is shortened, the medical device can be recycled in advance, thereby reducing the pressure of using the medical device and allowing the medical device to be provided to other patients as soon as possible; if the first usage time is extended, the process of pairing and distributing the medical device again is saved, effectively improving the efficiency of medical device supervision. BRIEF DESCRIPTION OF THE DRAWINGS

[0049] Figure 1 It is a flow chart of a medical device supervision method in an embodiment of the present application.

[0050] Figure 2 It is a structural block diagram of a medical device supervision system used in an embodiment of the present application.

[0051] Description of the accompanying drawings: 201, medical device pairing module; 202, delivery information formulation module; 203, delivery route planning module; 204, device status monitoring module. DETAILED DESCRIPTION

[0052] The following is combined with Figure 1-2 This application is described in further detail.

[0053] The embodiment of the present application discloses a medical device supervision method. The above-mentioned supervision method can be used to communicate and connect the medical device intelligent management platform with the warehouse for storing medical devices in the hospital and the hospital registration system (the communication connection method includes but is not limited to wireless local area network, HTTP network protocol, Bluetooth, 4G / 5G network, etc.). The medical device intelligent management platform is provided with several master databases based on the number of warehouses, and each master database is named based on its location in the hospital (such as the warehouse located in the east is named E-StoreRoom, the warehouse located in the west is named W- StoreRoom, the warehouse located in the south is named S- StoreRoom, and the warehouse located in the north is named N- StoreRoom). Each master database is provided with several sub-databases based on the type of medical device, and each sub-database is named after the type of medical device (such as the ventilator list is named respirator list, the heart rate monitor list is named cardiotachometer list, for the convenience of application, each type of medical device sub-database is equipped with Chinese translation and illustrations), which is used to rationalize the supervision of medical devices in the hospital, aiming to reasonably distribute and timely recycle medical devices, thereby improving the level of supervision of medical devices and further improving the hospital's medical system; the executor of the above-mentioned supervision method is the medical device intelligent management platform, which is installed in the form of APP software on the employee terminal of medical staff (which can be PC, tablet, mobile phone and other smart devices).

[0054] When medical devices are introduced into the warehouse, the warehouse staff will enter the information of the medical devices into the corresponding sub-database and form the parameter information of the specific medical devices. The parameter information includes at least the device number, usage status and maintenance period. The device number is used to distinguish different medical devices. The confirmation of the device number can be represented by the production serial number of the medical device. The usage status is divided into three types: in use, about to be used, and not in use. The maintenance period is used to record the maintenance details of the medical device and the time until the next maintenance.

[0055] The specific processing procedures of medical device supervision methods are as follows: Figure 1 , the following will be combined with specific implementation methods. Figure 1 The specific processing flow in is described in detail as follows:

[0056] Step 101, obtaining the first patient information, wherein the first patient information at least includes the first patient's name, the first hospitalization room number, the first visit type and the first treatment plan, selecting the main database corresponding to the warehouse that is closer based on the first hospitalization room number, selecting the corresponding type of sub-database in the main database based on the first visit type, obtaining the parameter information of the type of medical device, wherein the parameter information at least includes the device number and the usage status, and establishing a first pairing relationship between the first patient information and the device number.

[0057] During the implementation process, when the patient completes the registration and decides to be admitted to the hospital immediately, the hospital's registration system will automatically generate the first patient information and assign a primary physician to the patient. The registration system will send the first patient information to the doctor's mobile terminal. After the doctor confirms the patient's actual condition, the doctor will determine the patient's first visit type and the first course of treatment plan. After that, the doctor will send the completed first patient information to the medical device intelligent management platform through the mobile terminal; the medical device intelligent management platform will confirm the distance of each warehouse from the ward based on the first inpatient room number, and sort them in order from near to far. It will give priority to retrieving the sub-database of the nearest warehouse for medical device inquiries. If there are no idle medical devices in the warehouse, the query will be postponed to the next warehouse.

[0058] Optionally, when the target medical device is selected for use, the usage status in the parameter information corresponding to the medical device will be changed to ready for use, and after receiving other first patient information sent subsequently, the medical device will become unselectable.

[0059] Optionally, step 101 further includes the following steps:

[0060] Step 1011, obtain the second patient information, wherein the second patient information includes the second patient's name, the second hospitalization room number, the second medical consultation type and the second treatment course plan, select the main database corresponding to the warehouse that is closer based on the second hospitalization room number, select the sub-database of the corresponding type in the main database based on the second medical consultation type, obtain the parameter information of the medical device of this type, wherein the parameter information at least includes the device number and the usage status, and establish a second pairing relationship between the second patient information and the device number.

[0061] In particular, different from step 101, the second patient information in this step is represented by the patient information that has been registered but not immediately admitted to the hospital, that is, the appointment information. After the patient is actually admitted to the hospital and diagnosed with the doctor, the doctor completes the second patient information and sends it to the medical device intelligent management platform. The remaining steps remain the same as step 101. The "first" in step 101 and the "second" in step 1011 are only used to distinguish the patient's admission status, and there is no distinction between the order of the two.

[0062] Step 1012: A patient database is preset in the medical device intelligent management platform, and all first patient information and second patient information are obtained. The first course of treatment plan in the first patient information and the second course of treatment plan in the second patient information are compared. If the second course of treatment plan is the same as the first course of treatment plan, a transfer order relationship is established, wherein the transfer order relationship includes at least the device number of all medical devices used by the patient corresponding to the first patient information, the first patient's name, the first inpatient room number, the second patient's name and the second inpatient room number. The transfer order relationship is sent to the mobile terminal of the distribution personnel, so that after the first usage time is reached, the delivery personnel can deliver the medical devices corresponding to all device numbers in the transfer order relationship to the second inpatient room number.

[0063] During the specific implementation process, the treatment course of the patients who have been admitted to the hospital is compared with that of the patients who have not been admitted to the hospital. If the two patients have to go through the same course of treatment, it means that the types of medical devices required by the two patients are also the same. If the number of medical devices involved in the treatment course is large, it will bring greater pressure to the screening and allocation of medical devices. In order to avoid the need to re-screen and allocate medical devices after the second patient is admitted to the hospital, the earlier patient can be matched with the later patient. After the first patient has finished using the equipment, the entire set of medical devices can be sent to the second patient's ward, thereby further saving the time for medical device screening and distribution and improving the efficiency of medical device supervision.

[0064] Optionally, after the first usage time is reached, disinfection information is sent to the corresponding delivery personnel's mobile terminal and the disinfection room terminal. After receiving the disinfection feedback information sent by the disinfection room terminal, the delivery personnel will deliver all medical devices corresponding to the device numbers in the conversion sequence relationship to the second inpatient room number.

[0065] During the specific implementation process, each floor of the hospital is equipped with a disinfection room to disinfect medical devices when they need to be transferred, ensuring the safe use of medical devices, thereby facilitating the rapid transfer of this set of medical devices and improving the efficiency of medical device supervision.

[0066] Step 1013, obtain the work information sent by the warehouse terminal, the work information at least includes the current delivery equipment number, the current delivery target room number and the route plan; receive the emergency patient information sent by the doctor terminal, wherein the emergency patient information at least includes the emergency patient name, the emergency hospitalization room number, the emergency treatment plan and the medical equipment type, based on the emergency patient information and work information, compare the emergency hospitalization room number with the matching degree of all route plans and sort them, query whether there is a medical equipment matching the medical equipment type in the corresponding main database according to the matching degree from high to low, if so, add the delivery of the target medical equipment to the work information and give priority to it; otherwise, screen other route plans.

[0067] During the specific implementation process, emergency patients admitted to the hospital can be given priority treatment, and the medical equipment required by emergency patients can be added to the work information so that staff can give priority to delivery, thereby enabling more efficient treatment of emergency patients and avoiding chaos in the retrieval and delivery of medical equipment in emergency situations. This will further improve the orderliness of medical device supervision.

[0068] Optionally, whether the emergency hospitalization room number is located on the route planning is the first screening rule. After the work information that meets the first screening rule is screened out, the distance between the first hospitalization room number and the emergency hospitalization room number on each route planning is judged in turn, the closest route planning is selected first, and the work information is added.

[0069] Step 102, generate a first usage time based on the first treatment course plan, store the correspondence between the first usage time and the instrument number in a corresponding sub-database, and send first allocation information to the warehouse terminal, wherein the first allocation information at least includes the instrument number, the first patient name, the first hospital room number and the first delivery time.

[0070] During the specific implementation process, the doctor will set a preliminary deadline for each stage in the first course of treatment based on the patient's physical health condition, and the first usage time of the medical devices involved in each stage will be determined based on the period of the corresponding stage.

[0071] Optionally, a first usage time is generated based on the first treatment plan, and the correspondence between the first usage time and the instrument number is stored in a corresponding sub-database, and the method also includes: generating stage reference information based on the first treatment plan, storing the correspondence between the stage reference information and the first patient information in a corresponding sub-database, and sending first allocation information to the warehouse terminal, wherein the first allocation information includes at least the instrument number, the first patient name, the first inpatient room number and the first delivery time.

[0072] During the specific implementation process, the generation of stage reference information is based on the average recovery status of the same type of patients who used the medical device in the past. For example, the patient's recovery process is divided into an acute period, a mild period and a stable period. The three stages correspond to time periods T1, T2 and T3 respectively, and the sum of T1, T2 and T3 is the first usage time.

[0073] Optionally, step 102 further includes the following steps:

[0074] Step 1021, generating a first usage time based on the first course of treatment plan, also includes: comparing the first usage time with the maintenance period, if the end time of the first usage time is after the maintenance period, reselecting the same type of medical device, otherwise, storing the correspondence between the first usage time and the device number in a corresponding sub-database, and sending first allocation information to the warehouse terminal, wherein the first allocation information at least includes the device number, the first patient name, the first hospital room number and the first delivery time.

[0075] In the specific implementation process, the first usage time is compared with the maintenance period to determine whether the medical device can be used before the maintenance period of the medical device expires. If it cannot be completed, it is necessary to return to step 101 to reselect another medical device (the selection of medical devices requires the doctor to select through his own mobile terminal), so as to avoid delays in the maintenance and maintenance of the medical device, thereby ensuring that the medical device can work stably for a long time, improve accuracy and safety, which also plays a role in protecting the health and safety of patients.

[0076] Step 1022, generate a second usage time based on the second treatment course plan, store the correspondence between the second usage time and the instrument number in a corresponding sub-database, receive admission information sent by the doctor's mobile terminal, wherein the admission information at least includes the second patient's name, the second hospital room number and the instrument number, and after receiving the admission information, send second allocation information to the warehouse terminal, wherein the second allocation information at least includes the instrument number, the second patient's name, the second hospital room number and the second delivery time.

[0077] During the specific implementation process, the doctor will set a preliminary deadline for each stage of the second course of treatment plan based on the patient's physical health condition, and the second usage time of the medical devices involved in each stage will be determined based on the period of the corresponding stage.

[0078] In particular, different from step 102, the "second" in this step indicates that the patient is a scheduled patient and is only used to distinguish the patient's admission status. There is no distinction in the order of kilo-ohms with the patient with "first".

[0079] Optionally, generating the second usage time based on the second treatment course plan also includes: after receiving the admission information, the second usage time starts counting, and the second usage time is compared with the maintenance period. If the end time of the second usage time is after the maintenance period, the same type of medical device is reselected; otherwise, the correspondence between the second usage time and the device number is stored in a corresponding sub-database, and second allocation information is sent to the warehouse terminal, wherein the second allocation information includes at least the device number, the second patient's name, the second hospital room number, and the second delivery time.

[0080] In the specific implementation process, after the patient is admitted to the hospital, the second usage time is compared with the maintenance period to determine whether the medical device can be used before the maintenance period of the medical device expires. If it cannot be completed, it is necessary to return to step 1011 to reselect another medical device (the selection of medical devices requires the doctor to select through his own mobile terminal), so as to avoid delays in the maintenance and maintenance of the medical device, thereby ensuring that the medical device can work stably for a long time, improve accuracy and safety, which also plays a role in protecting the health and safety of patients.

[0081] Optionally, a second usage time is generated based on the second treatment plan, and the correspondence between the second usage time and the instrument number is stored in a corresponding sub-database, and it also includes: generating stage reference information 'based on the second treatment plan, storing the correspondence between the stage reference information ' and the second patient information in a corresponding sub-database, and sending second allocation information to the warehouse terminal, wherein the second allocation information includes at least the instrument number, the second patient name, the second hospital room number and the second delivery time.

[0082] In the specific implementation process, the generation of the stage reference information ' is based on the average recovery status of the same type of patients using the medical device in the past. For example, the patient's recovery process is divided into an acute period', a mild period' and a stable period'. The three stages correspond to time periods T1', T2' and T3' respectively, and the sum of T1', T2' and T3' is the second usage time.

[0083] Step 103, receiving the first feedback information sent by the warehouse terminal, wherein the first feedback information at least includes the equipment number and the name of the delivery personnel, based on all the first feedback information received in the current time period, counting the first inpatient room numbers corresponding to all the medical equipment that the same delivery personnel needs to deliver in the current time period, generating a delivery route based on several first inpatient room numbers, and sending the delivery route to the mobile terminal of the corresponding delivery personnel.

[0084] In the specific implementation process, the warehouse terminal can use computers, special tablets and other equipment. After receiving the first feedback information from the warehouse terminal, the first feedback information is forwarded to the doctor's mobile terminal so that the doctor can clarify the distribution progress of the medical equipment. The generation of the distribution route first refers to each first distribution time and sorts them in the order of all the first distribution times. On the basis of the initial sorting, a secondary sorting is performed based on each first inpatient room number. If the first inpatient room number at the back of the sequence is close to a first inpatient room number at the front, and the distance to the next first inpatient room number is greater than the distance between the previous two, the medical equipment required by the first inpatient room number at the back will be distributed first. Specifically, if the first inpatient room number is named A1, A2, A3...An-1, An, An is 20 meters away from A1, and A2 is 60m away from A1, then after A1 is delivered, An will be delivered, and after An is delivered, A2 will be delivered to ensure that the distribution route is the most time-saving route.

[0085] Optionally, step 103 further includes the following steps:

[0086] Step 1031, receiving the second feedback information sent by the warehouse terminal, wherein the second feedback information at least includes the equipment number and the name of the delivery personnel, based on all the first feedback information and the second feedback information received in the current time period, counting the first inpatient room numbers and the second inpatient room numbers corresponding to all the medical equipment that the same delivery personnel needs to deliver in the current time period, generating a delivery route based on several first inpatient room numbers and second inpatient room numbers, and sending the delivery route to the mobile terminal of the corresponding delivery personnel.

[0087] In the specific implementation process, the admission status of the first feedback information and the second feedback information is not distinguished. The distribution route is generated based on all the first feedback information and the second feedback information received in the current time period (the time period can be divided into 1 hour). When the second feedback information is received, it means that the patient has been admitted to the hospital and the allocation of medical equipment can be started. The generation principle of the distribution route is consistent with step 103.

[0088] Step 104, updating the use status of each medical device corresponding to the device number in real time, and sending recycling information to the warehouse terminal when the first use time is reached, the recycling information at least includes the device number and the first hospital room number.

[0089] During the specific implementation process, each medical device is equipped with a signal transmitter, which is communicated with the medical device intelligent management platform. When the medical device is turned on and used, the signal transmitter is started synchronously to confirm the use status of the medical device.

[0090] Optionally, each medical device is equipped with a GPS positioning module and communicates with the medical device intelligent management platform to save time in obtaining the location of the medical device to prevent loss.

[0091] Optionally, step 104 further includes the following steps:

[0092] Step 1041, updating the usage status of each medical device corresponding to the device number in real time, and sending recycling information to the warehouse terminal when the first usage time or the second usage time is reached, the recycling information at least includes the device number and the first inpatient room number or the second inpatient room number.

[0093] In the specific implementation process, the admission status of the first feedback information and the second feedback information is not distinguished, and the medical devices from the warehouse can be recycled after use.

[0094] Step 1042, update the usage status of each medical device corresponding to the device number in real time, receive the patient status sent by the doctor's mobile terminal, wherein the patient status includes at least the first patient's name, the first inpatient room number and the actual recovery details, query the stage reference information corresponding to the patient in the sub-database based on the first patient's name, compare the actual recovery details with the stage reference information, if the progress of the actual recovery details is ahead of the stage reference information, shorten the first usage time, if the progress of the actual recovery details lags behind the stage reference information, extend the first usage time, if the progress of the recovery status information is equal to the stage reference information, send recovery information to the warehouse terminal when the first usage time is reached, and the recovery information includes at least the device number and the first inpatient room number.

[0095] In the specific implementation process, the actual first usage time of the medical device can be flexibly adjusted according to the recovery status of each patient. If the first usage time is shortened, the medical device can be recycled in advance, thereby reducing the pressure of using the medical device and allowing the medical device to be provided to other patients as soon as possible; if the first usage time is extended, the process of pairing and distributing the medical device again is saved, effectively improving the efficiency of medical device supervision. For example, if the patient's actual recovery details are still in the acute period after the end of the T1 time period, in this case, the first usage time of the medical device needs to be extended. On the contrary, if the patient enters the relaxation period during the T1 time period, the first usage time can be shortened.

[0096] Optionally, the usage status of the medical device corresponding to each device number is updated in real time, and the patient status sent by the doctor's mobile terminal is received, wherein the patient status includes at least the second patient's name, the second inpatient room number and the actual recovery details; based on the second patient's name, the stage reference information' corresponding to the patient is queried in the sub-database, and the actual recovery details' is compared with the stage reference information'; if the progress of the actual recovery details' is ahead of the stage reference information', the second usage time is shortened; if the progress of the actual recovery details' lags behind the stage reference information', the second usage time is extended; if the progress of the recovery status information' is equal to the stage reference information', a recovery information' is sent to the warehouse terminal when the second usage time is reached, and the recovery information' includes at least the device number and the second inpatient room number.

[0097] In the specific implementation process, the actual second usage time of the medical device can be flexibly adjusted according to the recovery status of each patient. If the second usage time is shortened, the medical device can be recycled in advance, thereby reducing the pressure of using the medical device and allowing the medical device to be provided to other patients as soon as possible; if the second usage time is extended, the process of pairing and distributing the medical device again is saved, effectively improving the efficiency of medical device supervision. For example, if the patient's actual recovery details show that he is still in the acute period after the end of the T1 period, in this case, the second usage time of the medical device needs to be extended. On the contrary, if he enters the relaxation period during the T1 period, the second usage time can be shortened.

[0098] This application also discloses a medical device supervision system, combined with Figure 2 ,include:

[0099] Medical device pairing module 201: used to obtain first patient information, wherein the first patient information at least includes the first patient's name, the first hospital room number, the first visit type and the first treatment plan, select the main database corresponding to the warehouse that is closer based on the first hospital room number, select the corresponding type of sub-database in the main database based on the first visit type, obtain parameter information of the type of medical device, wherein the parameter information at least includes the device number and usage status, and establish a first pairing relationship between the first patient information and the device number.

[0100] Optionally, the medical device pairing module is also used to obtain a second patient information, wherein the second patient information includes the second patient's name, a second hospital room number, a second medical consultation type, and a second treatment course plan; based on the second hospital room number, a main database corresponding to a warehouse that is closer is selected; based on the second medical consultation type, a sub-database of a corresponding type within the main database is selected to obtain parameter information of this type of medical device, wherein the parameter information includes at least the device number and usage status; and a second pairing relationship is established between the second patient information and the device number.

[0101] Optionally, the medical device pairing module is also used to obtain all the first patient information and the second patient information, compare the first treatment plan in the first patient information and the second treatment plan in the second patient information, and if the second treatment plan is the same as the first treatment plan, establish a transfer order relationship, wherein the transfer order relationship includes at least the device number of all medical devices used by the patient corresponding to the first patient information, the first patient name, the first inpatient room number, the second patient name and the second inpatient room number, and send the transfer order relationship to the mobile terminal of the distribution personnel, so that after the first usage time is arrived, the delivery personnel will deliver the medical devices corresponding to all the device numbers in the transfer order relationship to the second inpatient room number.

[0102] Optionally, the medical device pairing module is also used to send disinfection information to the corresponding delivery personnel's mobile terminal and disinfection room terminal after the first usage time is reached. After receiving the disinfection feedback information sent by the disinfection room terminal, the delivery personnel will deliver the medical devices corresponding to all the device numbers in the transfer order relationship to the second inpatient room number.

[0103] Optionally, the medical device pairing module is also used to obtain work information sent by the warehouse terminal, where the work information includes at least the current delivery device number, the current delivery target room number and the route plan; receive emergency patient information sent by the doctor terminal, where the emergency patient information includes at least the emergency patient name, the emergency hospitalization room number, the emergency treatment plan and the medical device type; based on the emergency patient information and work information, compare the emergency hospitalization room number with the matching degree of all route plans and sort them; query whether there is a medical device matching the medical device type in the corresponding main database according to the matching degree from high to low; if so, add the delivery of the target medical device to the work information and give priority to it; otherwise, screen other route plans.

[0104] Delivery information formulation module 202: used to generate a first usage time based on a first treatment course plan, store the correspondence between the first usage time and the instrument number in a corresponding sub-database, and send first allocation information to the warehouse terminal, wherein the first allocation information at least includes the instrument number, the first patient name, the first hospital room number and the first delivery time.

[0105] Optionally, the delivery information formulation module is also used to generate stage reference information based on the first treatment plan, store the correspondence between the stage reference information and the first patient information in a corresponding sub-database, and send first distribution information to the warehouse terminal, wherein the first distribution information includes at least the instrument number, the first patient name, the first hospital room number and the first delivery time.

[0106] Optionally, the delivery information formulation module is also used to generate a first usage time based on the first treatment course plan, and compare the first usage time with the maintenance period. If the end time of the first usage time is after the maintenance period, the same type of medical device is reselected; otherwise, the correspondence between the first usage time and the device number is stored in a corresponding sub-database, and the first allocation information is sent to the warehouse terminal, wherein the first allocation information includes at least the device number, the first patient name, the first hospital room number and the first delivery time.

[0107] Optionally, the delivery information formulation module is also used to generate a second usage time based on the second treatment course plan, store the correspondence between the second usage time and the instrument number in a corresponding sub-database, receive admission information sent by the doctor's mobile terminal, wherein the admission information includes at least the second patient's name, the second inpatient room number and the instrument number, and after receiving the admission information, send second allocation information to the warehouse terminal, wherein the second allocation information includes at least the instrument number, the second patient's name, the second inpatient room number and the second delivery time.

[0108] Optionally, the delivery information formulation module is also used to generate a second usage time based on the second treatment course plan. After receiving the admission information, the second usage time starts counting, and the second usage time is compared with the maintenance period. If the end time of the second usage time is after the maintenance period, the same type of medical device is reselected. Otherwise, the correspondence between the second usage time and the device number is stored in the corresponding sub-database, and the second allocation information is sent to the warehouse terminal, wherein the second allocation information includes at least the device number, the second patient name, the second hospital room number and the second delivery time.

[0109] Optionally, the delivery information formulation module is also used to generate a second usage time based on the second treatment course plan, store the correspondence between the second usage time and the instrument number in a corresponding sub-database, generate stage reference information ' based on the second treatment course plan, store the correspondence between the stage reference information ' and the second patient information in a corresponding sub-database, and send second distribution information to the warehouse terminal, wherein the second distribution information includes at least the instrument number, the second patient name, the second hospital room number and the second delivery time.

[0110] Delivery route planning module 203: is used to receive the first feedback information sent by the warehouse terminal, wherein the first feedback information at least includes the equipment number and the name of the delivery personnel, based on all the first feedback information received in the current time period, count the first inpatient room numbers corresponding to all the medical equipment that the same delivery personnel needs to deliver in the current time period, generate a delivery route based on several first inpatient room numbers, and send the delivery route to the mobile terminal of the corresponding delivery personnel.

[0111] Optionally, the delivery route planning module is also used to receive second feedback information sent by the warehouse terminal, wherein the second feedback information includes at least the equipment number and the name of the delivery personnel, and based on all the first feedback information and the second feedback information received in the current time period, count the first inpatient room numbers and the second inpatient room numbers corresponding to all the medical equipment that the same delivery personnel needs to deliver in the current time period, generate a delivery route based on several first inpatient room numbers and second inpatient room numbers, and send the delivery route to the mobile terminal of the corresponding delivery personnel.

[0112] The device status monitoring module 204 is used to update the usage status of each medical device corresponding to the device number in real time, and send recycling information to the warehouse terminal when the first usage time is reached. The recycling information at least includes the device number and the first hospital room number.

[0113] Optionally, the device status monitoring module is also used to update the usage status of the medical device corresponding to each device number in real time, and send recycling information to the warehouse terminal when the first usage time or the second usage time is reached. The recycling information includes at least the device number and the first inpatient room number or the second inpatient room number.

[0114] Optionally, the instrument status monitoring module is also used to update the usage status of the medical instrument corresponding to each instrument number in real time, receive the patient status sent by the doctor's mobile terminal, wherein the patient status includes at least the first patient's name, the first inpatient room number and the actual recovery details, query the stage reference information corresponding to the patient in the sub-database based on the first patient's name, compare the actual recovery details with the stage reference information, if the progress of the actual recovery details is ahead of the stage reference information, shorten the first usage time; if the progress of the actual recovery details lags behind the stage reference information, extend the first usage time; if the progress of the recovery status information is equal to the stage reference information, send recovery information to the warehouse terminal when the first usage time is reached, and the recovery information includes at least the instrument number and the first inpatient room number.

[0115] Optionally, the instrument status monitoring module is also used to update the usage status of the medical instrument corresponding to each instrument number in real time, receive the patient status sent by the doctor's mobile terminal, wherein the patient status includes at least the second patient's name, the second inpatient room number and the actual recovery details', query the stage reference information' corresponding to the patient in the sub-database based on the second patient's name, compare the actual recovery details' with the stage reference information', if the progress of the actual recovery details' is ahead of the stage reference information', shorten the second usage time; if the progress of the actual recovery details' lags behind the stage reference information', extend the second usage time; if the progress of the recovery status information' is equal to the stage reference information', send recovery information' to the warehouse terminal when the second usage time is reached, and the recovery information' includes at least the instrument number and the second inpatient room number.

[0116] The present application also discloses an embodiment of a medical device intelligent management platform, including a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and execute the medical device supervision method as described above, and the computer program can be at least one instruction, at least one program, a code set or an instruction set.

[0117] The embodiment of the present application also discloses a computer-readable storage medium, which stores a computer program that can be loaded by a processor and execute the medical device supervision method as described above. The computer-readable storage medium includes, for example: a USB flash drive, a mobile hard disk, a read-only memory (ROM), a random access memory (ROM), a magnetic disk or an optical disk, and other media that can store program codes.

[0118] It should be noted that, in this document, relational terms such as first and second, etc. are merely used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any actual relationship or order between these entities or operations.

[0119] The above embodiments are only used to illustrate the technical solutions of the present application, rather than to limit the protection scope of the application. Obviously, the described embodiments are only some embodiments of the present application, rather than all embodiments. Based on these embodiments, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present application.

Claims

1. A medical device supervision method, characterized in that: The execution subject of the medical device supervision method is a medical device intelligent management platform. The medical device intelligent management platform is provided with several main databases based on the number of warehouses storing medical devices in the hospital. Each of the main databases is provided with several sub-databases based on the type of medical devices. Each of the sub-databases is input with parameter information of the type of medical device. The medical device intelligent management platform is also preset with a patient database. The method comprises: Acquire first patient information, wherein the first patient information at least includes the first patient's name, the first hospitalization room number, the first treatment type and the first course of treatment plan, select the main database corresponding to the warehouse that is closer to the first hospitalization room number based on the first hospitalization room number, select the sub-database of the corresponding type in the main database based on the first treatment type, obtain parameter information of the medical device of this type, wherein the parameter information at least includes the device number and the usage status, and establish a first pairing relationship between the first patient information and the device number; acquire second patient information, wherein the second patient information includes the second patient's name, the second hospitalization room number, the second treatment type and the second course of treatment plan, select the main database corresponding to the warehouse that is closer to the second hospitalization room number based on the second hospitalization room number, select the sub-database of the corresponding type in the main database based on the second treatment type, and obtain the medical device of this type. parameter information of the medical device, wherein the parameter information at least includes the device number and the usage status, and establishes a second pairing relationship between the second patient information and the device number; obtains all the first patient information and the second patient information, and compares the first course of treatment plan in the first patient information with the second course of treatment plan in the second patient information, and if the second course of treatment plan is the same as the first course of treatment plan, then establishes a transfer sequence relationship, wherein the transfer sequence relationship at least includes the device number of all medical devices used by the patient corresponding to the first patient information, the first patient name, the first hospitalization room number, the second patient name and the second hospitalization room number, and sends the transfer sequence relationship to the mobile terminal of the distribution personnel, so that after the first usage time is reached, the distribution personnel will distribute the medical devices corresponding to all the device numbers in the transfer sequence relationship to the second hospitalization room number; Generate a first usage time based on the first treatment course plan, store the correspondence between the first usage time and the instrument number in a corresponding sub-database, generate stage reference information based on the first treatment course plan, store the correspondence between the stage reference information and the first patient information in a corresponding sub-database, and send first allocation information to the warehouse terminal, wherein the first allocation information at least includes the instrument number, the first patient name, the first hospital room number, and the first delivery time; generate a second usage time based on the second treatment course plan, store the correspondence between the second usage time and the instrument number in a corresponding sub-database, receive admission information sent by the doctor's mobile terminal, wherein the admission information at least includes the second patient name, the second hospital room number, and the instrument number, and after receiving the admission information, send second allocation information to the warehouse terminal, wherein the second allocation information at least includes the instrument number, the second patient name, the second hospital room number, and the second delivery time; Receive the first feedback information and the second feedback information sent by the warehouse terminal, wherein the first feedback information and the second feedback information both include at least the device number and the name of the delivery personnel, based on all the first feedback information and the second feedback information received in the current time period, count the first inpatient room number and the second inpatient room number corresponding to all the medical devices that the same delivery personnel needs to deliver in the current time period, generate a delivery route based on several of the first inpatient room numbers and the second inpatient room numbers, and send the delivery route to the mobile terminal of the corresponding delivery personnel; receive the emergency patient information sent by the doctor's mobile terminal, wherein the emergency patient information includes at least the emergency patient name, the emergency inpatient room number, the emergency treatment plan and the type of medical device, based on the emergency patient information and work information, compare the emergency inpatient room number with the matching degree of all route plans and sort them, query whether there is a medical device matching the type of medical device in the corresponding main database according to the matching degree from high to low, if so, add the delivery of the target medical device to the work information and give priority to it; otherwise, screen other route plans; Update the usage status of each medical device corresponding to the device number in real time, receive the patient status sent by the doctor's mobile terminal, wherein the patient status at least includes the first patient name, the first inpatient room number and the actual recovery details, query the stage reference information corresponding to the patient in the sub-database based on the first patient name, compare the actual recovery details with the stage reference information, if the progress of the actual recovery details is ahead of the stage reference information, shorten the first usage time, if the progress of the actual recovery details lags behind the stage reference information, extend the first usage time, if the progress of the recovery status information is equal to the stage reference information, remain unchanged; send recovery information to the warehouse terminal when the first usage time or the second usage time is reached, the recovery information at least includes the device number and the first inpatient room number or the second inpatient room number.

2. A medical device supervision method according to claim 1, characterized in that: The parameter information also includes a maintenance period; The step of generating a first usage duration based on the first treatment course plan further includes: The first usage time is compared with the maintenance period. If the end time of the first usage time is after the maintenance period, a medical device of the same type is reselected; otherwise, the correspondence between the first usage time and the device number is stored in a corresponding sub-database, and first allocation information is sent to the warehouse terminal, wherein the first allocation information at least includes the device number, the first patient name, the first hospital room number and the first delivery time.

3. A medical device supervision method according to claim 1, characterized in that: After the first usage duration is reached, the method further includes: Disinfection information is sent to the mobile terminal and disinfection room terminal of the corresponding delivery personnel. After receiving the disinfection feedback information sent by the disinfection room terminal, the delivery personnel delivers the medical devices corresponding to all the device numbers in the transfer sequence relationship to the second inpatient room number.

4. A medical device supervision system, characterized in that: include: A medical device pairing module (201) is used to obtain first patient information, wherein the first patient information includes at least the first patient name, the first hospitalization room number, the first treatment type and the first course of treatment plan; based on the first hospitalization room number, a main database corresponding to a warehouse that is closer is selected; based on the first treatment type, a sub-database of a corresponding type in the main database is selected to obtain parameter information of the type of medical device, wherein the parameter information includes at least the device number and the usage status; and a first pairing relationship is established between the first patient information and the device number; and second patient information is obtained, wherein the second patient information includes the second patient name, the second hospitalization room number, the second treatment type and the second course of treatment plan; based on the second hospitalization room number, a main database corresponding to a warehouse that is closer is selected; based on the second treatment type, a sub-database of a corresponding type in the main database is selected. Obtain parameter information of the type of medical device, wherein the parameter information at least includes the device number and the usage status, and establish a second pairing relationship between the second patient information and the device number; obtain all the first patient information and the second patient information, compare the first course of treatment plan in the first patient information with the second course of treatment plan in the second patient information, and if the second course of treatment plan is the same as the first course of treatment plan, establish a transfer order relationship, wherein the transfer order relationship at least includes the device number of all medical devices used by the patient corresponding to the first patient information, the first patient name, the first hospitalization room number, the second patient name and the second hospitalization room number, and send the transfer order relationship to the mobile terminal of the distribution personnel, so that after the first usage time is reached, the distribution personnel will distribute the medical devices corresponding to all the device numbers in the transfer order relationship to the second hospitalization room number; A delivery information formulation module (202) is used to generate a first usage time based on the first treatment course plan, store the correspondence between the first usage time and the instrument number in a corresponding sub-database, generate stage reference information based on the first treatment course plan, store the correspondence between the stage reference information and the first patient information in a corresponding sub-database, send first allocation information to a warehouse terminal, wherein the first allocation information at least includes the instrument number, the first patient name, the first hospital room number and the first delivery time; generate a second usage time based on the second treatment course plan, store the correspondence between the second usage time and the instrument number in a corresponding sub-database, receive admission information sent by a doctor's mobile terminal, wherein the admission information at least includes the second patient name, the second hospital room number and the instrument number, and after receiving the admission information, send second allocation information to the warehouse terminal, wherein the second allocation information at least includes the instrument number, the second patient name, the second hospital room number and the second delivery time; a delivery route planning module (203) for receiving first feedback information and second feedback information sent by the warehouse terminal, wherein the first feedback information and the second feedback information both include at least the device number and the name of the delivery personnel; based on all the first feedback information and the second feedback information received in the current time period, counting the first inpatient room number and the second inpatient room number corresponding to all the medical devices that the same delivery personnel needs to deliver in the current time period; generating a delivery route based on a number of the first inpatient room number and the second inpatient room number; and sending the delivery route to the mobile terminal of the corresponding delivery personnel; receiving emergency patient information sent by the doctor's mobile terminal, wherein the emergency patient information includes at least the emergency patient name, the emergency inpatient room number, the emergency treatment plan and the type of medical device; based on the emergency patient information and the work information, comparing the emergency inpatient room number with the matching degree of all route plans and sorting them; querying whether there is a medical device matching the type of medical device in the corresponding main database according to the matching degree from high to low; if so, adding the delivery of the target medical device to the work information and giving priority to it; otherwise, screening other route plans; The device status monitoring module (204) is used to update the usage status of each medical device corresponding to the device number in real time, receive the patient status sent by the doctor's mobile terminal, wherein the patient status at least includes the first patient name, the first inpatient room number and the actual recovery details, query the stage reference information corresponding to the patient in the sub-database based on the first patient name, compare the actual recovery details with the stage reference information, if the progress of the actual recovery details is ahead of the stage reference information, then shorten the first usage time, if the progress of the actual recovery details lags behind the stage reference information, then extend the first usage time, if the progress of the recovery status information is equal to the stage reference information, then remain unchanged; when the first usage time or the second usage time is reached, send recovery information to the warehouse terminal, the recovery information at least includes the device number and the first inpatient room number or the second inpatient room number.

5. A medical device intelligent management platform, characterized by: The medical device intelligent management platform includes a processor and a memory, wherein the memory stores at least one instruction, at least one program, a code set or an instruction set, and the at least one instruction, the at least one program, the code set or the instruction set is loaded and executed by the processor to implement the processing of the medical device supervision method as described in any one of claims 1 to 4.

6. A computer-readable storage medium, characterized in that: The storage medium stores at least one instruction, at least one program, a code set or an instruction set, and the at least one instruction, the at least one program, the code set or the instruction set is loaded and executed by the processor to implement the processing of the medical device supervision method as described in any one of claims 1 to 4.

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