Laboratory drug management system and method

Abstract

The invention discloses a laboratory medicine management system and method, and belongs to the technical field of management systems. The laboratory medicine management system comprises a computer, a plurality of medicine storage cabinets and a medicine taking table, fingerprint locks are arranged on cabinet doors of the medicine storage cabinets; an electronic balance and a measuring cylinder are arranged on the medicine taking table, and two shooting devices used for recording the medicine taking condition are arranged corresponding to the electronic balance and the measuring cylinder; the fingerprint lock and the shooting device are both in communication connection with the computer. The computer carries a medicine management system, and the medicine management system comprises a personnel management module, an experiment scheme module, a medicine management module, a performance management module and a data storage module. The laboratory drug management method uses the laboratory drug management system to manage drugs. According to the invention, the medicine taking process of the experimenter can be monitored, the performance of the experimenter can be scored, and help is provided for laboratory examination work of managers.

Description

Technical Field

[0001] The present invention belongs to the technical field of management systems, and in particular relates to a laboratory drug management system and method. Background Art

[0002] At present, many companies rely mainly on manual recording of drug usage in the process of laboratory management. Manual recording is prone to registration errors and omissions, and it is impossible to monitor the entire process of drug use, which poses a great hidden danger and is not conducive to laboratory drug management. In addition, relying solely on manual management of laboratory drugs will also lead to drug waste, which invisibly increases the cost of testing and affects the accuracy of experimental results.

[0003] Chinese patent CN 111243194 A proposes an automatic management system and method for the use of laboratory chemicals, wherein the automatic management system includes a chemical cabinet door lock, a controller, a memory, a database, a display and a communicator, and the controller is respectively connected to the memory, the database, the display, the door lock and the communicator. The automatic management method includes the steps of establishing a user database, the user sending a chemical use application to the controller through a mobile phone or other communicator, the controller identifying the user, the user's identity authentication, controlling the unlocking, and recording. The invention monitors the use records of chemical drugs by computer, effectively reducing costs, and the staff can directly monitor and manage the use of laboratory chemicals through the computer, which has the advantages of convenience, real-time, accuracy, convenience, and reliability.

[0004] However, the above management system and method cannot record the process of laboratory personnel taking drugs, and cannot perform performance scoring on the laboratory personnel's drug taking operations, and thus cannot further provide assistance to management personnel in laboratory assessment work. Summary of the invention

[0005] The present invention provides a laboratory drug management system and method, which are used to solve the problem that the existing laboratory drug management system and method cannot monitor the process of laboratory personnel taking drugs and cannot perform performance evaluation on laboratory personnel.

[0006] In order to achieve the above object, the technical solution adopted by the present invention is:

[0007] A laboratory drug management system comprises a computer, several medicine storage cabinets and a medicine dispensing platform; the doors of several medicine storage cabinets are provided with fingerprint locks; the medicine dispensing platform is provided with an electronic balance and a measuring cylinder, and two photographing devices for recording the situation of dispensing medicine are provided corresponding to the electronic balance and the measuring cylinder; the fingerprint lock and the photographing device are both connected to the computer for communication;

[0008] The computer is equipped with a drug management system, and the drug management system includes:

[0009] A personnel management module is used to add experimenters who have obtained login authority, delete experimenters who have lost login authority, and manage basic information of experimenters who have obtained login authority, including name and fingerprint;

[0010] The experimental plan module is used to provide standard inspection methods for routine laboratory testing indicators; when the experimenter makes an appointment to pick up medicine, he selects the corresponding standard inspection method in the experimental plan module according to the planned configuration of medicines, and fills in the planned configuration of the medicine amount. The system automatically displays the required amount of each type of medicine through calculation, that is, the scheduled medicine amount X; at the same time, the computer sends the experimenter's information to the fingerprint lock of the corresponding medicine storage cabinet; when the experimenter picks up medicine, he unlocks it with the fingerprint, takes out the required medicine and places it on the medicine table for medicine picking operation. During the medicine picking operation, the amount of medicine taken is recorded by the shooting device. After the medicine picking operation is completed, the remaining medicine is put back into the medicine storage cabinet, and the fingerprint lock of the medicine storage cabinet is automatically closed; the computer records the unlocking time and closing time of the fingerprint lock, and the difference between the two is the actual completion time T1 of the experimenter's medicine picking operation;

[0011] The drug management module is used to manage drugs, including the management of drug use. After the drug taking operation is completed, the experimenter shall truthfully fill in the actual amount of each type of drug taken X1 in the drug management module according to the drug taking situation recorded by the camera.

[0012] The performance management module is used to compare the actual amount of drugs X1 taken for each type of drug with the scheduled amount X, and calculate the drug taking performance score A of the laboratory personnel in combination with the time taken to complete the drug taking operation;

[0013] The calculation formula of A is as follows:

[0014] A=A 取 +A 工

[0015] Among them, A 取 For the drug collection score, A 工 Score the completion of medication collection operations;

[0016] A 取 The calculation formula is as follows:

[0017] When X1=X,

[0018] A 取 =A1

[0019] Among them, A1 is the set standard score for taking medicine;

[0020] When X1≠X,

[0021]

[0022] Among them, ΔX is the allowable error of the setting;

[0023] A 工 The calculation formula is as follows:

[0024] A 工 =A2-(T1-T)×A3,

[0025] Among them, A2 is the set standard score for completing the medication dispensing operation, T is the set time for completing the medication dispensing operation, and A3 is the set deduction standard.

[0026] Furthermore, the basic information also includes department, position, and contact number.

[0027] Furthermore, the experimental plan module is also used for the system administrator to input and update the standard test methods of the laboratory's routine test indicators.

[0028] Furthermore, the drug management module manages drugs, and also includes the management of drug entry records and inventory quantities.

[0029] Furthermore, the performance management module is also used to export the performance score records of the laboratory personnel's drug retrieval.

[0030] Furthermore, the drug management system also includes a data storage module for storing data generated by system operations and pictures taken by the camera.

[0031] Furthermore, the photographing device includes a support frame and a camera installed on the support frame, wherein the camera of one photographing device is located directly above the electronic balance, and the camera of the other photographing device is located on one side of the measuring cylinder.

[0032] Furthermore, the height of the camera on one side of the measuring cylinder is adjustable.

[0033] The present invention also provides a laboratory drug management method, which uses the above-mentioned laboratory drug management system to manage drugs, including drug collection management, and the drug collection management includes the following steps:

[0034] Step 1: The experimenter logs into the drug management system on the computer;

[0035] Step 2: The experimenter makes an appointment to pick up medicine on the medicine management system, selects the corresponding standard test method according to the planned medicine configuration, and fills in the planned amount of medicine configuration. The system automatically displays the required amount of each type of medicine through calculation; at the same time, the computer sends the experimenter's information to the fingerprint lock of the corresponding medicine storage cabinet;

[0036] Step 3: The experimenter uses fingerprint to unlock the corresponding medicine storage cabinet, opens the door of the corresponding medicine storage cabinet, and the computer records the unlocking time;

[0037] Step 4: After successfully unlocking, the experimenter takes the required drugs to the drug dispensing table and performs the drug dispensing operation in sequence. After the experimenter takes the drugs from the electronic balance or measuring cylinder, he takes pictures with a camera to record the amount of drugs taken, and the obtained drug dispensing record pictures are sent back to the computer for storage;

[0038] Step 5: After the drug dispensing operation is completed, the experimenter returns the remaining drugs to the medicine cabinet, closes the cabinet door, the fingerprint lock automatically closes, and the computer records the closing time;

[0039] Step 6: After the door of the medicine storage cabinet is closed, the drug management system pushes a work message to the experimenter's account, requiring the experimenter to fill in the drug withdrawal situation truthfully according to the amount of drug withdrawal shown in the drug withdrawal record picture;

[0040] Step 7: After receiving the work information, the experimenter fills in the drug collection information on the drug management system;

[0041] Step 8: The drug management system evaluates the work performance of the laboratory personnel.

[0042] Furthermore, the laboratory drug management method also includes drug storage management, and the drug storage management includes the following steps:

[0043] S1: The warehousing personnel make an appointment for warehousing on the drug management system and fill in the warehousing information, which includes the drug name, drug warehousing quantity, warehousing personnel, and warehousing time;

[0044] S2: After the appointment is completed, the computer sends the information of the person entering the warehouse to the fingerprint lock of the corresponding medicine storage cabinet;

[0045] S3: The warehousing personnel unlock the corresponding medicine storage cabinet with fingerprint and perform the medicine storage operation. After the operation is completed, the cabinet door is closed, the fingerprint lock is automatically closed, and the medicine storage is completed.

[0046] Due to the adoption of the above technical solution, the present invention has the following beneficial effects:

[0047] 1. The present invention can monitor the process of experimenters taking drugs and rate the performance of experimenters, providing assistance to managers in laboratory assessment. By monitoring the entire process of laboratory drugs, especially hazardous chemicals, laboratory safety is guaranteed, the amount of drugs added is accurately controlled, drug consumption is saved, and the accuracy of experimental results is improved. The performance management module of the drug management system rates experimenters by combining the error size of the amount of drugs taken by experimenters and the time it takes to complete the drug collection operation. It can accurately reflect the actual operation level of experimenters and avoid the problem of low accuracy caused by unilateral assessment.

[0048] 2. The drug management system of the present invention is provided with an experimental plan module. When the experimenter makes an appointment to pick up the medicine, he selects the corresponding standard test method in the experimental plan module according to the planned configuration of the medicine, and fills in the planned configuration of the medicine. The system automatically displays the required amount of each type of medicine through calculation, and does not need the experimenter to remember the test method and calculate the drug dosage, thereby avoiding the potential safety hazards caused by the experimenter making mistakes in the test method or the drug dosage, and the time wasted by querying the information. In addition, only after the experimenter has made a successful appointment can he obtain the authorization to open the corresponding medicine storage cabinet, and then unlock it with fingerprints to ensure the safety of drug storage and use.

[0049] 3. The drug management system of the present invention is provided with a drug management module, which can automatically record the storage and outbound status of drugs, clearly record the name, quantity, operation time and operator name of the drugs in and out, and automate the operation to avoid the inconvenience caused by manual operation, reduce the workload of experimenters, and improve work efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0050] Figure 1 It is a block diagram of the composition of the laboratory drug management system proposed by the present invention;

[0051] Figure 2 It is a structural schematic diagram of the medicine dispensing table proposed by the present invention;

[0052] Figure 3 It is a drug collection flow chart of the laboratory drug management method proposed by the present invention;

[0053] Figure 4 It is a drug storage flow chart of the laboratory drug management method proposed by the present invention;

[0054] The marks in the attached drawings are: 1-medication table, 2-electronic balance, 3-measuring cylinder, 4-photographing device. DETAILED DESCRIPTION

[0055] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0056] like Figure 1 , 2As shown, the present invention provides a laboratory drug management system, including a computer, a plurality of medicine storage cabinets and a medicine dispensing table 1. The cabinet doors of the plurality of medicine storage cabinets are provided with fingerprint locks. The medicine dispensing table 1 is provided with an electronic balance 2 and a measuring cylinder 3, and two photographing devices 4 for recording the situation of dispensing medicine are provided corresponding to the electronic balance 2 and the measuring cylinder 3. The fingerprint lock and the photographing device 4 are both connected to the computer for communication.

[0057] like Figure 2 As shown, the photographing device 4 includes a support frame and a camera mounted on the support frame, wherein the camera of one photographing device 4 is located directly above the electronic balance 2 and directly facing the screen of the electronic balance 2, and the camera of the other photographing device 4 is located on one side of the measuring cylinder 3. The camera on one side of the measuring cylinder 3 is height-adjustable, that is, the lens of the camera can be moved up and down. For example, the camera is mounted on a support frame that can be raised and lowered, and the camera can be better aligned with the reading of the measuring cylinder 3 by adjusting the height.

[0058] The computer is equipped with a drug management system, which includes a personnel management module, an experimental plan module, a drug management module, a performance management module and a data storage module.

[0059] The personnel management module is used to add laboratory personnel with login permissions, delete laboratory personnel who have lost login permissions, and manage the basic information of laboratory personnel with login permissions, including name, fingerprint, department, position, and contact number. Before using the drug management system, the system administrator needs to enter the basic information of laboratory personnel in the personnel management module. After entering the information, subsequent operations can be performed to unlock the medicine cabinet with fingerprints to access the drugs.

[0060] The experimental plan module is used to provide standard inspection methods for routine laboratory inspection indicators, and is also used for system administrators to enter and update standard inspection methods for routine laboratory inspection indicators.

[0061] When the experimenter makes an appointment to pick up medicine, he selects the corresponding standard test method in the experimental plan module according to the planned medicine configuration, and fills in the planned medicine configuration amount. The system automatically displays the required amount of each type of medicine through calculation, that is, the scheduled medicine collection amount X. This setting does not require the experimenter to remember the test method and calculate the medicine dosage, avoiding the safety hazards caused by the experimenter making mistakes in the test method or medicine dosage and the waste of time caused by querying information. At the same time, the computer sends the experimenter's information to the fingerprint lock of the corresponding medicine storage cabinet.

[0062] When the experimenter takes medicine, he unlocks it with his fingerprint, takes out the required medicine and places it on the medicine table 1 for the medicine taking operation. Only after the experimenter successfully makes an appointment can he obtain the authorization to open the corresponding medicine storage cabinet, and then unlock it with his fingerprint to ensure the safety of medicine storage and use.

[0063] During the drug taking operation, the amount of drug taken is recorded by the photographing device 4. After the drug taking operation is completed, the remaining drugs are put back into the medicine storage cabinet, and the fingerprint lock of the medicine storage cabinet is automatically closed. The computer records the unlocking time and closing time of the fingerprint lock, and the difference between the two is the actual completion time T1 of the experimenter's drug taking operation.

[0064] The drug management module is used to manage drugs, including the management of drug use, drug storage records and inventory management, which facilitates online management of laboratory drugs. After the drug collection operation is completed, the experimenter truthfully reports the actual amount of each type of drug taken X1 in the drug management module according to the drug collection situation recorded by the shooting device 4.

[0065] The performance management module is used to compare the actual amount of drugs X1 taken for each type of drug with the scheduled amount X, and calculate the drug collection performance score A of the laboratory personnel in combination with the time taken to complete the drug collection operation. It is also used to export the drug collection performance score records of the laboratory personnel, standardize the drug collection operations of the laboratory personnel, and conduct quantitative evaluation of the drug collection operations to facilitate strengthening laboratory management.

[0066] The calculation formula of A is as follows:

[0067] A=A 取 +A 工

[0068] Among them, A 取 For the drug collection score, A 工 Score the completion of the medication collection operation.

[0069] A 取 The calculation formula is as follows:

[0070] When X1=X,

[0071] A 取 =A1

[0072] Among them, A1 is the set standard score for taking medicine;

[0073] When X1≠X,

[0074]

[0075] Among them, ΔX is the allowable error of the setting.

[0076] A 工 The calculation formula is as follows:

[0077] A 工 =A2-(T1-T)×A3,

[0078] Among them, A2 is the set standard score for completing the medication dispensing operation, T is the set time for completing the medication dispensing operation, and A3 is the set deduction standard.

[0079] The performance management module scores experimenters based on the size of the error in the amount of medicine they take and the time it takes to complete the medicine collection operation. This can accurately reflect the actual operation level of the experimenters and avoid the problem of low accuracy caused by unilateral assessment.

[0080] The data storage module is used to store the data generated by the system operation and the pictures taken by the camera 4. The data storage module can store the drug storage records and the laboratory staff drug performance evaluation records for easy viewing at any time.

[0081] The present invention also provides a laboratory drug management method, which uses the above-mentioned laboratory drug management system to manage drugs, including drug collection management and drug storage management.

[0082] like Figure 3 As shown, the medication management includes the following steps.

[0083] Step 1: The experimenter logs into the drug management system on the computer.

[0084] Step 2: The experimenter makes an appointment to pick up medicine on the drug management system, selects the corresponding standard inspection method according to the planned drug configuration, and fills in the planned amount of medicine configuration. The system automatically displays the required amount of each type of medicine through calculation; at the same time, the computer sends the experimenter's information to the fingerprint lock of the corresponding medicine storage cabinet.

[0085] Step 3: The experimenter uses fingerprint to unlock the corresponding medicine cabinet, opens the door of the corresponding medicine cabinet, and the computer records the unlocking time.

[0086] Step 4: After successfully unlocking, the experimenter takes the required types of medicines to the medicine dispensing table 1 and performs the medicine dispensing operation in sequence. After the experimenter takes the medicine from the electronic balance 2 or the measuring cylinder 3, he takes a picture through the shooting device 4 to record the amount of medicine taken, and the obtained medicine dispensing record picture is sent back to the computer for storage.

[0087] Step 5: After the drug dispensing operation is completed, the experimenter returns the remaining drugs to the medicine cabinet, closes the cabinet door, the fingerprint lock automatically closes, and the computer records the closing time.

[0088] Step 6: After the door of the medicine cabinet is closed, the drug management system pushes a work message to the experimenter's account, requiring the experimenter to truthfully fill in the drug withdrawal situation based on the amount of drug withdrawal shown in the drug withdrawal record picture.

[0089] Step 7: After receiving the work information, the experimenter fills in the medication collection information on the drug management system.

[0090] Step 8: The drug management system evaluates the work performance of the laboratory personnel.

[0091] The present invention can monitor the process of laboratory personnel taking drugs and rate the performance of laboratory personnel, providing assistance to managers in laboratory assessment. By monitoring the entire process of laboratory drugs, especially hazardous chemicals, laboratory safety is guaranteed, the amount of drugs added is accurately controlled, drug consumption is saved, and the accuracy of experimental results is improved.

[0092] like Figure 4 As shown, the drug storage management includes the following steps:

[0093] S1: The warehousing personnel make an appointment for warehousing on the drug management system and fill in the warehousing information. The warehousing information includes the drug name, drug warehousing quantity, warehousing personnel, and warehousing time.

[0094] S2: After the appointment is completed, the computer sends the information of the person entering the warehouse to the fingerprint lock of the corresponding medicine cabinet. If there is no appointment, the medicine cabinet cannot be opened.

[0095] S3: The warehousing personnel unlock the corresponding medicine storage cabinet with fingerprint and perform the medicine storage operation. After the operation is completed, the cabinet door is closed, the fingerprint lock is automatically closed, and the medicine storage is completed.

[0096] The drug management module can automatically record the entry and exit of drugs, clearly record the name, quantity, operation time and operator name of the drugs in and out, automate operations, avoid the inconvenience caused by manual operations, reduce the workload of experimenters, and improve work efficiency.

[0097] The above description is a detailed description of the preferred feasible embodiments of the present invention, but the embodiments are not intended to limit the scope of the patent application of the present invention. All equivalent changes or modified changes completed under the technical spirit suggested by the present invention should fall within the patent scope covered by the present invention.

Claims

1. A laboratory drug management system, characterized in that: It includes a computer, several medicine storage cabinets and a medicine dispensing table; the cabinet doors of several medicine storage cabinets are all provided with fingerprint locks; the medicine dispensing table is provided with an electronic balance and a measuring cylinder, and two photographing devices for recording the situation of dispensing medicine are provided corresponding to the electronic balance and the measuring cylinder; the fingerprint lock and the photographing device are both connected to the computer for communication; The computer is equipped with a drug management system, and the drug management system includes: A personnel management module is used to add experimenters who have obtained login authority, delete experimenters who have lost login authority, and manage basic information of experimenters who have obtained login authority, including name and fingerprint; The experimental plan module is used to provide standard inspection methods for routine laboratory testing indicators; when the experimenter makes an appointment to pick up medicine, he selects the corresponding standard inspection method in the experimental plan module according to the planned configuration of medicines, and fills in the planned configuration of the medicine amount. The system automatically displays the required amount of each type of medicine through calculation, that is, the scheduled medicine amount X; at the same time, the computer sends the experimenter's information to the fingerprint lock of the corresponding medicine storage cabinet; when the experimenter picks up medicine, he unlocks it with the fingerprint, takes out the required medicine and places it on the medicine table for medicine picking operation. During the medicine picking operation, the amount of medicine taken is recorded by the shooting device. After the medicine picking operation is completed, the remaining medicine is put back into the medicine storage cabinet, and the fingerprint lock of the medicine storage cabinet is automatically closed; the computer records the unlocking time and closing time of the fingerprint lock, and the difference between the two is the actual completion time T1 of the experimenter's medicine picking operation; The drug management module is used to manage drugs, including the management of drug use. After the drug taking operation is completed, the experimenter shall truthfully fill in the actual amount of each type of drug taken X1 in the drug management module according to the drug taking situation recorded by the camera. The performance management module is used to compare the actual amount of drugs X1 taken for each type of drug with the scheduled amount X, and calculate the drug taking performance score A of the laboratory personnel in combination with the time taken to complete the drug taking operation; The calculation formula of A is as follows: A=A 取 +A 工 Among them, A 取 For the drug collection score, A 工 Score the completion of medication collection operations; A 取 The calculation formula is as follows: When X1=X, A 取 =A1 Among them, A1 is the set standard score for taking medicine; When X1≠X, Among them, ΔX is the allowable error of the setting; A 工 The calculation formula is as follows: From 工 =A2-(T1-T)×A3, Among them, A2 is the set standard score for completing the medication dispensing operation, T is the set time for completing the medication dispensing operation, and A3 is the set deduction standard.

2. A laboratory drug management system according to claim 1, characterized in that: The basic information also includes department, position, and contact number.

3. A laboratory drug management system according to claim 1, characterized in that: The experimental scheme module is also used for the system administrator to input and update the standard test methods of the laboratory's routine test indicators.

4. A laboratory drug management system according to claim 1, characterized in that: The medicine management module manages medicines, and also includes the management of medicine entry records and inventory quantities.

5. A laboratory drug management system according to claim 1, characterized in that: The performance management module is also used to export the performance score records of the experimenters' drug retrieval.

6. A laboratory drug management system according to claim 1, characterized in that: The drug management system also includes a data storage module for storing data generated by system operations and pictures taken by the camera.

7. A laboratory drug management system according to claim 1, characterized in that: The photographing device comprises a support frame and a camera installed on the support frame, wherein the camera of one photographing device is located directly above the electronic balance, and the camera of the other photographing device is located at one side of the measuring cylinder.

8. A laboratory drug management system according to claim 7, characterized in that: The camera on one side of the cylinder is height adjustable.

9. A laboratory drug management method, characterized in that: The laboratory drug management system according to any one of claims 1 to 8 is used to manage drugs, including drug collection management, wherein the drug collection management includes the following steps: Step 1: The experimenter logs into the drug management system on the computer; Step 2: The experimenter makes an appointment to pick up medicine on the medicine management system, selects the corresponding standard test method according to the planned medicine configuration, and fills in the planned amount of medicine configuration. The system automatically displays the required amount of each type of medicine through calculation; at the same time, the computer sends the experimenter's information to the fingerprint lock of the corresponding medicine storage cabinet; Step 3: The experimenter uses fingerprint to unlock the corresponding medicine storage cabinet, opens the door of the corresponding medicine storage cabinet, and the computer records the unlocking time; Step 4: After successfully unlocking, the experimenter takes the required drugs to the drug dispensing table and performs the drug dispensing operation in sequence. After the experimenter takes the drugs from the electronic balance or measuring cylinder, he takes pictures with a camera to record the amount of drugs taken, and the obtained drug dispensing record pictures are sent back to the computer for storage; Step 5: After the drug dispensing operation is completed, the experimenter returns the remaining drugs to the medicine cabinet, closes the cabinet door, the fingerprint lock automatically closes, and the computer records the closing time; Step 6: After the door of the medicine storage cabinet is closed, the drug management system pushes a work message to the experimenter's account, requiring the experimenter to fill in the drug withdrawal situation truthfully according to the amount of drug withdrawal shown in the drug withdrawal record picture; Step 7: After receiving the work information, the experimenter fills in the drug collection information on the drug management system; Step 8: The drug management system evaluates the work performance of the laboratory personnel.

10. A laboratory drug management method according to claim 9, characterized in that: It also includes drug storage management, which includes the following steps: S1: The warehousing personnel make an appointment for warehousing on the drug management system and fill in the warehousing information, which includes the drug name, drug warehousing quantity, warehousing personnel, and warehousing time; S2: After the appointment is completed, the computer sends the information of the person entering the warehouse to the fingerprint lock of the corresponding medicine storage cabinet; S3: The warehousing personnel unlock the corresponding medicine storage cabinet with fingerprint and perform the medicine storage operation. After the operation is completed, the cabinet door is closed, the fingerprint lock is automatically closed, and the medicine storage is completed.

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