Logistics monitoring management system of smart hospital

Abstract

The invention discloses a logistics monitoring management system for a smart hospital, and the system comprises a transfer platform and a storage supervision module which are in butt joint with a hospital information system, the transfer platform comprises a prescription analysis module, a dispensing prompt module, a medicine recording module and a medicine taking notification module, and the invention relates to the technical field of logistics management. According to the logistics monitoring management system of the smart hospital, through unified analysis of a plurality of prescriptions to be taken, one-time medicine taking in a pharmacy is facilitated, medicine is transferred and stored through a medicine storage cabinet, the workload of workers in the pharmacy is reduced, meanwhile, the waiting time for medicine taking of a patient is shortened, and after prescription medicine configuration is completed, the medicine taking efficiency of the patient is improved. According to the method, automatic verification and cancellation of the medicine are carried out, the medicine remaining amount information is updated in real time, the workload of pharmacy workers is further reduced while support is provided for the pharmacy to quickly respond to medicine requirements, the medicine management problem caused by human errors is reduced, and automatic support is provided for logistics management of hospital medicine.

Description

Technical Field

[0001] The present invention relates to the technical field of logistics management, and in particular to a logistics monitoring and management system for a smart hospital. Background Art

[0002] In the process of drug management through the logistics management system, hospitals generally use manual inventory, and then enter the drugs into the computer system to integrate the drug data of the drug warehouse. The drugs used by various departments and pharmacies are deducted through the drug database when they are taken out. Later, the drugs are purchased and exchanged with suppliers through analysis of the drug database. The hospital drug logistics management system needs to wait until the drugs arrive at the required location before they can be written off. The conventional pharmacy-side write-off method is often that patients use the paid documents to take the corresponding drugs on the prescription at the pharmacy. The pharmacy staff first prepares the drugs, then writes off the drugs, and finally delivers the drugs to the patients.

[0003] Based on the retrieval of the above information, it can be seen that the final write-off of drugs in existing hospital pharmacies often relies on active write-off by pharmacy staff, which seriously affects the speed at which patients pick up their drugs. In addition, pharmacy staff often dispense drugs based on a single prescription. After completing the dispensing of one prescription, they will dispense the next prescription. The repeated dispensing and write-off not only increases the workload of pharmacy staff, but also prolongs the time it takes for patients to pick up their drugs. For this reason, a logistics monitoring and management system for a smart hospital is proposed. After the prescriptions are centrally picked up, they are stored separately according to separate prescriptions and the drugs are automatically written off, which reduces the workload of pharmacy staff and improves the efficiency of patients getting their drugs. Summary of the invention

[0004] In view of the shortcomings of the existing technology, the present invention provides a logistics monitoring and management system for a smart hospital, which solves the problem of repetitive drug dispensing and verification methods of existing hospital pharmacy staff, which not only increases the workload of pharmacy staff, but also prolongs the time it takes for patients to pick up medicines.

[0005] To achieve the above objectives, the present invention is implemented through the following technical solutions: a logistics monitoring and management system for a smart hospital, comprising a transfer platform and a storage supervision module connected to a hospital information system, wherein the storage supervision module is used to monitor the remaining amount of hospital medicines in real time, and the transfer platform comprises a prescription analysis module, a dispensing reminder module, a medicine record module and a medicine collection notification module;

[0006] The prescription analysis module is used to obtain the types and quantities of all prescriptions to be picked up within a set time, so that the pharmacy can uniformly retrieve the drugs;

[0007] The medicine dispensing reminder module is used to uniquely mark the storage location of the medicines in the prescription to be picked up;

[0008] The drug record module is used to identify the drugs uniformly retrieved at the pharmacy end and to indicate the storage location of the corresponding drugs with a light prompt;

[0009] The medicine pickup notification module is used to send a medicine pickup notification with a unique mark to the patient after completing the configuration of all medicines in the prescription to be picked up, mark the corresponding medicine as a medicine that has been shipped out of the warehouse, and complete the medicine write-off.

[0010] The present invention is further configured as follows: the warehouse supervision module includes an incoming warehouse statistics unit, an outgoing warehouse statistics unit and a surplus display unit;

[0011] The warehouse entry statistics unit is used to count the quantity of warehouse entry drugs according to their types as the warehouse entry quantity of corresponding types of drugs;

[0012] The outbound statistics unit is used to count the number of outbound drugs according to their types as the outbound quantity of drugs of the corresponding types;

[0013] The balance display unit is used to count and display the real-time storage quantity of different types of medicines in the warehouse by taking the quantity of different types of medicines in the current warehouse as the basic quantity and combining the quantity of corresponding types of medicines entering the warehouse and the quantity of corresponding types of medicines leaving the warehouse.

[0014] The present invention is further configured as follows: the prescription analysis module includes a payment verification unit, a prescription integration unit and a medication notification unit.

[0015] The present invention is further configured as follows: the payment verification unit is used to obtain prescription order information, and determine whether the patient corresponding to the prescription order has completed payment, and mark the prescription order that has completed payment as a prescription order to be picked up;

[0016] The prescription integration unit is used to obtain the types and quantities of medicines on all prescriptions to be picked up within a set time as the total amount of medicines to be picked up at one time;

[0017] The dispensing notification unit is used to send the total amount of drugs to be taken at one time to the pharmacy, and the pharmacy retrieves the corresponding drugs according to the total amount of drugs to be taken at one time.

[0018] The present invention is further configured as follows: the medication dispensing prompt module includes a prescription order marking unit and a prescription order conversion unit;

[0019] The prescription order marking unit is used to sort all prescription orders for medicines to be taken according to the total amount of medicines to be taken at one time in chronological order, and to uniquely mark the storage location of the medicines in the prescription orders for medicines to be taken;

[0020] The prescription order conversion unit is used to generate corresponding uniquely marked drug type and drug quantity information according to the prescription order to be picked up as the corresponding uniquely marked medicine order information, and generate a corresponding uniquely marked medicine order form to be filled.

[0021] The present invention is further configured as follows: the drug record module includes a filling reading unit and a light indication unit;

[0022] The filling and reading unit is used to complete the retrieval of the total amount of drugs to be taken at the pharmacy end, and read the drug information when the drugs are stored in the corresponding uniquely marked drug storage location;

[0023] The light indication unit is used to determine the storage location of the drug after reading the drug information, and to emit a light prompt at the corresponding storage location, and at the same time fill the read drug information into the corresponding medicine order form to be filled.

[0024] The present invention is further configured as follows: the medicine collection notification module is used to determine that the medicine configuration is completed after the medicine order form to be filled is completely filled, and to issue a medicine collection notification with a unique mark to the patient, mark the corresponding medicine as a shipped medicine, complete the medicine verification, and transmit the medicine type and quantity information to the shipping statistics unit.

[0025] The present invention is further configured as follows: the transfer platform also includes an information identification module, and the information identification module is used to identify the patient's medical card, and after obtaining the patient's identity information, inform the patient to pick up the medicine at the storage location corresponding to the unique mark.

[0026] The present invention is further configured as follows: the pharmacy end is provided with a medicine storage cabinet, a surface of the medicine storage cabinet is provided with a plurality of storage cavities, and the plurality of storage cavities are distributed in a matrix, a plurality of patient doors are hingedly connected to one side of the medicine storage cabinet, a plurality of pharmacy doors are hingedly connected to the other side of the medicine storage cabinet, and the plurality of patient doors and pharmacy doors are used in conjunction with the storage cavities.

[0027] The present invention is further configured as follows: the information identification module is fixedly installed on one side of the medicine storage cabinet, the filling reading unit is fixedly installed on the other side of the medicine storage cabinet, and a plurality of indicator lights are fixedly installed on the other side of the medicine storage cabinet and on one side of the pharmacy door, and the indicator lights are used in conjunction with the light indication unit;

[0028] Number plates are fixedly installed on both sides of the medicine storage cabinet and below the storage cavity. The number plates are used to record the unique mark corresponding to the storage cavity. One storage cavity is used as a medicine storage position for one patient.

[0029] The present invention provides a logistics monitoring and management system for a smart hospital. It has the following beneficial effects:

[0030] The present invention makes unified analysis of several prescriptions to be picked up, so as to facilitate one-time drug pickup by the pharmacy, utilizes medicine storage cabinets for intermediate storage of drugs, reduces the workload of pharmacy staff and reduces the waiting time for patients to pick up drugs, and after completing the drug configuration of the prescription, automatically verifies the drugs and updates the drug balance information in real time, which provides support for the pharmacy to respond quickly to drug needs, further reduces the workload of pharmacy staff, reduces drug management problems caused by human errors, and provides automated support for the logistics management of hospital drugs. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] Figure 1 It is a system principle block diagram of the present invention;

[0032] Figure 2 This is a system principle block diagram of the prescription analysis module of the present invention;

[0033] Figure 3 This is a system principle block diagram of the medication reminder module of the present invention;

[0034] Figure 4 This is a system principle block diagram of the drug recording module of the present invention;

[0035] Figure 5 A schematic diagram of the external structure of the medicine storage cabinet from the patient's side perspective in an embodiment of the present invention;

[0036] Figure 6 Schematic diagram of the external structure of the medicine storage cabinet from the side perspective of the pharmacy in an embodiment of the present invention.

[0037] In the figure:

[0038] 1. Hospital information system;

[0039] 2. Transfer platform; 201. Prescription analysis module; 2011. Payment verification unit; 2012. Prescription integration unit; 2013. Dispensing notification unit; 202. Dispensing reminder module; 2021. Prescription marking unit; 2022. Prescription conversion unit; 203. Drug record module; 2031. Filling reading unit; 2032. Light indication unit; 204. Drug collection notification module; 205. Information recognition module;

[0040] 3. Warehouse supervision module; 301. Inbound statistics unit; 302. Outbound statistics unit; 303. Balance display unit;

[0041] 4. Medicine storage cabinet; 401. Storage cavity; 402. Patient door; 403. Pharmacy door; 404. Indicator light; 405. Number plate. DETAILED DESCRIPTION

[0042] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the accompanying drawings in the embodiments of the present invention.

[0043] See also Figure 1-6 , the embodiment of the present invention provides the following technical solutions:

[0044] Embodiment 1: A logistics monitoring and management system for a smart hospital, comprising a transfer platform 2 and a warehouse supervision module 3 connected to a hospital information system 1, wherein the warehouse supervision module 3 is used to monitor the hospital's drug balance in real time, and the warehouse supervision module 3 is composed of an incoming warehouse statistics unit 301, an outgoing warehouse statistics unit 302 and a balance display unit 303. The incoming warehouse statistics unit 301 is used to count the quantity of incoming medicines by type, as the incoming quantity of corresponding types of medicines, the outgoing warehouse statistics unit 302 is used to count the quantity of outgoing medicines by type, as the outgoing quantity of corresponding types of medicines, and the balance display unit 303 is used to take the quantity of different types of medicines in the current warehouse as the basic quantity, and combine the incoming quantity of corresponding types of medicines and the outgoing quantity of corresponding types of medicines to count and display the real-time storage quantity of different types of medicines in the warehouse.

[0045] As a preferred solution, the transfer platform 2 is composed of a prescription analysis module 201 , a medication reminder module 202 , a drug record module 203 , a medication pickup notification module 204 and an information identification module 205 .

[0046] As a preferred solution, the prescription order analysis module 201 is used to obtain the types and quantities of all prescription orders to be picked up within a set time, so that the pharmacy can uniformly retrieve the drugs. Specifically, the prescription order analysis module 201 includes a payment verification unit 2011, a prescription order integration unit 2012 and a dispensing notification unit 2013. The payment verification unit 2011 is used to obtain prescription order information and determine whether the patient corresponding to the prescription order has completed the payment, and mark the prescription order that has completed the payment as a prescription order to be picked up. The prescription order integration unit 2012 is used to obtain the types and quantities of all prescription orders to be picked up within a set time as the total amount of drugs to be picked up at one time. The dispensing notification unit 2013 is used to send the total amount of drugs to be picked up at one time to the pharmacy, and the pharmacy retrieves the corresponding drugs according to the total amount of drugs to be picked up at one time.

[0047] As a detailed explanation, the set time can be set by the hospital itself. Optionally, when the number of prescriptions to be picked up reaches a set number within the set time, drug integration can also be carried out directly, wherein the set number is also set by the hospital itself.

[0048] As a preferred solution, the dispensing reminder module 202 is used to uniquely mark the storage location of the drugs in the prescription to be picked up. The dispensing reminder module 202 includes a prescription order marking unit 2021 and a prescription order conversion unit 2022. The prescription order marking unit 2021 is used to sort all prescription orders to be picked up corresponding to the total amount of drugs to be picked up at one time in chronological order, and to uniquely mark the storage location of the drugs in the prescription to be picked up. The prescription order conversion unit 2022 is used to generate corresponding uniquely marked drug type and drug quantity information based on the prescription to be picked up as the corresponding uniquely marked medicine order information, and generate a corresponding uniquely marked medicine order form to be filled in.

[0049] As a preferred solution, the drug record module 203 is used to identify the drugs that are uniformly retrieved at the pharmacy end, and to prompt the storage location of the corresponding drugs with light prompts. Specifically, the drug record module 203 includes a filling and reading unit 2031 and a light indication unit 2032. The filling and reading unit 2031 is used to complete the retrieval of the total amount of drugs to be taken at the pharmacy end, and read the drug information when storing the drugs in the corresponding uniquely marked drug storage location. The light indication unit 2032 is used to determine the storage location to which the drugs belong after reading the drug information, and to issue a light prompt at the corresponding storage location, and at the same time fill the read drug information into the corresponding medicine order form to be filled.

[0050] As a preferred solution, the medicine pickup notification module 204 is used to send a uniquely marked medicine pickup notification to the patient after completing the configuration of all medicines in the prescription to be picked up, mark the corresponding medicines as out-of-stock medicines, and complete the medicine write-off. Specifically, the medicine pickup notification module 204 is used to determine that the medicine configuration is completed after the form of the medicine to be filled is completely filled, send a uniquely marked medicine pickup notification to the patient, mark the corresponding medicines as out-of-stock medicines, complete the medicine write-off, and transmit the medicine type and quantity information to the out-of-stock statistics unit 302.

[0051] In this embodiment, the same drug collection for several prescriptions is achieved to avoid frequent drug collection by pharmacy staff. At the same time, the automatic verification of drugs is facilitated through partitioned storage, providing reliable guarantee for the accurate distribution of drugs in prescriptions.

[0052] Embodiment 2. This embodiment is an improvement of the previous embodiment. It is a logistics monitoring and management system for a smart hospital. It also includes a medicine storage cabinet 4 configured at the pharmacy end. A plurality of storage cavities 401 are opened through the surface of the medicine storage cabinet 4, and the plurality of storage cavities 401 are distributed in a matrix. A plurality of patient doors 402 are hinged on one side of the medicine storage cabinet 4, and a plurality of pharmacy doors 403 are hinged on the other side of the medicine storage cabinet 4. The plurality of patient doors 402 and the pharmacy doors 403 are used in conjunction with the storage cavities 401. An information identification module 205 is fixedly installed on one side of the medicine storage cabinet 4. The information identification module 205 is used to identify the patient's medical card. After obtaining the patient's identity information, the patient is informed to pick up the medicine at the storage location corresponding to the unique mark.

[0053] The filling reading unit 2031 is fixedly installed on the other side of the medicine storage cabinet 4. A plurality of indicator lights 404 are fixedly installed on the other side of the medicine storage cabinet 4 and on one side of the pharmacy door 403. The indicator lights 404 are used in conjunction with the light indication unit 2032.

[0054] Number plates 405 are fixedly installed on both sides of the medicine cabinet 4 and below the storage cavity 401. The number plates 405 are used to record the unique mark corresponding to the storage cavity 401. One storage cavity 401 is used as a medicine storage location for one patient.

[0055] The advantage of the second embodiment over the first embodiment is that a medicine storage cabinet 4 with a two-way opening door is directly arranged at the pharmacy end, which provides convenience for storing medicines corresponding to different prescriptions.

[0056] Optionally, a refrigeration module may be provided inside the storage cavity 401 to maintain a low temperature environment inside the storage cavity 401 and provide quality assurance for the long-term storage of medicines.

[0057] As an option, both the patient door 402 and the pharmacy door 403 are set as electrically controlled doors. After identifying the patient's medical card information, the patient door 402 corresponding to the unique mark can be automatically opened to facilitate the patient to get medicine. After identifying the medicine information, the pharmacy door 403 corresponding to the corresponding medicine storage location can be automatically opened to improve convenience and safety of use.

[0058] When in use, the payment verification unit 2011 obtains the prescription order information, and determines whether the patient corresponding to the prescription order has completed the payment, and marks the prescription order that has completed the payment as the prescription order to be picked up. The prescription order integration unit 2012 obtains the drug types and quantities of all prescription orders to be picked up within a set time as the total amount of drugs to be picked up at one time. The dispensing notification unit 2013 sends the total amount of drugs to be picked up at one time to the pharmacy end, and the pharmacy end retrieves the corresponding drugs according to the total amount of drugs to be picked up at one time.

[0059] In the process of retrieving medicines at the pharmacy end, the prescription order marking unit 2021 sorts all prescription orders to be picked up corresponding to the total amount of medicines to be picked up at one time in chronological order, and allocates the storage cavity 401 where the medicines on the prescription orders to be picked up need to be stored, and at the same time obtains the unique mark corresponding to the storage cavity 401, and the prescription order conversion unit 2022 generates the medicine type and medicine quantity information corresponding to the unique mark according to the prescription orders to be picked up as the medicine order information corresponding to the unique mark, and generates a medicine order form to be filled corresponding to the unique mark, and the medicine order form to be filled contains all the medicines configured in the pharmacy end on a single prescription order to be picked up;

[0060] After the pharmacy completes the retrieval of the total amount of drugs to be taken, the pharmacy staff puts the drugs at the filling and reading unit 2031, and the filling and reading unit 2031 reads the drug information. When reading the drug information, the light indication unit 2032 determines the unique mark corresponding to the storage location to which the drug belongs, and lights up the indicator light 404 on the side of the storage cavity 401 above the unique mark. After opening the pharmacy door 403 of the storage cavity 401, the drugs are placed in the storage cavity 401, and the read drug information is filled into the corresponding medicine order form to be filled.

[0061] After a to-be-filled medicine order form is completely filled, the medicine pick-up notification module 204 determines that the medicine configuration is completed, sends a medicine pick-up notification with a unique mark to the patient, marks the corresponding medicine as a medicine that has been shipped out of the warehouse, completes the medicine write-off, and transmits the medicine type and quantity information to the outbound statistics unit 302 as the outbound quantity of the corresponding type of medicine;

[0062] After receiving the notification to pick up medicine, the patient places the medical card at the information identification module 205. The information identification module 205 identifies the patient's medical card, obtains the patient's identity information, and informs the patient to pick up medicine in the storage cavity 401 corresponding to the unique mark. The patient opens the patient door 402 above the number plate 405 according to the unique mark displayed on it and takes out the medicine.

[0063] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A logistics monitoring and management system for a smart hospital, comprising a transfer platform (2) and a storage monitoring module (3) connected to a hospital information system (1), characterized in that: The storage supervision module (3) is used to monitor the remaining amount of medicines in the hospital in real time, and the transfer platform (2) includes a prescription analysis module (201), a medicine dispensing reminder module (202), a medicine recording module (203) and a medicine collection notification module (204); The prescription analysis module (201) is used to obtain the types and quantities of medicines in all prescriptions to be picked up within a set time, so that the pharmacy can uniformly retrieve the medicines; The medicine dispensing prompt module (202) is used to uniquely mark the storage location of the medicine on the prescription list to be picked up; The medicine recording module (203) is used to identify the medicines uniformly retrieved at the pharmacy end and to indicate the storage location of the corresponding medicines with a light prompt; The medicine pickup notification module (204) is used to send a medicine pickup notification with a unique mark to the patient after completing the configuration of all medicines in the prescription to be picked up, mark the corresponding medicine as a medicine that has been shipped out of the warehouse, and complete the medicine verification.

2. According to claim 1, the logistics monitoring and management system of a smart hospital is characterized by: The warehouse supervision module (3) includes an incoming warehouse statistics unit (301), an outgoing warehouse statistics unit (302) and a surplus display unit (303); The warehouse entry statistics unit (301) is used to count the quantity of warehouse entry drugs according to their types as the warehouse entry quantity of corresponding types of drugs; The outbound statistics unit (302) is used to count the number of outbound drugs according to their types as the outbound quantity of the corresponding types of drugs; The balance display unit (303) is used to take the quantity of different types of medicines in the current warehouse as the basic quantity, and combine the quantity of corresponding types of medicines entering the warehouse and the quantity of corresponding types of medicines leaving the warehouse to count and display the real-time storage quantity of different types of medicines in the warehouse.

3. According to claim 1, the logistics monitoring and management system of a smart hospital is characterized by: The prescription analysis module (201) includes a payment verification unit (2011), a prescription integration unit (2012) and a medication notification unit (2013).

4. The logistics monitoring and management system of a smart hospital according to claim 3 is characterized by: The payment verification unit (2011) is used to obtain prescription information, determine whether the patient corresponding to the prescription has completed payment, and mark the prescription that has completed payment as a prescription to be picked up; The prescription integration unit (2012) is used to obtain the types and quantities of medicines in all prescriptions to be picked up within a set time as the total amount of medicines to be picked up at one time; The dispensing notification unit (2013) is used to send the total amount of drugs to be taken at one time to the pharmacy, and the pharmacy retrieves the corresponding drugs according to the total amount of drugs to be taken at one time.

5. The logistics monitoring and management system of a smart hospital according to claim 4 is characterized in that: The medication dispensing prompt module (202) includes a prescription order marking unit (2021) and a prescription order conversion unit (2022); The prescription order marking unit (221) is used to sort all prescription orders for medicines to be taken corresponding to the total amount of medicines to be taken at one time in chronological order, and to uniquely mark the storage location of the medicines on the prescription orders for medicines to be taken; The prescription order conversion unit (2022) is used to generate corresponding uniquely marked drug type and drug quantity information according to the prescription order to be picked up as the corresponding uniquely marked medicine order information, and generate a corresponding uniquely marked medicine order form to be filled.

6. The logistics monitoring and management system of a smart hospital according to claim 5 is characterized by: The medicine record module (203) comprises a filling reading unit (2031) and a light indication unit (2032); The filling and reading unit (2031) is used to complete the retrieval of the total amount of drugs to be taken at the pharmacy end, and read the drug information when storing the drugs in the corresponding uniquely marked drug storage location; The light indication unit (2032) is used to determine the storage location of the drug after reading the drug information, and to emit a light prompt at the corresponding storage location, and at the same time fill the read drug information into the corresponding medicine order form to be filled.

7. The logistics monitoring and management system of a smart hospital according to claim 6 is characterized by: The medicine pick-up notification module (204) is used to determine that the medicine configuration is completed after the medicine list to be filled is completely filled, send a medicine pick-up notification with a unique mark to the patient, mark the corresponding medicine as a shipped medicine, complete the medicine write-off, and transmit the medicine type and quantity information to the shipping statistics unit (302).

8. The logistics monitoring and management system of a smart hospital according to claim 7 is characterized by: The transfer platform (2) further comprises an information identification module (205), wherein the information identification module (205) is used to identify the patient's medical card, obtain the patient's identity information, and inform the patient to pick up the medicine at the storage location corresponding to the unique mark.

9. The logistics monitoring and management system of a smart hospital according to claim 8, characterized in that: The pharmacy end is provided with a medicine storage cabinet (4), a surface of the medicine storage cabinet (4) is provided with a plurality of storage cavities (401), and the plurality of storage cavities (401) are distributed in a matrix, one side of the medicine storage cabinet (4) is hinged with a plurality of patient doors (402), and the other side of the medicine storage cabinet (4) is hinged with a plurality of pharmacy doors (403), and the plurality of patient doors (402) and pharmacy doors (403) are used in conjunction with the storage cavities (401).

10. The logistics monitoring and management system of a smart hospital according to claim 9, characterized in that: The information identification module (205) is fixedly installed on one side of the medicine storage cabinet (4), the filling reading unit (2031) is fixedly installed on the other side of the medicine storage cabinet (4), and a plurality of indicator lights (404) are fixedly installed on the other side of the medicine storage cabinet (4) and on one side of the pharmacy door (403), and the indicator lights (404) are used in conjunction with the light indication unit (2032); Number plates (405) are fixedly mounted on both sides of the medicine storage cabinet (4) and below the storage cavity (401). The number plates (405) are used to record a unique mark corresponding to the storage cavity (401). One storage cavity (401) is used as a medicine storage location for one patient.

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