TW202300128A - Intelligent emergency medicine cart and method for medicine management by using the intelligent emergency medicine cart - Google Patents

Abstract

Disclosed herein is an intelligence emergency medicine cart comprising a vehicle frame, a plurality of medicine boxes and recognition unit which is installed on the vehicle frame; a sensory unit, installed at the bottom of every medicine box; a computing unit, integrating external information and first medicine status information to produce a first integrated data; and an analysis/management interface for a user to upload labeling data to the computing unit. The computing unit produce a second integrated data and save the second integrated data to a medicine history. The medicine history comprises a name of medicine and storage location, weight data, quantity data, validity period, utility data and a default value corresponding to the name of medicine.

Description

Intelligent ambulance and its management system

The present invention relates to an emergency medicine cart, in particular to an emergency medicine cart that cooperates with artificial intelligence for automatic management.

At present, in the management process of emergency medicine carts in major hospitals, most of them still manually confirm the doctor’s prescription before dispensing and dispensing the medicine. After the quantity and inventory are confirmed by manpower, they are sorted and then input into the computer one by one. For example Hospital information system HIS (Hospital information system), which consumes manpower and time, and is likely to cause errors in manual inventory. In addition, due to the busy schedule of doctors, they may not be able to quickly issue prescriptions for the medicine replenishment of the emergency medicine cart, resulting in delays in medicine dispensing and replenishment, and increasing the probability of delaying patient treatment in emergency situations. Based on the above, if the drug management is handed over to the traditional hospital system and human operation, the lack of a management system that can effectively manage drugs between the drug inventory terminal and doctors and nurses will make the current management of emergency medicine carts easier. It causes delays in drug replenishment, and it is impossible to count, monitor and update the status of all emergency medicine carts in real time.

According to Taiwan patent announcement No. M463399, titled "Improved Structure of Medicine Cart", it discloses a kind of improved structure of medicine cart, which is equipped with an information input unit, a control module and a plurality of boxes that can hold medicines respectively on a medicine cart. Pill boxes, a switch assembly is respectively arranged on the side of each medicine box, and each switch assembly is normally kept in the state of locking the medicine box, and the information input unit can be obtained through an identification unit installed on the patient correct identity information of the patient, and output the identity information to the control module, and the control module can compare the identity information of each patient stored internally after receiving the identity information output by the information input unit, And output a control signal for the switch assembly that meets the conditions, so that the switch assembly can release the lock state of the corresponding medicine box, and drive the medicine box to be opened for taking medicine. This kind of fool-proof mechanism can effectively avoid Human negligence; although the previous case provided a technical solution to check the patient’s identity information when using the medicine cart, and solved the problem of wrongly taking medicine at the same time, it did not carry out real-time inventory management of the medicines on the medicine cart, let alone proposed Automated notification system to reduce refill intervals.

Press, Taiwan Patent Announcement No. I259387, named "Information Drug Cart", which discloses a clinically implemented single-dose drug delivery device, which is a computer-aided "Information Drug Cart" for medical staff to check whether the drug is correct or not when performing drug administration operations. Cart” device; and an innovative clinical drug delivery system for hospitalized patients, replacing the current practice of giving medicines in paper, printed, text-based doctor’s orders. Using the device provided by the invention, the correctness of patient identity, drug type, dose, administration time, allergies, administration method, safe dose, etc. can be confirmed in real time through computer-assisted and wireless sensing, and misdelivery can be avoided. The situation of the patient's drug occurs; through the computerization operation to provide information such as the appearance image of the drug (drug type), dosage, administration time, etc., it is easier to confirm the type of drug, simplify the verification process and reduce the occurrence of errors. When performing drug administration operations, various information is instantly sensed and automatically input into this "information drug cart", which can facilitate on-site comparison and follow-up for medical staff, and avoid possible errors in manual transcription, improving the safety of patients' medical drug administration; It also provides a technical solution for checking information including patient identity, drug type, dosage, administration time, allergy medication, administration method, safe dosage, etc. when using the medicine cart, and also solves the problems of taking medicine wrongly and tracking after taking medicine , but there is no real-time inventory management of the medicines carried on the medicine cart, and there is no system design involving automatic notification of replenishment of medicines. Although the safety of medication is improved, it cannot ensure that the medicine cart is always full of medicines.

In order to solve the above-mentioned problems, an object of the present invention is to provide an intelligent ambulance, comprising: a vehicle frame; a plurality of medicine boxes arranged on the vehicle frame for storing a plurality of medicines; an identification unit arranged on the vehicle frame On the frame, used to identify an external information, the external information includes a drug information or a personnel information; a sensing unit, arranged on the frame, used to sense the state of each medicine box to produce a first medicine State information, the first drug state information includes a device information, a drug weight information, a drug quantity information or a drug image information; a computing unit, connected with the identification unit and the sensing unit signal, integrates the external information and The first drug status information generates a first integrated data; and an analysis management interface, which is signally connected to the computing unit for the user to input at least one tag data, the tag data is transmitted to the computing unit, and the computing unit integrates The label data and the first integrated data are a second integrated data, and the second integrated data includes a drug history, a device history, and a personnel history, wherein the drug history includes a drug name and a name corresponding to the drug name Inventory location, weight data, quantity data, expiration date, utility data, and drug presets.

In some embodiments, the efficacy data includes ingredients, potency or applicable groups, and the drug preset value includes a drug weight preset value or a drug inventory preset value.

In some embodiments, the smart ambulance further includes: a cloud database connected to the computing unit and the analysis management interface signal for storing the second integrated data; and a training unit connected to the computing unit and the The cloud database is signally connected, the training unit trains the computing unit according to the second integrated data stored in the cloud database, and the computing unit learns to process the first integrated data and the second integrated data.

In some embodiments, the smart ambulance further includes: a notification unit, signally connected to the calculation unit, the calculation unit receives the first integrated data and compares it with the second integrated data to generate a first calculation result , the notification unit generates a first notification according to the first calculation result, wherein the first notification includes a notification of taking medicine, a notification of location of the medicine, and a notification of expiration date of the medicine.

In some embodiments, the sensing unit includes at least one weight sensor, and the at least one weight sensor is correspondingly arranged at the bottom of each medicine box, and the notification unit includes at least one display and a speaker, and the at least one display corresponds to Set on each medicine box, the at least one display includes LED display, LED lamp, light bulb, LCD display or vacuum tube display.

In some embodiments, the smart ambulance further includes at least one infrared sensor, the at least one infrared sensor is correspondingly arranged on each medicine box, and is connected to the computing unit with a signal, when the user takes the medicine, the At least one infrared sensor detects the state of each corresponding medicine box and generates a device state information. The computing unit compares the device state information with the first computing result and generates a fourth computing result. The notification unit is based on The fourth operation result activates the speaker to generate a seventh notification, the seventh notification includes a notification of taking or wrong taking; in some preferred embodiments, the wrong taking notification is the name of the medicine to be picked up by the loudspeaker and number. .

In some embodiments, after the user finishes taking the medicine, the sensing unit senses the state of each medicine box and generates a second medicine state information, and the calculation unit calculates and generates a real-time medicine according to the second medicine state information. information, and compare the real-time information of the drug with the default value of the drug to generate a third calculation result, wherein, when the real-time information of the drug is greater than or equal to the default value of the drug, the analysis management interface is based on the third calculation result Displaying a fourth notification, the fourth notification includes a drug quantity notification, and when the drug quantity is less than the preset value of the drug, the analysis management interface displays a fifth notification according to the third calculation result, and the fifth notification includes a drug supplement notification .

In some preferred embodiments, when the real-time information of the medicine is greater than the preset value of the medicine, the fourth notification further includes a medicine cart replenishment error notification. drug quantity.

In some preferred embodiments, when the real-time information of the drug is less than the preset value of the drug, the fifth notification further includes a notification of supplementary prescription, and personnel can complete the issuance of the prescription after receiving the notification of supplementary prescription stand.

In some preferred embodiments, when the quantity of medicine is less than the preset value of the medicine, the fifteenth notification further includes a nursing record notification, and the personnel will complete the corresponding nursing record after receiving the nursing record notification, such as patient identity , Drug name, drug dosage, administration time, administration method, administration dosage, etc.

In some embodiments, the training unit trains the calculation unit according to the first calculation result, the second calculation result and the third calculation result to generate a drug management model, and the calculation unit gives the user the best drug management model according to the drug management model. Suggestions for optimization, the drug management model includes optimal drug delivery mode, optimal storage configuration mode, drug storage map, drug support hotspots or drug inventory replenishment hotspots.

A drug management method of an intelligent ambulance is a method of using the intelligent ambulance as described in any one of claims 3 to 8 for drug management, and the steps include:

S1) Integration database building step: the computing unit integrates the external information and the first drug status information into the first integrated data, and the first integrated data and the at least one label data input by the user are further integrated into the second integrated data The data is stored in the cloud database, and the application management program presents real-time drug history;

S2) Training step: the training unit trains the computing unit according to the second integrated data stored in the cloud database, and the computing unit learns to process the first integrated data and the second integrated data;

S3) Medicine taking notification step: the calculation unit receives the first integrated data and compares it with the second integrated data to generate a first calculation result, and the notification unit generates a first notification according to the first calculation result;

S4) Step of taking medicine: the user takes medicine according to the first notification;

S4') Error detection step of taking medicine: when the user takes medicine, the at least one infrared sensor detects the state of each corresponding medicine box and generates a device state information, and the computing unit compares the device state information and The first operation result generates a fourth operation result, and the notification unit activates the loudspeaker to generate a seventh notification according to the fourth operation result, and the seventh notification includes a taking notification or a wrong taking notification;

S5) Replenishment notification step: the calculation unit generates the real-time information of the drug according to the second drug status information, and compares the real-time information of the drug according to the preset value of the drug to generate the third calculation result; when the real-time information of the drug is greater than or equal to the default value of the drug, the analysis management interface displays the fourth notification based on the third calculation result, the fourth notification is the notification of the quantity of the drug or the error notification of the medicine cart replenishment; when the real-time information of the drug is less than the default value of the drug , the analysis management interface displays the fifth notice based on the third calculation result, and the fifth notice is a drug supplement notice, a prescription notice notice or a nursing record notice; and

S6) Replenishment step: When in step S5), the analysis management interface displays the drug quantity notification, and the user can check the real-time drug stock quantity on the analysis management interface; when in S5) step, the analysis management interface displays the drug cart Replenishment error notification, after receiving the medicine cart supplement error notification, the personnel adjust the quantity of medicines in the smart ambulance; in step S5), the analysis management interface displays the medicine supplement notice, and the user supplements medicines according to the medicine supplement notice; When in the S5) step, the analysis management interface displays the supplementary prescription notice, and the user completes the issuance of the prescription according to the supplementary prescription notice; when in the S5) step, the analysis management interface displays the nursing record notice, The user completes the corresponding nursing record according to the notification of the nursing record; when in step S5), the calculation unit judges that the third calculation result is less than the preset value of the medicine for a minute, judges the nearest medicine trolley based on the medicine trolley map The position is used to generate a fifth calculation result, and the notification unit generates an eighth notification to activate the speaker according to the fifth calculation result, and the eighth notification includes a notification of a support drug cart.

In order to make the above and/or other purposes, effects, and features of the present invention more obvious and understandable, the preferred implementation modes are specifically cited below, which are described in detail below:

One embodiment of the present invention is an intelligent ambulance 1. Please refer to FIG. 1, which is a block diagram of the intelligent ambulance 1 provided by the present invention. It includes an identification unit 11, a sensing unit 13, a computing unit 14, Analysis management interface 15 , cloud database 16 , training unit 17 and notification unit 18 .

One embodiment of the present invention is an intelligent ambulance 1. Please refer to FIG. 2, which is a diagram illustrating the corresponding relationship between components and information transmission of the intelligent ambulance 1 provided by the present invention. The intelligent ambulance 1 includes: a vehicle frame 10 A plurality of medicine boxes 100 are arranged on the frame 10 to store a plurality of medicines; an identification unit 11 is arranged on the frame 10 to identify an external information (External information, EIF), the external The information EIF includes a medicine information or a personnel information; a sensing unit 13 is arranged on the frame 10 to sense the state of each medicine box 100 to generate a first medicine status information (1 ^st medicine status information, MS1), the first drug state information MS1 includes a device information, a drug weight information, a drug quantity information or a drug image information; a computing unit 14, connected with the identification unit 11 and the sensing unit 13 signal, integrated The external information EIF and the first drug state information MS1 generate a first integrated data (1 ^st integrated data, ID1); and an analysis management interface 15, which is connected to the computing unit 14 in signal connection, for the user to input at least one Labeling data (Labelling data, LD), the labeling data LD is transmitted to the computing unit 14, and the computing unit 14 integrates the labeling data LD and the first integrated data ID1 into a second integrated data (2 ^nd integrated data, ID2) , the second integrated data ID2 includes a drug history, a device history, and a personnel history, wherein the drug history includes a drug name and corresponding to the drug name, the inventory location, weight data, quantity data, expiration date, and efficacy data and drug defaults.

Specifically, the label data LD includes drug label data, personnel label data, or device label data; wherein, the drug label data further includes basic drug information, such as drug name, specification, barcode, expiration date, price, pricing method, License number, supplier name, remaining quantity, safety stock, inventory type; the personnel tag data includes basic personnel information such as personnel name, department, job title, rank, authority; the device label data includes basic device information such as device type status, device location, device number, and device storage limit. The first drug state information MS1 includes drug weight, drug quantity, drug image, and storage device conditions. The storage conditions include temperature and humidity, wherein the temperature is room temperature, low temperature, and freezing.

The first integrated data ID1 and the label data LD are paired and integrated into the second integrated data ID2. The second integrated data ID2 includes drug history, device history, and personnel history. The drug history can be accessed by the analysis management interface 15 , device history, and personnel history; in the same way, the computing unit can learn to compare the first integrated data ID1 and the second integrated data ID2 while the first integrated data ID1 is input, if there is a difference in the data or the medicine is taken Judgment occurs, that is, follow-up actions are carried out.

In some embodiments, the recognition unit 11 includes a QR code recognizer, a barcode recognizer, a face recognizer, a fingerprint recognizer or a voiceprint recognizer.

In some embodiments, the analysis management interface 15 includes a workstation, a laptop, a tablet, or a smart phone.

In some embodiments, the efficacy data includes ingredients, valence or applicable groups, and the drug preset value includes a drug weight preset value or a drug inventory preset value, specifically, the drug weight preset value is a specific drug. The lower limit of storage weight, such as bulk drugs and injections; the default value of the drug inventory is the lower limit of the storage quantity of specific drugs, such as capsules, injections, and bottled liquid medicines.

Please continue to refer to FIG. 2, in some embodiments, the smart ambulance 1 further includes a cloud database 16, which is signally connected to the computing unit 14 and the analysis management interface 15, for storing the second integrated data ID2; and A training unit 17, connected with the computing unit 14 and the cloud database 16, the training unit 17 trains the computing unit 14 according to the second integrated data ID2 stored in the cloud database 16, and the computing unit 14 learns to operate Processing the first integrated data ID1 and the second integrated data ID2. In some preferred embodiments, the training unit 17 generates a drug storage map according to the second integrated data ID2.

Please continue to refer to FIG. 2. In some embodiments, the smart ambulance 1 further includes a notification unit 18, which is signally connected to the computing unit 14. The computing unit 14 receives the first integrated data ID1 and communicates with the second integrated data. ID2 is compared to generate a first computing result (1 ^st computing result, CR1), and the notification unit 18 generates a first notification (1 ^st notification, NF1) according to the first computing result CR1, wherein the first notification NF1 includes notification of taking medicine, notification of location of medicine, notification of recall of medicine item.

In some embodiments, when the computing unit 14 compares the medicines stored in the medicine storage device 12 with different expiry dates, the notification unit 18 generates a third notification ( ^3rd notification, NF3). The third notification NF3 It includes a drug expiration date notification, and the user can take the drug with the shortest expiration date according to the drug expiration date notification.

Specifically, the notification unit 18 activates the corresponding display to instruct the user to take the medicine according to the name of the medicine and the corresponding location presented by the first calculation result CR1. The name of the medicine and the corresponding location, such as the aforementioned device label The device location, device number, etc. described in , are not limited to this; if there are drugs with different expiration dates stored in them. When the computing unit 14 compares the medicines stored in the medicine storage device 12 with different expiry dates, the notification unit 18 generates a third notification NF3 to activate the display, and reminds the user to take the medicines in different colors, forms or combinations. For the medicine with the shortest expiration date, for example, when the medicines stored in the medicine storage device 12 have the same expiration date, the display will display with a green light; when the medicines stored in the medicine storage device 12 have different expiration dates, the display will display with a red light display, but is not limited to this.

In some preferred embodiments, the notice of expiration date of the drug is an immediate notice of the drug, and the user replaces the drug that is about to expire according to the immediate notice of the drug. 2 weeks, 3 weeks, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 or 12 months to release the immediate notice of the drug, users can also check the analysis management interface 15 Immediate notification of medicines.

Please refer to FIG. 2 again. In some embodiments, after the user finishes taking the medicine, the sensing unit 13 senses the state of the medicine storage device 12 and generates a second medicine status information ( ^2nd medicine status information, MSF2) , the calculation unit 14 calculates and generates real-time medicine status information (RTMS) according to the second medicine status information MS2, and compares the medicine real-time information according to the medicine preset value to generate a third calculation Result (3 ^rd computing result, CR3), wherein, when the drug real-time information RTMS is greater than or equal to the drug preset value, the analysis management interface 15 displays a fourth notification (4 ^th notification, NF4), the fourth notification NF4 includes a drug quantity notification, when the drug quantity is less than the drug preset value, the analysis management interface 15 displays a fifth notification (5 ^th notification, NF5) according to the third calculation result CR3, the The fifth notification, NF5, includes a drug supplement notification.

In some preferred embodiments, when the medicine real-time information RTMS is greater than the medicine preset value, the fourth notification NF4 further includes a medicine cart replenishment error notification (Medicine cart replenishment error, MCRE), and personnel receive the medicine cart After the MCRE is notified of the error, the quantity of medicines in the smart ambulance 1 can be adjusted.

In some preferred embodiments, when the drug real-time information RTMS is less than the drug preset value, the fifth notification NF5 further includes a prescription re-issuing notification (PRRI), and personnel receive the supplement The issuance of the prescription is completed after the PRRI is notified of the prescription.

In some preferred embodiments, when the drug real-time information RTMS is less than the drug preset value, the fifth notification NF5 further includes a nursing record notification (Nursing recording notification, NURS), after personnel receive the nursing record notification NURS To complete the corresponding nursing records, such as patient identity, drug name, drug dosage, administration time, administration method, administration dosage, etc.

In some embodiments, the sensing unit 13 includes at least one third weight sensor, and the at least one third weight sensor is correspondingly arranged at the bottom of each medicine box 100 for sensing the weight of the plurality of medicines state, the notification unit 18 includes at least one third display, and the at least one third display is correspondingly arranged on each medicine box 100, and the notification unit 18 activates the corresponding at least one third display according to the first notification NF1; In some preferred embodiments, the sensing unit 13 further includes a medicine box temperature sensor, which is arranged on each medicine box 100 to sense the temperature state of each medicine box, and the computing unit 14 records and real-time Update the temperature record of each medicine box; in some preferred embodiments, the sensing unit 13 includes a medicine box humidity sensor to sense the humidity state of each medicine box 100, and the computing unit 14 records And update the humidity record of each medicine box in real time. Drug truck number Medicine cart location A The east side of the pharmacy on the first floor of the medical building B Delivery room on the third floor of Children's Hospital C Hallway on the first floor of the Medical Building D. Cardiology ICU ……… ……… Table 1

In a preferred embodiment, the training unit 17 generates a medicine cart map according to the second integrated data ID2. For example, the medicine cart map is based on the hospital map and the device information provided by the device history in the second integrated data ID2. As mentioned above, the device history already includes device tag data including basic device information such as device type, device Location, device number, and upper limit of device storage. The device location and device number represent a specific medicine cart, please refer to Table 1 and Table 2. For example, medicine cart A is located on the east side of the first floor of the medical building, and medicine cart B is located on the third floor of the Children's Hospital Delivery room, etc., the device history can be presented on the analysis management interface 15 as shown in Table 1. For example, the location of the device is numbered by code. For example, the east side of the pharmacy on the first floor of the medical building is Medical building 1 ^st floor, pharmacy east is numbered by abbreviation On behalf of MB1FPE, the delivery room on the third floor of the children's hospital is children's hospital ^3rd floor, and the delivery room is abbreviated as CH3FDR, but not limited thereto; the training unit 17 trains the calculation unit 14 according to the second integrated data ID2 to Generate a medicine cart map.

In some embodiments, the notification unit 18 further includes a speaker disposed on the vehicle frame 10 .

In some embodiments, the smart ambulance 1 further includes at least one infrared sensor, the at least one infrared sensor is correspondingly arranged on each medicine box 100, and is connected to the computing unit 14 with a signal, when the user takes the medicine , the at least one infrared sensor detects the state of each corresponding medicine box 100 and Drug truck number Medicine cart location A MB1FPE B CH3FDR C MB1FHW D. CRGICU ……… ……… Table 2 generates a device status information DS, the computing unit 14 compares the device status information DS and the first computing result CR1 and generates a fourth computing result (4 ^th computing result, CR4), the notification unit 18 according to the first computing result The result of the four operations CR4 starts the loudspeaker to generate a seventh notification (7 ^th notification, NF7), and the seventh notification NF7 includes a notification of taking or taking a wrong notification; in some preferred embodiments, the wrong taking notification is given by the speaker Repeat the name and quantity of the medicine to be taken.

In some embodiments, the training unit 17 trains the calculation unit 14 according to the first calculation result CR1, the second calculation result CR2, the third calculation result CR3, and the fourth calculation result CR4 to generate a drug cart management model , the calculation unit 14 gives the user optimization suggestions based on the medicine cart management model, the medicine cart management model includes the optimal medicine taking mode, the optimal storage configuration mode, the medicine cart support hotspot or the medicine cart inventory replenishment hotspot . In some preferred embodiments, the training unit 17 trains the computing unit 14 to identify the medicine with the highest frequency of use, and advises the user on the arrangement of each medicine box according to the frequency of use. For the medicine with the highest frequency, the calculation unit 14 provides the user with a suggestion to place a booster on the medicine box 100 at the top of the smart ambulance 1; Take the medicine with the highest frequency, and give the user a suggestion on the arrangement of each medicine box according to the wrong taking frequency. For example, Adenosine and Atropine are easy to be confused, and the frequency of wrong taking is higher than other medicines. The calculation unit 14 may be based on this Drug truck number Medicine cart location First Notification NF1 Times A The east side of the pharmacy on the first floor of the medical building 3 B Delivery room on the third floor of Children's Hospital 7 C Hallway on the first floor of the Medical Building 6 D. Cardiology ICU 12 ……… ……… ……… Table 3 Frequency It is recommended that users place Adenosine and Atropine on both sides of the top of the smart ambulance 1, with at least one to two pill boxes 100 between them, so as to clearly distinguish the storage locations of the two and reduce the risk of wrong taking. risk.

Specifically, when comparing the first integrated data ID1, the computing unit 14 will also read the drug management model, interpret it according to the drug management model, and generate an optimized Medicine taking mode, optimal storage configuration mode, medicine cart support hotspot or medicine cart inventory replenishment hotspot; Within a specific time interval, the frequency of the first notification NF1 issued on a specific drug cart is the basis for judging; please refer to Table 3, for example, within 6 months, the number of first notifications NF1 received by a specific drug cart is A Medicine cart 3 times, B medicine cart 7 times, C medicine cart 6 times, D medicine cart 12 times, the calculation unit 14 establishes a medicine cart support hotspot model through the medicine cart map, and the user can check it on the analysis management interface 15 Medicine carts support hotspots to decide whether to add medicine carts at the location with the highest frequency of first notification NF1 or nearby locations; please refer to Table 4, in this example, for example, add a medicine cart D' to the cardiology intensive care unit to The user does not need to be exhausted to replenish medicines or seek support from remote medicine carts, saving manpower and time costs for replenishing medicines and supporting medicine carts. Drug truck number Medicine cart location First Notification NF1 Times A The east side of the pharmacy on the first floor of the medical building 3 B Delivery room on the third floor of Children's Hospital 7 C Hallway on the first floor of the Medical Building 6 D. Cardiology ICU 5 D' Cardiology ICU 7 ……… ……… ……… Table 4

In some embodiments, when the calculation unit 14 judges that the third calculation result CR3 is less than the preset value of the medicine for 5-30 minutes, it determines the position of the nearest medicine trolley according to the medicine trolley map to generate a fifth calculation result (5 ^th computing result CR5), the notification unit 18 generates an eighth notification (8 ^th notification, NF8) to activate the speaker according to the fifth computing result CR5, and the eighth notification NF8 includes a notification of a support drug truck.

In some embodiments, the notification unit 18 further includes a fourth display. In some preferred embodiments, the fourth display is set at a nursing station, a pharmacy or a drug storehouse; When it is equal to the preset value of the drug, the fourth display will display a drug quantity notification based on the third calculation result CR3, and when the drug quantity is less than the drug preset value, the fourth display will display a drug supplement notification based on the third calculation result CR3 ; More preferably, the fourth display includes an electronic whiteboard, a liquid crystal screen, a projector or a touch panel.

Another embodiment of the present invention is a smart drug management system 2. Please refer to FIG. Measurement unit 13, calculation unit 14, analysis management interface 15, cloud database 16, training unit 17 and notification unit 18, wherein the drug storage device 12 is equipped with identification unit 11, sensing unit 13 and notification unit 18.

Please refer to Fig. 4, which is a preferred embodiment of the smart drug management system 2. The smart drug management system 2 integrates the smart ambulance 1, wherein the drug storage device 12 further includes a medicine cabinet 3, a precision inventory machine 4, Vaccine refrigerator 5 or a combination thereof.

Please refer to FIG. 5 , which is a diagram illustrating the corresponding relationship between components and information transmission of the smart drug management system 2 provided by the present invention. The smart drug management system 2 includes: an identification unit 11 identifying an external information, the external information (External information, EIF) includes a drug information or a personnel information; a drug storage device 12, equipped with the identification unit 11, for storing a plurality of drugs; a sensing unit 13, arranged on the drug storage device 12, for sensing Measuring the state of the medicine storage device 12 to generate a first medicine status information (1 ^st medicine status information, MS1), the first medicine status information MS1 includes a device information, a medicine weight information, a medicine quantity information or a medicine Image information; a computing unit 14, connected with the identification unit 11 and the sensing unit 13, integrates the external information EIF and the first drug state information MS1 and generates a first integrated data (1 ^st integrated data, ID1) ; An analysis management interface 15, connected to the computing unit 14 for the user to input at least one labeling data (Labelling data, LD), the labeling data LD is transmitted to the computing unit 14, and the computing unit 14 integrates the labeling data LD and the first integrated data ID1 are a second integrated data ( ^2nd integrated data, ID2), the second integrated data ID2 includes a drug history, a device history and a personnel history, wherein the drug history includes a drug name and the storage location corresponding to the name of the drug, weight data, quantity data, expiration date, efficacy data and drug default value.

In some embodiments, the user can take the medicine according to the second notification NF2, so as to save the time of going back and forth when taking the medicine; There are five medicines A, B, C, D, and E, wherein A and B are stored in X cabinet, C is stored in Y cabinet, D and E are stored in Z cabinet, and the calculation unit 14 compares the device The information found that the X cabinet is adjacent to the Z cabinet, and it is judged that the optimal medicine taking path is set as X cabinet -> Z cabinet -> Y cabinet; among them, the second notification NF2 can be displayed in a variety of ways, specifically, start different colors The display on the display indicates the order in which the medicines are taken. For example, in the aforementioned case, the X cabinet displays red to indicate the highest priority, the Z cabinet displays orange to indicate the second priority, and the Y cabinet displays green to indicate the last medicine to be taken; Sequentially activate the display to instruct the user to take the medicine. For example, in the aforementioned case, the display of the X cabinet is first activated to instruct the user to take the medicine. After the user finishes taking the medicine from the X cabinet, the Z cabinet is activated sequentially. , Y cabinet, not limited to this.

In some embodiments, the training unit 17 trains the calculation unit 14 according to the first calculation result CR1, the second calculation result CR2 and the third calculation result CR3 to generate a medicine management model, and the calculation unit 14 according to the medicine The management model provides the user with optimization suggestions, and the drug management model includes the optimal drug taking mode, the optimal storage configuration mode, drug support hotspots or drug inventory replenishment hotspots.

Specifically, when comparing the first integrated data ID1, the computing unit 14 will also read the drug management model, interpret it according to the drug management model, and generate an optimized Medicine taking mode, optimal storage configuration mode, medicine storage map, medicine support hotspot or medicine inventory replenishment hotspot; There are five medicines B, C, D, and E, among which A and B are stored in the X cabinet, C is stored in the Y cabinet, and D and E are stored in the Z cabinet. The calculation unit 14 finds the X cabinet by comparing the information of the device. Adjacent to the Z cabinet, it is judged that the optimal medicine taking path is set as X cabinet -> Z cabinet -> Y cabinet; wherein, the second notification NF2 can be displayed in various ways, specifically, different colors of displays are activated to indicate The order of taking medicines successively, for example, in the above case, the X cabinet displays red to indicate the highest priority, the Z cabinet displays orange to indicate the second priority, and the Y cabinet displays green to indicate that the medicines are taken last; or, start the display according to the order of taking medicines to Instruct the user to take the medicine. For example, in the aforementioned case, the display of the X cabinet is first activated to instruct the user to take the medicine. After the user finishes taking the medicine from the X cabinet, the Z cabinet and the Y cabinet are activated in sequence. It is not limited to this; please refer to Fig. 6, which is a simple schematic diagram of the optimal storage configuration mode, which is the second integration collected by the cloud database 16 within a time range Among the data ID2, the training unit 17 is used to train the computing unit 14 to judge the frequency of taking medicines. In FIG. 6, the frequency of taking medicines is represented by the size of three-dimensional squares, for example, three types of F, G, and H within 6 months. The frequency of taking medicines from high to low is H, F, G respectively, and the calculation unit 14 establishes the optimal storage configuration mode according to the frequency and the basic information of the device. More preferably, the calculation unit 14 is based on The basic information of the device is matched with the optimal medicine taking path to establish the optimal storage configuration mode.

In some embodiments, the medicine storage device 12 is a medicine cabinet 3. Please refer to FIG. 7, which illustrates the medicine cabinet 3 of the present invention. The medicine cabinet 3 includes: a cabinet body 31 including a plurality of storage compartments and a plurality of drawers A plurality of storage boxes 32 are arranged in each storage compartment; and a plurality of pallets 33 are arranged in each drawer, wherein the sensing unit 13 includes at least one first weight sensor, and the at least one first weight sensor A weight sensor is correspondingly arranged at the bottom of each storage box 32 and each pallet 33 to sense the weight status of the plurality of medicines. The notification unit 18 includes at least one first display, and the at least one first Displays are correspondingly arranged on each storage box 32 and each pallet 33, and the notification unit 18 activates the corresponding at least one first display according to the first notification NF1.

In some embodiments, the medicine storage device 12 further includes a precision inventory machine 4. Please refer to FIG. 8, which illustrates the precision inventory machine 4 of the present invention. The precision inventory machine 4 includes: a frame 41; , set on the frame body 41 for inventory and temporary storage of a plurality of medicines, wherein the sensing unit 13 includes a second weight sensor, the second weight sensor is set at the bottom of the medicine dispensing tray, In order to sense the weight status of the plurality of medicines, the notification unit 18 includes a second display, which is arranged on the frame 41. After the calculation unit 14 completes the second integrated data ID2, the notification unit 18 18. Generate a sixth notification (6 ^th notification, NF6) according to the second integrated data ID2. The sixth notification NF6 is a stock-in quantity notification, and the second display displays the stock-in quantity notification.

In some embodiments, the precision inventory machine 4 is used to calculate the quantity of medicines at the warehouse end, and the obtained medicine quantity and the medicine label data generate medicine records, which are stored in the cloud database 16. When the medicine is placed on the medicine cabinet 3 for replenishment of the medicine inventory, the external information EIF returned from the medicine cabinet 3 and the integrated data of the first medicine status information MS1 are compared with the medicine history to accurately target the medicine. The quantity is double confirmed; at the same time, the training unit 17 trains the calculation unit 14 to identify the precise weight data and quantity data of specific medicines according to the medicine history; for example, when supplementing medicines, the user calculates A Quantity of medicines and input the label data LD through the analysis management interface 15 to build a database, the exact weight corresponding to medicine A in the label data is 0.3 grams/piece, and the total weight of medicine A placed on the medicine dispenser tray 22 is 300 grams, the calculation unit 14 calculates the quantity of A medicines in the warehouse as 1000 according to the accurate weight of A medicines, and then replenishes A medicines on the medicine cabinet 3 and places them in the X medicine cabinets; when the user takes the medicines, Firstly, the prescription is scanned by the recognition unit 11, and the calculation unit 14 recognizes that the medicine on the prescription is 20 medicines A. After the user takes off the 20 medicines A from the medicine cabinet 3, the reduced weight is 6 grams. Unit 14 converts drug A to 0.3 grams per tablet, to double confirm that the exact weight corresponding to drug A is 0.3 grams per tablet; in another example, the weight reduction of drug A is 6.6 grams, and the calculation unit 14 converts drug A to reduce 22 tablets , that is, this data is displayed on the analysis management interface 15 so that the user can repeat the confirmation. If the user confirms that there is no mistake in taking the medicine quantity, the training unit 17 is used to train the calculation unit 14 to recognize that the exact weight corresponding to medicine A is 0.33 gram/tablet, and after repeated training, obtain the exact weight and tolerance value corresponding to A drug, for example, 0.31±0.02 gram/tablet, and it is not limited to this.

In some embodiments, the medicine storage device 12 is a vaccine refrigerator 5. Please refer to FIG. 9, which illustrates the vaccine refrigerator 5 of the present invention. The vaccine refrigerator 5 includes: a box body 51 defining an accommodation space; a plurality of brackets board, each bracket board is arranged in the box body 51, separates the accommodating space to form a plurality of storage cabinets 511, and each bracket board is provided with a plurality of medicine holders 512 to store corresponding medicines, wherein, the The sensing unit 13 includes at least one fourth weight sensor and at least one temperature sensor, and the at least one fourth weight sensor is correspondingly arranged at the bottom of each medicine holder 512 for sensing the weight of the plurality of medicines state, the at least one temperature sensor is correspondingly arranged in each storage cabinet to sense the temperature status of each storage cabinet, the notification unit 18 includes at least one fifth display, and the at least one fifth display is correspondingly arranged in each storage cabinet On a medicine holder 512, the notification unit 18 activates the corresponding at least one fifth display to display the corresponding medicine holder position according to the first notification NF1.

In some embodiments, the vaccine refrigerator 5 further includes an intelligent temperature control device 513, and the intelligent temperature control device 513 is connected to the at least one temperature sensor signal to monitor, adjust and record the temperature of each storage cabinet in real time state change; in some preferred embodiments, the smart temperature control device 513 includes a power supply, the power supply includes a removable battery, a non-removable battery or a commercial power; in some preferred embodiments, the The smart temperature control device 513 is connected to the cloud database 16 with a signal, and uploads a real-time temperature monitoring record for the computing unit 14 to check, so as to monitor the operating status of the smart temperature control device 513 or the at least one temperature sensor; specifically In other words, when the intelligent temperature control device 513 fails to correspond to the temperature record uploaded by the at least one temperature sensor, the computing unit 14 generates a fifth computing result (5 ^th computing result, CR5) in the The analysis management interface 15 displays a ninth notification (9 ^th notification, NF9), and the ninth notification NF9 is an abnormality notification of a temperature control device.

In some embodiments, the vaccine refrigerator 5 further includes at least one sixth display, and the at least one sixth display is arranged on the box to display the drug information corresponding to the first notification NF1, the drug information including the name of the vaccine , vaccine valence, vaccine applicable group; specifically, the computing unit 14 compares the effectiveness data of the first integrated data ID1 and the second integrated data ID2 to generate a sixth computing result (6 ^th computing result, CR6) The notification unit 18 generates a tenth notification ( ^10th notification, NF10) according to the sixth operation result CR6, wherein the tenth notification NF10 includes a valence notification and an applicable group notification, and the at least one sixth display is based on the 10th notification. 10. Notify NF10 to release the drug information. prescription number Vaccine name Valence Applicable gender Gender of Prescriber Reissue prescription (yes/no) 1 EDA000-1 9 male female yes 2 EDA000-2 13 female female no ……… ……… ……… ……… ……… table 5

In some embodiments, the tenth notification NF10 further includes a function error detection notification and a prescription re-creation notification. When the calculation unit 14 compares the drug information on the prescription with the price and the applicable group, the analysis management The interface 15 issues the utility error detection notice based on the sixth calculation result CR6, and automatically deletes the prescription, and notifies the corresponding personnel to re-open the prescription by recreating the prescription, and the user stops taking the medicine; for example , please refer to Table 5. The name of the vaccine in Prescription No. 1 is EDA000-1, the valence is 9, and the applicable gender is male. However, the gender of the prescription on Prescription No. 1 is female, and this female does not meet the applicable gender. The calculation unit 14 immediately judges that the prescription does not match the efficacy data of EDA000-1, and then issues a notice of effectiveness error detection and a notification of re-creation of the prescription; prescription number 2 has a vaccine name of EDA000-2, a valency of 13, and an applicable gender Female, and the gender of the prescription subject on the prescription number 2 is female, and the female meets the applicable gender, the calculation unit 14 issues a notification of the applicable ethnic group after judgment, and the user can take the corresponding vaccine according to the notification of the applicable ethnic group.

In some embodiments, the vaccine refrigerator 5 includes an intelligent robotic arm 514, which is arranged on the box body and connected to the notification unit 18 with a signal, and the intelligent robotic arm 514 according to the first notification NF1 or the The tenth notification NF10 goes to the corresponding medicine seat to take the medicine; in some preferred embodiments, when the tenth notification NF10 is a utility error detection notification, the intelligent robotic arm 514 is in a standby state.

Yet another embodiment of the present invention is a method of managing medicines, which is a method of managing medicines using the smart ambulance 1 as described above. Please refer to FIG. 10 . The steps of the method include:

S1) Integration database building step: the computing unit 14 integrates the external information EIF and the first drug status information MS1 into the first integrated data ID1, and further integrates the first integrated data ID1 with the label data LD input by the user The second integrated data ID2 is stored in the cloud database 16, and the application management program presents real-time drug records;

S2) Training step: the training unit 17 trains the computing unit 14 according to the second integrated data ID2 stored in the cloud database 16, and the computing unit 14 learns to process the first integrated data ID1 and the second integrated data ID2 ;

S3) Medicine taking notification step: the calculation unit 14 receives the first integrated data ID1 and compares it with the second integrated data ID2 to generate a first calculation result CR1, and the notification unit 18 generates according to the first calculation result CR1 - first notification NF1;

S4) Steps of taking medicine: the user takes medicine according to the first notification NF1, the second notification NF2 and the third notification NF3;

S4') Error detection step of taking medicine: when the user takes medicine, the at least one infrared sensor detects the state of each corresponding medicine box and generates a device state information, and the computing unit 14 compares the device state information and the first calculation result CR1 to generate a fourth calculation result CR4, the notification unit 18 activates the loudspeaker to generate a seventh notification NF7 according to the second calculation result CR2, and the seventh notification NF7 includes a notification of taking or wrong taking notify;

S5) Replenishment notification step: the calculation unit 14 generates the real-time drug information RTMS according to the second drug status information MS2, and compares the real-time drug information according to the preset value of the drug to generate the third calculation result CR3; When the drug real-time information RTMS is greater than or equal to the preset value of the drug, the analysis management interface 15 displays the fourth notification NF4 according to the third calculation result CR3, and the fourth notification NF4 is a drug quantity notification or a drug cart replenishment error notification MCRE; When the drug real-time information RTMS is less than the preset value of the drug, the analysis management interface 15 displays the fifth notification NF5 according to the result of the third calculation CR3, and the fifth notification NF5 is a drug supplement notification, a supplementary prescription notification PRRI or a nursing record notify NURS; and

S6) Replenishment step: When in the step S5), the analysis management interface 15 displays the drug quantity notification, and the user can check the real-time drug stock quantity on the analysis management interface 15; when in the S5) step, the analysis management interface 15 displays The medicine cart replenishment error notification MCRE, after receiving the medicine cart replenishment error notification MCRE, the personnel adjust the quantity of medicine in the smart ambulance 1; when in step S5), the analysis management interface 15 displays the medicine supplement notification, and the user follows the Drug replenishment notification for drug replenishment; when S5) in the step, the analysis management interface 15 displays the supplementary prescription note PRRI, and the user completes the issuance of the prescription note according to the supplementary prescription note PRRI notification; when S5) In the step, The analysis management interface 15 shows that the nursing record notifies the NURS, and the user notifies the NURS according to the nursing record to complete the corresponding nursing record; when in step S5), the calculation unit 14 judges that the third calculation result CR3 is less than the preset value of the drug When it reaches 5-30 minutes, judge the position of the nearest medicine cart according to the map of the medicine cart to generate a fifth calculation result CR5, and the notification unit 18 generates an eighth notification NF8 according to the fifth calculation result CR5 to activate the speaker, The eighth notification NF8 includes the notification of the support drug cart.

In some embodiments, when the method is applied with the smart management system 2, please refer to FIG. 11, the method further includes step S3'-1) Optimizing the medicine taking notification step: the computing unit 14 generates a notification according to the device information The second calculation result CR2, the second calculation result CR2 includes an optimized medicine taking route, and the notification unit 18 displays a second notification NF2 according to the optimized medicine taking route; S3'-2) Expiry date notification step: The calculation unit 14 compares the expiration dates of the medicines stored in the medicine storage device 12. When the medicine storage device 12 stores medicines with different expiration dates, the notification unit 18 generates a third notification NF3, which includes a Drug expiry notice.

In some embodiments, when the method uses the vaccine refrigerator 5, please refer to FIG. 12, the method further includes step S3'-3) effectiveness notification step: when the computing unit 14 compares the first integrated data ID1 with the The utility data of the second integration data ID2 is used to generate the sixth operation result CR6, and the notification unit 18 generates a tenth notification NF10 according to the sixth operation result CR6 to make the at least one fifth display release the drug information; S3'- 4) Efficacy error detection step: when the calculation unit 14 compares the drug information on the prescription with the price and the applicable group, the analysis management interface 15 issues the error detection notice for the school according to the sixth operation result CR6, The prescription will be automatically deleted, and the corresponding personnel will be notified to re-issue the prescription with a new prescription, and the user will stop taking the medicine.

It should be further explained that S1) the step of integrating and building a database includes a) identifying step, b) first sensing step, c) first integrating step, d) tag data input step, e) second integrating step, Please refer to Fig. 13, it is a description of S1) the detailed steps of integrating the steps of building a database, and its specific description is as follows: a) Identification step: the user identifies an external information EIF through the identification unit 11, and the external information includes a drug information, a personnel information and a combination thereof; b) The first sensing step: sensing the state of the medicine to generate a first medicine state information MS1; c) The first integration step: integrate the external information EIF and the drug status information and generate a first integrated data ID1; d) Label data input step: the user inputs at least one label data LD through the analysis management interface 15, and the at least one label data LD includes a drug label data, a device label data or a personnel label data; e) The second integration step: the computing unit 14 updates the first integrated data ID1 to a second integrated data ID2 according to the at least one tag data LD, and stores the second integrated data ID2 along a time axis, the second integrated The data ID2 includes a drug history, a device history or a personnel history.

Example 1

In this embodiment, the smart ambulance of the present invention is applied, and the user takes out the injections α, β, and γ from the storage side and replenishes them to the smart ambulance Aa, Bb, Cc, and Dd; please refer to Table 6, which describes the injections α, β, and γ correspond to the medicine boxes on each smart ambulance, and the weights returned by the weight sensors at the bottom of the medicine boxes of each medicine car are 300, 450, and 400 grams respectively, which are calculated by the smart medicine management system. The exact quantities of α, β, and γ are all 10, and the drug history corresponding to each medicine cart is established and imported into the minimum inventory preset value; in this embodiment, the minimum inventory preset value is the medicine that the emergency vehicle can stock The maximum value is 10 each for α, β, and γ; in addition, users can check the images returned by the smart ambulance through the analysis management interface at the same time for double confirmation of the quantity; after replenishing each smart ambulance, each The smart ambulances are sent to the designated places respectively. Please refer to Table 7, which is the real-time drug history updated after the smart drug management system cooperates with the location information of the drug cart.

When the medical personnel take the injection in the smart ambulance Cc in the hallway on the first floor of the medical building, they directly shout the ID number to the voiceprint recognizer of the smart ambulance Cc, and the smart medicine management system confirms the identity as doctor U through voiceprint recognition and records ; Physician U shouts injection α through the voiceprint recognizer, and the smart drug management system judges that injection α is located in medicine box Cc-1 of smart ambulance Cc through the drug history, and lights up to remind doctor U to take injection α; The situation is critical. Physician U has taken 6 tubes. The smart drug management system detects Drug cart name drug location Drug Name Instant Weight (grams) Instant quantity (branches) Minimum inventory quantity (branches) Image Confirmation ... ... ... ... ... ... ... A Aa-1 alpha 300 10 10 V Aa-2 beta 450 10 10 V Aa-3 gamma 400 10 10 V Bb Bb-1 alpha 300 10 10 V Bb-2 beta 450 10 10 V Bb-3 gamma 400 10 10 V Cc CC-1 alpha 300 10 10 V Cc-2 beta 450 10 10 V Cc-3 gamma 400 10 10 V Dd Dd-1 alpha 300 10 10 V Dd-2 beta 450 10 10 V Dd-3 gamma 400 10 10 V ... ... ... ... ... ... ... Table 6 It is detected that the real-time quantity of injection α of Cc-1 has been lower than the minimum inventory quantity of 5 sticks, and it has been more than 5 minutes. After being judged by the intelligent drug management system, the drug cart abnormal notification and the support drug cart notification are issued simultaneously. The time smart drug management system judges that the smart ambulance Aa located on the same floor as the smart ambulance Cc is the nearest smart ambulance, and the speaker installed in the smart ambulance Cc immediately announces "Support on the east side of the pharmacy on the first floor of the medical building"; at the same time, In order to analyze and manage the interface of the nursing unit adjacent to the smart ambulance Aa, the medicine is also displayed. Medicine cart location Drug cart name drug location Drug Name Instant Weight (grams) Instant quantity (branches) Minimum inventory quantity (branches) Image Confirmation ... ... ... ... ... ... ... ... The east side of the pharmacy on the first floor of the medical building A Aa-1 alpha 300 10 10 V Aa-2 beta 450 10 10 V Aa-3 gamma 400 10 10 V Delivery room on the third floor of Children's Hospital Bb Bb-1 alpha 300 10 10 V Bb-2 beta 450 10 10 V Bb-3 gamma 400 10 10 V Hallway on the first floor of the Medical Building Cc CC-1 alpha 300 10 10 V Cc-2 beta 450 10 10 V Cc-3 gamma 400 10 10 V Cardiology ICU Dd Dd-1 alpha 300 10 10 V Dd-2 beta 450 10 10 V Dd-3 gamma 400 10 5 V ... ... ... ... ... ... ... ... Table 7 Car support notification. The nurse T affiliated to the unit immediately pushes the smart ambulance Aa to the medicine cart Cc for support according to the released medicine cart support notification. Please refer to Figure 14, which is a brief description of the smart medicine management in this embodiment. The system is based on the support drug cart map; at the same time, after comparing the lower limit of the inventory, the analysis management interface also issues a notification of injection supplementation and simultaneously sends a notification to physician U of the supplementary prescription; in this embodiment, due to the minimum The stock default value is the maximum value of the medicines that the ambulance can stock. The same is 10 injections α, β, and γ. When the doctor U takes the first injection α, the injection will be released on the analysis management interface of the pharmacy. Replenish the notification and issue a prescription at the same time; on the other hand, the notification of refilling the prescription is also sent to the analysis management interface of the doctor U; the pharmacy staff will immediately make adjustments according to the prescription and the injection supplement notification and send it to the nursing station , the nursing staff completes the injection α replenishment of the smart ambulance Cc; after the smart drug management system completes the drug replenishment, it simultaneously updates the drug history of the ambulance and simultaneously completes the deduction of the background inventory quantity.

Example 2

In this embodiment, the smart drug management system integrated with the medicine cabinet is applied. After identifying the medicines X, Y, and Z through the barcode reader of the medicine cabinet, the staff of the medicine store puts the medicines X, Y, and Z in the drawers X1, Y1, and Z1 respectively. , the weights of medicines X, Y, and Z are sensed by the precision medicine scale at the bottom of the drawer as 500, 300, Drug Name drug location instant weight x X1 500 grams Y Y1 300 grams Z Z1 450 grams ... ... ... Table 8 450 grams; at this time, the smart drug management system reads the drug names X, Y, Z and the corresponding weight, and at the same time reads the individual storage device information for drawer X1, Y1, Z1 for pairing; please refer to the table 8. A brief description of the relationship between the drug and the code of the storage device; after the drug list is formed, the drug store personnel input the drug label data through the analysis management interface, which is related to the drug X, Y, and Z in this embodiment The name and the corresponding drug hospital number, composition, purchase date, expiration date, monomer weight and other data, and integrate the drug label data and drug list through the smart drug management system to form a drug history; please refer to Table 9, which is an explanation of the drug in this embodiment The data correspondence mode of the resume, the drug resume is uploaded and stored in the cloud database of the hospital, and the drug resume stored in the cloud database is updated in real time for the reference of the drug store staff or other medical personnel.

After the doctor writes a prescription, the pharmacist goes to the medicine cabinet to pick up the medicine according to the prescription, and after the barcode reader on the medicine cabinet recognizes the barcode on the prescription, the smart drug management system compares the drug history to get the drug X, The number of medicines for Y and Z are 10, 12 and 18 respectively. The medicine taking order is optimized according to the relative positions of the drawers. Put medicines Z, X, and Y; after taking off the medicines, the smart medicine management system receives the weight data returned from the medicine cabinet, among which the weight reductions of medicines X, Y, and Z on the medicine cabinet are 5.2, 23.0, and 54.0 grams, respectively. The calculated reductions were 10.4, 11.5, and 18 tablets respectively, and the quantities taken for medicines X and Y did not match the quantities on the prescription. Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity x X1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/0.50 grams per tablet 500 grams 1000 pieces Y Y1 EDA102/Acetaminophen/ 20210609/20211209/ 2.0 grams per tablet 300 grams 150 pieces Z Z1 EDA103/Lansoprazole/ 20210609/20211209/ 3.0 grams per capsule 450 grams 150 pieces ……… ……… ……… ……… ……… Table 9 The analysis management interface will display this data immediately, and the pharmacist will go to confirm whether the quantity is wrong. If there is a mistake, the pharmacist can correct the quantity of the medicine taken immediately. If there is no mistake, the smart medicine management system will correct the exact weights of X and Y medicines respectively. 0.52, 1.92 grams/tablet, and correct the real-time weight and real-time quantity, please refer to Table 10, which is the drug history data corrected immediately after taking the medicine.

After taking medicines for many times, the smart drug management system established an optimal storage configuration mode based on the taking frequency of medicines X, Y, and Z. Within 6 months, pharmacists took medicine X 120 times and medicine 35 times Y, 40 times of drug Z, after reviewing the optimal storage configuration mode, the drug store staff knew that drug X should be placed in the first order Z1 on the best medicine taking route, and drug Z should be placed in the second order X1. Y is placed in the third position Y1. After moving drugs X, Y, and Z in order and replenishing to the original inventory quantity, the library is rebuilt according to the aforementioned library building process. Please refer to Table 11, which is the history of drugs after the library is rebuilt. . Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity x X1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/0.52 grams per tablet 494.8 grams 990 pieces Y Y1 EDA102/Acetaminophen/ 20210609/20211209/ 2.0 grams per tablet 1.92 grams per tablet 277 grams 138 pieces Z Z1 EDA103/Lansoprazole/ 20210609/20211209/ 3.0 grams per tablet 396 grams 132 pieces ... ... ... ... ... Table 10

Example 3

In this embodiment, a smart drug management system integrating medicine cabinets and precision inventory machines is applied. The drug warehouse staff senses the weight of medicines O, P, Q, and R at the inventory end through the weight sensor of the precision inventory machine. Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity x Z1 EDA101/Acetylsalicylic Acid/ 20210609/20220609/0.52 grams per tablet 520 grams 1000 pieces Y Y1 EDA102/Acetaminophen/ 20210609/20211209/ 1.92 grams per tablet 288 grams 150 pieces Z X1 EDA103/Lansoprazole/ 20210609/20211209/ 3.0 grams per tablet 450 grams 150 pieces ... ... ... ... ... Table 11 After 1000, 800, 900, and 750 grams, the precise quantities corresponding to O, P, Q, and R were calculated by the smart drug management system to be 2,000, 800, 450, and 500 pills respectively, and drug history was established. Afterwards, drug O , P, Q, R are added to the drawers O1, P1, Q1, R1 of the medicine cabinet; after the doctor writes a prescription, the pharmacist goes to the medicine cabinet to pick up the medicine according to the prescription, and identifies the prescription through the barcode reader on the medicine cabinet After comparing the drug history with the smart drug management system, it can be concluded that the number of medicines O, P, Q, and R taken this time is 28, 42, 14, and 21 respectively. The order of taking medicines depends on the relative position of the drawer. Drawers P1 and Q1 belong to the same medicine cabinet, and compared with drawer O1, drawer R1 is farther away. Therefore, the optimal path for taking medicine this time is (P1, Q1)->O1->R1. The lights on the cabinet indicate that the medicines P, Q, O, R are to be taken off in sequence and ready to be bagged; after the medicines are taken off, the smart medicine management system receives the weight data returned by the medicine cabinet, among which the medicines on the medicine cabinet are O, The weight reductions of P, Q, and R were 14.0, 40.0, 28.0, and 30.0 grams respectively, and the calculated reductions were 14.0, 40.0, 28.0, and 20.0 pills, of which the quantities of drugs P and R were equal to the quantities on the prescription If it does not match, the analysis management interface will immediately display this data. After the pharmacist confirms that the quantity of medicine P is correct, but the quantity of medicine R is indeed wrong, the pharmacist immediately goes to drawer R1 to make up the quantity of medicine R, and the smart medicine management system corrects the quantity of medicine P. The exact weight is 0.95 g/tablet. Please refer to Table 12 and Table 13, which are the drug history after the quantity of the above-mentioned medicines has been corrected by this drug collection. Real-time drug history; in this embodiment, the pharmacist can repeatedly confirm the drug inventory quantity provided by the inventory terminal, and the system can further correct the drug weight data after double confirmation, and train smart medicine after taking medicine for many times The management system learns the weight error range of various medicines, so as to reduce the quantity recording error caused by the weight of the replacement medicine container or the medicine weight error of each delivery. Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity ... ... ... ... ... o X1 EDA104/……/ 20210509/20220509/0.5 grams each 1000 grams 2000 pieces P Y1 EDA105/……/ 20210409/20211009/ 1.0 grams each 800 grams 800 pieces Q Z1 EDA106/……../ 20210619/20211219/2.0 grams each 900 grams 450 pieces R Z1 EDA107/……./ 20210709/20220109/1.5 grams each 750 grams 500 pieces ... ... ... ... ... Table 12

Example 4

In this embodiment, the smart drug management system integrating the vaccine refrigerator is applied. The autumn and winter seasons are the peak season of influenza. The vaccine injector F goes to the vaccine refrigerator to receive the flu vaccine according to the prescription of doctor L. After identifying the prescription through the QR code, the smart The drug management system first compares the flu vaccine information on the prescription, and simultaneously confirms the age, gender, and health status of the prescription recipient, then judges that the trivalent flu vaccine prescribed on the prescription is A green light is displayed on the seat and the intelligent robotic arm is activated to remove the trivalent vaccine with the shortest validity period and hand it over to the vaccine injector F; at the same time, the weight sensor at the bottom of the medicine seat corresponding to the trivalent influenza vaccine returns the weight status of the vaccine. Judgment after operation of smart drug management system Drug Name drug location Drug label (hospital code/ingredients/purchase date/expiration date/single weight) instant weight Instant quantity ... ... ... ... ... o O1 EDA104/……/ 20210509/20220509/0.5 grams each 986 grams 1972 pieces P P1 EDA105/……/ 20210409/20211009/ 0.95 grams each 760 grams 758 pieces Q Q1 EDA106/……../ 20210619/20211219/2.0 grams each 872 grams 436 pieces R R1 EDA107/……./ 20210709/20220109/1.5 grams each 720 grams 479 pieces ... ... ... ... ... Table 13 The quantity of trivalent influenza vaccines stocked in this drug seat has fallen below the preset value of the lower limit of the inventory. The smart drug management system immediately publishes a drug supplement notice for the vaccine refrigerator on the analysis management interface. Valence Flu Vaccine Supplement.

Example 5

This example uses a smart drug management system that integrates vaccine refrigerators. Please refer to Table 14. Injector G goes to get the conjugative pneumococcal vaccine according to the prescription issued by physician M. This time there are two prescriptions, which are Numbers EDX and EDY, because both of them are conjugative Streptococcus pneumoniae, doctor M made a mistake when writing the prescription; at this time, the injector G scanned the QR code on the prescription on the vaccine refrigerator, smart drug management The system reads the information on the prescription and compares it with the drug history, and judges that the prescription number EDX is conjugative pneumococcal vaccine, the valency is 23, and the applicable age is 5 to 75 years old. However, the prescription The target age of the prescription on the numbered EDX is a 1-year-old child. The age of the child does not meet the applicable age. The smart drug management system immediately judges that the prescription does not match the efficacy data of the conjugative pneumococcal vaccine, and immediately issues an efficacy error diagnosis. Notify the person who stopped the injection G to take out the vaccine, and notify the physician M to re-issue the prescription; and the prescription number EDY is also conjugative Streptococcus pneumoniae vaccine, the price is 13, the applicable age is 0-75 years old, and the prescription number 2 is on The age of the prescription object is 15 years old boy, the boy years prescription number Vaccine name Valence Suitable age Prescriber's age Reissue prescription (yes/no) EDX conjugative pneumococcal vaccine twenty three 5~75 1 yes EDY conjugative pneumococcal vaccine 13 0~75 15 no ……… ……… ……… ……… ……… Table 14 Age meets the applicable age. After the judgment, the price notification is issued, and the drug holder corresponding to the 13-valent conjugative pneumococcal vaccine lights up immediately, and the injector G can get the vaccine from the illuminated drug holder and treat the patient. Do the injection.

Example 6

In this embodiment, a smart drug management system that integrates medicine cabinets, precision inventory machines, smart ambulances, and vaccine refrigerators is applied, and the weights of medicines X, Y, and Z are sensed by the weight sensors of the precision inventory machines at the inventory end After 1000, 800, and 900 grams respectively, the precise quantities corresponding to X, Y, and Z are calculated by the smart drug management system to be 2,000, 1,000, and 2,700 tablets respectively, and drug records are established, and then drugs X, Y, and Z are added to the medicine cabinet The drawers X1, Y1, and Z1; at the same time, the user takes out 10 injections α, β, and γ from the storage side and replenishes them on the smart ambulance, corresponding to the medicine boxes α1, β1, and γ1 respectively, and the weight at the bottom of the medicine box The returned weights of the tester are 300, 350, and 400 grams respectively. The precise quantities corresponding to α, β, and γ are calculated by the smart drug management system. The drug history is established, and the user can check the smart first aid through the analysis management interface at the same time. The image returned by the car is double-confirmed for the quantity.

After the doctor writes a prescription, the pharmacist goes to the medicine cabinet to pick up the medicine according to the prescription, and after the barcode reader on the medicine cabinet recognizes the barcode on the prescription, the smart drug management system compares the drug history to get the drug X, The number of medicines for Y and Z are 10, 12, and 18 respectively. The order of taking medicines is based on the relative positions of the drawers. The optimal path for taking medicines is Z1, X1, and Y1. The pharmacist takes them in order according to the lights on the medicine cabinet. Put medicines Z, X, and Y; after taking off the medicines, the smart medicine management system receives the weight data returned from the medicine cabinet, among which the weight reduction of medicines X, Y, and Z on the medicine cabinet is 5.5, 7.2, and 6.0 grams, respectively. The calculated reductions were 11, 12, and 18 pills respectively. Among them, the quantity of medicine X taken did not match the quantity on the prescription, and the analysis management interface immediately displayed this data. After the pharmacist confirmed that the quantity was correct, the smart medicine management system immediately Correct the exact weight of medicine X to be 0.55 grams per capsule. record time Sensing unit feedback Smart temperature control device backhaul Whether the temperature control equipment is abnormal 09:00 4.1 4.1 no 09:05 4.3 4.3 no 09:10 13.0 13.0 no 09:15 8.0 8.0 no 09:20 3.9 3.9 no 09:25 4.2 4.2 no 09:30 4.0 4.0 no 09:35 4.1 4.1 no 09:40 3.8 3.8 no 09:45 8.0 8.5 no 09:50 8.9 8.5 no 09:55 9.1 8.5 no 10:00 4.0 8.5 no 10:05 4.1 8.5 no 10:10 4.2 8.5 no 10:15 3.9 8.5 yes 10:20 4.0 - - Table 15

When the medical personnel take the injection in the smart ambulance, they directly shout the ID number to the voiceprint recognizer of the smart ambulance. The smart drug management system confirms the identity as doctor W through voiceprint recognition and records it. Doctor W uses voiceprint recognition. The device shouts the injection α, and the smart drug management system judges that the injection α is located in the medicine box α1 of the smart ambulance through the drug history, and lights up to remind doctor W to take the injection α, but doctor W opens the medicine box γ1 in a hurry, and the smart The drug management system immediately sends out an error notification through the loudspeaker. After the doctor W notices it, he takes the injection α from the medicine box α1 according to the light-on instructions; 270, 350, and 320 grams. After calculation, the quantities corresponding to the injections α, β, and γ are 9, 10, and 8 respectively. After comparing the lower limit of the inventory, the injection supplement notice will be issued on the analysis management interface and the physician will be notified simultaneously. W sends out the notice of refilling the prescription, and the pharmacist immediately replenishes the required injections for the smart ambulance after releasing the injection replenishment notice on the analysis management interface, without waiting for the doctor W to issue the prescription.

On the other side of the hospital, please refer to Table 15. After injector H took out the rotavirus vaccine between 09:05 and 09:10, the temperature inside the refrigerator storage cabinet increased from 4°C due to the action of opening and closing the door of the vaccine refrigerator After the temperature rises to 13°C, the temperature sensor installed in the storage cabinet detects the temperature change, and then uploads it to the smart temperature control device installed in the vaccine refrigerator to regulate the internal temperature of the storage cabinet. At 09:00 The temperature was lowered to 3.9°C between 10 and 09:20, and the temperature information was simultaneously uploaded to the smart drug management system; at this time, the temperature data returned by the sensing unit was no different from the temperature data returned by the smart temperature control device. Therefore, the system judges that there is no abnormality in the temperature control equipment; however, during the period from 09:40 to 09:45, another injector went to receive the vaccine, the temperature inside the storage cabinet rose to 8.0°C, and the smart temperature control device closed at 09:45 Between 10:00 and 10:00, the temperature was adjusted to 4.0°C, but during the period from 09:45 to 10:15, the temperature data returned by the sensing unit and the temperature data returned by the smart temperature control device continued to differ. Matching status; After judgment, the smart drug management system will issue a notice of abnormal temperature control equipment on the analysis management interface. The refrigerator turns off the smart temperature control device and is repaired.

The smart drug management system provided by the present invention has the following advantages:

1. With the smart ambulance of the present invention, the medical staff can confirm the location of medicines with voiceprint instructions when performing first aid, reducing the probability of taking them by mistake; in addition, the smart ambulance is matched with the smart medicine management system, and it can be used after taking the first aid. After the medicine is finished, the medicine supplement notification can be displayed on the analysis management interface in real time, so that the personnel of the pharmacy department do not need to perform the medicine supplement task after the doctor's prescription is filled. The state of being fully loaded at any time reduces the time cycle for the smart ambulance to replenish medicines, and reduces the risk of insufficient medicines for the smart ambulance in emergencies.

2. Through the intelligent drug management system of the present invention, the precision inventory machine at the storage end of the hospital is connected with the intelligent ambulance, medicine cabinet, and vaccine refrigerator, and the real-time information monitoring includes weight, quantity, image and other monitoring information for comparison and judgment. To issue drug replenishment notices to drug storehouse personnel and medical staff, there is no need to add manpower to monitor the status of drug inventory.

3. Through the smart drug management system of the present invention, when medical personnel take medicines, they can confirm in many ways that the items and quantities of the medicines taken are the same as those on the prescription. The user-friendly analysis management interface and the drug storage device The notification shows that it can reduce the probability of medical staff taking wrong medicines, and with the optimal medicine taking route and optimal storage configuration mode, it can also reduce the time for medical staff to go back and forth between medicine storage devices when taking medicine.

4. Through the vaccine refrigerator of the present invention, when medical personnel take the vaccine, they can further confirm the valence of the vaccine, the applicable groups including gender, age, and the health status of the patient through the error-proof system of the system itself, before taking the vaccine. In addition, if the vaccine is not suitable for the prescription object, the system can also immediately notify the doctor to re-issue the prescription and stop taking the vaccine, so as to achieve the double guarantee of preventing mistakes when taking the vaccine.

5. The present invention integrates the drug management system through the concept of "Internet of Things" to achieve real-time and rapid drug inventory management; the instant replenishment of drugs is closely related to the health and life safety of patients. The present invention uses the Internet of Things Integrating medicine cabinets, smart ambulances, and vaccine refrigerators, and synchronizing the aforementioned drug storage devices with the storage terminal through the smart drug management system, realized real-time management of drug storage. In addition to reducing human resources for supervision and contact, the savings The reduced time allows medical staff to have more leeway in the use and judgment of drugs, improves the work efficiency of medical staff and further ensures the health and life safety of patients.

However, the above is only a preferred embodiment of the present invention, but it cannot limit the scope of implementation of this creation; therefore, all simple equivalent changes and modifications made according to the patent scope of this creation and the content of the description, All still belong to the scope covered by this creation patent.

1: Intelligent emergency vehicle 10: Frame 100:Plural Boxes of Plurals 11: Identification unit 12: Drug storage device 13: Sensing unit 14: Operation unit 15: Analysis management interface 16:Cloud database 17: Training unit 18: Notification unit 2: Smart drug management system 3: Medicine cabinet 31: Cabinet 32: Plural Storage Boxes 33: plural pallets 4: Precision inventory machine 41: frame body 42: Medicine tray 5: Vaccine refrigerator 51: Box 511: storage cabinet 512: Plural medicine seats 513:Smart temperature control device 514:Smart robotic arm

Fig. 1 is a block diagram illustrating the intelligent ambulance provided by the present invention. Fig. 2 is a block diagram illustrating the corresponding relationship between the components and information transmission of the smart ambulance provided by the present invention. Fig. 3 is a block diagram illustrating the smart drug management system provided by the present invention. Fig. 4 is a block diagram illustrating a preferred embodiment of the smart drug management system provided by the present invention. FIG. 5 is a block diagram illustrating the corresponding relationship between components and information transmission of the smart drug management system provided by the present invention. FIG. 6 is a schematic diagram illustrating an optimal storage configuration mode. Fig. 7 is a block diagram illustrating the medicine cabinet of the present invention. Fig. 8 is a block diagram illustrating the precision stocktaking machine of the present invention. Fig. 9 is a block diagram illustrating the vaccine refrigerator of the present invention. Fig. 10 is a flow chart illustrating the method for the intelligent ambulance of the present invention to manage medicines FIG. 11 is a flowchart illustrating the method for managing medicines in the smart medicine management system of the present invention. Fig. 12 is a flow chart illustrating the method for managing medicines in the vaccine refrigerator of the present invention. FIG. 13 is a flow chart illustrating the detailed steps of S1) the steps of integrating and building a database. Fig. 14 is a schematic diagram illustrating the support medicine car map on which the intelligent ambulance car is based in Embodiment 1.

1: Intelligent emergency vehicle

10: Frame

100:Plural Boxes of Plurals

Claims (10)

An intelligent emergency vehicle, including: a frame; A plurality of medicine boxes are arranged on the frame to store a plurality of medicines; An identification unit is arranged on the vehicle frame to identify an external information, the external information includes a drug information or a personnel information; A sensing unit, arranged on the frame, is used to sense the state of each medicine box to generate a first medicine state information, and the first medicine state information includes a device information, a medicine weight information, and a medicine quantity information or a drug image information; a computing unit, signal-connected with the identification unit and the sensing unit, integrates the external information and the first drug state information and generates a first integrated data; and An analysis management interface, signally connected to the computing unit, for the user to input at least one tag data, the tag data is transmitted to the computing unit, the computing unit integrates the tag data and the first integrated data into a second integrated data , the second integrated data includes a drug history, a device history, and a personnel history, wherein the drug history includes a drug name and the inventory location corresponding to the drug name, weight data, quantity data, expiration date, efficacy data, and Drug defaults. The smart ambulance according to claim 1, wherein the efficacy data includes ingredients, potency or applicable groups, and the drug preset value includes a drug weight preset value or a drug inventory preset value. The intelligent ambulance as described in claim 2, wherein the intelligent ambulance further includes: a cloud database, connected to the computing unit and the analysis management interface signal, for storing the second integrated data; and A training unit, connected to the computing unit and the cloud database signal, the training unit trains the computing unit according to the second integrated data stored in the cloud database, and the computing unit learns to process the first integrated data and the The second integrated data. The intelligent ambulance as described in claim 3, wherein the intelligent ambulance further includes: A notification unit, connected with the signal of the calculation unit, the calculation unit receives the first integrated data and compares it with the second integrated data to generate a first calculation result, and the notification unit generates a first calculation result according to the first calculation result A notification, wherein the first notification includes a notification of taking medicine, a notification of the location of the medicine, and a notification of the expiration date of the medicine. The smart ambulance according to claim 4, wherein the sensing unit includes at least one weight sensor, and the at least one weight sensor is correspondingly arranged at the bottom of each medicine box, and the notification unit includes at least one display and a Speaker, the at least one display is correspondingly arranged on each medicine box, the at least one display includes LED display, LED lamp, light bulb, LCD display or vacuum tube display, and the speaker is arranged on the vehicle frame. The intelligent ambulance vehicle as described in claim 5, wherein the intelligent ambulance vehicle further includes at least one infrared sensor, the at least one infrared sensor is correspondingly arranged on each medicine box, and is connected to the computing unit with a signal, when When the user takes medicine, the at least one infrared sensor detects the state of each corresponding medicine box and generates a piece of device state information, and the computing unit compares the device state information with the first calculation result and generates a fourth As a result of the calculation, the notification unit activates the loudspeaker to generate a seventh notification according to the fourth calculation result, and the seventh notification includes a picking notification or a wrong picking notification. The smart ambulance as described in claim 5, wherein, after the user finishes taking the medicine, the sensing unit senses the state of each medicine box and generates a second medicine state information, and the calculation unit is based on the second medicine The status information is calculated to generate a real-time drug information, and the real-time drug information is compared with the drug preset value to generate a third calculation result, wherein, when the drug real-time information is greater than or equal to the drug preset value, the analysis management The interface displays a fourth notification based on the third calculation result, the fourth notification includes a drug quantity notification, and when the drug quantity is less than the drug preset value, the analysis management interface displays a fifth notification based on the third calculation result, the The fifth notification includes the drug supplement notification. The smart ambulance as described in Claim 7, wherein the fifth notification further includes a notification of supplementary prescription, and the user completes the issuance of the prescription according to the notification of supplementary prescription. The intelligent ambulance according to any one of claims 3-8, wherein the training unit trains the calculation unit according to the first calculation result, the second calculation result and the third calculation result to generate a drug management model, The calculation unit gives the user an optimization suggestion based on the drug management model, and the drug management model includes an optimal drug taking mode, an optimal storage configuration mode, a drug storage map, a drug support hot spot or a drug inventory replenishment hot spot. A drug management method of an intelligent ambulance is a method of using the intelligent ambulance described in any one of claims 3 to 8 for drug management, and the steps include: S1) Integration database building step: the computing unit integrates the external information and the first drug status information into the first integrated data, and the first integrated data and the at least one label data input by the user are further integrated into the second integrated data The data is stored in the cloud database, and the application management program presents real-time drug history; S2) Training step: the training unit trains the computing unit according to the second integrated data stored in the cloud database, and the computing unit learns to process the first integrated data and the second integrated data; S3) medicine taking notification step : the computing unit receives the first integrated data and compares it with the second integrated data to generate a first computing result, and the notification unit generates a first notification according to the first computing result; S4) Step of taking medicine: the user takes medicine according to the first notification; S4') Error detection step of taking medicine: when the user takes medicine, the at least one infrared sensor detects the state of each corresponding medicine box and generates a device state information, and the computing unit compares the device state information and The first operation result generates a fourth operation result, and the notification unit activates the loudspeaker to generate a seventh notification according to the fourth operation result, and the seventh notification includes a taking notification or a wrong taking notification; S5) Replenishment notification step: the calculation unit calculates and generates a real-time drug information based on the second drug status information, and compares the real-time drug information according to a drug preset value to generate a third calculation result, when the real-time drug information When it is greater than or equal to the preset value of the drug, the analysis management interface displays a fourth notification according to the third calculation result, and the fourth notification includes a drug quantity notification; when the drug quantity is less than the preset value of the drug, the analysis management interface Displaying a fifth notification based on the third calculation result, the fifth notification includes a drug supplement notification, a support drug cart notification or a prescription supplement notification; and S6) Drug replenishment step: In step S5), the fifth notification is a drug replenishment notification, and the user adjusts and replenishes the drug to each corresponding drug box according to the drug replenishment notification; when in step S5), the fifth The notification is a notification of supplementary prescription, and the user completes the issuance of the prescription according to the notification of supplementary prescription.

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