WO2020199464A1

WO2020199464A1 - Method, system, electronic apparatus, and storage medium for automatically fetching medicine

Info

Publication number: WO2020199464A1
Application number: PCT/CN2019/101900
Authority: WO
Inventors: 李碧霞
Original assignee: 平安科技（深圳）有限公司
Priority date: 2019-04-03
Filing date: 2019-08-22
Publication date: 2020-10-08
Also published as: CN110135936A

Abstract

Provided are a method, system, electronic apparatus, and storage medium for automatically fetching medicine, relating to the technical field of medical automation and used for providing to a patient to purchase and fetch medicine, solving the problem of wasted time for a patient and medical care personnel who accompany the patient to fetch medicine, said method comprising: the automatic medicine fetching system obtaining medicine order information and patient identity information formed when a doctor prescribes medicine after a patient visits the doctor, and storing the order information and identity information in a back-end database (S1); after the patient binds the identity data on a mobile device, obtaining identity data and storing same to the back-end database, and corresponding the identity data with the identity information and the order information (S2); generating a two-dimensional code according to the corresponding order information and, after the two-dimensional code is scanned on the mobile device of the patient, retrieving from the back-end database the medicine order information corresponding to the identity information of the patient (S3); after the patient pays the fees for the medicine that is to be fetched, fetching the medicine from the medicine storage location and transporting the fetched medicine to the medicine retrieval location of the automatic medicine fetching system so that the patient retrieves the medicine; thus the patient's time is saved and the time of medical care personnel is also saved.

Description

Method, system, electronic device and storage medium for automatically taking medicine To

This application claims the priority of a Chinese patent application filed with the Chinese Patent Office on April 3, 2019, the application number is 201910265377.2, and the invention title is "A method, system, electronic device and storage medium for automatic medicine taking", and its entire contents Incorporated in the application by reference.

Technical field

This application relates to the field of medical automation technology, and in particular to a method, system, electronic device and storage medium for automatically taking medicine.

Background technique

With the improvement of the level of social medical treatment, there are corresponding treatment drugs for many diseases, and also with the expansion of the sub-health population, the use of drugs is also increasing, and queues for medical treatment and medicine have become a kind of phenomenon.

With the development of science and technology, there have been functions such as online appointment queuing, which greatly reduces the phenomenon of people queuing for medical treatment. However, most people need to get medicine after seeing a doctor, and queuing for medicine is one of the problems that people need to solve urgently. And in the process of taking medicine, the cooperation of medical staff is needed to take medicine.

At present, in order to solve the inconvenience of people fetching medicines and purchasing drugs, and to reduce the burden on hospitals, two-dimensional code fetching is about to appear or has already appeared. However, this method of fetching drugs not only requires patients to queue up at the drug collection point to fetch drugs, but also It is necessary for patients to queue up at the payment office to pay, which wastes a lot of patients' time, and the time of medical staff is wasted to accompany the medical staff to fetch medicines.

Summary of the invention

The main purpose of this application is to provide an automatic medicine taking method, system, electronic device and storage medium, aiming to solve the technical problem of the patient and the medical staff accompanying the patient taking medicine taking medicine in the prior art that waste time.

In order to achieve the above objectives, the first aspect of the application provides an automatic medicine taking method, which is applied to an automatic medicine taking system, including: the automatic medicine taking system obtains the medicine order information formed by the doctor prescribes the medicine after the patient seeks the doctor and the patient's identity information, and Store the order information and the identity information in the background database; after the patient binds the identity data on the mobile device, the identity data is obtained and stored in the background database, and the identity data is combined with the identity information and all information. The order information corresponds; the QR code is generated according to the corresponding order information, and after scanning the QR code on the patient’s mobile device, the drug order information corresponding to the patient’s identity information is retrieved from the back-end database; After paying the cost of the taken medicine, take the medicine from the medicine storage and transport the taken medicine to the medicine taking place of the automatic medicine taking system for the patient to take the medicine.

Further, before delivering the taken-out medicine to the medicine-taking place of the automatic medicine-taking system for the patient to take the medicine, the method further includes: identifying and listing the name and quantity of the medicine; if the name and quantity of the medicine and the medicine order are listed If the name and quantity of the medicine listed are not exactly the same, then take the medicine from the medicine storage again; if the name and quantity of the medicine listed are the same as the name and quantity of the medicine on the medicine order, continue to carry out the delivery of the taken medicine to The step of taking medicine in the automatic medicine taking system for patients to take medicine.

Further, the payment by the patient for the taken medicine includes: displaying payment information for the patient to settle the required cost of the taken medicine; after the patient clears the required cost of the taken medicine, listing the name of the medicine and the medicine Quantity; when the required fee for medicines taken by the patient’s settlement fails, or the patient does not pay the fee within a predetermined time, the patient is prompted to pay failure; after the patient is prompted to pay the failure, the payment information is updated, or after the patient’s payment is successful, Prompt the patient to pay successfully.

Further, after the patient pays for the taken medicine, taking the medicine from the medicine storage place, and transporting the taken medicine to the medicine taking place of the automatic medicine taking system for the patient to take the medicine includes: identifying that the medicine needs to be taken from the medicine storage place The medicines taken out are plate-filled or bottle-filled; if there is plate-filled medicine among the medicines that need to be taken out of the medicine storage, the plate-filled medicine will be cut according to the number of medicines on the order, so that the plate-filled medicine after cutting The quantity of medicines is consistent with the quantity of medicines on the order; if there are bottles of medicines in the medicines that need to be taken out of the medicine storage, the medicines in the bottles that match the quantity of medicines on the order will be taken out according to the quantity of medicines on the order, and the obtained medicines will be packed in bottles Packing; transporting the cut plate-filled medicine and/or the packaged bottled medicine to the medicine taking place of the automatic medicine taking system.

Further, the automatic medicine withdrawal method further includes: if an autonomous drug purchase request is detected, acquiring and displaying a list of non-prescription drugs for the patient to purchase non-prescription drugs without seeking medical attention; and determining that the patient is from Select the drugs and data to be purchased from the list of non-prescription drugs, generate a drug list and payment QR code; after detecting that payment is completed based on the payment QR code, take the drugs from the drug storage according to the generated drug list, and The taken medicine is delivered to the medicine taking place of the automatic medicine taking system.

Further, the method further includes: recording the type and name of the medicine taken by the patient, so as to recommend the medicine for the next medicine taken by the patient.

further, Before the generation of the drug list and payment of the two-dimensional code, it includes: the drug matching method that can produce harmful substances in any combination of the drugs stored in the drug storage; the matching method between the different selected drugs and the drug that can generate harmful substances Compare and get the comparison result; display an alarm message to remind the patient when the drug combination method involved in the comparison result can produce harmful substances; when the drug combination method involved in the comparison result does not produce harmful substances, continue to execute the generated drug list And the steps to pay for the QR code.

An automatic medicine taking system includes: an order synchronization module, which is used to obtain medicine order information and patient identity information formed by a doctor prescribing medicine after a patient seeks medical attention, and store the order information and identity information in a database; an identity binding module, For the patient to bind the identity data on the mobile device, and store the identity data in the background database, and to correspond the identity data with the identity information and the order information obtained by the order synchronization module; the identity verification module uses To generate a QR code based on the order information, and scan the QR code on the patient’s mobile device, and retrieve the drug order information corresponding to the patient’s identity information from the back-end database; the settlement module is used for the patient to pay for the taken drugs The cost of the medicine; the medicine storage module is used to store medicines; the medicine delivery module is used to withdraw the medicine from the medicine storage module after the patient pays the cost of the medicine taken, and transport the taken medicine out of the automatic medicine taking system The medicine taking place is for patients to take medicine.

An electronic device, comprising: a memory, a processor, and computer readable instructions stored on the memory and capable of running on the processor, wherein when the processor executes the computer readable instructions, Implement any of the methods described above.

A computer-readable storage medium having computer-readable instructions stored thereon, wherein the computer-readable instructions implement any one of the above-mentioned methods when executed by a processor.

The automatic medicine withdrawal method, system, electronic device and storage medium provided by the present application have the beneficial effect of: after the patient seeks a doctor and the identity data is bound to the mobile device, after paying for the medicine withdrawal, automatically Take medicine from the medicine storage place, and transport the taken medicine out of the automatic medicine taking system for the patient to take the medicine, so that the patient can take the medicine and pay at the same place, without the patient having to go to the payment office after queuing to pay The pharmacy queues up for medicine, which not only saves the patient's time for medical treatment, but also saves the time for medical staff to accompany the patient to collect the medicine.

Description of the drawings

In order to more clearly describe the technical solutions in the embodiments of the present application or the prior art, the following will briefly introduce the drawings that need to be used in the description of the embodiments or the prior art. Obviously, the drawings in the following description are only These are some embodiments of the application. For those skilled in the art, other drawings can be obtained based on these drawings without creative work.

FIG. 1 is a schematic block diagram of the flow of an automatic medicine taking method according to an embodiment of the application;

2 is a schematic block diagram of the structure of an automatic medicine taking system according to an embodiment of the application;

FIG. 3 is a schematic block diagram of the structure of an electronic device according to an embodiment of the application.

detailed description

In order to make the purposes, features, and advantages of the present application more obvious and understandable, the technical solutions in the embodiments of the present application will be described clearly and completely in conjunction with the drawings in the embodiments of the present application. Obviously, the description The embodiments are only a part of the embodiments of the present application, but not all the embodiments. Based on the embodiments in this application, all other embodiments obtained by those skilled in the art without creative work shall fall within the protection scope of this application.

Please refer to Figure 1, which is an automatic medicine taking method, including: S1. The automatic medicine taking system obtains the medicine order information and the patient's identity information formed by the doctor after the patient goes to the doctor, and stores the order information and identity information in the background database ; S2, after the patient binds the identity data on the mobile device, obtains the identity data and stores it in the background database, and corresponds the identity data with the identity information and order information; S3, generates a QR code according to the corresponding order information, and After the patient’s mobile device scans the QR code, it retrieves the drug order information corresponding to the patient’s identity information from the back-end database; S4. After the patient pays for the drug taken, retrieve the drug from the drug storage and save The taken medicine is delivered to the medicine taking place of the automatic medicine taking system for the patient to take the medicine.

Before delivering the taken-out medicine to the taking place of the automatic medicine taking system for the patient to take the medicine, the automatic taking method also includes: identifying and listing the name and quantity of the medicine; if the name and quantity of the medicine are listed on the order If the name and quantity of the medicine are not exactly the same, then take the medicine from the medicine storage again; if the name and quantity of the medicine listed are the same as the name and quantity of the medicine on the medicine order, continue to carry out the delivery of the taken medicine to the automatic medicine collection The medicine taking place of the system is for the patient to take medicine.

The cost of the medicines taken by the patient includes: the cost of the medicines taken by the patient includes: display the payment information for the patient to settle the required cost of the taken medicine; after the patient clears the required cost of the taken medicine, the medicine is listed The name and quantity of the medicine; when the required fee for the medicine at the patient’s clearing house fails, or the patient does not pay the fee within the predetermined time, the patient is prompted to pay the failure; after the patient is prompted to pay the failure, the payment information is updated to avoid the failure of the payment The patient needs to restart the operation and waste time, or after the patient pays successfully, the patient is prompted to pay successfully.

The automatic medicine withdrawal method also includes: after the patient’s order information has the information that the doctor or pharmacy has paid the required expenses for the medicine, and the identification data is bound to the mobile device and the code is scanned, the medicine is listed The name and quantity of the medicine, and then the payment information is displayed for the patient to pay for the medicine taken.

After the patient pays the cost of the medicines taken, take the medicines from the medicine storage, and transport the taken medicines to the medicine taking place of the automatic medicine taking system for the patient to take the medicines including: identifying the medicines that need to be taken out of the medicine storage. Plate-filled medicine or bottle-filled medicine; if there is a plate-filled medicine among the medicines that need to be taken out of the medicine storage, the plate-filled medicine will be cut according to the quantity of medicines on the order, so that the quantity of medicines in the plate-filled medicine after cutting is the same as that on the order. If there is a bottled medicine among the medicines that need to be taken out from the medicine storage, then take out the same bottled medicine according to the quantity of medicines on the order, and pack the obtained bottled medicine; The subsequent plate-loaded medicine and/or packaged bottled medicine are transported to the medicine taking place of the automatic medicine taking system.

If a request for self-purchasing drugs is detected, a list of non-prescription drugs is obtained and displayed. The non-prescription drug list is used for patients to purchase non-prescription drugs without seeking medical attention; determine the drugs and data that the patient chooses to purchase from the non-prescription drug list to generate drugs List and payment QR code: After detecting the payment based on the payment QR code, take medicine from the medicine storage place according to the generated medicine list, and transport the taken medicine to the medicine taking place of the automatic medicine taking system.

Dividing the drugs in the drug storage into prescription drugs and non-prescription drugs includes: identifying prescription drugs and non-prescription drugs in the drug storage; displaying a list of non-prescription drugs for users to select non-prescription drugs; obtaining and displaying the efficacy of non-prescription drugs in the non-prescription drug list. When a patient purchases drugs on his own, he can select drugs through the non-prescription drug list, or select drugs for symptoms based on the efficacy of the non-prescription drugs in the non-prescription drug list.

Dividing the drugs in the drug storage into prescription drugs and over-the-counter drugs also includes: for users to search over-the-counter drugs in the non-prescription drug list for patients to quickly select drugs; extract and display keywords for the effects of over-the-counter drugs, so that patients can select suitable drugs through the effects of non-prescription drugs OTC drugs for their own diseases, and it is convenient for patients to search for OTC drugs through keywords with the function of OTC; display keywords of diseases, and associate the disease corresponding to the keyword with the name of the OTC drug that can solve the disease, so that users can use their own symptoms Select the keywords of the disease, and then automatically recommend non-prescription drugs suitable for the patient to the patient according to the user's symptoms.

The automatic drug purchase method also includes: recording the type and name of the drug that the patient took, so as to recommend the drug for the patient's next drug withdrawal.

Before generating the drug list and paying for the QR code, it includes: drug matching methods that can produce harmful substances in any combination of drugs stored in the drug storage; matching between different selected drugs and comparing them with drugs that can generate harmful substances. And get the comparison result; when the drug matching method involved in the comparison result can produce harmful substances, an alarm message is displayed to remind the patient; when the drug matching method involved in the comparison result does not produce harmful substances, continue to execute the generation of the drug list and payment two-dimensional Code steps.

Please refer to Figure 2. This application provides an automatic medicine taking system, including: order synchronization module 1, identity binding module 2, identity verification module 3, settlement module 4, medicine storage module 5, and medicine dispensing module 6; order synchronization module 1 is used to obtain the drug order information and the patient's identity information formed by the doctor after the patient seeks the medicine, and store the order information and identity information in the database; the identity binding module 2 is used for the patient to bind identity data on the mobile device, And the identity data is stored in the background database, and the identity data is corresponding to the identity information and order information obtained by the order synchronization module 1; the identity verification module 3 is used to generate a QR code according to the order information and scan it on the patient’s mobile device. After the dimension code, the drug order information corresponding to the patient’s identity information is retrieved from the background database; the settlement module 4 is used for the patient to pay for the taken drugs; the drug storage module 5 is used to store the drugs; the drug delivery module 6 is used After the patient pays for the taken medicine, the medicine is taken from the medicine storage module 5, and the taken medicine is transported to the medicine taking place outside the automatic medicine taking system for the patient to take the medicine.

After the patient goes to the doctor, through the order synchronization module 1, the medicine order information generated by the medicine prescribed by the doctor and the patient’s identity information will be stored in the database. During the process of taking the medicine, the patient will use the identity binding module 2 Bind their own identity information with the mobile device on their mobile device. After the patient completes the binding of the mobile device and identity information, the mobile device uploads and stores the patient’s identity information in the back-end database, and then the identity verification module 3 according to the patient The identity information and matching with the corresponding drug order information, and the settlement module 4 calculates the cost of the drugs involved in the drug order information for the user to settle. After the user settles the drug order through the settlement module 4, the drug dispensing module 6 receives The medicine is taken in the storage module 5, and the taken out must be delivered to the patient, so as to complete the patient's payment and withdrawal process, so that the patient's payment and withdrawal can be performed at the same time, which not only saves the patient's medical treatment time, but also saves medical care The time when the staff accompanies the patient to fetch the medicine.

The automatic medicine taking system also includes: a medicine identification module 7 and a patient confirmation module 8; the medicine identification module 7 is used to identify the name and quantity of the medicine before the medicine dispensing module 6 discharges the medicine; the patient confirmation module 8 is used in the medicine dispensing module 6 Before the medicine is released, list the name and quantity of the medicine listed in the medicine identification module 7. If the patient finds that the name and quantity of the medicine listed are not exactly the same as the name and quantity of the medicine on the medicine order, re-check the medicine storage module 5 Take medicine within 5; if the name and quantity of the medicine listed are the same as the medicine name and quantity on the medicine order, the medicine dispensing module 6 executes the medicine dispensing operation.

By setting the medicine identification module 7 and the patient confirmation module 8, it is possible for the patient to retake the medicine through the patient confirmation module 8 when the automatic medicine withdrawal system fails and the number or type of medicine is wrong, thereby reducing the occurrence of the automatic medicine withdrawal system. Failures lead to the possibility of errors in the quantity or type of medicine taken and the patient cannot replace the medicine, thereby reducing the loss of the patient.

The settlement module 4 includes: a settlement waiting unit, a settlement success unit, a settlement failure unit, and a settlement status update unit; the settlement waiting unit is used to display payment information for the patient to settle the required cost of the medicine; The patient confirmation module 8 is activated after the required cost of the medicine taken by the clearing house is successful; the settlement failure unit is used to notify the patient that the payment has failed when the required cost of the medicine taken by the patient clearing fails, or the patient has not paid the fee within a predetermined time; The settlement status update unit is used to update the settlement waiting unit after prompting the patient that the payment has failed, which prevents the patient from having to re-operate after the failure of the payment and wasting time, or prompting the patient to pay successfully after the payment is successful.

The settlement module 4 also includes: a settlement and withdrawal unit, which is used to directly start the patient's order information after the doctor or pharmacy has paid the required cost information for the taken medicine, and after passing the verification of the identity verification module 3 Patient Confirmation Module 8.

The medicine delivery module 6 includes: a medicine packaging identification unit, a plate-filled medicine acquisition unit, a bottled medicine acquisition unit, and a medicine delivery unit; the medicine packaging identification unit is used to identify the medicine that needs to be taken out of the medicine storage module 5 as plate-filled medicine or bottled Medicine; The plate charge acquisition unit is used to cut the plate charge according to the number of drugs on the order if there is a plate charge in the medicines that need to be taken out of the medicine storage module 5, so that the number of medicines on the plate charge after cutting is equal to The number of medicines on the order is the same; the bottled medicine obtaining unit is used to take out the bottled medicines according to the quantity of medicines on the order if there are bottled medicines among the medicines that need to be taken out from the medicine storage module 5, and The obtained bottled medicine is packaged; the medicine delivery unit is used to deliver the cut plate-filled medicine and/or the packaged bottled medicine out of the automatic medicine taking system.

The automatic medicine taking system also includes: self-purchasing module 9, which is used for patients to self-purchase medicine without going to a doctor; self-purchasing module 9 includes: self-purchasing detection unit and self-purchasing payment unit ; The self-purchasing detection unit is used to detect whether the patient executes the self-purchase request. If the self-purchase request is detected, the list of non-prescription drugs is obtained and displayed. The non-prescription drug list is used for the patient to purchase non-prescription drugs without seeking medical attention. ; The self-purchase payment unit is used to determine the drugs and data that the patient chooses to purchase from the non-prescription drug list, generate the drug list and pay the QR code; after the patient settles the cost of the selected drugs through the settlement module, the drug delivery module will The medicine purchased by the patient is delivered to the medicine taking place outside the automatic medicine taking system for the patient to take the medicine.

The setting of the self-purchasing module 9 can enable patients who understand medical theory or pharmacology to purchase over-the-counter drugs on the automatic drug collection system without going to the doctor, thereby saving the patient's time for medical treatment.

The self-purchasing detection unit includes: self-purchasing monitoring sub-unit, drug type identification sub-unit, non-prescription drug list display sub-unit and non-prescription drug function display sub-unit; self-purchasing monitoring unit is used to monitor whether patients choose self-purchasing module 9; drugs The category identification sub-unit is used to identify prescription drugs and non-prescription drugs in the drug storage module 5; the non-prescription drug list display sub-unit is used to display a list of non-prescription drugs for the user to select non-prescription drugs; the non-prescription drug function display sub-unit is used to obtain and display the non-prescription drugs in the drug storage module 5 The efficacy.

When a patient purchases medicines independently, he can select medicines through the over-the-counter medicine list displayed in the over-the-counter medicine list display sub-unit, or select medicines for the disease through the efficacy of the over-the-counter medicines displayed in the over-the-counter medicine function display sub-unit.

The self-purchasing detection unit also includes: an over-the-counter drug search sub-unit, a function keyword display sub-unit, and a disease keyword display sub-unit; the non-prescription drug search sub-unit is used for users to search for non-prescription drugs in the non-prescription drug list for patients to quickly select drugs; The keyword display subunit is used to extract and display the keywords of the efficacy of non-prescription drugs, so that patients can select non-prescription drugs suitable for their diseases through the effects of non-prescription drugs, and it is convenient for patients to search for non-prescription drugs in the non-prescription drug search word unit through keywords of non-prescription drug effects; diseases; The keyword display subunit is used to display the keywords of the disease, and associate the disease corresponding to the keyword with the name of the non-prescription drug that can solve the disease, so that the user can select the keyword of the disease according to his own disease, thereby making the automatic retrieval The drug system can recommend which non-prescription drugs the patient can choose according to the user's symptoms.

The self-purchasing module also includes: a patient record unit and a medicine recommendation unit; the patient record unit is used to record the type and name of the medicine taken by the patient; the medicine recommendation unit is used to take the next time the patient takes it based on the information recorded by the patient record unit Drugs are recommended; therefore, the next time the patient purchases drugs independently, there is a great probability that the patient can recommend drugs suitable for the patient’s symptoms, thereby saving the patient’s time to purchase drugs.

The self-purchasing module also includes: a drug matching detection unit, which is used to detect whether any combination of drugs in the drug storage module 5 produces harmful substances, and to alert the patient after the harmful substances are generated after the drug combination is detected; This can reduce the probability that when the patient purchases the drug independently, the matched drug can produce harmful substances and the patient takes the drug without knowing it to cause harm to the body.

The drug collocation detection unit includes: collocation mode storage subunit, drug combination subunit, and comparison result display subunit; collocation mode storage subunit is used to store the drug storage module 5 drug combination methods that can produce harmful substances in any combination of drugs; drug combination subunit The unit is used to match the different drugs selected, and compare it with the drug matching method that can produce harmful substances in the matching mode storage subunit, and obtain the comparison result; the comparison result shows that the subunit is used for the drugs involved in the comparison result The matching method can display alarm information to remind patients when harmful substances are generated, and continue to execute the self-purchasing payment unit when the drug matching method involved in the comparison result does not produce harmful substances.

An embodiment of the present application provides an electronic device. Please refer to 3. The electronic device includes: a memory 601, a processor 602, and computer-readable instructions stored on the memory 601 and running on the processor 602. The processor 602 executes the When computer-readable instructions, the automatic medicine withdrawal method described in the foregoing is realized.

Further, the electronic device further includes: at least one input device 603 and at least one output device 604.

The aforementioned memory 601, processor 602, input device 603, and output device 604 are connected via a bus 605.

Among them, the input device 603 may specifically be a camera, a touch panel, a physical button or a mouse, etc. The output device 604 may specifically be a display screen.

The memory 601 may be a high-speed random access memory (RAM, Random Access Memory) memory can also be non-volatile memory (non-volatile memory), such as disk storage. The memory 601 is used to store a group of executable program codes, and the processor 602 is coupled with the memory 601.

Further, the embodiments of the present application also provide a computer-readable storage medium, and the computer-readable storage medium may be a non-volatile readable storage medium. The computer-readable storage medium may be the electronic device provided in the foregoing embodiments, and the computer-readable storage medium may be the aforementioned memory 601. The computer-readable storage medium stores computer-readable instructions, and when the computer-readable instructions are executed by the processor 602, the automatic medicine taking method described in the foregoing embodiments is implemented.

Further, the computer storage medium may also be a U disk, a mobile hard disk, a read-only memory 601 (ROM, Read-Only Memory), RAM, magnetic disks or optical disks and other media that can store program codes.

In the several embodiments provided in this application, it should be understood that the disclosed device and method may be implemented in other ways. For example, the device embodiments described above are merely illustrative. For example, the division of the modules is only a logical function division, and there may be other divisions in actual implementation, for example, multiple modules or components may be combined or It can be integrated into another system, or some features can be ignored or not implemented. In addition, the displayed or discussed mutual coupling or direct coupling or communication connection may be indirect coupling or communication connection through some interfaces, devices or modules, and may be in electrical, mechanical or other forms.

The modules described as separate components may or may not be physically separated, and the components displayed as modules may or may not be physical modules, that is, they may be located in one place, or they may be distributed to multiple network modules. Some or all of the modules may be selected according to actual needs to achieve the objectives of the solutions of the embodiments.

In addition, each functional module in each embodiment of the present application may be integrated into one processing module, or each module may exist alone physically, or two or more modules may be integrated into one module. The above-mentioned integrated modules can be implemented in the form of hardware or software functional modules.

It should be noted that for the foregoing method embodiments, for simplicity of description, they are all expressed as a series of action combinations, but those skilled in the art should know that this application is not limited by the described sequence of actions. Because according to this application, some steps can be performed in other order or simultaneously. Secondly, those skilled in the art should also know that the embodiments described in the specification are all preferred embodiments, and the involved actions and modules are not necessarily all required by this application.

In the above-mentioned embodiments, the description of each embodiment has its own emphasis. For parts that are not described in detail in an embodiment, reference may be made to related descriptions of other embodiments.

The above is a description of an automatic medicine taking method, system, electronic device and storage medium provided by this application. For those skilled in the art, according to the ideas of the embodiments of this application, there will be specific implementations and application scopes. In summary, the content of this specification should not be construed as a limitation to this application.

Claims

An automatic medicine taking method, applied to an automatic medicine taking system, is characterized in that it comprises:

The automatic medicine taking system acquires the medicine order information and the patient's identity information formed by the doctor who prescribes the medicine after the patient goes to the doctor, and stores the order information and the identity information in the background database;

After the patient binds the identity data on the mobile device, obtain the identity data and store it in a background database, and correspond the identity data with the identity information and the order information;

Generate a QR code according to the corresponding order information, and after the patient’s mobile device scans the QR code, retrieve the drug order information corresponding to the patient’s identity information from the background database;

After the patient pays for the taken medicine, the medicine is taken from the medicine storage place, and the taken medicine is delivered to the medicine taking place of the automatic medicine taking system for the patient to take the medicine.
The automatic medicine taking method according to claim 1, wherein:

Before delivering the taken-out medicine to the medicine-taking place of the automatic medicine-taking system for the patient to take the medicine, it also includes:

Identify and list the name and quantity of the drug;

If the name and quantity of the medicine listed are not exactly the same as the name and quantity of the medicine on the medicine order, the medicine will be taken from the medicine storage again; if the name and quantity of the medicine listed are the same as the medicine name and quantity on the medicine order, Then, the step of delivering the taken-out medicine to the medicine-taking place of the automatic medicine-taking system for the patient to take the medicine is continued.
The automatic medicine taking method according to claim 2, wherein:

The cost of the medicines taken by the patient includes:

Display payment information for the patient to settle the required cost of the medicine;

List the name and quantity of the medicine after the required cost of medicine is successfully taken by the patient clearing house;

When the required fee for medicines at the patient clearing house fails, or the patient does not pay the fee within a predetermined time, the patient is prompted to pay for failure;

After the patient is prompted that the payment has failed, the payment information is updated, or after the patient's payment is successful, the patient is prompted that the payment is successful.
The automatic medicine taking method according to claim 1, wherein:

Said that after the patient pays for the taken medicine, taking the medicine from the medicine storage and transporting the taken medicine to the medicine taking place of the automatic medicine taking system for the patient to take the medicine includes:

Identify the medicines that need to be taken out of the medicine storage as plate-filled medicines or bottle-filled medicines;

If the medicines that need to be taken out of the medicine storage have plate charges, the plate charges are cut according to the quantity of medicines on the order, so that the quantity of medicines on the plate charge after cutting is consistent with the quantity of medicines on the order;

If there are bottled medicines among the medicines that need to be taken out from the medicine storage place, take out the same bottled medicines according to the quantity of medicines on the order, and pack the obtained bottled medicines;

The cut board-filled medicine and/or the packaged bottle-filled medicine are transported to the medicine taking place of the automatic medicine taking system.
The automatic medicine taking method according to claim 1, characterized in that it further comprises:

If an autonomous drug purchase request is detected, acquiring and displaying a list of over-the-counter drugs, which is used for patients to purchase over-the-counter drugs without seeking medical attention;

Determine the drugs and data that the patient chooses to purchase from the non-prescription drug list, generate a drug list and payment QR code;

After detecting that the payment is completed based on the payment QR code, the medicine is taken from the medicine storage place according to the generated medicine list, and the taken medicine is delivered to the medicine taking place of the automatic medicine taking system.
The automatic medicine taking method according to claim 5, wherein the method further comprises:

Record the information of the type and name of the medicine taken by the patient in order to recommend the medicine for the next medicine taken by the patient.
The automatic medicine taking method according to claim 5, wherein:

Before generating the drug list and paying the QR code, it includes:

Any combination of the medicines in the medicine storage place can produce harmful substances in the medicine matching method;

Match the different selected drugs and compare them with the drugs that can produce harmful substances, and get the comparison results;

When the drug matching method involved in the comparison result can produce harmful substances, an alarm message is displayed to remind the patient;

When the drug matching method involved in the comparison result does not produce harmful substances, the steps of generating the drug list and paying the QR code are continued.
An automatic medicine taking system is characterized in that it comprises:

The order synchronization module is used to obtain the drug order information and the patient's identity information formed by the doctor prescribing the medicine after the patient goes to the doctor, and store the order information and identity information in the database;

The identity binding module is used for the patient to bind identity data on the mobile device and store the identity data in the background database, and correspond the identity data with the identity information and order information obtained by the order synchronization module ；

The identity verification module is used to generate a QR code based on the order information, and after scanning the QR code on the patient’s mobile device, retrieve the drug order information corresponding to the patient’s identity information from the back-end database;

The settlement module is used for patients to pay for the medicines they take;

Medicine storage module, used to store medicines;

The medicine dispensing module is used to take the medicine from the medicine storage module after the patient pays for the medicine taken, and transport the taken medicine to the medicine taking place outside the automatic medicine taking system for the patient to take the medicine.
The automatic medicine taking system according to claim 8, wherein the automatic medicine taking system further comprises:

Drug identification module, used to identify and list the name and quantity of drugs;

The patient confirmation module is used to re-take the medicine from the medicine storage if the name and quantity of the medicine listed are not exactly the same as the medicine name and quantity on the medicine order; if the medicine name and quantity are listed as the medicine on the medicine order If the name and quantity are the same, continue to perform the step of delivering the taken-out medicine to the medicine-taking place of the automatic medicine-taking system for the patient to take the medicine.
The automatic medicine taking system according to claim 9, wherein the settlement module comprises:

The settlement waiting unit is used to display payment information for the patient to settle the required cost of the medicine;

The settlement success unit is used to list the name and quantity of the medicine after the required cost of the medicine is successfully taken by the patient settlement;

The settlement failure unit is used to notify the patient that the payment failed when the required fee for taking medicines at the patient settlement fails, or the patient does not pay the fee within a predetermined time;

The settlement status update unit is used to update the payment information after prompting the patient that the payment has failed, or prompt the patient to make the payment successful after the patient has successfully paid.
The automatic medicine taking system according to claim 8, wherein the medicine dispensing module further comprises:

The medicine packaging identification unit is used to identify whether the medicines that need to be taken out from the medicine storage are plate-packed medicines or bottled medicines;

The plate charge acquisition unit is used to cut the plate charge according to the quantity of medicines on the order if there is a plate charge in the medicines that need to be taken out from the medicine storage place, so that the quantity of medicines on the plate charge after cutting is the same as that on the order The same number of medicines;

The bottled medicine obtaining unit is used to take out the bottled medicines according to the quantity of medicines on the order and pack the obtained bottled medicines according to the quantity of medicines on the order if there are medicines in bottles that need to be taken out from the medicine storage;

The medicine delivery unit is used to deliver the cut board medicine and/or the packaged bottle medicine to the medicine taking place of the automatic medicine taking system.
The automatic medicine taking system according to claim 8, wherein the automatic medicine taking system further comprises an autonomous medicine purchasing module, and the autonomous medicine purchasing module comprises:

The self-purchasing detection unit is configured to obtain and display a list of non-prescription drugs if the request for self-purchase drugs is detected, and the non-prescription drug list is used for patients to purchase non-prescription drugs independently without seeking medical attention;

The self-purchasing payment unit is used to determine the drugs and data that the patient chooses to purchase from the non-prescription drug list, generate a drug list and a payment QR code; after detecting that the payment is completed based on the payment QR code, follow the generated The medicine list takes medicine from the medicine storage place, and transports the taken medicine to the medicine taking place of the automatic medicine taking system.
The automatic medicine taking system of claim 12, wherein the self-purchasing module further comprises:

The patient record unit is used to record the type of medicine and the name of the medicine taken by the patient;

The medicine recommendation unit is used to recommend medicines for the patient's next medicine withdrawal based on the recorded information.
The automatic medicine taking system according to claim 12, wherein the self-purchasing module further comprises a medicine matching detection unit, and the medicine matching detection unit comprises:

The matching mode storage subunit is used to store the drug matching mode that can produce harmful substances in any combination of drugs in the drug storage;

The drug combination sub-unit is used to match the selected different drugs and compare them with the drugs that can produce harmful substances, and get the comparison result;

The comparison result display subunit is used to display alarm information to remind patients when the drug combination method involved in the comparison result can produce harmful substances; when the drug combination method involved in the comparison result does not produce harmful substances, continue to execute the generated drug list And the steps to pay for the QR code.
An electronic device, comprising: a memory, a processor, and computer readable instructions stored on the memory and capable of running on the processor, wherein when the processor executes the computer readable instructions, Implement the following steps:

The automatic medicine taking system acquires the medicine order information and the patient's identity information formed by the doctor who prescribes the medicine after the patient goes to the doctor, and stores the order information and the identity information in the background database;

After the patient binds the identity data on the mobile device, obtain the identity data and store it in a background database, and correspond the identity data with the identity information and the order information;

Generate a QR code according to the corresponding order information, and after the patient’s mobile device scans the QR code, retrieve the drug order information corresponding to the patient’s identity information from the background database;

After the patient pays for the taken medicine, the medicine is taken from the medicine storage place, and the taken medicine is delivered to the medicine taking place of the automatic medicine taking system for the patient to take the medicine.
The electronic device according to claim 15, wherein when the processor executes the computer-readable instruction, the following steps are further implemented:

Before delivering the taken-out medicine to the medicine-taking place of the automatic medicine-taking system for the patient to take the medicine, it also includes:

Identify and list the name and quantity of the drug;

If the name and quantity of the medicine listed are not exactly the same as the name and quantity of the medicine on the medicine order, the medicine will be taken from the medicine storage again; if the name and quantity of the medicine listed are the same as the medicine name and quantity on the medicine order, Then, the step of delivering the taken-out medicine to the medicine-taking place of the automatic medicine-taking system for the patient to take the medicine is continued.
The electronic device according to claim 16, wherein the processor further implements the following steps when executing the computer-readable instruction:

Display payment information for the patient to settle the required cost of the medicine;

List the name and quantity of the medicine after the required cost of medicine is successfully taken by the patient clearing house;

When the required fee for medicines at the patient clearing house fails, or the patient does not pay the fee within a predetermined time, the patient is prompted to pay for failure;

After the patient is prompted that the payment has failed, the payment information is updated, or after the patient's payment is successful, the patient is prompted that the payment is successful.
A computer-readable storage medium having computer-readable instructions stored thereon, characterized in that, when the computer-readable instructions are executed by a processor, the following steps are implemented:

The automatic medicine taking system acquires the medicine order information and the patient's identity information formed by the doctor who prescribes the medicine after the patient goes to the doctor, and stores the order information and the identity information in the background database;

After the patient binds the identity data on the mobile device, obtain the identity data and store it in a background database, and correspond the identity data with the identity information and the order information;

Generate a QR code according to the corresponding order information, and after the patient’s mobile device scans the QR code, retrieve the drug order information corresponding to the patient’s identity information from the background database;

After the patient pays for the taken medicine, the medicine is taken from the medicine storage place, and the taken medicine is delivered to the medicine taking place of the automatic medicine taking system for the patient to take the medicine.
The computer-readable storage medium of claim 18, wherein when the computer-readable instructions are executed by the processor, the following steps are further implemented:

Before delivering the taken-out medicine to the medicine-taking place of the automatic medicine-taking system for the patient to take the medicine, it also includes:

Identify and list the name and quantity of the drug;

If the name and quantity of the medicine listed are not exactly the same as the name and quantity of the medicine on the medicine order, the medicine will be taken from the medicine storage again; if the name and quantity of the medicine listed are the same as the medicine name and quantity on the medicine order, Then, the step of delivering the taken-out medicine to the medicine-taking place of the automatic medicine-taking system for the patient to take the medicine is continued.
The computer-readable storage medium according to claim 19, wherein when the computer-readable instruction is executed by the processor, the following steps are further implemented:

The cost of the medicines taken by the patient includes:

Display payment information for the patient to settle the required cost of the medicine;

List the name and quantity of the medicine after the required cost of medicine is successfully taken by the patient clearing house;

When the required fee for medicines at the patient clearing house fails, or the patient does not pay the fee within a predetermined time, the patient is prompted to pay for failure;

After the patient is prompted that the payment has failed, the payment information is updated, or after the patient's payment is successful, the patient is prompted that the payment is successful.