WO2018113291A1

WO2018113291A1 - System and method for assisting doctor in prescribing on basis of identification code

Info

Publication number: WO2018113291A1
Application number: PCT/CN2017/093980
Authority: WO
Inventors: 张贯京; 葛新科; 王海荣; 高伟明
Original assignee: 深圳市前海安测信息技术有限公司
Priority date: 2016-12-21
Filing date: 2017-07-22
Publication date: 2018-06-28
Also published as: CN106599590A

Abstract

The present invention provides a system and method for assisting a doctor in prescribing on the basis of an identification code. The method comprises: receiving prescription information entered by a doctor from a communication terminal device, obtaining a device identification code corresponding to the communication terminal device, and obtaining a doctor identification code corresponding to the doctor from the prescription information; searching a first server for electronic prescriptions that contain the doctor identification code and are related to the prescription information, to obtain a list of related prescriptions with the device identification code; querying and recording inventory information of all drugs in the electronic prescriptions in the list of related prescriptions with the device identification code in a second server, to obtain a list of prescriptions to be sent with the device identification code; sending the list of prescriptions to be sent with the device identification code to the communication terminal device corresponding to the device identification code; and receiving the prescription finally determined by the doctor from the communication terminal device corresponding to the device identification code. By implementing the present invention, a doctor can make a prescription efficiently and the inventory of all drugs in the prescription is sufficient, so that the diagnosis efficiency is improved.

Description

System and method for assisting doctor's prescription based on identification code

[0001] The present invention relates to the field of medical information technology, and in particular, to a system and method for assisting a doctor's prescription based on an identification code.

Background technique

[0002] At present, hospital doctors prescribe prescriptions in medical information systems, often need to manually enter all prescription information, including but not limited to disease name, patient symptoms, prescription medication information (including name, drug specifications, number of drugs) , medication methods and other information), the amount of information is large, the doctor's prescription is not efficient

[0003] In addition, doctors do not know whether the hospital pharmacy is adequate in the corresponding types and quantities of medicines after cooking prescriptions. Therefore, patients often pay prescriptions to the pharmacy to take medicines, pharmacies are lack of medicine, and patients can only Re-request the doctor to get a new prescription and pay the fee. In addition, the prescription that has already been paid will be refunded at the toll booth. In addition, the prescription of the new prescription may still not have enough stock in the pharmacy. This makes the patient or the patient's family often travel back and forth between multiple windows, and the patient's medical treatment is inefficient. On the other hand, the doctor often re-prescribes the prescription, reduces the doctor's diagnosis efficiency, and the hospital medical service quality is not high.

[0004] Accordingly, there is a need for a new system and method for identifying physician-based prescriptions that enhance physicians' prescription efficiency in a medical information system.

technical problem

[0005] An object of the present invention is to provide a system and method for assisting a doctor to prescribe a prescription based on an identification code, aiming at solving the technical problem that the doctor of a hospital in the medical information system has low prescription efficiency in the prior art. .

Problem solution

Technical solution

[0006] In order to achieve the above object, the present invention provides a system for assisting a doctor's prescription based on an identification code, which is operated in a cloud server, and the cloud server is connected to a first server, a second server, and a plurality of communication terminal devices. The system for identifying a prescription based on an identification code includes: [0007] The prescription information receiving module is configured to receive the prescription information entered by the doctor from the communication terminal device, obtain the device identification code corresponding to the communication terminal device, and obtain the doctor identification code corresponding to the doctor from the prescription information.

[0008] a prescription search module, configured to search, in the first server, an electronic prescription that includes the doctor identification code and related to the prescription information entered by the doctor, and obtain a related prescription list with a device identification code;

[0009] a prescription query module, configured to query, in a second server, inventory information of all drugs in each electronic prescription in a related prescription list with a device identification code, and obtain a list of to-be-sent prescriptions with a device identification code ;

[0010] a prescription sending module, configured to send a to-be-sent prescription list with a device identification code to a communication terminal device corresponding to the device identification code; and

[0011] The prescription determining module is configured to receive, from the communication terminal device corresponding to the device identification code, a prescription finally determined by the doctor.

[0012] wherein the system for identifying the prescription based on the identification code further comprises a prescription sorting module, configured to, according to the inventory information obtained by the prescription query module, the electronic in the prescription list to be sent with the device identification code Sort the prescriptions and get a list of recommended prescriptions with device identification numbers;

[0013] The prescription sending module is further configured to send the recommended prescription list with the device identification code to the communication terminal device corresponding to the device identification code.

[0014] Further, the system for identifying the prescription based on the identification code further includes a preference statistics module, configured to collect information about all the electronic prescriptions of the first server that contain the doctor identification code, and further analyze the doctor's Prescription preference

[0015] The sorting module is further configured to sort the electronic prescriptions in the prescription list to be sent with the device identification code according to the inventory information obtained by the prescription query module and the prescription preference of the doctor, and obtain the recommendation with the device identification code. List of prescriptions.

[0016] The prescription query module is further configured to mark, in the related prescription list with the device identification code, the drugs with insufficient inventory in each electronic part.

[0017] wherein the system for identifying a prescription based on an identification code further comprises:

[0018] a prescription saving module, configured to save the prescription finally determined by the doctor on the first server;

[0019] an inventory update module, configured to issue a second server to update the drug inventory according to the prescription finally determined by the doctor Information update instructions.

[0020] In order to achieve the above object, the present invention further provides a method for assisting a doctor's prescription based on an identification code, which is applied to a cloud server, the cloud server and the first server, the second server, and a plurality of communication terminal devices. The method for connecting the identification code-based auxiliary doctor to the prescription includes the following steps:

[0021] the prescription information receiving step: receiving the prescription information entered by the doctor from the communication terminal device, obtaining the device identification code corresponding to the communication terminal device, and obtaining the doctor identification code corresponding to the doctor from the prescription information;

[0022] a prescription search step: searching an electronic prescription including the doctor identification code and the prescription information entered by the doctor in the first server, and obtaining a related prescription list with the device identification code;

[0023] a prescription inquiry step: querying, in the second server, inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, and obtaining a prescription list to be sent with the device identification code;

[0024] The prescription sending step: sending the to-be-sent prescription list with the device identification code to the communication terminal device corresponding to the device identification code;

[0025] a prescription determining step: receiving a prescription finally determined by the doctor from the communication terminal device corresponding to the device identification code

[0026] wherein the method for identifying a prescription based on the identification code further comprises a prescription sorting step: sorting the electronic prescriptions in the prescription list to be sent with the device identification code according to the inventory information obtained by the prescription query module, Obtain a list of recommended prescriptions with device identification codes;

[0027] The prescription sending step is replaced by: sending a recommended prescription list with a device identification code to the communication terminal device corresponding to the device identification code.

[0028] Further, the method for identifying a prescription based on the identification code further includes a preference counting step: counting information of all electronic prescriptions containing the doctor identification code in the first server, and further analyzing the prescription preference of the doctor ;

[0029] the sorting step is replaced by: sorting the electronic prescriptions in the prescription list to be sent with the device identification code according to the inventory information obtained by the prescription query step and the prescription preference of the doctor, and obtaining the device identification code A list of recommended prescriptions.

[0030] wherein the prescription query step further comprises the step of: marking, in the relevant prescription list with the device identification code, the drugs with insufficient inventory in each electronic prescription.

[0031] wherein, the method for identifying a prescription based on the identification code includes: [0032] a prescription preservation step: saving the prescription finally determined by the doctor on the first server;

[0033] Inventory update step: An update instruction is issued to cause the second server to update the drug inventory information according to the prescription finally determined by the doctor.

Advantageous effects of the invention

Beneficial effect

[0034] The system and method for identifying a prescription-based auxiliary doctor's prescription of the present invention, by searching an electronic prescription containing the doctor identification code and the prescription information entered by the doctor in the first server, and then in the second server Querying and storing the inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, obtaining the to-be-sent prescription list with the device identification code, and transmitting to the communication terminal device corresponding to the identification code, so that the doctor can Efficiently determine the prescription for the patient, and ensure that the drug in the selected prescription has sufficient inventory in the pharmacy, thereby improving the doctor's diagnostic efficiency, the patient's medical efficiency and the quality of the hospital's medical services.

Brief description of the drawing

DRAWINGS

1 is a schematic diagram of an application environment of a system for identifying a prescription based on an identification code in a first embodiment of the present invention.

2 is a schematic block diagram of a system for identifying a prescription based on an identification code in a second embodiment of the present invention. [0036] FIG.

3 is a flow chart of a method for assisting a doctor to prescribe a prescription based on an identification code in a third embodiment of the present invention.

4 is a flowchart of a method for assisting a doctor to prescribe a prescription based on an identification code in a fourth embodiment of the present invention.

BEST MODE FOR CARRYING OUT THE INVENTION

The present invention will be further described in detail with reference to the preferred embodiments thereof. The following examples are illustrative of the invention, and the invention is not limited to the following examples.

[0040] The present invention proposes a first embodiment. As shown in FIG. 1, the system 10 for identifying a prescription based on an identification code is run in the cloud server 1. The cloud server 1 establishes a communication connection with the first server 2, the second server 3, and the plurality of communication terminal devices 4 (illustrated by taking three as an example in FIG. 1) through the communication network 5. [0041] The cloud server 1 can be a cloud platform, a server in the cloud platform, or a common server. The data transmission capability and the data storage capability of the cloud server 1 can be better processed and/or The assistance of the communication terminal device 4 is advantageous for the plurality of doctors to use the different communication terminal devices 4 for the operation.

[0042] The first server 2 is configured to store a large number of electronic prescriptions; the electronic prescription includes, but is not limited to, patient personal information, disease name, patient symptoms, prescription medication information, doctor name, medical department, and the like; Personal information includes, but is not limited to, patient name, patient's age, patient's gender, time of illness, patient contact information (eg, email address, mobile number, instant messaging account, etc.); the prescription medication information includes but not It is limited to the name of the drug, the specification of the drug, the quantity of the drug, and the method of administration.

[0043] The second server 3 is configured to store inventory information of all drugs in the pharmacy. The stock information of the medicine includes, but is not limited to, information such as a medicine name, a medicine specification, and an inventory quantity. For example: Kang Kang, storage 15 boxes; Roxithromycin, stock 23 boxes; cefradine, stock 90 boxes; ibuprofen, stock 100 plates.

[0044] The communication terminal device 4 is used for a doctor to enter prescription information. The communication terminal device 4 may be, but not limited to, a smart phone, a tablet computer, a personal digital assistant (PDA), a personal computer, an electronic signboard, and the like.

[0045] The communication network 5 may be a wired communication network or a wireless communication network. In this embodiment, the communication network 5 between the communication terminal device 4 and the cloud server 1 is preferably a wireless communication network, including but not limited to, a GSM network, a GPRS network, a CDMA network, a WCDMA network, a TD-SCDMA network, A wireless transmission network such as a WiM AX network, a TD-LTE network, or an FDD-LTE network. The communication network 5 between the cloud server 1 and the first server 2 and the second server 3 is preferably a wired communication network, including but not limited to a metal wire network and a fiber network.

[0046] In the first embodiment, the cloud server 1 includes, but is not limited to, an identification code-based auxiliary doctor's prescription system 10, a communication unit 11, a storage unit 12, and a processing unit 13.

[0047] The communication unit 11 is a communication interface with a remote communication function, for example, a communication interface supporting wireless communication technologies such as GSM, GPRS, CDMA, WCDMA, TD-SCDMA, WiM AX ^ TD-LTE, and FDD-LTE. , Support USB, network cable, fiber optic wired communication interface. In the first example, the communication terminal device 4 performs information interaction with the cloud server 1 through the communication unit 11; the cloud server 1 Information exchange with the first server 2 and the second server 3 is performed by the communication unit 11 respectively.

[0048] The storage unit 12 can be a read only storage unit ROM, an electrically erasable storage unit EEPROM

, flash memory unit FLASH or solid hard disk.

[0049] The processing unit 13 may be a central processing unit (CPU), a microcontroller (MCU), a data processing chip, or an information processing unit having a data processing function.

[0050] As shown in FIG. 1, the identification code-based auxiliary doctor's prescription system 10 includes: a prescription information receiving module 101, a prescription search module 102, a prescription query module 103, a prescription sending module 104, and a prescription determining module 105. . The module referred to in the present invention refers to a series of computer program instruction segments that can be executed by the processing unit 13 of the cloud server 1 and that can perform fixed functions, which are stored in the storage unit 12 of the cloud server 1.

[0051] The prescription information receiving module 101 is configured to receive the prescription information entered by the doctor from the communication terminal device 4, obtain the device identification code corresponding to the communication terminal device 4, and obtain the doctor corresponding to the doctor from the prescription information entered by the doctor. Identifier.

[0052] The prescription information entered by the doctor includes patient personal information and a doctor identification code, and at least one of a disease name, a patient symptom, and a quiz medication information. The intended medication information includes the name of the drug and/or the size of the drug, and the quantity of the drug.

[0053] The device identification code is a unique identification code generated according to the physical address (for example, a MAC address) of the communication terminal device 4, and is used for identifying the communication terminal device 4 for the doctor to enter the prescription information. The device identification code enables the cloud server 1 to identify the communication terminal device 4 to which the plurality of prescription information are respectively input according to the identification code, and in the subsequent processing of the cloud server 1, distinguish various intermediate results originating from different prescription information and The end result finally enables the communication terminal device 4 to accurately receive the to-be-sent prescription list with the device identification code issued by the prescription transmitting module 104.

[0054] The identification code-based auxiliary doctor/prescription system 10 of the present invention can simultaneously process the prescription information entered by the doctors received from the plurality of communication terminal devices 4 and send back the prescription list to be sent with the device identification code. It is efficient to the corresponding communication terminal device 4. The doctor identification code is used to distinguish different doctors in the hospital; it may be the doctor's name, code or code. The doctor identification code can be obtained by the doctor in the communication terminal device 4 and registered in the medical information system (not shown in FIG. 1) connected to the identification code-based auxiliary doctor's prescription system 10 of the present invention. The prescription information entered by the doctor; the doctor The birth identification code can also be manually entered into the prescription information by the doctor.

[0055] The prescription search module 102 is configured to search the first server 2 for an electronic prescription that includes the doctor identification code and is related to the prescription information entered by the doctor, and obtain a related prescription list with the device identification code.

[0056] The related prescription list with the device identification code refers to a plurality of prescription templates extracted from the electronic prescription related to the prescription information entered by the doctor and searched in the first server 2 a list of components; the prescription template includes information such as a disease name, a patient's symptoms, prescription medication information, a doctor's name, and a clinic. The prescription template may further include current patient personal information, and the current patient personal information may identify the patient's medical card or medical insurance card through the existing medical information system, and then obtain and join through the corresponding interface, thereby improving the doctor's knowledge. The efficiency of the prescription.

[0057] The prescription query module 103 is configured to query, in the second server 3, the inventory information of all the drugs in each electronic prescription in the related prescription list with the device identification code, and record the obtained device identification code. A list of prescriptions to be sent.

[0058] The prescription list to be sent with the device identification code refers to a result obtained by recording the inventory information record obtained by querying in the second server 3 in the relevant prescription list with the device identification code.

[0059] Because a large number of electronic prescriptions are stored in the first server 2, according to the doctor identification code and the prescription information entered by the doctor, the doctor's cookware can be searched from the first server 2 and entered with the doctor. The electronic prescription related to the prescription information is obtained, and the related prescription list with the device identification code is obtained, and then the second server 3 searches for the inventory information of the medicine in the template of the prescription in the related prescription list with the device identification code, and records the corresponding information in the device. In the related prescription list of the identification code, a list of prescriptions to be sent with the device identification code is obtained.

[0060] For example: the prescription information entered by the doctor includes only the patient personal information, the doctor identification code, and the disease name 吋, and the first server 2 searches for all electronic prescriptions that the doctor has ever had containing the name of the disease; or The prescription information entered by the doctor includes only the patient personal information, the doctor identification code, and the patient symptom 吋, and the first server 2 searches for all electronic prescriptions that the doctor has ever had containing the patient's symptoms; or the doctor enters The prescription information includes only the patient personal information, the doctor identification code, the disease name, and the patient's symptoms, and searches the first server 2 for all electronic prescriptions that the doctor has ever had containing the name of the disease and the symptoms of the patient; or the doctor entered The prescription information includes only the patient's personal information, the doctor's identification code, and the intended medication information, and searches from the first server 2 that the doctor has used the prescription. All electronic prescriptions for medication information; further processing the search results by, for example, removing duplicate electronic prescriptions, removing the same electronic prescriptions for medication information, etc., thereby obtaining a list of related prescriptions with device identification codes, and then identifying the device identification code The inventory information of all the drugs in each electronic prescription in the template of each part in the related prescription list is recorded and obtained, and the list of prescriptions to be sent with the device identification code is obtained.

[0061] The prescription sending module 104 is configured to send the to-be-sent prescription list with the device identification code to the communication terminal device 4 corresponding to the device identification code;

[0062] The prescription determining module 105 is configured to receive, from the communication terminal device 4 corresponding to the device identification code, a prescription that is finally determined by the doctor.

[0063] The doctor knows the prescription list to be sent through the communication terminal device 4, and can know the prescription template related to the prescription information entered by the doctor in the first server 2, and the inventory of each medicine in the template of each party. Information, so that the prescription can be quickly determined according to the actual situation. For example: directly select a prescription template in the list of prescriptions to be sent and complete other information to complete the prescription cooker, or select a prescription template in the list of prescriptions to be sent, and then make simple modifications, such as adding or deleting some patient symptoms, adding or deleting Go to some medication information and improve other information to determine the final prescription.

[0064] Therefore, the identification code-based auxiliary doctor/prescription system 10 of the present invention can give a prescription template based on the doctor's prescription information based on the doctor's prescription, and simultaneously give the medicine in the prescription template. The inventory information, so as to effectively improve the efficiency of the doctor's cookware prescription, and ensure that all the drugs in the prescription are adequately stocked, so as to prevent the patient from receiving the drug after payment, there is not enough stock, which leads to the doctor's repeated orders. , not only improve the doctor's diagnostic efficiency and patient medical efficiency, but also improve the quality of hospital medical services.

[0065] In addition, the more information about the prescription in the prescription information entered by the doctor, the related prescription list with the device identification code searched by the identification code-based auxiliary doctor/prescription system 10 of the present invention in the first server 2 The prescription template in the prescription is better suited to the patient currently diagnosed by the doctor, and the doctor's prescription is more efficient.

[0066]

[0067] On the basis of the first embodiment, the present invention proposes a second embodiment. As shown in FIG. 2, a system 10 for assisting a doctor's prescription based on an identification code includes a prescription information receiving module 101 and a prescription search module. 102. The prescription query module 103, the preference statistics module 106, the prescription sorting module 107, and the prescription sending module 104 The prescription determination module 105, the prescription preservation module 108, and the inventory update module 109.

[0068] The prescription information receiving module 101 is configured to receive the prescription information entered by the doctor from the communication terminal device 4, obtain the device identification code corresponding to the communication terminal device 4, and obtain the doctor identification code corresponding to the doctor from the prescription information. .

[0069] The prescription search module 102 is configured to search the first server 2 for an electronic prescription that includes the doctor identification code and is related to the prescription information entered by the doctor, and obtain a related prescription list with the device identification code.

[0070] The prescription query module 103 is configured to query, in the second server 3, the inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, and record the same, and then carry the device identification code In the relevant prescription list, the medicines with insufficient inventory in each electronic prescription are marked, and the list of prescriptions to be sent with the device identification code is obtained.

[0071] The prescription query module 103 marks the medicines with insufficient inventory in each electronic prescription in the related prescription list with the device identification code, and the marks can be retained in the subsequent processing process, so that the doctor is in the communication terminal. The device 4 can find out the shortage of inventory at a glance, and the ease of use is better.

[0072] The preference statistics module 106 is configured to collect information about all the electronic prescriptions of the first server 2 that contain the doctor identification code, and further analyze the prescription preferences of the doctor.

[0073] The preference statistic module 106 enables the system 10 based on the identification code-based auxiliary doctor 幵 prescription in the second embodiment to personalize the recommendation for different doctors' medication habits.

[0074] In a specific embodiment of the present invention, the preference statistics module 106 is configured to collect, by counting, the type of the electronic prescription of the disease name in the first server 2 that includes the doctor identification code and the entered prescription information, And the number of prescriptions of various classes, sorted according to the number of prescriptions, thereby obtaining the doctor's prescription preference for the disease.

[0075] In another specific embodiment of the present invention, the preference statistics module 106 is configured to count the types of electronic prescriptions of the patient's symptoms in the first server 2 including the doctor identification code and the entered prescription information. , and the number of prescriptions for each class, sorted according to the number of prescriptions, thereby obtaining the doctor's prescription preference for the patient's symptoms.

[0076] The sorting module 107 is configured to sort the electronic prescriptions in the prescription list to be sent with the device identification code according to the inventory information obtained by the prescription query module 103 and the prescription preference of the doctor, and obtain the device identification code. A list of recommended prescriptions. [0077] By sorting the prescription sorting module 107, each electronic prescription in the prescription list to be sent with the device identification code can be sorted according to two dimensions: the inventory information of the medicine required for the prescription and the prescription preference of the doctor. This results in a list of recommended prescriptions with device identification codes, which is convenient for doctors to view and select prescriptions, and is easy to use.

[0078] For example: the doctor's prescription preference is the highest priority, the prescription template with a large number of uses is ranked first, and the prescription template with a small number of uses is ranked later; the inventory information of the medicine required for the prescription is the second priority, Arrange more or less, or arrange the prescriptions with sufficient inventory in the list of prescriptions to be sent with the device identification code and the prescriptions with insufficient inventory. The stock of the medicine required for the prescription can be simply set as the sum of the quantities of all the medicines in the prescription recorded in the second server 3.

[0079] The prescription sending module 104 is configured to send a recommended prescription list with a device identification code to the communication terminal device 4 corresponding to the device identification code.

[0080] The prescription determining module 105 is configured to receive, from the communication terminal device 4 corresponding to the device identification code, a prescription that is finally determined by the doctor.

[0081] The prescription saving module 108 is configured to save the prescription finally determined by the doctor on the first server 2.

[0082] The prescription holding module 108 enables the first server 2 to continuously accumulate more prescriptions, which can be used for big data processing, and has extremely high value; in addition, the identification code-based auxiliary doctor can be made The prescription system 10 is more powerful for personalized recommendation of different doctors' medication habits.

The medication habits that doctors change based on the latest developments in medical development and clinical practice can be considered and reflected.

[0083] The inventory update module 109 is configured to issue an update instruction for causing the second server 3 to update the drug inventory information according to the prescription finally determined by the doctor.

[0084] The criterion for determining the shortage of the inventory is: whether the inventory amount of each medicine in the electronic prescription in the related prescription list with the device identification code is greater than or equal to the corresponding electronic prescription in the related prescription list with the device identification code The quantity of medicine required, if not, the stock quantity is insufficient; on the contrary, the stock quantity is sufficient. The specific determination is performed by the prescription query module 103.

[0085] The inventory update module 109 makes the inventory information in the second server 3 more accurate, and can realize the determined quantity of drugs required in the prescription finally determined by the doctor in the second server 3 and other inventory. Distinguish 幵 (for example, the corresponding quantity and type of drug, marked as locked in the second server 3, patient or patient After the family pays the drug, it is changed to have been taken out; if it is not paid within 1 day, it will be locked and changed again.), to avoid different prescriptions that different doctors can use different communication terminal equipment 4 in the same interval. Contains the same drug, and the total inventory required for the same drug in these different prescriptions exceeds the inventory phenomenon in the warehouse.

[0086]

[0087] As shown in FIG. 3, the present invention proposes a third embodiment, a method for assisting a doctor to prescribe a prescription based on an identification code, which is applied to the cloud server 1, and together with FIG. 1, the cloud server 1 The first server 2, the second server 3, and the plurality of communication terminal devices 4 are connected, and the method for identifying the prescription based on the identification code includes the following steps:

[0088] S301. The prescription information receiving step receives the prescription information entered by the doctor from the communication terminal device 4, acquires the device identification code corresponding to the communication terminal device 4, and obtains the doctor identification code corresponding to the doctor from the prescription information. Specifically, the prescription information receiving module 101 receives the prescription information entered by the doctor from the communication terminal device 4, acquires the device identification code corresponding to the communication terminal device 4, and obtains the doctor identification code corresponding to the doctor from the prescription information.

[0089] The prescription information entered by the doctor includes at least one of patient personal information and a doctor identification code, and a disease name, a patient symptom, and a quiz medication information. The intended medication information includes the name of the drug and/or the size of the drug, and the quantity of the drug.

[0090] The device identification code is a unique identification code generated according to a physical address (for example, a MAC address) of the communication terminal device 4, and is used for identifying the communication terminal device 4 for the doctor to enter the prescription information. The device identification code enables the cloud server 1 to identify the communication terminal device 4 to which the plurality of prescription information are respectively input according to the identification code, and in the subsequent processing of the cloud server 1, distinguish various intermediate results originating from different prescription information and The end result finally enables the communication terminal device 4 to accurately receive the to-be-sent prescription list with the device identification code issued by the prescription transmitting module 104.

[0091] The method for identifying a prescription-based auxiliary doctor's prescription according to the present invention can simultaneously process prescription information entered from a doctor received from a plurality of communication terminal devices 4 and send back a prescription list to be sent with the device identification code. It is efficient to the corresponding communication terminal device 4. The doctor identification code is used to distinguish different doctors in the hospital; it may be the doctor's name, code or code. The doctor identification code can be specifically linked to the doctor 10 in the communication terminal device 4 and the identification code-based auxiliary doctor's prescription system 10 of the present invention. The medical information system (not shown in FIG. 1) is obtained and automatically attached to the prescription information entered by the doctor; the doctor identification code can also be manually entered into the prescription information by the doctor.

[0092] S302. The prescription search step searches the first server 2 for an electronic prescription including the doctor identification code and the prescription information recorded by the doctor, and obtains a related prescription list with the device identification code. Specifically, the prescription search module 102 searches the first server 2 for an electronic prescription containing the doctor identification code and related to the prescription information entered by the doctor, and obtains a related prescription list with the device identification code.

[0093] The related prescription list with the device identification code refers to a plurality of prescription templates extracted from the electronic prescription related to the prescription information entered by the doctor and searched in the first server 2 a list of components; the prescription template includes information such as a disease name, a patient's symptoms, prescription medication information, a doctor's name, and a clinic. The prescription template may further include patient personal information, and the patient personal information may be used to identify the patient's medical card or medical insurance card through the existing medical information system, and then collected through the corresponding interface, thereby improving the efficiency of the doctor's prescription.

[0094] S303, a prescription query step, querying, in the second server 3, the inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, and recording, obtaining the prescription to be sent with the device identification code List. Specifically, the prescription query module 103 queries the second server 3 for inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, and records the obtained prescription list with the device identification code to be sent.

[0095] The prescription list to be sent with the device identification code refers to a result obtained by recording the inventory information record obtained by querying in the second server 3 in the related prescription list with the device identification code.

[0096] Because the first server 2 holds a large number of electronic prescriptions, according to the doctor identification code and the prescription information entered by the doctor, the doctor can be searched from the first server 2, and the doctor The electronic prescription related to the entered prescription information is obtained, and the related prescription list with the device identification code is obtained, and then the second server 3 searches for the inventory information of the medicine in the template of the prescription in the related prescription list with the device identification code, and correspondingly records the The list of related prescriptions with the device identification code is the list of prescriptions to be sent with the device identification code.

[0097] For example: the prescription information entered by the doctor includes only the patient personal information, the doctor identification code, and the disease name, and the first server 2 searches for all electronic prescriptions that the doctor has ever had containing the name of the disease; or The prescription information entered by the doctor only includes the patient's personal information, doctor's identification number and patient symptoms吋 Searching from the first server 2 for all electronic prescriptions that the doctor has ever had containing the patient's symptoms; or the prescription information entered by the doctor includes only the patient's personal information, the doctor's identification number, the disease name, and the patient's symptoms, from the first A server 2 searches for all electronic prescriptions that the doctor has ever had containing the name of the disease and the symptoms of the patient; or the prescription information entered by the doctor includes only the patient's personal information, the doctor's identification code, and the intended medication information, from the first The server 2 searches for all the electronic prescriptions that the doctor has used to contain the information of the intended medication; and further processes the search results by, for example, removing duplicate electronic prescriptions, removing the same electronic prescriptions from the medication information, and the like. The related prescription list with the device identification code, and then the inventory information of all the medicines in each electronic prescription in the template of each part in the related prescription list of the device identification code is recorded, and the prescription list to be sent with the device identification code is obtained.

[0098] S304. The prescription sending step is to send the to-be-sent prescription list with the device identification code to the communication terminal device 4 corresponding to the device identification code. Specifically, the prescription sending module 104 sends a list of the to-be-sent parts with the device identification code to the communication terminal device 4 corresponding to the device identification code.

[0099] S305. The prescription determining step receives the prescription finally determined by the doctor from the communication terminal device 4 corresponding to the device identification code. Specifically, the prescription determination module 105 receives the prescription finally determined by the doctor from the communication terminal device 4 corresponding to the device identification code.

[0100] The doctor knows the to-be-sent prescription list through the communication terminal device 4, and can know the prescription template related to the prescription information entered by the doctor in the first server 2, and the inventory of each medicine in each party template. Information, so that the prescription can be quickly determined according to the actual situation. For example: directly select a prescription template in the list of prescriptions to be sent and complete other information to complete the prescription cooker, or select a prescription template in the list of prescriptions to be sent, and then make simple modifications, such as adding or deleting some patient symptoms, adding or deleting Go to some medication information and improve other information to determine the final prescription.

[0101] Therefore, the method for identifying a prescription based on the identification code of the present invention can give a prescription template based on the prescription that the doctor has used according to the prescription information entered by the doctor, and simultaneously give the medicine in the prescription template. Inventory information, so as to effectively improve the efficiency of the doctor's cookware prescription, and ensure that all the drugs in the prescription are adequately stocked, so as to prevent the patient from receiving the drug after payment, there is not enough stock, which leads to the doctor's repeated orders. It not only improves the doctor's diagnostic efficiency and patient's medical efficiency, but also improves the quality of hospital medical services.

[0102] In addition, the more information about the prescription in the prescription information entered by the doctor, the identification code-based auxiliary of the present invention The method of assisting the doctor to prescribe the prescription in the first server 2, the prescription template in the related prescription list with the device identification code, the better the fit with the doctor currently diagnosed by the doctor, the efficiency of the doctor's prescription higher.

[0103]

[0104] Based on the third embodiment, the present invention proposes a fourth embodiment. As shown in FIG. 4, a method for assisting a doctor to prescribe a prescription based on an identification code is applied to the cloud server 1 and referenced to the figure. As shown in FIG. 2, the cloud server 1 is connected to the first server 2, the second server 3, and the plurality of communication terminal devices 4, and includes the following steps:

[0105] S401. The prescription information receiving step receives the prescription information entered by the doctor from the communication terminal device 4, acquires the device identification code corresponding to the communication terminal device 4, and obtains the doctor identification code corresponding to the doctor from the prescription information. Specifically, the prescription information receiving module 101 receives the prescription information entered by the doctor from the communication terminal device 4, acquires the device identification code corresponding to the communication terminal device 4, and obtains the doctor identification code corresponding to the doctor from the prescription information.

[0106] S402. The prescription search step searches the first server 2 for an electronic prescription including the doctor identification code and the prescription information recorded by the doctor, and obtains a related prescription list with the device identification code. Specifically, the prescription search module 102 searches the first server 2 for an electronic prescription containing the doctor identification code and related to the prescription information entered by the doctor, and obtains a related prescription list with the device identification code.

[0107] S403. The prescription query step, querying, in the second server 3, the inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, and recording, and then in the relevant prescription with the device identification code In the list, the drugs with insufficient stock in each electronic prescription are marked to obtain a list of prescriptions to be sent with the device identification code. Specifically, the prescription query module 103 queries the second server 3 for inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, and records them in the related prescription list with the device identification code. The medicines with insufficient stock in each electronic prescription are marked to obtain a list of prescriptions to be sent with the device identification code.

[0108] By the prescription inquiry step, the medicines with insufficient inventory in each electronic prescription in the related prescription list with the device identification code are marked, and these marks can be retained in the subsequent steps, so that the doctor can enable the communication terminal device 4 At a glance, the situation of insufficient inventory is found, and the ease of use is better.

[0109] S404. A preference statistics step of counting all electronic prescriptions in the first server 2 that contain the doctor identification code. The information, and then the analysis of the doctor's prescription preferences. Specifically, the preference statistics module 107 collects information about all the electronic prescriptions of the first server 2 that contain the doctor identification code, and then analyzes the prescription preferences of the doctor.

[0110] The preference statistic step enables the method based on the identification code-based auxiliary doctor's prescription in the fourth embodiment to perform personalized recommendation for different doctors' medication habits.

[0111] In a specific embodiment of the present invention, the preference statistics step is performed by counting the types of electronic prescriptions of the disease name in the first server 2 that contain the doctor identification code and the entered prescription information, and various types. The number of prescriptions for the class, sorted according to the number of prescriptions, to obtain the doctor's prescription preferences for the disease.

[0112] In another specific embodiment of the present invention, the preference statistic step is to count the types of electronic prescriptions of the patient's symptoms in the first server 2 containing the doctor identification code and the entered prescription information, and The number of prescriptions of the category is sorted according to the number of prescriptions, thereby obtaining the doctor's prescription preference for the patient's symptoms.

[0113] S405. The sorting step sorts the electronic prescriptions in the prescription list to be sent with the device identification code according to the inventory information obtained by the prescription query step and the prescription preference of the doctor, and obtains a recommended prescription list with the device identification code. . Specifically, the sorting module 107 sorts the electronic prescriptions in the prescription list to be sent with the device identification code according to the inventory information obtained by the prescription query module 103 and the prescription preference of the doctor, and obtains the recommended prescription with the device identification code. List.

[0114] By sorting the prescription sorting steps, each electronic prescription in the prescription list to be sent with the device identification code can be sorted according to two dimensions: the inventory information of the medicine required for the prescription and the prescription preference of the doctor, thereby Get a list of recommended prescriptions with device IDs for easy viewing and selection of prescriptions, and easy to use.

[0115] For example, the doctor's prescription preference is the highest priority, and the prescription template with a large number of uses is ranked first, and the prescription template with a small number of uses is ranked later; the inventory information of the medicine required for the prescription is the secondary priority, Arrange more or less, or arrange the prescriptions with sufficient inventory in the list of prescriptions to be sent with the device identification code and the prescriptions with insufficient inventory. The stock of the medicine required for the prescription can be simply set as the sum of the quantities of all the medicines in the prescription recorded in the second server 3.

[0116] S406, a prescription sending step, sending a recommended prescription list with a device identification code to the device identification code pair Communication terminal equipment 4. Specifically, the prescription sending module 104 sends the recommended prescription list with the device identification code to the communication terminal device 4 corresponding to the device identification code.

[0117] S407. The prescription determining step receives the prescription finally determined by the doctor from the communication terminal device 4 corresponding to the device identification code. Specifically, the prescription determining module 105 receives a communication terminal device corresponding to the device identification code.

4 Receive the final prescription of the doctor.

[0118] S408. The prescription saving step saves the prescription finally determined by the doctor on the first server 2. Specifically, the prescription saving module 108 saves the prescription finally determined by the doctor on the first server 2.

[0119] The prescription saving step enables the first server 2 to continuously accumulate more prescriptions, which can be used for big data processing, and has extremely high value; in addition, the identification code-based auxiliary doctor can also make prescriptions The method of personalized recommendation for different doctors' medication habits is more powerful, and doctors can consider and reflect the changes in medication habits according to the latest medical development and clinical practice.

[0120] S409. The inventory update step is to issue an update instruction for causing the second server 3 to update the drug inventory information according to the prescription finally determined by the doctor. Specifically, the inventory update module 109 issues an update instruction for causing the second server 3 to update the drug inventory information according to the prescription finally determined by the doctor.

[0121] The criterion for determining the shortage of the inventory is: whether the inventory amount of each medicine in the electronic prescription in the related prescription list with the device identification code is greater than or equal to the corresponding electronic prescription in the related prescription list with the device identification code The quantity of medicine required, if not, the stock quantity is insufficient; on the contrary, the stock quantity is sufficient. The specific determination is performed by the prescription query module 103.

[0122] The inventory update step makes the inventory information in the second server 3 more accurate, and can actually distinguish the determined quantity of drugs required in the prescription finally determined by the doctor from the other inventory in the second server 3.幵 (for example, the corresponding quantity and type of medicines are marked as locked in the second server 3, and the patient or the patient's family pays the medicine and then changes to the lead; if the payment is not made within 1 day, the lock will be changed again. in stock

), to avoid the same prescriptions in different prescriptions issued by different doctors through different communication terminals in the same section, and the total required inventory of the same drugs in these different prescriptions exceeds the inventory phenomenon of the warehouse.

[0123] It should be noted that, in the fourth embodiment, steps S401 to S409 are sequentially performed; however, in an alternative embodiment of the fourth embodiment, step S404 has no clear relationship with steps S402 and S403, and may be as needed. Adjusting; preferably, step S404 is juxtaposed with steps S402 and S403 to improve the side of the present invention. The efficiency of the law. Similarly, in an alternative embodiment of the fourth embodiment, steps S408 and S409 have no sequential relationship; preferably, steps S408 and S409 are performed simultaneously to further improve the efficiency of the method of the present invention.

[0124]

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the contents of the drawings may be directly or indirectly applied to other related The technical field is equally included in the scope of patent protection of the present invention.

Industrial applicability

[0126] The system and method for identifying a prescription-based auxiliary doctor's prescription of the present invention, by searching an electronic prescription containing the doctor identification code and the prescription information entered by the doctor in the first server, and then in the second server Querying and storing the inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, obtaining the to-be-sent prescription list with the device identification code, and transmitting to the communication terminal device corresponding to the identification code, so that the doctor can Efficiently determine the prescription for the patient, and ensure that the drug in the selected prescription has sufficient inventory in the pharmacy, thereby improving the doctor's diagnostic efficiency, the patient's medical efficiency and the quality of the hospital's medical services.

Claims

Claim

[Claim 1] A system for assisting a doctor's prescription based on an identification code, running in a cloud server, wherein the cloud server is connected to a first server, a second server, and a plurality of communication terminal devices, The system for assisting the doctor's prescription based on the identification code includes: a prescription information receiving module, configured to receive the prescription information entered by the doctor from the communication terminal device, obtain the device identification code corresponding to the communication terminal device, and obtain the doctor corresponding from the prescription information a prescription search module, configured to search an electronic prescription containing the doctor identification code and related to the prescription information entered by the doctor in the first server, and obtain a related prescription list with a device identification code; a prescription inquiry module, Storing, in the second server, the inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, and obtaining the prescription list to be sent with the device identification code; the prescription sending module, A list of prescriptions to be sent with a device identification code is sent to the device identification Code corresponding to the communication terminal device; and prescription determining module, for the corresponding device identification code from the communication terminal device receives finalized physician prescription.

[Claim 2] The identification code-based auxiliary doctor/prescription system according to claim 1, wherein the identification code-based auxiliary doctor/prescription system further includes a prescription sorting module for checking according to the prescription Inquiring the inventory information obtained by the module, sorting the electronic prescriptions in the prescription list to be sent with the device identification code, and obtaining a recommended prescription list with the device identification code; the prescription sending module is further used for recommending the prescription with the device identification code The list is sent to the communication terminal device corresponding to the device identification code.

[Claim 3] The identification code-based auxiliary doctor/prescription system according to claim 2, wherein the identification code-based auxiliary doctor/prescription system further comprises a preference statistics module for counting the first The server includes information of all electronic prescriptions of the doctor identification code, and further analyzes the prescription preference of the doctor; the sorting module is further configured to use the inventory information obtained by the prescription query module and the prescription preference of the doctor, The electronic prescriptions in the to-be-sent prescription list with the device identification code are sorted to obtain a recommended prescription list with the device identification code.

[Claim 4] The system for identifying a prescription based on an identification code according to claim 1, characterized in that The prescription query module is further configured to mark the medicines with insufficient inventory in each electronic prescription in the related prescription list with the device identification code.

[Claim 5] The identification code-based auxiliary doctor/prescription system according to claim 1, wherein the identification code-based auxiliary doctor/prescription system further comprises: a prescription preservation module, configured to The finalized prescription is saved in the first server; the inventory update module is configured to issue an update instruction that causes the second server to update the drug inventory information according to the prescription finally determined by the doctor.

[Claim 6] A method for assisting a prescription of a doctor based on an identification code, which is applied to a cloud server, wherein the cloud server is connected to a first server, a second server, and a plurality of communication terminal devices, The method for assisting the doctor to prescribe the prescription based on the identification code includes the following steps: Step of receiving the prescription information: receiving the prescription information entered by the doctor from the communication terminal device, obtaining the device identification code corresponding to the communication terminal device, and obtaining the doctor corresponding from the prescription information a doctor identification code; a prescription search step: searching the first server for an electronic prescription containing the doctor identification code and relating to the prescription information entered by the doctor, obtaining a list of related prescriptions with the device identification code; The second server queries the inventory information of all the medicines in each electronic prescription in the related prescription list with the device identification code, and records the obtained prescription list with the device identification code; the prescription sending step: the device identification code is to be sent Sending a prescription list to the corresponding device identification code Communication terminal device; prescription determination step: receiving the terminal determined by the doctor from the communication terminal device corresponding to the device identification code.

[Claim 7] The method for identifying a prescription based on an identification code according to claim 6, wherein the method for assisting a prescription based on an identification code further comprises a prescription sorting step: according to a prescription query step The obtained inventory information, sorting the obtained electronic prescriptions in the to-be-sent prescription list with the device identification code, and obtaining a recommended prescription list with the device identification code; the prescription sending step is replaced by: the recommended prescription with the device identification code The list is sent to the communication terminal device corresponding to the device identification code.

[Claim 8] The method for identifying a prescription based on an identification code according to claim 7, wherein the method for assisting a prescription based on an identification code further comprises a preference statistical step : counting information of all electronic prescriptions containing the doctor identification code in the first server, and analyzing the prescription preferences of the doctor; the sorting step is replaced by: inventory information obtained according to the prescription query step and the doctor's Prescription preference, sorting the obtained electronic prescriptions in the to-be-sent prescription list with the device identification code, and obtaining a recommended prescription list with the device identification code.

[Claim 9] The method for identifying a prescription based on an identification code according to claim 6, wherein the prescription query step further comprises the step of: each electronic in a related prescription list with a device identification code Drugs with insufficient stock in the prescription are marked.

[Claim 10] The method for identifying a prescription based on an identification code according to claim 6, wherein the method for assisting a prescription based on the identification code further comprises: a prescription saving step: finalizing the doctor The prescription is saved in the first server; the inventory update step: issuing an update instruction that causes the second server to update the drug inventory information according to the prescription finally determined by the doctor