WO2017012178A1 - Network hospital-based unified medicament delivery method and network hospital platform - Google Patents

Abstract

Disclosed is a network hospital-based unified medicament delivery method. In the present invention, an electronic prescription transmitted by a physician terminal is received via a network hospital platform, cost information is generated on the basis of the prescription information when the electronic prescription is verified as valid, when payment completed information transmitted by a patient terminal is received, corresponding pharmacy information is matched on the basis of patient basic information and the prescription information, and the electronic prescription is transmitted to a pharmacy terminal corresponding to the pharmacy information. Also disclosed is the network hospital platform. Based on the electronic prescription and the network hospital platform, the present invention, by receiving the electronic prescription transmitted by the physician terminal, verifies the validity of the electronic prescription. Upon successful verification, the cost information is generated on the basis of the prescription information for a payment to be made on the patient terminal, a unified price is quoted on the network hospital platform via the electronic prescription, and the corresponding pharmacy information is matched when the payment is made by a patient, thus implementing unified delivery of medicaments on the network hospital platform on the basis of condition of the patient.

Description

 Network hospital-based drug unified distribution method and network hospital platform

Technical field

The invention relates to the field of life health technology, in particular to a unified hospital-based drug delivery method and a network hospital platform.

Background technique

In the prior art, the patient usually needs to go to the corresponding pharmacy according to the doctor's prescription to price, dispense, take the medicine, take a long time, and most of the prescription drugs need the patient to take the prescription to take the medicine in person, the process is troublesome, and the patient is inconvenienced. . Even though some large pharmacies have provided online medicine and drug delivery services, they are mainly for non-prescription drugs. For prescriptions including prescription drugs, they cannot be proved to be legal and authoritative because they are not certified by a doctor. The need to uniformly distribute medicines.

Summary of the invention

The main object of the present invention is to provide a unified hospital-based drug delivery method and a network hospital platform, which aims to solve the problem that the prescription containing the prescription drug in the prior art is not certified by a doctor, and cannot prove its legitimacy and authority, and cannot be based on the patient. The technical issues of the uniform distribution of drugs.

To achieve the above object, the present invention provides a unified hospital-based drug delivery method.

The network hospital-based unified drug delivery method includes the following steps:

Receiving an electronic prescription sent by the doctor terminal, the electronic prescription including basic information of the patient, prescription information, and physician identity information;

Verifying the legality of the electronic prescription based on the physician identity information;

If the electronic prescription verification is legal, generating fee information according to the prescription information, and transmitting the fee information to the patient terminal for payment by the patient;

Receiving payment completion information sent by the patient terminal, and matching the corresponding pharmacy according to the basic information of the patient and the prescription information;

The electronic prescription is sent to the pharmacy terminal corresponding to the pharmacy information, and the pharmacy terminal generates the delivery information.

Preferably, the network hospital-based drug unified distribution method further comprises the steps of:

If the electronic prescription verification is not legal, a reminder message is generated and sent to the doctor terminal for the doctor terminal to regenerate the electronic prescription.

Preferably, the step of matching the corresponding pharmacy according to the basic information of the patient and the prescription information comprises:

Matching the pharmacy information set within the preset distance from the pharmacy information base according to the address information in the basic information of the patient;

Selecting, according to the prescription information, the pharmacy information that satisfies the prescription information from the pharmacy information within the preset distance for the user to select;

The pharmacy information is determined based on the optional pharmacy information selected by the user.

Preferably, the network hospital-based drug unified distribution method further comprises the steps of:

A drug price map is generated in advance and stored in the drug information database.

Preferably, the step of generating the fee information according to the prescription information and transmitting the fee information to the patient terminal for payment by the patient comprises:

And matching, according to the drug information in the prescription information, a price corresponding to the drug information from the drug information database according to the drug price mapping table;

Generating a fee information list according to the price corresponding to the drug information;

Calculating a sum of fees according to the fee information list, and generating a payment code according to the sum of the fees;

The fee information list and the payment code are sent to the patient terminal for patient viewing and payment.

In addition, the present invention also provides a network hospital platform that runs the above method.

The network hospital platform includes:

An obtaining module, configured to receive an electronic prescription sent by the doctor terminal, where the electronic prescription includes basic information of the patient, prescription information, and physician identity information;

a verification module, configured to verify validity of the electronic prescription according to the physician identity information;

a fee generating module, configured to generate fee information according to the prescription information when the electronic prescription verification is legal;

a pharmacy matching module, configured to receive payment completion information sent by the patient terminal, and match the corresponding pharmacy according to the basic information of the patient and the prescription information;

The sending module is configured to send the fee information to the patient terminal for payment by the patient, and send the electronic prescription to the pharmacy terminal corresponding to the pharmacy information, and the pharmacy terminal generates the delivery information.

Preferably, the network hospital platform further includes:

The reminding module is configured to generate reminder information and send it to the doctor terminal when the electronic prescription verification is illegal, for the doctor terminal to regenerate the electronic prescription.

Preferably, the pharmacy matching module comprises:

a first matching submodule, configured to: when receiving the payment completion information sent by the patient terminal, match the pharmacy information set within the preset distance from the pharmacy information base according to the address information in the basic information of the patient;

a second matching sub-module, configured to, according to the prescription information, match the pharmacy information that satisfies the prescription information from the pharmacy information within the preset distance, for the user to select;

A pharmacy determination module for determining pharmacy information based on the optional pharmacy information selected by the user.

Preferably, the network hospital platform further includes:

The drug price generation module is configured to pre-generate a drug price mapping table and store it in the drug information database.

Preferably, the fee generation module comprises:

a price matching sub-module, configured to match, according to the drug information in the prescription information, a price corresponding to the drug information from the drug information database according to the drug price mapping table;

a fee list generation submodule, configured to generate a fee information list according to a price corresponding to the drug information;

a payment code generating submodule, configured to calculate a sum of fees according to the fee information list, and generate a payment code according to the sum of the fees;

And a sending submodule, configured to send the fee information list and the payment code to the patient terminal for patient viewing and payment.

Compared with the prior art, the present invention can receive the electronic prescription sent by the doctor terminal based on the network hospital platform, and verify the legality of the electronic prescription. When the verification is completed, the fee information is generated according to the prescription information for the patient terminal to pay, and the price is uniformly distributed on the network hospital platform through the electronic prescription, and the corresponding pharmacy information is matched after the patient completes the payment, and the patient's condition information is realized on the network hospital platform. Uniform distribution of medicines.

DRAWINGS

1 is an application environment diagram of a unified distribution method for drugs based on a network hospital according to the present invention;

2 is a flow chart of a first embodiment of a method for uniformly distributing drugs based on a network hospital according to the present invention;

Figure 3 is a sub-flow diagram of the refinement of step S40 in Figure 2;

4 is a flow chart of a second embodiment of a method for uniformly distributing drugs based on a network hospital according to the present invention;

Figure 5 is a sub-flow diagram of the refinement of step S30 in Figure 4;

6 is a functional block diagram of a first embodiment of a network hospital platform according to the present invention;

7 is a functional block diagram of a second embodiment of the network hospital platform of the present invention;

Figure 8 is a sub-function block diagram of the pharmacy matching module of the present invention;

9 is a functional block diagram of a third embodiment of the network hospital platform of the present invention;

FIG. 10 is a diagram of a sub-function module of the fee generation module of the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Referring to FIG. 1, FIG. 1 is an application environment diagram of a unified distribution method for drugs based on a network hospital according to the present invention.

In this embodiment, one or more doctor terminals 02, patient terminals 03, and pharmacy terminals 04 are connected to a server 01 for running a network hospital platform through a network, and the doctor terminal 02, the patient terminal 03, and the pharmacy terminal 04 may each Information interaction with the server over the network. Specifically, the doctor terminal 02, the patient terminal 03, and the pharmacy terminal 04 can interact with the network hospital platform through the application software running on the terminal, or can log in to the network hospital platform through the browser, in the network hospital platform. Directly interact with information. The doctor terminal 02, the patient terminal 03, and the pharmacy terminal 04 are a personal computer, a notebook computer, a PDA device, a mobile phone, or other computing device. The number of the doctor terminal 02, the patient terminal 03, and the pharmacy terminal 04 is not limited.

The invention provides a unified distribution method for medicines based on network hospitals.

Referring to FIG. 2, FIG. 2 is a flowchart of a first embodiment of a method for uniformly distributing drugs based on a network hospital according to the present invention.

The embodiment of the invention is based on an electronic prescription and a network hospital platform. The electronic prescription refers to an electronic prescription that can be transmitted on a network hospital platform with a doctor's digital signature generated by the doctor terminal according to the patient's condition. The digital signature represents the identity and level of the doctor, which enhances the credibility of the electronic prescription in other medical institutions and facilitates the next step of treatment.

In this embodiment, the network hospital-based unified drug delivery method includes:

S10: receiving an electronic prescription sent by a doctor terminal, where the electronic prescription includes basic information of the patient, prescription information, and physician identity information;

Specifically, the network hospital platform receives an electronic prescription sent by the doctor terminal; the electronic prescription includes basic information of the patient, prescription information, and physician identity information. The doctor terminal of the present invention refers to a working space registered by a doctor based on a network hospital platform, and may also refer to a client provided specifically for a doctor to communicate with a network hospital platform, and the client can run on a mobile intelligent terminal or can run On a personal computer. The physician terminal generates an electronic prescription based on the patient's condition information, such as past medical history and current condition information. The electronic prescription includes basic information of the patient, prescription information and medical information of the doctor. The basic information of the patient includes the name, sex, age, home address and contact information of the patient, and the prescription information includes drugs, injections, physiotherapy, etc., which are issued for the disease information. Information on the dosage, course of treatment, etc., the physician's identity information includes the doctor's name and the certificate of the doctor's certificate, and may include other information that uniquely identifies the physician.

S20: verify whether the electronic prescription is legal according to the physician identity information;

Specifically, in order to ensure the legitimacy of the generated electronic prescription, the network hospital platform first extracts the physician identity information from the electronic prescription, and then determines whether the physician identity information exists in the physician authentication database to determine the electronic prescription. The identity of the physician is legal.

If the electronic prescription verification is legal, step S30 is performed; if the electronic prescription verification is not valid, step S31 is performed.

S30: Generate fee information according to the prescription information, and send the fee information to the patient terminal for payment by the patient;

Specifically, if the physician identity information in the electronic prescription exists in the physician authentication database, indicating that the electronic prescription is legal, the fee information is generated according to the prescription information in the electronic prescription, and the fee information is sent to the patient terminal for the patient to pay. . The prescription information includes information such as a dose, a course of treatment, such as a medicine, an injection, a physiotherapy, and the like, which are prescribed for the disease information, and the network hospital platform pre-establishes a unified drug unit price database, and generates the electronic according to the prescription information and the drug unit price data. The prescription corresponds to the fee information including the fee list and the sum of the fees, and the fee information is sent to the patient terminal for payment by the patient. After receiving the fee information sent by the network hospital platform, the patient terminal can pay by means of online banking, mobile banking, Alipay, WeChat, etc., and send the payment completion information to the network hospital platform. The invention uniformly pricees medicines by the network hospital platform, and ensures that the interests of patients are not different due to different pharmacies.

S31: Generate reminder information and send it to the doctor terminal for the doctor terminal to regenerate the electronic prescription.

If the physician identity information in the electronic prescription does not exist in the physician authentication database, indicating that the electronic prescription is not legal, the physician's physician identity information has not been registered in the physician authentication database or the physician identity information is illegal physician identity information, At this time, the reminder information is generated and sent to the doctor terminal for the doctor terminal to regenerate the electronic prescription, reminding the doctor to first perform identity registration and authentication, and then regenerating the electronic prescription.

S40: receiving payment completion information sent by the patient terminal, and matching the corresponding pharmacy according to the basic information of the patient and the prescription information;

Specifically, the network hospital platform receives the payment completion information sent by the patient terminal, and determines that the patient has completed the payment, and matches the corresponding pharmacy according to the patient basic information and the prescription information in the electronic prescription. Preferably, the network hospital platform first extracts the home address information in the basic information of the patient in the electronic prescription, and matches the pharmacy information set A within a preset distance from the patient's home address information from the pre-established pharmacy information database to ensure the efficiency of drug delivery. Secondly, the network hospital platform matches the pharmacy information including the medicine, the injection, the physiotherapy in the prescription information from the pharmacy information set A in order from the near to the distance, and finally determines the pharmacy information of the medicine for the electronic prescription distribution, The pharmacy information includes the ID number of the corresponding pharmacy and its address information.

S50: Send the electronic prescription to the pharmacy terminal corresponding to the pharmacy information, and the pharmacy terminal generates the distribution information.

Specifically, the network hospital platform sends the electronic prescription to the pharmacy terminal corresponding to the pharmacy ID. The pharmacy terminal of the present invention refers to a pharmacy registered on the network hospital platform, and may also refer to a network hospital specially provided for the pharmacy. A client connected to the platform communication, which can run on a mobile smart terminal or on a personal computer. The pharmacy terminal generates the delivery information according to the prescription information in the electronic prescription and the home address information in the basic information of the patient. Specifically, the pharmacy terminal according to the dosage, the course of the treatment, such as drugs, injections, physiotherapy, and the like in the prescription information, and the patient's The delivery information is generated by the name, the home address, the contact information, and the like. Preferably, the delivery information may further include the cost information corresponding to the medicine, the injection, and the physiotherapy in the prescription information, so that the pharmacy staff can complete the delivery of the medicine, and the patient saves the bottom. .

The embodiment of the present invention receives an electronic prescription sent by a doctor terminal through a network hospital platform, the electronic prescription includes basic patient information, prescription information, and physician identity information, generates fee information according to the prescription information, and sends the fee information to the patient terminal. Paying for the patient, when receiving the payment completion information sent by the patient terminal, matching the corresponding basic pharmacy according to the patient basic information and the prescription information, and transmitting the electronic prescription to the pharmacy terminal corresponding to the pharmacy information, for the pharmacy terminal to generate the delivery information. The embodiment of the present invention verifies the legality of the electronic prescription by receiving an electronic prescription sent by the doctor terminal based on the electronic prescription and the network hospital platform, and generates the fee information for the patient terminal to pay according to the prescription information when passing the verification, and adopts the electronic prescription The network hospital platform unified price, and after the patient completes the payment, the corresponding pharmacy information is matched, and the unified distribution of the medicine is realized according to the patient's condition information on the network hospital platform.

Referring to FIG. 3, FIG. 3 is a flow chart of the refinement of step S40 in FIG.

In this embodiment, step S40 in FIG. 1 and FIG. 2 above includes:

S401: When receiving the payment completion information sent by the patient terminal, matching the pharmacy information set within the preset distance from the pharmacy information base according to the address information in the basic information of the patient;

When receiving the payment completion information sent by the patient terminal, the network hospital platform first extracts the home address information in the basic information of the patient in the electronic prescription, and matches the pharmacy within a preset distance from the patient's home address information from the pre-established pharmacy information database. Information set A, to ensure the efficiency of drug distribution;

S402: Match, according to the prescription information, the pharmacy information that satisfies the prescription information from the pharmacy information within a preset distance, for the user to select;

The network hospital platform matches the pharmacy information set B including the medicine, the injection, and the physiotherapy in the prescription information from the pharmacy information set A in order from the near to the far, for the user to select, and the pharmacy information set that the user can match according to the network hospital platform BSelect the pharmacy information of the merchant's good reputation.

S403: Determine pharmacy information according to the optional pharmacy information selected by the user.

The network hospital platform finally determines the optional pharmacy information selected by the user as the pharmacy information of the electronic prescription dispensing medicine, and the pharmacy information includes the ID number of the corresponding pharmacy and the address information thereof.

According to the embodiment of the present invention, the pharmacy information is matched step by step according to the electronic prescription, and the patient's selection is increased, which embodies the patient's will, and the patient's interest is ensured while matching the pharmacy information according to the patient's needs.

Referring to FIG. 4, FIG. 4 is a flowchart of a third embodiment of a method for uniformly distributing drugs based on a network hospital according to the present invention.

Based on the first embodiment of the foregoing method, in the embodiment, the network hospital-based unified drug delivery method further includes:

S60: A drug price mapping table is generated in advance and stored in the drug information database.

Preferably, the step S60 is performed before step S10. In order to unify the price of the drug, the online hospital platform has pre-established a drug price mapping table and stored it in the drug information database, which reflects the drug information (including drugs, injections, physiotherapy, etc.) and their corresponding unit price. The convenient network hospital platform generates fee information according to the prescription information and the drug price mapping table in the drug information database, thereby realizing uniform price.

Referring to Figure 5, Figure 5 is a sub-flow diagram of the refinement of step S30 of Figure 4.

Specifically, based on the third embodiment of the foregoing method, the step S30 includes:

S301: Match, according to the drug information in the prescription information, a price corresponding to the drug information from the drug information database according to the drug price mapping table;

S302: Generate a fee information list according to the price corresponding to the drug information;

The fee information list includes drug information and its corresponding unit price.

S303: Calculate a sum of fees according to the fee information list, and generate a payment code according to the sum of the fees;

Specifically, the network hospital platform calculates the sum of the fees according to the unit price corresponding to each medicine and the quantity of the medicine, and generates a payment code according to the sum of the expenses, wherein the payment code is an identification code including the payment object and the payment amount, and is preferably identifiable by scanning. The QR code is convenient for the patient terminal to complete online payment after scanning the QR code.

S304: Send the fee information list and the payment code to the patient terminal for patient to view and pay.

The network hospital platform sends the fee information list to the patient terminal for viewing by the user, and sends the payment code to the patient terminal for the patient to complete the payment.

The embodiment of the invention automatically generates a fee information list for the patient terminal to view through the pre-established drug price mapping table, and generates a payment code for the patient terminal to pay after calculating the sum of the expenses, so that the patient can view the specific cost information and complete the payment, so that the network hospital can be used. The platform proceeds to the next step.

In addition, the present invention also provides a network hospital platform. The network hospital platform runs in the server 01 of FIG.

Referring to FIG. 6, FIG. 6 is a functional block diagram of a first embodiment of a network hospital platform according to the present invention.

The embodiment of the invention is based on an electronic prescription and a network hospital platform. The electronic prescription refers to an electronic prescription that can be transmitted on a network hospital platform with a doctor's digital signature generated by the doctor terminal according to the patient's condition. The digital signature represents the identity and level of the doctor, which enhances the credibility of the electronic prescription in other medical institutions and facilitates the next step of treatment.

In this embodiment, the network hospital platform is a software system platform, and is executed in the server 01 shown in FIG. 1, and includes:

The obtaining module 10 is configured to receive an electronic prescription sent by the doctor terminal, where the electronic prescription includes basic information of the patient, prescription information, and physician identity information;

Specifically, the acquisition module 10 receives an electronic prescription sent by the doctor terminal; the electronic prescription includes basic patient information, prescription information, and physician identity information. The doctor terminal generates an electronic prescription based on the patient's condition information, such as a past medical history and current condition information, the electronic prescription including basic patient information, prescription information, and physician identification information, and the basic information of the patient includes the patient's name, gender, age, and home address. And the contact information, etc., the prescription information includes the dosage, the treatment course and the like for the medicine, the injection, the physiotherapy and the like, and the doctor identification information includes the doctor's name and the doctor's certificate number, and may also include other doctors capable of uniquely determining Identity information.

The verification module 20 is configured to verify the legality of the electronic prescription according to the physician identity information;

In order to ensure the legitimacy of the generated electronic prescription, the verification module 20 first extracts the physician identity information from the electronic prescription, and then determines whether the physician identity information exists in the physician authentication database to determine the identity of the physician who prescribes the electronic prescription. legitimate.

The fee generating module 30 is configured to generate fee information according to the prescription information when the electronic prescription verification is legal;

Specifically, if the physician identity information in the electronic prescription exists in the physician authentication database, indicating that the electronic prescription is legal, the fee generation module 30 generates the fee information according to the prescription information in the electronic prescription, and sends the fee information to the patient. The terminal is for the patient to pay. The prescription information includes information such as a dose, a course of treatment, such as a medicine, an injection, a physiotherapy, and the like, which are prescribed for the disease information, and the network hospital platform pre-establishes a unified drug unit price database, and generates the electronic according to the prescription information and the drug unit price data. The prescription corresponds to the fee information including the fee list and the sum of the fees. The invention uniformly pricees medicines by the network hospital platform, and ensures that the interests of patients are not different due to different pharmacies.

The pharmacy matching module 40 is configured to match the corresponding pharmacy according to the patient basic information and the prescription information when receiving the payment completion information sent by the patient terminal;

Specifically, when receiving the payment completion information sent by the patient terminal, the pharmacy matching module 40 determines that the patient has completed the payment, and matches the corresponding pharmacy according to the patient basic information and the prescription information in the electronic prescription. Preferably, the pharmacy matching module 40 first extracts the home address information in the basic information of the patient in the electronic prescription, and matches the pharmacy information set A within the preset distance from the patient's home address information from the pre-established pharmacy information database to ensure the drug delivery. Efficiency; secondly, the pharmacy matching module 40 matches the pharmacy information including the medicine, the injection, and the physiotherapy in the prescription information from the pharmacy information set A in order from the near to the far, and finally determines the pharmacy information of the medicine for dispensing the electronic prescription. The pharmacy information includes the ID number of the corresponding pharmacy and its address information.

The sending module 50 is configured to send the charge information to the patient terminal for payment by the patient, and send the electronic prescription to the pharmacy terminal corresponding to the pharmacy information, and the pharmacy terminal generates the delivery information.

Specifically, the sending module 50 sends the fee information generated by the fee generating module 30 to the patient terminal for payment by the patient, and after receiving the fee information sent by the network hospital platform, the patient terminal may use the network banking, mobile banking, Alipay, WeChat, etc. Pay and send payment completion information to the online hospital platform. The sending module 50 is further configured to send the electronic prescription to the pharmacy terminal corresponding to the pharmacy ID. The pharmacy terminal generates the delivery information according to the prescription information in the electronic prescription and the home address information in the basic information of the patient. Specifically, the pharmacy terminal according to the dosage, the course of the treatment, such as drugs, injections, physiotherapy, and the like in the prescription information, and the patient's The delivery information is generated by the name, the home address, the contact information, and the like. Preferably, the delivery information may further include the cost information corresponding to the medicine, the injection, and the physiotherapy in the prescription information, so that the pharmacy staff can complete the delivery of the medicine, and the patient saves the bottom. .

The embodiment of the present invention verifies the legality of the electronic prescription by receiving an electronic prescription sent by the doctor terminal based on the electronic prescription and the network hospital platform, and generates the fee information for the patient terminal to pay according to the prescription information when passing the verification, and adopts the electronic prescription The network hospital platform unified price, and after the patient completes the payment, the corresponding pharmacy information is matched, and the unified distribution of the medicine is realized according to the patient's condition information on the network hospital platform.

Referring to FIG. 7, FIG. 7 is a functional block diagram of a second embodiment of the network hospital platform of the present invention.

Based on the first embodiment of the network hospital platform, in the embodiment, the network hospital platform further includes:

The reminding module 31 is configured to generate reminder information and send it to the doctor terminal when the verification module fails to pass the verification, and the doctor terminal regenerates the electronic prescription.

Specifically, the verification module 20 determines that the physician identity information does not exist in the physician authentication database, indicating that the physician's physician identity information has not been registered in the physician authentication database or the physician identity information is illegal physician identity information. The reminder module 31 generates reminder information and sends the reminder information to the doctor terminal for the doctor terminal to regenerate the electronic prescription, reminding the doctor to perform identity registration and authentication, and then regenerating the electronic prescription.

Referring to FIG. 8, FIG. 8 is a sub-function block diagram of a pharmacy matching module of the present invention.

In this embodiment, the pharmacy matching module specifically includes:

The first matching sub-module 401 is configured to: when receiving the payment completion information sent by the patient terminal, match the pharmacy information set within the preset distance from the pharmacy information base according to the address information in the basic information of the patient;

Specifically, when receiving the payment completion information sent by the patient terminal, the first matching sub-module 401 first extracts the home address information in the patient basic information in the electronic prescription, and matches the patient home address information from the pre-established pharmacy information database. The pharmacy information set A within the preset distance ensures the efficiency of drug delivery;

The second matching sub-module 402 is configured to, according to the prescription information, match the pharmacy information that satisfies the prescription information from the pharmacy information within the preset distance, for the user to select;

Specifically, the second matching sub-module 402 matches the pharmacy information set B including the medicine, the injection, and the physiotherapy in the prescription information from the pharmacy information set A in order from the near to the far, for the user to select, and the user can according to the network hospital. The platform matching pharmacy information set B selects the pharmacy information of the merchant's good reputation.

The pharmacy determining module 403 is configured to determine pharmacy information according to the optional pharmacy information selected by the user.

Specifically, the pharmacy determining module 403 finally determines that the pharmacy information selected by the user is the pharmacy information of the electronic prescription dispensing medicine, and the pharmacy information includes the ID number of the corresponding pharmacy and the address information thereof.

According to the embodiment of the present invention, the pharmacy information is matched step by step according to the electronic prescription, and the patient's selection is increased, which embodies the patient's will, and the patient's interest is ensured while matching the pharmacy information according to the patient's needs.

Referring to FIG. 9, FIG. 9 is a functional block diagram of a third embodiment of the network hospital platform of the present invention.

Based on the first embodiment of the network hospital platform, in the embodiment, the network hospital platform further includes:

The drug price generation module 60 is configured to generate a drug price mapping table in advance and store it in the drug information database.

Specifically, in order to unify the price of the medicine, the medicine price generation module 60 pre-establishes the medicine price mapping table and stores it in the medicine information database, and the medicine price mapping table includes the medicine information (including drugs, injections, physiotherapy, etc.) and The corresponding unit price facilitates the network hospital platform to generate fee information according to the prescription information and the drug price map in the drug information database, thereby realizing uniform price.

Referring to FIG. 10, FIG. 10 is a diagram of a sub-function module of the fee generation module of the present invention.

In this embodiment, the foregoing fee generating module specifically includes:

The price matching sub-module 301 is configured to match, according to the drug information in the prescription information, a price corresponding to the drug information from the drug information database according to the drug price mapping table;

The fee list generation sub-module 302 is configured to generate a fee information list according to the price corresponding to the drug information;

The fee information list includes drug information and its corresponding unit price.

a payment code generation sub-module 303, configured to calculate a sum of fees according to the fee information list, and generate a payment code according to the sum of the fees;

Specifically, the network hospital platform calculates the sum of the fees according to the unit price corresponding to each medicine and the quantity of the medicine, and generates a payment code according to the sum of the expenses, wherein the payment code is an identification code including the payment object and the payment amount, and is preferably identifiable by scanning. The two-dimensional code is used for the patient terminal to complete the online payment after scanning the two-dimensional code.

The sending sub-module 304 is configured to send the fee information list and the payment code to the patient terminal for patient viewing and payment.

The sending sub-module 304 sends the fee information list to the patient terminal for viewing by the user, and sends the payment code to the patient terminal for the patient to complete the payment.

The embodiment of the invention automatically generates a fee information list for the patient terminal to view through the pre-established drug price mapping table, and generates a payment code for the patient terminal to pay after calculating the sum of the expenses, so that the patient can view the specific cost information and complete the payment, so that the network hospital can be used. The platform proceeds to the next step.

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

Claims (14)

 A network hospital-based unified drug dispensing method, characterized in that the method comprises the steps of: Receiving an electronic prescription sent by the doctor terminal, the electronic prescription including basic information of the patient, prescription information, and physician identity information; Verifying the legality of the electronic prescription based on the physician identity information; If the electronic prescription verification is legal, generating fee information according to the prescription information, and transmitting the fee information to the patient terminal for payment by the patient; Receiving payment completion information sent by the patient terminal, and matching the corresponding pharmacy according to the basic information of the patient and the prescription information; The electronic prescription is sent to the pharmacy terminal corresponding to the pharmacy information, and the pharmacy terminal generates the delivery information. The network hospital-based drug uniform distribution method according to claim 1, wherein the step of matching the corresponding pharmacy according to the patient basic information and the prescription information comprises: Matching the pharmacy information set within the preset distance from the pharmacy information base according to the address information in the basic information of the patient; Selecting, according to the prescription information, the pharmacy information that satisfies the prescription information from the pharmacy information within the preset distance for the user to select; The pharmacy information is determined based on the optional pharmacy information selected by the user. The method for uniformly distributing a drug based on a network hospital according to claim 1, wherein the method further comprises the steps of: A drug price map is generated in advance and stored in the drug information database. The method for uniformly distributing a drug based on a network hospital according to claim 1, wherein the method further comprises the steps of: If the electronic prescription verification is not legal, a reminder message is generated and sent to the doctor terminal for the doctor terminal to regenerate the electronic prescription. The network hospital-based drug uniform distribution method according to claim 4, wherein the step of matching the corresponding pharmacy according to the patient basic information and the prescription information comprises: Matching the pharmacy information set within the preset distance from the pharmacy information base according to the address information in the basic information of the patient; Selecting, according to the prescription information, the pharmacy information that satisfies the prescription information from the pharmacy information within the preset distance for the user to select; The pharmacy information is determined based on the optional pharmacy information selected by the user. The method for uniformly distributing a drug based on a network hospital according to claim 4, wherein the method further comprises the steps of: A drug price map is generated in advance and stored in the drug information database. The network hospital-based medicine unified delivery method according to claim 6, wherein the step of generating the fee information according to the prescription information and transmitting the fee information to the patient terminal for payment by the patient comprises: And matching, according to the drug information in the prescription information, a price corresponding to the drug information from the drug information database according to the drug price mapping table; Generating a fee information list according to the price corresponding to the drug information; Calculating a sum of fees according to the fee information list, and generating a payment code according to the sum of the fees; The fee information list and the payment code are sent to the patient terminal for patient viewing and payment. A network hospital platform, characterized in that the network hospital platform comprises: An obtaining module, configured to receive an electronic prescription sent by the doctor terminal, where the electronic prescription includes basic information of the patient, prescription information, and physician identity information; a verification module, configured to verify validity of the electronic prescription according to the physician identity information; a fee generating module, configured to generate fee information according to the prescription information when the electronic prescription verification is legal; a pharmacy matching module, configured to receive payment completion information sent by the patient terminal, and match the corresponding pharmacy according to the basic information of the patient and the prescription information; The sending module is configured to send the fee information to the patient terminal for payment by the patient, and send the electronic prescription to the pharmacy terminal corresponding to the pharmacy information, and the pharmacy terminal generates the delivery information. The network hospital platform of claim 8, wherein the pharmacy matching module comprises: a first matching submodule, configured to: when receiving the payment completion information sent by the patient terminal, match the pharmacy information set within the preset distance from the pharmacy information base according to the address information in the basic information of the patient; a second matching sub-module, configured to, according to the prescription information, match the pharmacy information that satisfies the prescription information from the pharmacy information within the preset distance, for the user to select; A pharmacy determination module for determining pharmacy information based on the optional pharmacy information selected by the user. The network hospital platform of claim 8, wherein the network hospital platform further comprises: The drug price generation module is configured to pre-generate a drug price mapping table and store it in the drug information database. The network hospital platform of claim 8, wherein the network hospital platform further comprises: The reminding module is configured to generate reminder information and send it to the doctor terminal when the electronic prescription verification is illegal, for the doctor terminal to regenerate the electronic prescription. The network hospital platform of claim 11, wherein the pharmacy matching module comprises: a first matching submodule, configured to: when receiving the payment completion information sent by the patient terminal, match the pharmacy information set within the preset distance from the pharmacy information base according to the address information in the basic information of the patient; a second matching sub-module, configured to, according to the prescription information, match the pharmacy information that satisfies the prescription information from the pharmacy information within the preset distance, for the user to select; A pharmacy determination module for determining pharmacy information based on the optional pharmacy information selected by the user. The network hospital platform of claim 11, wherein the network hospital platform further comprises: The drug price generation module is configured to pre-generate a drug price mapping table and store it in the drug information database. The network hospital platform according to claim 13, wherein the fee generation module comprises: a price matching sub-module, configured to match, according to the drug information in the prescription information, a price corresponding to the drug information from the drug information database according to the drug price mapping table; a fee list generation submodule, configured to generate a fee information list according to a price corresponding to the drug information; a payment code generating submodule, configured to calculate a sum of fees according to the fee information list, and generate a payment code according to the sum of the fees; And a sending submodule, configured to send the fee information list and the payment code to the patient terminal for patient viewing and payment.