CN111429996A - Pharmacist certificate drug collection and sales system - Google Patents

Abstract

The invention relates to a pharmacist voucher medicine getting and selling system which comprises a server, a pharmacist end device and a medicine getting and selling device, wherein the server, the pharmacist end device and the medicine getting and selling device are in wireless communication connection with safety. The pharmacist end device is internally provided with a real-time certificate checking and replying receiving module which is coupled with a pharmacist self dispensing confirmation module and a prescription signature using certificate signing module; therefore, the user can conveniently obtain the required medicine or purchase the required finished medicine through the video discussion with the pharmacist in real time, is not limited by the business time of a common pharmacy, and can greatly save the time of medicine taking and queuing; the invention has the advantage that the pharmacist dispenses the medicine in person, and effectively achieves the aim of safe medication.

Description

Pharmacist certificate drug collection and sales system

technical field

The invention relates to a medicine receiving and selling system with a pharmacist certificate, in particular to a medicine receiving and selling system with a pharmacist certificate and dispensing medicine in person.

Background technique

In the prior art, for the part of receiving medicines, patients often spend a long time queuing up to receive medicines, which often results in a waste of time and is extremely inconvenient. In addition, the existing drug vending machines lack the certification of qualified pharmacists, and the safety of patients' medication is extremely lacking, which needs to be improved.

SUMMARY OF THE INVENTION

The invention discloses a system for collecting and selling medicines with a pharmacist certificate, which can achieve the purpose of safe drug use by the pharmacist personally dispensing medicines by proposing to connect through a secure network and confirming the contents of the prescription signed through the actual certificate of the pharmacist. Furthermore, the present invention can also carry out the sale of general finished medicines, so that users in need can conveniently purchase the desired finished medicines through real-time video discussion with the pharmacist. The invention can not only greatly save the time of queuing for medicine, but also has the advantage that the pharmacist dispenses the medicine in person, and it is convenient for the user to purchase the finished medicine quickly and without time limit, and effectively improves the deficiencies of the prior art.

The pharmacist certificate medicine receiving and selling system of the present invention includes a server, a pharmacist terminal device and a medicine receiving and selling device. The server includes: a national pharmacist database; a pharmacist credential real-time confirmation module, coupled to the national pharmacist database, for performing checking and confirming a pharmacist credential; and a secure online transmission module, coupled to the national pharmacist database and the pharmacist credential real-time confirmation module, which performs wireless communication and data transmission; the pharmacist-end device and the server are in wireless communication, and the pharmacist-end device includes: a pharmacist credential input module, which provides a pharmacist to execute the input of personal data. a pharmacist certificate; a real-time certificate checking and replying module, coupled to the pharmacist certificate input module, for receiving the messages transmitted and replied by the pharmacist certificate checking of the server in real time; a pharmacist's own medicine dispensing confirmation module, coupled to the pharmacist certificate checking a real-time credential checking and replying module for confirming that the pharmacist performs dispensing for me; a prescription signing and using credential signing module, coupled to the pharmacist's own dispensing confirmation module, to execute the pharmacist's prescription signing; and a first wireless communication a module, which is coupled to the real-time credential checking and replying module and the prescription signature using credential signing module; the first wireless communication module includes a security socket end-layer module for executing the security between the pharmacist-end device and the server and the medicine receiving and selling device is in wireless communication with the server, and the medicine receiving and selling device includes: a prescription signature scanning module for scanning a prescription signature of a user; a medicine demand identification module, coupled to the prescription label scanning module for identifying the medicine corresponding to the content of the prescription label; a second wireless communication module coupled to the medicine demand identification module, the second wireless communication module including a safety socket end layer a module for executing the secure connection between the medicine receiving and selling device and the server; a pharmacist dispensing execution module, coupled to the second wireless communication module, according to the contents of the prescription signed by the certified pharmacist certificate, The medicine receiving and selling device is controlled to execute the dispensing action, and the medicine is obtained and packaged; and a medicine receiving module is coupled to the pharmacist dispensing execution module for providing the user to receive the medicine.

In one embodiment, the pharmacist-end device further includes a finished medicine sales processing module, and the finished medicine sales processing module is coupled between the pharmacist's own medicine dispensing confirmation module and the first wireless communication module for executing the use. When the pharmacist needs to buy the finished medicine, he can provide the pharmacist's certificate for selling the finished medicine suitable for the user.

In one embodiment, the real-time confirmation module of the pharmacist certificate of the server further includes: a confirmation message sending module for sending a confirmation certificate message to the pharmacist; and a confirmation message receiving module for receiving the pharmacist The message that is transmitted in reply to the confirmation certificate.

In one embodiment, the server further includes: a pharmacist dispensing record module, coupled to the national pharmacist database, to record the pharmacist's dispensing records every time; and a prescription sign usage record module, coupled to the The national pharmacist database performs a record of each prescription signed by the pharmacist.

In one embodiment, the medicine receiving and selling device further includes a finished medicine demand identification module, the finished medicine demand identification module is coupled with the second wireless communication module, and is used for identifying the demand for finished medicines by the user when purchasing finished medicines. The medicine receiving and selling device reads the symptoms of the user, and the pharmacist identifies which medicines can be used in accordance with the symptoms of the user according to the symptoms of the user. of medicines.

In one embodiment, the first wireless communication module further includes a transport layer security module for executing a secure connection between the pharmacist-end device and the server.

In one embodiment, the first wireless communication module further includes a hypertext transfer protocol security module for executing a secure connection between the pharmacist-end device and the server.

In one embodiment, the second wireless communication module further includes a transport layer security module for executing a secure connection between the medicine collecting and selling device and the server.

In one embodiment, the second wireless communication module further includes a hypertext transfer protocol security module for executing a secure connection between the medicine collecting and selling device and the server.

In one embodiment, the medicine receiving and selling device further includes: a central control unit module; a camera coupled to the central control unit module for photographing the user; a screen coupled to the central control unit module The central control unit module is a touch screen, which enables the pharmacist and the user to have real-time video and image conversations; an identification module, coupled to the central control unit module, is used for identifying the user's identity and identifying the user's payment method; and a transaction module, coupled to the central control unit module and the identification module, for the payment method of the user, to execute payment transactions; wherein, the medicine-receiving module is coupled to the central control unit module, and is composed of The central control unit module controls the pharmacist dispensing execution module to perform the dispensing action, packing and taking medicine.

Description of drawings

1 is a schematic diagram of a system composition according to an embodiment of the present invention;

FIG. 2 is a schematic diagram of a circuit block implementation of a server in an embodiment of the present invention;

FIG. 3 is a schematic diagram of a circuit block implementation of a Chinese pharmacist terminal device according to an embodiment of the present invention;

FIG. 4 is a schematic diagram of a circuit block implementation of the device for collecting and selling medicines in an embodiment of the present invention.

Description of reference numerals

1: Pharmacist 10: Pharmacist Device

12: Pharmacist credential input module 14: Real-time credential verification reply receiving module

16: The pharmacist's own dispensing confirmation module 17: The prescription signing module

18: Finished medicine sales processing module 20: The first wireless communication module

21: Security Socket Port Layer Module 22: Transport Layer Security Module

23: Hypertext Transfer Protocol Security Module

30: Server 31: National Pharmacist Database

32: Secure Online Transmission Module 33: Real-time Confirmation Module for Pharmacist Credentials

34: Confirmation message sending module 35: Confirmation message receiving module

37: Pharmacist dispensing record module 38: Prescription sign usage record module

50: Drug collection and sales device 52: Prescription sign scanning module

54: Drug Demand Identification Module 56: Finished Drug Demand Identification Module

58: Pharmacist dispensing execution module

60: Second wireless communication module 61: Security socket port layer module

62: Transport Layer Security Module 63: Hypertext Transfer Protocol Security Module

70: Medicine Receiving Module 71: Camera

72: Screen 74: Identification Module

76: Transaction Module

100: User

Detailed ways

The invention relates to a pharmacist's certificate drug receiving and selling system. The pharmacist's actual certificate is connected through a secure network to confirm the content of the prescription and achieve the purpose of safe drug use by the pharmacist personally dispensing. Not only can the time of queuing for medicines be greatly saved, but also it has the advantage that the pharmacist dispenses medicines in person, and it is convenient for users to purchase finished medicines quickly and without time limit.

Various exemplary embodiments will be described more fully hereinafter with reference to the accompanying drawings, in which some exemplary embodiments are shown. However, the inventive concepts may be embodied in many different forms and should not be construed as limited to the exemplary embodiments set forth herein. Rather, these illustrative embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the inventive concept to those skilled in the art. In the various drawings, the size of various devices or components of the present application may be exaggerated for clarity, or the sizes of relative entities between circuit blocks may be exaggerated, and like numerals refer to like components throughout.

It should be understood that although the terms "a", module, unit, message or signal, etc. may be used herein to describe various components or objects, or to distinguish between different steps, such components or objects should not be affected by such Terminology restrictions, these terms are used to clearly distinguish one element from another element; the term "a" is not limited to only one element, it can be an antecedent. Viewed from another perspective, the right side (or left side) of a description component may be renamed the left side (or right side) without affecting the essence of the technology. Accordingly, the terms plural, multiple, each, or each, etc. discussed below are used to distinguish the composition of components without departing from the teachings of the inventive concept. As used herein, "a", first, second or third is used to distinguish different components, modules or signals, and does not have a certain sequential relationship; in addition, the term "plurality" is used herein to describe the components, but such components are not limited to implementations of two, three, or four and four or more components represent the techniques implemented.

As shown in FIG. 1 , the pharmacist certificate medicine receiving and selling system of the present invention includes a pharmacist terminal device 10 , a server 30 and a medicine receiving and selling device 50 . The pharmacist-end device 10 can be an intelligent handheld device used by a pharmacist 1 in practical application, and the pharmacist-end device 10 and the server 30 are connected through a wireless communication network, and the network connection is a secure wireless communication Internet connection. The medicine receiving and selling device 50 executes the dispensing operation of medicines and provides a user 100 with the required medicines. The medicine receiving and selling device 50 and the server 30 are also connected via a wireless communication network. Similarly, the network A connection is a secure wireless communication network connection.

2 is a schematic diagram of the implementation of the circuit block of the server 30 in the embodiment of the present invention. The server 30 includes a national pharmacist database 31, a secure online transmission module 32, a pharmacist credential real-time confirmation module 33, and a pharmacist dispensing record module. 37 and a signature use record module 38. Among them, the national pharmacist database 31 stores data related to qualified pharmacists who have been approved by the competent authority to perform pharmacist work in all parts of the country, which is used when the pharmacist 1 performs a check on the pharmacist certificate after logging in. The pharmacist credential real-time confirmation module 33 is coupled to the national pharmacist database 31, and its function is to perform a pharmacist qualification check, confirm a pharmacist credential, and determine whether the pharmacist is the pharmacist himself.

Furthermore, the real-time confirmation module 33 of the pharmacist certificate further includes a confirmation message sending module 34 and a confirmation message receiving module 35 . The confirmation message sending module 34 is used for sending a confirmation certificate message to the pharmacist; the confirmation message receiving module 35 is used for receiving a message sent by the pharmacist in response to the confirmation certificate. This function is to immediately perform the relevant verification actions to confirm whether the registered pharmacist is himself or herself. For example, after the pharmacist requests to log in to the server 30, the confirmation message sending module 34 will send a message for confirming the certificate, such as a message of a verification code or a text to ask the individual to log in the customs passphrase, so as to achieve the confirmation of the person's certificate. Purpose. Afterwards, after the pharmacist replies the relevant message, the confirmation message receiving module 35 will receive it, and then execute the relevant confirmation action of the pharmacist certificate.

In one embodiment, the server 30 further includes a pharmacist dispensing record module 37 and a prescription sign usage record module 38 . The pharmacist dispensing record module 37 is directly coupled to the national pharmacist database 31, and its function is to record the contents of the dispensing performed by the pharmacist each time, and save the data as a basis or reference for future reference. The prescription sign usage record module 38 is also coupled to the national pharmacist database 31, and is used to record the prescription signs handled by the pharmacist each time, collect and organize the prescription sign data, and store them as backup data for future execution. basis or reference.

The secure online transmission module 32 in the server 30 is coupled to the national pharmacist database 31 and to the pharmacist credential real-time confirmation module 33, and its main function is to perform wireless communication and data transmission, mainly to connect the server 30 with the pharmacist certificate. Between the pharmacist's end device 10 and the server 30 and the drug receiving and selling device 50, a connection operation with safety protection function is performed.

Please refer to FIG. 3 . FIG. 3 further discloses a schematic diagram of the implementation of the circuit block inside the pharmacist terminal device 10 of the present invention, which includes a pharmacist certificate input module 12 , a real-time certificate checking and replying module 14 , and a pharmacist's own dispensing confirmation module 16 , a party signing using the certificate signing module 17 and a first wireless communication module 20 . The pharmacist credential input module 12 described therein provides the pharmacist 1 to perform input of personal pharmacist credentials. In practice, this pharmacist certificate can be issued by the National Pharmacists Association or by a public unit such as the Ministry of Health and Welfare or a competent authority, and its content can include electronic certificate visa, physical USB Dongle (USB encryption key) or electronic The virtual visa can be combined with the electronic certificate of the entity visa, which is not limited in the present invention.

The real-time credential checking and replying module 14 is coupled to the pharmacist credential inputting module 12, and executes real-time reception of the messages transmitted and replied by the pharmacist credential real-time confirmation module 33 of the server 30 to perform relevant checking actions for the pharmacist credential, Of course, the reply message includes confirmation that the pharmacist's certificate is correct and can execute the dispensing; it also includes that the pharmacist's certificate is wrong, and the server cannot be entered. The pharmacist's self-dispensing confirmation module 16 is coupled to the real-time certificate checking and replying module 14, and its function is to enable the pharmacist who performs the business to be confirmed that the pharmacist 1 performs the dispensing operation. The prescription signature and use certificate signing module 17 is coupled to the pharmacist's own dispensing confirmation module 16, and its main function is to execute the real-name signing of the prescription signature of the pharmacist 1, thereby enabling the pharmacist 1 to take the practice responsibility for this dispensing. .

The first wireless communication module 20 is coupled to the real-time credential checking and replying module 14 and the prescription signature using credential signing module 17 . In practice, the wireless communication module is mainly used to perform wireless communication with the server 30 as a secure network connection, so as to ensure the connection between the pharmacist-end device 10 and the server 30, and even the pharmacist-end device 10, the server 30 and the The wireless network connection between the three medicine collecting and selling devices 50 is a secure network connection. In one embodiment, the first wireless communication module 20 includes a security socket port layer module 21 for executing the secure connection between the pharmacist terminal device 10 and the server 30. In practical application, the above-mentioned The secure socket port layer module 21 is an SSL (Secure Sockets Layer) secure communication port layer, which is used to maintain the security of the Internet connection between the pharmacist terminal device 10 and the server 30, and to prevent the communication between the two systems. All sensitive data is read by other hackers.

In another embodiment, the first wireless communication module 20 may further include a transport layer security module 22 for executing a secure connection between the pharmacist-end device 10 and the server 30 . The transport layer security module 22 can be used to replace the above-mentioned security socket port layer module 21 , or a coexistence of the two. It is within the scope of the present invention to provide designers with a choice. In practice, the transport layer security module 22 is a transport layer security of TSL (Transport Layer Security), and the aforementioned SSL is a more advanced security encryption option.

In yet another embodiment, the first wireless communication module 20 may further include a hypertext transfer protocol security module 23 for executing a secure connection between the pharmacist-end device 10 and the server 30 . The hypertext transfer protocol security module 23 can be used to replace the above-mentioned security socket port layer module 21, or an implementation form in which the two coexist, so that the designer can choose one to use, which is all within the scope of implementation of the present invention. Inside. In practice, the described hypertext transfer protocol security module 23 is a network security certificate of HTTPS (Hyper Text Transfer Protocol Secure), and the detailed data of the certificate includes the enterprise name of the certificate issuing organization and the website owner, which can be passed through. Browser lock flag for viewing.

The pharmacist-end device 10 shown in FIG. 3 further includes a finished medicine selling processing module 18 , and the finished medicine selling processing module 18 is coupled between the aforementioned pharmacist's own medicine dispensing confirmation module 16 and the first wireless communication module 20 . The main function of the finished medicine selling processing module 18 is to perform the operation of providing the pharmacist 1 with a certificate for selling finished medicines suitable for the user 100 when a user 100 wants to buy general medicines. The user 100 may be the patient himself, or the patient's family members or friends may purchase the medicine on behalf of the patient who is inconvenient to go out.

As shown in FIG. 4 , the block diagram of the internal circuit of the medicine receiving and selling device 50 according to the present invention is further illustrated. The medicine receiving and selling device includes a prescription signature scanning module 52 , a medicine demand identification module 54 , a second wireless communication module 60 , a pharmacist dispensing execution module 58 and a medicine receiving module 70 . The prescription signature scanning module 52 is used for scanning a prescription signature of the user 100 to obtain relevant information on the prescription signature. The medicine demand identification module 54 is coupled to the prescription label scanning module 52 for identifying the medicine corresponding to the content of the prescription label; that is, after the prescription label is scanned, the medicine demand identification module 54 receives the medicine demand identification module 54. Execute the list content of the prescription signature, and store the identified drug content in a list.

The second wireless communication module 60 is coupled to the drug demand identification module 54 and the pharmacist dispensing execution module 58. The second wireless communication module 60 also includes a safety socket end layer module 61, the safety socket end layer module 61 It is used for executing the secure connection between the medicine collecting and selling device 50 and the server 30 . The pharmacist dispensing execution module 58 is coupled to the second wireless communication module 60 to receive the relevant dispensing operation procedure of the pharmacist 1 transmitted by the second wireless communication module 60, and is signed according to the certified pharmacist certificate. The content of the prescription is controlled, and the medicine receiving and selling device 50 is controlled to execute the dispensing action, obtain the medicine and execute the packaging. The medicine receiving module 70 is coupled to the pharmacist dispensing execution module 58 for providing the user 100 with the required medicines directly.

In one embodiment, the secure socket port layer module 61 in the second wireless communication module 60 is an SSL (Secure Sockets Layer) secure communication port layer, used to maintain the communication between the drug receiving and selling device 50 and the server 30 . security of the Internet connection between the two systems and prevent all sensitive data sent between the two systems from being read by other hackers.

In another embodiment, the second wireless communication module 60 may further include a transport layer security module 62 for performing a secure connection between the drug collecting and selling device 50 and the server 30 . The transport layer security module 62 can also be used to replace the above-mentioned security socket port layer module 61 , or an implementation form in which the two coexist, which can be used by the designer, which are all within the scope of the present invention. In practice, the transport layer security module 22 is a transport layer security technology of TSL (Transport Layer Security). In yet another embodiment, the second wireless communication module 60 may further include a hypertext transfer protocol security module 63 for performing a secure connection between the medicine collecting and selling device 50 and the server 30 . The hypertext transfer protocol security module 63 can replace the above-mentioned security socket port layer module 61, or an implementation form of both, the designer can use either one, and both are within the scope of the present invention. In practice, the hypertext transfer protocol security module 63 is an HTTPS (Hyper Text Transfer Protocol Secure) network security certificate.

The embodiment of the medicine collecting and selling device 50 shown in FIG. 4 further includes a finished medicine demand identification module 56 . The patented medicine demand identification module 56 is coupled to the second wireless communication module 60, and is used to read the user's symptoms by the medicine receiving and selling device 50 when the user 100 needs to purchase the medicine. In the mode of video communication, the pharmacist 1 communicates with the user 100 (eg, a patient) in real time through video, so as to understand the needs of the finished medicine. Afterwards, the pharmacist 1 identifies which kind of finished medicine can be used according to the symptoms of the user 100 according to the symptoms of the user 100, and then the pharmacist dispensing execution module 58 provides the finished medicines that meet the symptoms of the user 100, After the user 100 pays for the transaction, the finished medicine recommended by the pharmacist 1 is received from the medicine receiving module 70, and the medicine collection is completed.

To further illustrate the practical application embodiment of the medicine receiving and selling device 50, as shown in FIG. 1, the medicine receiving and selling device 50 includes a camera 71, a screen 72, an identification module 74, a transaction module 76 and a The central control unit module (located inside the medicine receiving and selling device 50, not marked in the figure). The camera 71 is coupled to the central control unit module, and is used to perform a photographing action on the user 100 . The screen 72 is also coupled to the central control unit module. In practice, the actual implementation of the screen 72 is a touch-sensitive screen for the user 100 to perform click input operations and communicate with the medicine receiving and selling device 50 The interaction is performed so that both the pharmacist 1 and the user 100 can perform the video conference in real time.

The identification module 74 is also coupled to the central control unit module, and its function is to identify the identity of the user 100. Further, the identification module 74 can identify the payment method used by the user 100, such as electronic payment, third-party payment , electronic voucher payment, credit card payment or cash transaction payment, etc. The transaction module 76 is coupled to the central control unit module and the identification module 74 , and mainly cooperates with the identification operation of the identification module 74 to further execute payment transactions according to the payment method used by the user 100 . The medicine dispensing module 70 is also coupled to the central control unit module, and the central control unit module executes and controls the pharmacist dispensing execution module 58 to execute the action of dispensing medicine, packaging, and the relevant operation procedures for receiving medicines by the pharmacist 1 .

To sum up, the present invention proposes a medicine receiving and selling system with a pharmacist certificate, which can greatly save the time of queuing for the patient or the user 100 to receive medicine, and has the advantage of the pharmacist 1 dispensing medicine in person, and is convenient for the user or user. The chronic disease patients can quickly and without time limit the field medicine, and it is also convenient for the user 100 in need to purchase the needed finished medicine in real time. In addition, in the present invention, the actual certificate of the pharmacist 1 is connected through a secure network to confirm the contents of the prescription, thereby achieving the purpose of safe medication by the pharmacist personally dispensing the medicine. Obviously, the patent application of the present invention has the requirements for patent application.

However, what is described in the description of the present invention is only an illustration of a preferred embodiment, and the scope of protection of the present invention cannot be limited by it, and any partial changes, modifications or additions of technology still do not depart from the scope of protection of the present invention. middle.

Claims (10)

1. A pharmacist certificate drug collection and sales system, comprising a server, a pharmacist end device and a drug collection and sales device, characterized in that, The server includes: a national database of pharmacists; a pharmacist credential real-time confirmation module, coupled to the national pharmacist database, for performing checking and confirming a pharmacist credential; and a secure online transmission module, coupled to the national pharmacist database and the pharmacist credential real-time confirmation module, to perform wireless communication and data transmission; There is wireless communication between the pharmacist-end device and the server, and the pharmacist-end device includes: A pharmacist credential input module, providing a pharmacist to execute the input of personal pharmacist credentials; a real-time credential checking and replying module, coupled to the pharmacist credential inputting module, for receiving the messages transmitted and replied by the pharmacist credential checking of the server in real time; A pharmacist's self-dispensing confirmation module, coupled to the real-time credential checking and replying module, for enabling the pharmacist to confirm that the medicine is being dispensed for himself; A prescription signing using a certificate signing module, coupled to the pharmacist's own dispensing confirmation module, to execute the pharmacist's prescription signing; and a first wireless communication module, coupled to the real-time certificate checking and replying module and the prescription signing certificate signing module; the first wireless communication module includes a security socket port layer module for executing the pharmacist-end device and the server secure connection between; and There is wireless communication between the medicine receiving and selling device and the server, and the medicine receiving and selling device includes: A prescription signature scanning module for scanning a prescription signature of a user; a drug demand identification module, coupled to the prescription label scanning module, for identifying the drug corresponding to the content of the prescription label; a second wireless communication module, coupled to the medicine demand identification module, the second wireless communication module includes a security socket end layer module for executing the security connection between the medicine collecting and selling device and the server; A pharmacist dispensing execution module, coupled to the second wireless communication module, controls the drug receiving and selling device to execute the dispensing action according to the contents of the signed prescription signed by the certified pharmacist certificate, obtains the drug and packs it; and A medicine receiving module, coupled to the pharmacist dispensing execution module, is used for enabling the user to receive the medicine. 2. The system for collecting and selling medicines with a pharmacist certificate according to claim 1, wherein the pharmacist terminal device further comprises a finished medicine selling processing module, and the finished medicine selling processing module is coupled to the pharmacist himself for dispensing confirmation Between the module and the first wireless communication module, when the user needs to purchase the finished medicine, the pharmacist can provide the certificate for selling the finished medicine suitable for the user. 3. The pharmacist credential drug receiving and selling system according to claim 1, wherein the real-time confirmation module of the pharmacist credential of the server further comprises: a confirmation message sending module for sending a confirmation certificate message to the pharmacist; and a confirmation message receiving module for receiving the message of reply confirmation certificate transmitted by the pharmacist. 4. The pharmacist certificate drug collection and sales system according to claim 1, wherein the server further comprises: a pharmacist dispensing record module, coupled to the national pharmacist database, to record the pharmacist's dispensing records every time; and A prescription sign usage recording module, coupled to the national pharmacist database, records the prescription signs handled by the pharmacist every time. 5. The pharmacist certificate drug collection and sales system according to claim 2, wherein the drug collection and sales device further comprises a finished medicine demand identification module, and the finished medicine demand identification module communicates with the second wireless communication The modules are coupled to read the symptoms of the user by the drug receiving and selling device when the user needs to buy finished medicines, and the pharmacist identifies which finished medicines can meet the requirements of the user according to the symptoms of the user. Used by the user's symptoms, and then the pharmacist dispenses the execution module to provide the finished medicine used in accordance with the user's symptoms. 6. The system of claim 1, wherein the first wireless communication module further comprises a transport layer security module for executing the communication between the pharmacist terminal device and the server. secure connection between. 7. The system for collecting and selling medicines with pharmacist credentials as claimed in claim 1, wherein the first wireless communication module further comprises a hypertext transfer protocol security module for executing the pharmacist terminal device and the Security online between servers. 8. The system of claim 1, wherein the second wireless communication module further comprises a transport layer security module for executing the medicine collection and sale device and the server security connection between. 9. The pharmacist credential drug receiving and selling system according to claim 1, wherein the second wireless communication module further comprises a hypertext transfer protocol security module for executing the connection between the drug receiving and selling device and all secure connection between the aforementioned servers. 10. The pharmacist certificate drug collection and sales system according to claim 2 or 5, wherein the drug collection and sales device further comprises: a central control unit module; a camera, coupled to the central control unit module, for photographing the user; A screen, coupled to the central control unit module, is a touch screen, enabling the pharmacist and the user to have a real-time video conference; an identification module, coupled to the central control unit module, for performing identification of the user and identification of the payment method used by the user; and a transaction module, coupled to the central control unit module and the identification module, for executing a payment transaction according to the payment method of the user; Wherein, the medicine dispensing module is coupled to the central control unit module, and the central control unit module controls the pharmacist dispensing execution module to perform the operations of dispensing, packaging and receiving medicines.

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