TWI672660B - Medicine receiving and vending system with pharmacist voucher - Google Patents

Abstract

The invention relates to a pharmacist voucher drug collecting and selling system, wherein the pharmacist voucher drug collecting and selling system comprises a server, a pharmacist device and a drug collecting and selling device, wherein the three are a secure wireless communication connection. The instant vouchers are provided with a real-time voucher inspection reply receiving module, and the instant voucher inspection reply receiving module is coupled with a pharmacist's own dispensing confirmation module, and the pharmacist's own dispensing confirmation module is coupled with a prescription signing voucher. Modules; thereby enabling users to easily obtain the required drugs or purchase the required medicines through instant discussions with the pharmacist, without the restrictions on the general pharmacy business hours, and can greatly save The time when the drug is lined up; and the invention has the advantage of the pharmacist personally dispensing the medicine, and effectively achieves the purpose of safe medication.

Description

Pharmacist voucher drug collection and trafficking system

The invention relates to a pharmacist voucher drug collecting and selling system, in particular to a drug collecting and selling system with a pharmacist certificate and personally dispensing the medicine.

In the prior art, in the drug-receiving part, patients often take a long time to queue for drugs, which often causes waste of time and is extremely inconvenient. Moreover, the existing drug vending machines lack the certification of qualified pharmacists, and there is an extreme lack of guarantee for the safety of patients' medications, which needs to be improved.

The invention discloses a pharmacist voucher drug collecting and selling system, which aims to confirm the contents of the prescription by means of a secure network connection and through the actual vouchers of the pharmacist, thereby achieving the purpose of safely administering the medicine by the pharmacist. Furthermore, the present invention is also capable of performing the sale of general medicines, allowing users in need to conveniently purchase the required medicines through instant discussions with the pharmacist. The invention not only can greatly save the time for lining up the drug, but also has the advantages of the pharmacist personally dispensing the medicine, and is convenient for the user to purchase the medicine quickly and without time limit, thereby effectively improving the deficiency of the prior art.

The pharmacist voucher drug collection and trafficking system of the present invention comprises a server, a pharmacist device and a drug receiving and selling device. The server includes: a national pharmacist database; a pharmacist voucher instant confirmation module, coupled to the national pharmacist database for performing verification and confirmation of a pharmacist certificate; and a secure connection transmission module, coupled Receiving a wireless confirmation and data transmission with the national pharmacist database and the pharmacist's voucher instant confirmation module; the pharmacist device and the server are wirelessly communicated, The pharmacist's device includes: a pharmacist's voucher input module, which provides a pharmacist to perform the input of the individual's pharmacist's voucher; an instant voucher check replies module coupled to the pharmacist's voucher input module for immediate reception by The pharmacist's voucher of the server checks the information transmitted and replied; a pharmacist's own dispensing confirmation module is coupled to the instant voucher inspection reply module for enabling the pharmacist to confirm that the dispensing is performed for the person; The signing module is 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 instant vouching inspection reply module and the prescription signing vouchers The first wireless communication module includes a security socket end layer module for performing a security connection between the pharmacist device and the server; and the drug receiving and selling device, and the server For wireless communication, the drug receiving and selling device includes: a prescription scanning module for performing scanning of a prescription of a user; The module is coupled to the prescription scanning module for identifying the medicine corresponding to the content of the prescription label; a second wireless communication module coupled to the medicine requirement identification module, the second wireless communication module The group includes a security socket end layer module for performing a security connection between the drug receiving and selling device and the server; a pharmacy dispensing execution module coupled to the second wireless communication module, according to the The certified pharmacist's voucher has signed the contents of the prescription, controls the drug to receive the dispensing device to perform the dispensing action, obtains the drug and packages, and a drug dispensing module coupled to the pharmacist dispensing execution module for providing the use The person receives the drug.

1‧‧ ‧ pharmacist

10‧‧‧Pharmacist end device

12‧‧‧Pharmacist Voucher Input Module

14‧‧‧ Instant Voucher Verification Reply Receiver Module

16‧‧‧Pharmacist's own dispensing confirmation module

17‧‧‧Prescription sign using voucher signing module

18‧‧‧Pharmaceutical sales processing module

20‧‧‧First wireless communication module

21‧‧‧Safe socket end layer module

22‧‧‧Transport Layer Security Module

23‧‧‧Supertext Transfer Protocol Security Module

30‧‧‧Server

31‧‧‧National Pharmacist Database

32‧‧‧Safety connection module

33‧‧‧ Pharmacist Voucher Instant Confirmation Module

34‧‧‧Confirmation message sending module

35‧‧‧Confirmation message receiving module

37‧‧‧Pharmacist dispensing record module

38‧‧‧Prescription signing record module

50‧‧‧ drug collection and sales device

52‧‧‧Prescription sign scanning module

54‧‧‧Drug Demand Identification Module

56‧‧‧Drug Demand Identification Module

58‧‧‧Pharmacist dispensing execution module

60‧‧‧Second wireless communication module

61‧‧‧Safe socket end layer module

62‧‧‧Transport layer security module

63‧‧‧Supertext Transfer Protocol Security Module

70‧‧‧ Drug collection module

71‧‧‧ camera

72‧‧‧ screen

74‧‧‧ Identification Module

76‧‧‧Transaction module

100‧‧‧Users

1 is a schematic structural diagram of a system 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 pharmacist device according to an embodiment of the present invention; A schematic diagram of the implementation of the circuit block of the drug receiving and selling device in the embodiment.

The invention relates to a pharmacist voucher drug collection and sales system, which is confirmed by the pharmacist's actual vouchers and through a secure network connection to confirm the prescription card. Rong, to achieve the purpose of safe drug use by the pharmacist personally. Not only can it greatly save the time for the drug to be queued, but also has the advantage of the pharmacist personally dispensing the drug, and it is convenient for the user to purchase the medicine quickly and without time limit.

The exemplary embodiments are described with reference to the accompanying drawings, in which FIG. However, the inventive concept may be embodied in many different forms and should not be construed as limited to the illustrative embodiments set forth herein. Rather, these exemplary embodiments are provided so that this invention will be in the In the figures, the size of the various devices or components in the present invention may be exaggerated for clarity, or the relative entities in the figures may be exaggerated in the figures.

It will be understood that, although the terms "a", "module", """""""""""""""" These terms are used to clearly distinguish between a component and another component; the term "a" is not limited to only one component, and may be an antecedent. Viewed from another angle, the right (or left) side of the description element can be referred to as the left side (or right side) without affecting the nature of the technology. Accordingly, the plural, plural, each or each of the terms discussed below are used to distinguish the components of the elements without departing from the teachings of the inventive concept. As used herein, the terms "a", "an", "the", "the", "the", "the", "the", "the" There are a plurality of elements, but such a plurality of elements are not limited to the implementation of techniques in which two, three or four and more than four elements are represented.

As shown in FIG. 1, the pharmacist voucher drug collection and trafficking system of the present invention includes a pharmacist end device 10, a server 30, and a drug receiving vending device 50. The pharmacist end device 10 can be a smart handheld device used by a pharmacist 1 in practical use, and the pharmacist end device 10 and the server 30 are connected by a wireless communication network, and the network connection has Secure wireless communication network connection. Said drug The receiving and selling device 50 is configured to perform a dispensing operation of the medicine and provide the user 100 with the required medicine. The medicine receiving and selling device 50 and the server 30 are also connected by a wireless communication network. Road connection is a secure wireless communication network connection.

FIG. 2 is a schematic diagram of a circuit block implementation of a server 30 according to an embodiment of the present invention. The server 30 includes a national pharmacist database 31, a secure connection transmission module 32, and a pharmacist certificate instant confirmation module 33. A pharmacist dispensing record module 37 and a prescription sign use record module 38. Among them, the National Pharmacist Database 31 stores relevant information of qualified pharmacists approved by the competent authority in the pharmacist business in various parts of the country, and is used as a pharmacist 1 to perform inspections on the pharmacist's vouchers. The pharmacist voucher instant confirmation module 33 is coupled to the national pharmacist database 31, and functions to perform the pharmacist qualification check and confirm a pharmacist certificate, and determine whether the pharmacist is himself or not.

Further, the pharmacist voucher instant confirmation module 33 further includes a confirmation message sending module 34 and a confirmation message receiving module 35. The confirmation message sending module 34 is configured to send a confirmation voucher message to the pharmacist; and the confirmation message receiving module 35 is configured to receive a message sent by the pharmacist to send a confirmation voucher. The effect is to be able to perform an immediate verification of whether the registered pharmacist has performed the relevant verification action for himself or herself. For example, after the pharmacist requests the login server 30, the confirmation message sending module 34 sends a message confirming the voucher, such as a verification code message or a text message asking the individual to log in, so as to confirm the identity. The purpose of the voucher. After the pharmacist replies to the relevant information, the pharmacist receives the confirmation message, and then receives the confirmation of the pharmacist's voucher.

In an embodiment, the server 30 further includes a pharmacy dispensing record module 37 and a prescription use record module 38. The pharmacist dispensing record module 37 is directly coupled to the National Pharmacist Database 31, and its function is to perform a record recording of the dispensing content performed by the pharmacist each time, and to keep the data as a basis for future review or reference. The prescription use record module 38 is also coupled to the National Pharmacist Database 31 for performing a record of the prescriptions that the pharmacist handles each time, collecting and sorting the prescriptions, and storing them as backup materials for later execution. The basis or reference for the review.

The security connection transmission module 32 of the server 30 is coupled to the national pharmacist database 31 and coupled to the pharmacist voucher instant confirmation module 33, and its main function is to perform wireless communication and data transmission, mainly A connection operation between the server 30 and the pharmacist terminal device 10 and the server 30 and the drug receiving vending device 50 is performed.

Referring to FIG. 3, FIG. 3 further discloses a circuit block implementation diagram of the interior of the pharmacist end device 10 of the present invention. The internal structure includes a pharmacy voucher input module 12, an instant voucher inspection reply module 14, and a pharmacist's own drug confirmation mode. The group 16 and the prescription sign use the voucher signing module 17 and a first wireless communication module 20. The pharmacist voucher input module 12 described therein provides the pharmacist 1 to perform the input of the individual pharmacist's voucher. This pharmacist's voucher can be issued by the National Association of Pharmacists or by the public or other public authorities such as the Ministry of Health and Welfare. The contents can include an electronic voucher visa, a physical USB Dongle (USB encryption key) or electronic The virtual visa can be combined with the electronic voucher of the entity visa, and the invention is not limited.

The instant voucher check reply module 14 is coupled to the pharmacist voucher input module 12 for performing the immediacy reception by the server 30. The pharmacist voucher instant confirmation module 33 performs the relevant check action for the pharmacist voucher. The reply message, of course, the reply message includes the confirmation that the pharmacist's voucher is correct and can perform the dispensing. If the pharmacist's voucher is incorrect, the server cannot be accessed. The pharmacist's own dispensing confirmation module 16 is coupled to the instant vouchers inspection reply module 14 for enabling the pharmacist performing the business to be confirmed to perform the dispensing operation by the pharmacist 1 himself. The prescription sign using the voucher signing module 17 is coupled to the pharmacist's own dispensing confirmation module 16, and the main function is to execute the pharmacist 1's prescription signing real name sign, thereby enabling the pharmacist 1 to take up the dispensing. Practice responsibility.

The first wireless communication module 20 is coupled to the instant voucher inspection reply module 14 and the prescription use voucher signing module 17. In practical use, the wireless communication module is mainly for performing wireless communication with the server 30 as a secure network connection, thereby ensuring a connection between the pharmacist device 10 and the server 30, and even the pharmacist device. 10. The wireless network connection between the server 30 and the drug collection vending device 50 is a secure network connection. In an embodiment, the first wireless communication module 20 includes a security socket end layer module 21 for performing a security connection between the pharmacist device 10 and the server 30. The secure socket end layer module 21 is an SSL (Secure Sockets Layer) secure communication end layer for maintaining the security of the Internet connection between the pharmacist device 10 and the server 30, and preventing All sensitive data sent between the two systems is read by other hackers.

In another embodiment, the first wireless communication module 20 can further include a transport layer security module 22 for performing a secure connection between the pharmacist device 10 and the server 30. The transport layer security module 22 can be used in place of the above-mentioned secure jack end layer module 21, or the implementation manner of the two, so as to provide the designer with an alternative, which is the implementation scope of the present invention. Inside. In practice, the transport layer security module 22 is a transport layer security of a TSL (Transport Layer Security), and the foregoing SSL is a more advanced security encryption option.

In another embodiment, the first wireless communication module 20 can further include a hypertext transfer protocol security module 23 for performing security connection between the pharmacist device 10 and the server 30. line. The hypertext transfer protocol security module 23 can be used in place of the above-mentioned secure jack end layer module 21, or an implementation manner in which the two are coexistent, so as to provide a designer to use one or both of them. Within the scope of implementation. In practice, the Hypertext Transfer Protocol security module 23 is a HTTPS (Hyper Text Transfer Protocol Secure) network security credential, and the details of the credential include the enterprise name of the credential issuer and the website owner. Can be viewed through the browser lock mark.

The pharmacist-end device 10 of FIG. 3 further includes a pharmacy vending processing module 18 coupled to the pharmacist's own dispensing confirmation module 16 and the first wireless communication module 20 between. The main function of the medicine sales processing module 18 is to perform a voucher operation for the pharmacist 1 to sell the finished medicine suitable for the user 100 when the user 100 purchases the general medicine. The user 100 may be the patient itself, or a family member or a friend of the patient instead of the patient who is inconvenient to go out to purchase the medicine.

4 is a schematic view showing the internal circuit block connection of the drug collecting and selling device 50 of the present invention. The drug receiving and selling device includes a prescription scanning module 52, a drug demand identification module 54, a second wireless communication module 60, a pharmacy dispensing execution module 58 and a drug dispensing module 70. The prescription scanning module 52 is configured to perform scanning on a prescription card of the user 100 to obtain related information on the prescription card. The medicine requirement 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 receiver is identified by the drug demand. The module 54 executes the contents of the list of the prescription and stores the identified contents of the medicine.

The second wireless communication module 60 is coupled to the drug demand identification module 54 and the pharmacy dispensing execution module 58. The second wireless communication module 60 also includes a safety socket end layer module 61. The socket end layer module 61 is configured to perform a secure connection between the drug collection vending device 50 and the server 30. The pharmacist dispensing execution module 58 is coupled to the second wireless communication module 60 for receiving the relevant dispensing operation procedure of the pharmacist 1 transmitted by the second wireless communication module 60, and the certified pharmacist according to the certification The content of the prescription sign signed by the voucher controls the drug receiving vending device 50 to perform a dispensing action, obtains the drug, and performs packaging. The drug dispensing module 70 is coupled to the pharmacist dispensing execution module 58 for providing the user 100 with the required medication directly.

In an embodiment, the secure socket end layer module 61 of the second wireless communication module 60 is an SSL (Secure Sockets Layer) secure communication layer. The drug is used to secure the Internet connection between the vending device 50 and the server 30, and to prevent all sensitive data sent between the two systems from being read by other clients.

In another embodiment, the second wireless communication module 60 can 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 in place of the above-mentioned security jack end layer module 61, or the implementation manner of the two, and can be used by the designer, which is the implementation scope of the present invention. Inside. In practice, the transport layer security module 22 is a transport layer security technology of TSL (Transport Layer Security). In another embodiment, the second wireless communication module 60 can further include a hypertext transfer protocol security module 63 for performing a security connection between the drug receiving and selling device 50 and the server 30. line. The hypertext transfer protocol security module 63 can replace the above-mentioned secure jack end layer module 61, or the implementation mode of the coexistence of the two, and the designer can use one of them, both of which are the implementation scope of the present invention. within. In practice, the hypertext transfer protocol security module 63 is a network security credential of HTTPS (Hyper Text Transfer Protocol Secure).

The embodiment of the drug collection and vending device 50 described in FIG. 4 further includes a drug demand identification module 56. The medicine demand identification module 56 is coupled to the second wireless communication module 60 for reading the symptoms of the user by the medicine receiving and selling device 50 when the user 100 purchases the medicine for the user, for example: Through the mode of instant video communication, the pharmacist 1 can instantly communicate with the user 100 (for example, a patient) through video to understand the demand for the medicine. Thereafter, the pharmacist 1 identifies, for the symptoms of the user 100, which medicine can be used in accordance with the symptoms of the user 100, and then the pharmacist dispenses the execution module 58 to provide the medicine used in accordance with the symptoms of the user 100. After the user 100 pays the transaction, the medicine obtained by the pharmacist 1 is taken from the medicine dispensing module 70 to complete the medicine collection.

The practical application example of the drug collecting and selling device 50 is further illustrated. As shown in FIG. 1 , the drug receiving and selling device 50 includes a camera 71 and a camera. The screen 72, an identification module 74, a transaction module 76, and a central control unit module (located inside the drug collection vending device 50, not shown). The camera 71 is coupled to the central control unit module for performing 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 screen for the user 100 to perform a click input operation and the drug collection and sales device 50. The interaction between the pharmacist 1 and the user 100 enables instant video image interviews.

The identification module 74 is also coupled to the central control unit module, and functions to identify the identity of the user 100. Further, the identification module 74 can recognize 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, mainly in cooperation with the identification operation of the identification module 74, and further performs a payment transaction for the payment method used by the user 100. . The drug-collecting module 70 is also coupled to the central control unit module, and the central control unit module performs control of the pharmacist dispensing execution module 58 to perform the action of the pharmacist 1 dispensing, packaging, and drug collection. Related operating procedures.

In summary, the present invention provides a pharmacist voucher drug collection and sales system, which can greatly save the time for the patient or the user 100 to queue the drug, and has the advantage of the pharmacist 1 personally dispensing the drug, and is convenient for the user or chronic The patient can quickly and without time limit in the field of drugs, and it is convenient for the user in need to immediately purchase the required medicine. Furthermore, in the present invention, the prescription of the prescription is confirmed by the actual vouchers of the pharmacist 1 and through a secure network connection, thereby achieving the purpose of safe medication by the pharmacist. Obviously, the patent of the present invention is extremely suitable for the patent application.

However, the description of the present invention is merely illustrative of the preferred embodiments, and the scope of the present invention is not limited thereto, and any local variation, modification, or addition is not deviated from the scope of the present invention. in.

Claims (8)

A pharmacist voucher drug collection and selling system includes: a server, the server includes: a national pharmacist database; a pharmacist voucher instant confirmation module, coupled to the national pharmacist database for performing the inspection and Confirming a pharmacist's certificate; and a secure connection transmission module coupled with the national pharmacist database and the pharmacist's voucher instant confirmation module to perform wireless communication and data transmission; a pharmacist device, and the server Wireless communication, the pharmacist device includes: a pharmacist voucher input module, providing a pharmacist to perform the input of the individual pharmacist's voucher; an instant voucher check replies module coupled to the pharmacist voucher input module for immediacy Receiving the message transmitted and replied by the pharmacy voucher of the server; a pharmacist's own dispensing confirmation module is coupled to the instant voucher inspection reply module for enabling the pharmacist to confirm that the dispensing is performed for the person; Signing the voucher signing module, coupling it to the pharmacist's own dispensing confirmation module, executing the pharmacist's prescription signing; and a first wireless communication The first wireless communication module includes a security socket end layer module for executing the pharmacist device and the server. The first wireless communication module includes a security socket end layer module and the server. Between the security connection; and a drug receiving and selling device, wireless communication with the server, the drug receiving and selling device comprises: a prescription scanning module for signing a prescription of a user Performing a scan; a drug demand identification module coupled to the prescription scan module for identifying a drug corresponding to the content of the prescription mark; A second wireless communication module is coupled to the drug demand identification module, and the second wireless communication module includes a security socket end layer module for performing security between the drug receiving and selling device and the server a pharmacist dispensing execution module coupled to the second wireless communication module, controlling the drug receiving device to perform a dispensing action according to the signed prescription content of the certified pharmacist voucher, and obtaining the drug And a drug dispensing module coupled to the pharmacist dispensing execution module for providing the user with the drug; wherein the pharmacist device further includes a drug sales processing module, the pharmacy vendor The processing module is coupled between the pharmacist's own dispensing confirmation module and the first wireless communication module for performing the user's need to purchase the medicine, and providing the pharmacist himself to sell the product suitable for the user. The voucher operation of the medicine; wherein the drug receiving and selling device further comprises: a central control unit module; a camera coupled to the central control unit module for The user performs photography; a screen is coupled to the central control unit module, and is a touch screen, so that the pharmacist can talk to the user with an instant video image; an identification module is coupled to the center a control unit module for performing identification of the user identity and identifying the payment method used by the user; and a transaction module coupled to the central control unit module and the identification module, the user a payment method for performing a payment transaction; wherein the drug 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 dispensing action, packaging, and drug collection operations . The pharmacist voucher drug receiving and selling system according to claim 1, wherein the pharmacist's instant confirmation module of the server further includes: A confirmation message sending module executes a message for sending a confirmation voucher to the pharmacist; and a confirmation message receiving module performs a message for receiving the confirmation voucher transmitted by the pharmacist. The pharmacist voucher drug receiving and selling system according to claim 1, wherein the server further comprises: a pharmacist dispensing recording module coupled to the national pharmacist database to perform recording of the pharmacist's dispensing record each time; And a prescription sign using a recording module coupled to the national pharmacist database to perform a record of the prescription of the pharmacist each time. The pharmacist voucher drug collecting and selling system of claim 1, wherein the drug receiving and selling device further comprises a drug demand identification module, and the drug demand identification module is coupled to the second wireless communication module When the user purchases the medicine according to the demand, the medicine receiving device reads the symptom of the user, and the pharmacist identifies the medicine for the user's symptoms to be used according to the user's symptoms, and then The pharmacist dispenses the execution module to provide the medicine used to meet the symptoms of the user. The pharmacist voucher drug receiving and selling system of claim 1, wherein the first wireless communication module further comprises a transport layer security module for performing security between the pharmacist device and the server. Connected. The pharmacist voucher drug receiving and selling system according to claim 1, wherein the first wireless communication module further comprises a hypertext transfer protocol security module for executing between the pharmacist device and the server. Security connection. The pharmacist voucher drug receiving and selling system of claim 1, wherein the second wireless communication module further comprises a transport layer security module for performing security between the drug receiving and selling device and the server Sexual connection. The pharmacist voucher drug receiving and selling system of claim 1, wherein the second wireless communication module further comprises a hypertext transfer protocol security module for Performing a secure connection between the drug collection vending device and the server.