TWM646119U - System for generating electronic prescriptions and updating status of prescriptions with signatures - Google Patents

Abstract

A system that generates electronic prescriptions and updates the status of the prescriptions with signatures. After the application generates electronic prescriptions based on the prescription data input by the first user, the first user signs the electronic prescriptions to generate For the first signature data, the portal generates the prescription status of the electronic prescription after verifying the first signature data. The application side obtains the prescription status from the portal based on the pass data obtained by the second user. The second user The application end determines the prescription status and signs the electronic prescription to generate the second signature data when it indicates that the medicine can be received. The entrance end verifies the second signature data and updates the prescription status technical means, which can provide secure electronic Mechanism for collecting prescriptions and medication, and achieves the technical effects of avoiding the loss of paper prescriptions and duplication of medication, and increasing the efficiency of medication archiving.

Description

A system that generates electronic prescriptions and updates prescription status with signatures

A prescription status updating system, specifically refers to a system that generates electronic prescriptions and updates the prescription status with signatures.

Electronic prescriptions (E-prescription) have related application models in the United States, Canada, the United Kingdom, Japan, Australia and European countries. It mainly provides remote video consultation services to the public, and produces electronic prescriptions after the doctor's video consultation. The public then pays the medical expenses through electronic payment and chooses a pharmacy to dispense the medicine. Finally, the pharmacist delivers the medicine.

However, patients still need to print out electronic prescriptions themselves or go to the hospital to collect the electronic prescriptions and then go to the dispensing pharmacy to find a pharmacist to receive the medicine in person. However, one of the purposes of telemedicine is to improve the accessibility of medical treatment. If the public After a consultation, you need to return to the hospital to collect the electronic prescription or take the electronic prescription to the pharmacy, which goes against the goal of improving medical accessibility; and if the electronic file containing the electronic prescription is sent to the pharmacist for the pharmacist to prepare If it is mailed or delivered to the patient's home, the patient may easily copy or forge the electronic prescription.

In summary, it can be seen that there has long been a problem in the prior art of not having a sufficiently secure electronic prescription receipt mechanism. Therefore, it is necessary to propose improved technical means to solve this problem.

In view of the problem that the previous technology does not have a sufficiently secure electronic prescription receipt mechanism, this invention discloses a system that generates electronic prescriptions and updates the status of the prescriptions with signatures, in which: The system disclosed in this creation that generates electronic prescriptions and updates prescription status with signatures at least includes: a first user terminal for inputting prescription data; an application terminal for receiving prescription data and based on the prescription The data generates electronic prescription notes; the entrance port is used to generate pass data when receiving the electronic prescription note, and send the pass data to the application end, so that the application end sends the pass data and electronic prescription note to the first user end, and the first user end The client signs the electronic prescription to generate the first signature data and sends the first signature data and the pass data to the portal. The portal is further used to generate the prescription status corresponding to the pass data after verifying the first signature data. , and generate a first electronic file based on the electronic prescription, pass information and first signature information; the second user terminal is used to obtain the pass information contained in the first electronic file, and transmit the pass information to the application end, so that the application The client transmits the pass data to the portal, and the portal obtains the prescription status based on the pass data. The second user client is further used to sign the electronic prescription to generate a second signature when the application determines that the prescription status indicates that the medicine can be received. data, and sends the second signature data to the portal, so that the portal verifies the second signature data and then updates the prescription status to indicate that the medicine has been received.

The system disclosed in this creation is as above. The difference between the system and the previous technology is that after this creation generates an electronic prescription based on the prescription data input by the first user through the application, the first user signs the electronic prescription to The first signature data is generated, and the portal end generates the prescription status of the electronic prescription after verifying the first signature data. After the second user side obtains the access data of the electronic prescription, the application side obtains the prescription status through the portal. The second user terminal signs the electronic prescription to generate the second signature data when the application terminal determines that the prescription status indicates that the medicine can be received. The entrance terminal updates the prescription status after verifying the second signature data to solve the problem of the previous technology. existing problems, and can achieve the technical effect of avoiding the loss and reuse of paper prescriptions (receiving medicines) and increasing the efficiency of medication archiving.

110: First user terminal

120: Second user terminal

130:Application side

150: Certification center

160: Entrance port

200a: First electronic archive

200b: Second electronic file

250:Barcode position

260:Text message

310~397: steps

Figure 1 is a system architecture diagram for generating electronic prescriptions and updating prescription status with signatures proposed in this creation.

Figure 2A is a schematic diagram of the first electronic file including the electronic prescription according to the embodiment of this invention.

Figure 2B is a schematic diagram of the second electronic file containing the text message of the medicine received according to this creative embodiment.

Figure 3A is a flow chart of generating an electronic prescription and updating the status of the prescription with a signature as proposed in this creation.

Figure 3B is a flow chart for the second user side to obtain the first electronic file proposed in this creation.

Figure 3C is a flow chart for generating the second electronic file proposed in this creation.

The features and implementation methods of this invention will be described in detail below with reference to drawings and embodiments. The content is sufficient to enable anyone familiar with the relevant arts to easily fully understand the technical means used by this invention to solve technical problems and implement them accordingly, so as to realize The effects that this creation can achieve.

This creation can provide doctors with medical vouchers to issue electronic prescriptions, and allow pharmacists to confirm whether the electronic prescriptions have been used to collect medicines, and allow pharmacists to use medical vouchers to record that electronic prescriptions have been used to collect medicines. Among them, the medical certificate is a digital certificate (Digital Certificate) that can be used to prove identity. For example, the medical certificate can be a certificate IC card that can be used on a computer (referred to as "Medical Certificate IC Card" in this creation). Can also be used on mobile devices Mobile voucher (referred to as "mobile medical voucher" in this work); the electronic prescription can include the name of the medical institution, the name of the doctor, and patient information (such as patient name, ID number, health insurance card number, mobile phone number, etc.) , drug information (including but not limited to drug names and specifications) and other prescription information, but this creation is not limited to this.

In addition, computing devices are also mentioned in this creation. The computing devices mentioned in this creation include but are not limited to one or more processing modules, one or more memory modules, and connections to different hardware components (including memory Hardware components such as busbars for modules and processing modules). Through the multiple hardware components included, the computing device can load and execute the operating system, so that the operating system can run on the computing device, and can also execute software or programs. In addition, the computing device also includes a casing, and the above-mentioned hardware components are arranged in the casing.

The bus of the computing device mentioned in this invention may include one or more types, such as a data bus, an address bus, a control bus, and an extended function bus ( expansion bus), and/or local bus (local bus) and other types of buses. Buses for computing equipment include, but are not limited to, Industry Standard Architecture (ISA) buses, Peripheral Component Interconnect (PCI) buses, Video Electronics Standards Association (VESA) Domain bus, serial Universal Serial Bus (USB), Peripheral Component Interconnect Express (PCI Express, PCI-E/PCIe) bus, etc.

The processing module of the computing device mentioned in this invention is coupled with the bus. The processing module includes a register group or register space. The register group or register space can be completely set on the processing chip of the processing module, or all or part of it can be set outside the processing chip. and coupled to the processing chip via dedicated electrical connections and/or via busbars. The processing module can be a central processing unit, a microprocessor or Any suitable processing element. If the computing device is a multi-processor device, that is, the computing device includes multiple processing modules, the processing modules included in the computing device are all the same or similar, and are coupled and communicated through a bus. The processing module can interpret a computer instruction or a series of multiple computer instructions to perform specific calculations or operations, such as mathematical operations, logical operations, data comparison, copying/moving data, etc., to drive other hardware in the computing device The components may run the operating system or execute various programs and/or modules. Computer instructions may be combination language instructions, instruction set architecture instructions, machine instructions, machine-related instructions, micro-instructions, firmware instructions, or source code or object code written in any combination of one or more programming languages, and Computer instructions may execute entirely on a single computing device, partially on a single computing device, partially on one computing device and partially on another connected computing device. Among them, the above-mentioned programming languages include object-oriented programming languages, such as Common Lisp, Python, C++, Objective-C, Smalltalk, Delphi, Java, Swift, C#, Perl, Ruby, etc., as well as conventional programming languages. (Procedural) programming language, such as C language or other similar programming languages.

Computing devices usually also contain one or more chipsets. The processing module of the computing device may be coupled to the chipset or electrically connected to the chipset through a bus. The chipset is composed of one or more integrated circuits (ICs), including memory controllers and peripheral input/output (I/O) controllers, that is, memory controllers and peripheral I/O controls. The device can be contained within a single integrated circuit, or it can be implemented using two or more integrated circuits. The chipset usually provides input/output and memory management functions, as well as multiple general-purpose and/or special-purpose registers, timers, etc., where the above-mentioned general-purpose and/or special-purpose registers and timers can be coupled or One or more processing modules electrically connected to the chipset for access or use.

Computing devices usually also contain one or more chipsets. The processing module of the computing device may be coupled to the chipset or electrically connected to the chipset through a bus. The chipset is composed of one or more integrated circuits (ICs), including memory controllers and peripheral input/output (I/O) controllers, that is, memory controllers and peripheral I/O controls. The device can be contained within a single integrated circuit, or it can be implemented using two or more integrated circuits. The chipset usually provides input/output and memory management functions, as well as multiple general-purpose and/or special-purpose registers, timers, etc., where the above-mentioned general-purpose and/or special-purpose registers and timers can be coupled or One or more processing modules electrically connected to the chipset for access or use.

Computing devices usually also contain one or more chipsets. The processing module of the computing device may be coupled to the chipset or electrically connected to the chipset through a bus. The chipset is composed of one or more integrated circuits (ICs), including memory controllers and peripheral input/output (I/O) controllers, that is, memory controllers and peripheral I/O controls. The device can be contained within a single integrated circuit, or it can be implemented using two or more integrated circuits. The chipset usually provides input/output and memory management functions, as well as multiple general-purpose and/or special-purpose registers, timers, etc., where the above-mentioned general-purpose and/or special-purpose registers and timers can be coupled or One or more processing modules electrically connected to the chipset for access or use.

The system of this creation is first described below with the system architecture diagram of "Figure 1" of this creation that generates electronic prescriptions and updates the status of prescriptions with signatures. As shown in "Figure 1", the system of this invention includes a first user terminal 110, a second user terminal 120, an application terminal 130, a portal terminal 160, and an optional authentication center 150. Among them, the first user terminal 110, the second user terminal 120, the application terminal 130, the authentication center 150, and the entrance terminal 160 can all be computing devices.

The first user terminal 110 can be connected to the second user terminal 120, the application terminal 130, and the portal terminal 160 through a wired or wireless network, and can transmit data or signals to each other.

The first user terminal 110 can use the first medical credential to register with the application terminal 130, and can use the first medical credential to log in to the application terminal 130 after registration. Among them, the first medical certificate can be any kind of medical certificate such as medical certificate IC card or mobile medical certificate, and the user of the first user terminal 110 is usually the owner of the first medical certificate, such as a doctor, but this invention does not This is the limit.

The first user terminal 110 is responsible for providing input of prescription data, and is responsible for transmitting the input prescription data to the application terminal 130 . Generally speaking, the first user terminal 110 can display a prescription input interface to provide the user with input prescription information.

The first user terminal 110 is also responsible for receiving the electronic prescription and pass information transmitted by the application terminal 130, and is responsible for using the first medical certificate to sign the received electronic prescription to generate the first signature data, wherein, A user terminal 110 can use a computer to use a card reader to read the medical certificate stored in the medical certificate IC card to sign the electronic prescription, or it can use a mobile device bound to the mobile medical certificate to scan one-dimensional or two-dimensional medical certificates. Dimensional barcode to obtain the electronic prescription and use the bound mobile medical certificate to sign the obtained electronic prescription through the mobile device.

The first user terminal 110 is also responsible for transmitting the generated first signature data and the received pass data to the entrance terminal 160 . In some embodiments, the first user terminal 110 can also receive the first electronic file containing the electronic prescription and pass information generated by the portal 160, and the first user terminal 110 can also output the first electronic file, for example , print the electronic prescription note and pass information in the first electronic file.

The first user terminal 110 can also display a communication data input interface to provide input of communication data, and can send the first electronic file to the second user terminal according to the input communication data. 120. The communication data may include the patient's or pharmacist's email account or instant messaging account, and may also include the device identification data of the second user terminal 120 .

The second user terminal 120 can be connected to the first user terminal 110, the application terminal 130, and the portal terminal 160 through a wired or wireless network, and can transmit data or signals to each other.

The second user terminal 120 can use the second medical credential to register with the application terminal 130, and can use the second medical credential to log in to the application terminal 130 after registration. The second medical certificate can be any kind of medical certificate, and the user of the second user terminal 120 is usually the owner of the second medical certificate, such as a pharmacist, but the invention is not limited to this.

The second user terminal 120 is responsible for obtaining the pass data contained in the first electronic file generated by the entrance port 160, and is responsible for transmitting the obtained pass data to the application terminal 130. For example, the second user terminal 120 can receive the first electronic file sent by the first user terminal 110, and can read or obtain the pass information and electronic prescription form from the received first electronic file; The second user terminal 120 can also provide scanning or input of pass information, and can obtain the first electronic file based on the obtained pass information, and then retrieve the electronic prescription form from the obtained first electronic file. Among them, the second user terminal 120 can directly connect to the entrance terminal 160 and request the first electronic file according to the pass data, thereby receiving the first electronic file returned by the entrance terminal 160. The second user terminal 120 can also transfer the pass data to the first electronic file. The data is sent to the application terminal 130 to request the first electronic file from the portal terminal 160 through the application terminal 130 .

The second user terminal 120 can also obtain the medicine recipient information. Generally speaking, the second user terminal 120 can provide an input interface for the pharmacist's information, thereby allowing the user of the second user terminal 120 to input or upload the pharmacist's information provided by the pharmacist. Among them, the drug recipient's information can be the drug recipient's name, mobile phone number, ID number, and/or health insurance card number, or the information on the input interface obtained through the drug recipient. Encoded data (such as encrypted data) or signature files generated by specific data displayed (such as scanning barcodes or QR-codes or entering alphanumeric characters, etc.).

The second user terminal 120 may also compare the obtained patient information in the electronic prescription note contained in the first electronic file to see if it matches, for example, compare the name and mobile phone number of the dispenser. , identity card number, health insurance card number and other information are the same as the patient's information, or determine whether the coded information or signature file generated and uploaded by the recipient can pass verification, etc. The second user terminal 120 may also transmit the access information to the application terminal 130 only when the medicine recipient's information matches the patient's information (that is, the information is the same or passes verification). There is no particular restriction on whether the second user terminal 120 determines whether the recipient's information matches the patient's information. For example, the second user terminal 120 can use a predetermined decoding method to decode the encoded data or use signature verification and other conventional methods. Determine whether the recipient's information matches the patient's information.

The second user terminal 120 may also output (such as display or print) the electronic prescription note in the received first electronic file. In some embodiments, the second user terminal 120 can also obtain the second electronic file generated by the entrance terminal 160, for example, receive the second electronic file sent by the entrance terminal 160.

The second user terminal 120 can also receive the judgment result of the application terminal 130 on the status of the prescription corresponding to the pass data, and be responsible for using the third user terminal when the received judgment result indicates that the application terminal 130 determines that the status of the prescription paper indicates that the medicine can be received. The second medical certificate signs the electronic prescription to generate the second signature data, and is responsible for transmitting the generated second signature data to the portal 160.

The second user terminal 120 can also display a delivery data input interface to provide input of delivery data, so that medicines dispensed based on the electronic prescription can be delivered to a location designated by the patient based on the entered delivery data. Among them, the delivery information can include patient name, mobile phone number, delivery address and other information. In some embodiments, the delivery data can also be generated by decoding the two-dimensional barcode provided by the patient on the second user terminal 120 .

The application terminal 130 can be connected to the first user terminal 110, the second user terminal 120, and the portal terminal 160 through wired and wireless networks, and can transmit data or signals to each other.

The application terminal 130 can provide the first user terminal 110 and the second user terminal 120 to register using the medical credentials. Generally speaking, during the registration process, the application terminal 130 can obtain and store the public key corresponding to the medical certificate used by the first user terminal 110/second user terminal 120, but the data stored in the registration process is not in the form of The above is limited.

The application terminal 130 is also responsible for receiving the prescription data sent by the first user terminal 110, and is responsible for generating an electronic prescription based on the received prescription data. The application terminal 130 may also store the generated electronic prescription and be responsible for transmitting the generated electronic prescription to the portal 160 . For example, the application 130 can convert prescription data into electronic prescriptions according to a predetermined format or storage field, but the method in which the application 130 generates electronic prescriptions based on the prescription data is not limited to the above.

The application terminal 130 is also responsible for receiving the pass data corresponding to the stored electronic prescription sent by the entrance port 160, and is responsible for reading the corresponding electronic prescription according to the received pass data, and converting the received pass data and The read corresponding electronic prescription is sent to the first user terminal 110 .

The application terminal 130 is also responsible for receiving the pass data sent by the second user terminal 120 and transmitting the received pass data to the entrance port 160 . The application terminal 130 is also responsible for receiving the prescription status transmitted by the entrance terminal 160, and is responsible for determining whether the received prescription status indicates that the medicine can be received.

The application terminal 130 may also transmit the determination result of the prescription status to the second user terminal 120. In some embodiments, when the application end 130 determines that the prescription status indicates that the medicine can be received, the application end 130 can sign the received electronic prescription to generate application end signature data, and can use the generated application end signature information to generate the application end signature information. The client signature information is sent to the portal 160, and the second electronic file generated by the portal 160 can be obtained from the portal 160.

The application terminal 130 can also receive the patient information sent by the second user terminal 120, and can compare whether the received patient information is consistent with the patient information in the stored electronic prescription note, for example, compare Check whether the name, mobile phone number, ID card number, health insurance card number and other information of the person who receives the medicine are the same as the information in the patient's information, or determine whether the coded information or signature file generated by the person who receives the medicine can pass the verification, etc. The application terminal 130 can only send the judgment result of the prescription status to the second user terminal 120 when the recipient's information matches the patient's information (that is, the information is the same or passes verification).

The certification center 150 can be connected to the portal 160 through a wired or wireless network, and can exchange data or signals with the portal 160. For example, the certification center 150 can receive the electronic prescription and first signature information sent by the portal 160. and application-side signature information.

The certification center 150 can sign the received electronic prescription, first signature data and application signature data to generate central signature data, and can transmit the generated central signature data back to the portal 160 .

The authentication center 150 can also receive the medical certificate transmitted by the portal 160, and can confirm the validity of the received medical certificate. For example, to determine whether the medical voucher has expired, whether the medical voucher is in the revocation list, etc., if the current time is within the validity period of the medical voucher and the medical voucher is not included in the revocation list, the certification center 150 can determine that the medical voucher is valid, and vice versa. The medical certificate is judged to be invalid.

The portal 160 can be connected to the first user 110, the second user 120, the application 130, and the authentication center 150 through a wired or wireless network to transmit data or signals to each other.

The portal 160 is responsible for receiving the electronic prescription sent by the application 130, and is responsible for generating the pass data corresponding to the received electronic prescription, and is responsible for transmitting the generated pass data to the application 130, and is also responsible for receiving the first The first signature information and pass information sent by the user terminal 110. Among them, the portal 160 can perform specific encoding on the electronic prescription to generate general data, such as performing hash operations on the electronic prescription or performing bit operations on specific bits in the electronic prescription, but this invention does not use this method. is limited.

The portal 160 is also responsible for verifying the received first signature data, and is responsible for generating a prescription status corresponding to the received pass data after successfully verifying the first signature data. Generally speaking, the prescription status generated by the portal 160 indicates that the medicine can be received.

The entry port 160 is also responsible for generating the first electronic file. As shown in "Figure 2A", the first electronic file 200a generated by the portal 160 includes the first signature data and pass data received from the first user end 110, and the electronic file corresponding to the received pass data. Prescription note. Among them, the pass data can be added to the first electronic file in the form of text, graphics and/or barcodes (including but not limited to one-dimensional barcodes, two-dimensional barcodes, QR-codes, etc.).

The portal 160 can also receive the application signature data transmitted by the application terminal 130, and can convert the electronic prescription corresponding to the pass data received from the first user terminal 110 to the first user terminal 110. The signature information and the application-end signature information received from the application end 130 are sent to the certification center 150, and the center signature information returned by the certification center 150 can be received.

The entrance terminal 160 may also add the application signature data received from the application terminal 130 and the central signature data received from the certification center 150 into the generated first electronic file.

The portal 160 is also responsible for receiving the pass data transmitted by the application end 130, and is responsible for obtaining the corresponding prescription status based on the received pass data, and is responsible for transmitting the obtained prescription status back to the application end 130.

The portal 160 is also responsible for receiving the second signature data sent by the second user terminal 120, and is responsible for verifying the received second signature data, and is responsible for updating the prescription status after successfully verifying the second signature data. Indicates that the medicine has been received.

The portal 160 may also add the second signature data received from the second user terminal 120 to the generated first electronic file to generate a second electronic file. In some embodiments, the portal 160 can also add a message indicating that the medicine has been received in the first electronic file. As shown in "Figure 2B", the text message 260 of "the medicine has been received" is superimposed on the first electronic file. The second electronic file 200b is generated at the QR-code position 250 in the file 200a.

Next, an embodiment will be used to explain the system operation of this creation, and please refer to "Figure 3A" for the flow chart of generating an electronic prescription and updating the status of the prescription with a signature. In this embodiment, it is assumed that the medical voucher can be stored in the medical voucher IC card, or can be stored in a mobile application bound to the medical voucher IC card.

First, after the doctor operates the first user terminal 110 to connect to the application terminal 130 and uses the first medical certificate to log in to the pre-registered application terminal 130, he can operate the first user terminal 110 to conduct online consultation through the application terminal 130 and perform online consultation. After the consultation, the first user terminal 110 is operated to input the prescription data. The first user terminal 110 can transmit the input prescription data to the application terminal 130 after the doctor completes the input of the prescription data. The application terminal 130 can then After receiving the prescription data sent by the first user terminal 110, an electronic prescription is generated based on the received prescription data, and the generated electronic prescription is sent to the portal 160 (step 310).

After the portal 160 receives the electronic prescription sent by the application 130, it can generate the pass data corresponding to the received electronic prescription, and can transmit the generated pass data back to the application 130. The application 130 After receiving the access information generated by the portal 160, the received access information and the generated electronic prescription note can be stored, and the generated electronic prescription note and the received access information can be transmitted back to the first user. Terminal 110, after receiving the electronic prescription and pass information transmitted by the application terminal 130, the first user terminal 110 can sign the received electronic prescription to generate the first signature data, and can generate the first signature information. The first signature information and the received electronic prescription and pass information are sent to the portal 160 (step 320). In this embodiment, it is assumed that the application terminal 130 can generate a page turning instruction, and can simultaneously transmit the electronic prescription, the pass information and the page turning instruction to the first user terminal 110, so that the first user terminal 110 can perform the page turning instruction according to the page turning instruction. After the page command is connected to the portal 160 and uses the first medical certificate signature to generate the first signature data, the first signature data and the pass data are sent to the portal 160.

After the entrance terminal 160 receives the first signature data and the pass data sent by the first user terminal 110, the first signature data can be verified. If the first signature data does not pass the verification of the portal 160, the portal 160 can generate a verification failure message and send it back to the first user terminal 110 for display. If the first signature data passes the verification, the portal 160 can generate and The prescription status corresponding to the pass data (step 330), and the first electronic file can be generated based on the received electronic prescription, first signature data, and pass data (step 340). In this embodiment, assuming that the pass information is presented in the form of QR-code and text at the same time, the portal 160 can generate the first electronic file 200a including the electronic prescription, the first signature data, and the pass data.

In practice, the portal 160 can also transmit the electronic prescription, pass information and the first signature data to the application 130 after determining that the first signature data has passed the verification, and require the application 130 to verify The electronic prescription, pass information and first signature data are signed, so that the application end 130 can generate the application end signature data after signing and transmit the application end signature data back to the entrance end 160. The entry end 160 can also send the electronic signature information to the entrance end 160. The prescription, pass data, first signature data, and application-side signature data are sent to the certification center 150, and the certification center 150 is requested to sign the electronic prescription, pass data, first signature data, and application-side signature data. After signing, the certification center 150 can generate center signature data and can transmit the center signature data back to the portal 160. In this way, the portal 160 can generate electronic prescription notes, pass data, first signature data, and the application terminal 130. The first electronic file of the generated application-side signature data and the center signature data generated by the certification center 150 .

After the entrance port 160 generates the first electronic file, the pharmacist can operate the second user terminal 120 to obtain the pass information contained in the first electronic file, and can transmit the obtained pass information to the application end 130 (step 350), so that The application terminal 130 transmits the pass data received from the second user terminal 120 to the portal terminal 160 . In this embodiment, it is assumed that the pharmacist can first connect to the pre-registered application 130, and after logging in to the application 130 using the second medical certificate, he can enter the text of the pass data in the first electronic file or scan the QR representing the pass data. -code to obtain the pass information, or you can directly open the first electronic file to read the pass information.

In practice, before the second user terminal 120 transmits the pass information to the application terminal 130 (step 350), the second user terminal 120 can provide input of the recipient's information, and can compare the recipient's information with the first electronic user's information. When the patient information in the electronic prescription note included in the file matches the patient information, the second user terminal 120 can send the pass information to the application terminal 130. Otherwise, the second user terminal 120 can No traffic data is sent.

After receiving the pass data transmitted by the application end 130, the entrance port 160 can read the corresponding prescription status according to the received pass data (step 360), and can transmit the prescription status back to the application end 130, so that The application terminal 130 can determine whether the prescription status indicates that the medicine can be received.

Practically, when the second user terminal 120 transmits the password information to the application terminal 130 (step 350), the recipient information can also be transmitted to the application terminal 130, and the application terminal 130 can first read out the password associated with the received password. The electronic prescription corresponding to the data is compared to see if the patient information in the read electronic prescription is the same as the recipient information. If not, the application 130 can send a prompt message of refusal of medication back to the second user. The client 120 displays that, if so, the application client 130 can transmit the access data to the portal 160, and can determine whether the prescription status indicates that the medicine can be received after receiving the prescription status sent by the portal 160 (step 360). A corresponding judgment result is generated, and the judgment result can be sent to the second user terminal 120 .

The second user terminal 120 can generate a corresponding prompt message to remind the pharmacist when the application terminal 130 determines that the prescription status indicates that the medicine has been received or that the medicine cannot be received; the second user terminal 120 can also determine that the prescription status indicates that the application terminal 130 When the medicine can be received, the electronic prescription is signed to generate second signature data, and the generated second signature data can be transmitted to the portal 160 (step 370). In this embodiment, it is assumed that the second user terminal 120 can read the electronic prescription from the received first electronic file, and use the second medical certificate to sign the electronic prescription to generate the second signature data.

After the portal 160 receives the second signature data sent by the second user terminal 120, the portal 160 can verify the received second signature data, and can update the data after the second signature data passes the verification. The prescription status indicates that the medicine has been received (step 380).

In this way, through this invention, doctors can issue electronic prescriptions online, and pharmacists can use the electronic prescription to confirm whether the patient can receive the medicine. If so, the medicine can be dispensed and administered based on the electronic prescription.

In the above embodiment, after the portal 160 updates the prescription status (step 380), the portal 160 can transmit the electronic prescription and the second signature data to the application 130 as shown in Figure 3C. , and requires the application end 130 to sign the electronic prescription and the second signature data, so that the application end 130 can generate the application end signature data after signing (step 391) and transmit the application end signature data back to the entrance end 160 , the portal 160 can also transmit the electronic prescription, the second signature data and the application signature data to the certification center 150, and request the certification center 150 to sign the electronic prescription, the second signature data and the application signature data. After signing, the certification center 150 can generate the central signature data (step 393) and can transmit the central signature data back to the entrance port 160, so that the entrance port 160 can use the second signature data and the second signature data generated by the application terminal 130. The application-side signature data and the center signature data generated by the certification center 150 are added to the first electronic file 200a to generate a second electronic file 200b (step 395). In this way, the application side 130 and the second user side 120 can enter through the portal. The terminal 160 obtains the second electronic file (step 397).

In summary, it can be seen that the difference between this creation and the prior art is that after the application end generates an electronic prescription based on the prescription information input by the first user end, the first user end signs the electronic prescription note to generate a third One signature data. The portal generates the prescription status of the electronic prescription after verifying the first signature data. After the second user obtains the pass data of the electronic prescription, the application side obtains the prescription status through the portal. The second The user side signs the electronic prescription to generate the second signature data when the application side determines that the prescription status indicates that the medicine can be received. The entrance side updates the prescription status after verifying the second signature data. Through this technical means, A technical means can be used to solve the problem where previous technologies are not safe enough It solves the problems of the electronic prescription receipt mechanism, thereby achieving the technical effect of avoiding the loss of paper prescriptions and reuse of prescription receipts, and increasing the efficiency of medication archiving.

Furthermore, each computing device in the system of this invention that generates electronic prescriptions and updates the prescription status with signatures can be implemented in hardware or a combination of hardware and firmware, or can be implemented in a centralized manner in a computer system. Or it can be implemented in a decentralized manner with different components spread across several interconnected computer systems.

Although the implementation manner of this invention is disclosed as above, the content described is not used to directly limit the scope of patent protection of this invention. Any person with ordinary knowledge in the technical field to which this creation belongs, without departing from the spirit and scope disclosed by this creation, may make slight changes and modifications to the form and details of the implementation of this creation, which shall be protected by the patent of this creation. Scope. The scope of patent protection for this creation must still be defined by the scope of the attached patent application.

110: First user terminal

120: Second user terminal

130:Application side

150: Certification Center

160: Entrance port

Claims (5)

A system that generates electronic prescriptions and updates the status of the prescriptions with signatures. The system at least includes: a first user terminal for inputting prescription information; An application terminal for receiving the prescription data and generating an electronic prescription based on the prescription data; An entrance port is used to generate a pass data when receiving the electronic prescription note, and send the pass data to the application end, so that the application end sends the pass data and the electronic prescription note to the first user end, the The first user signs the electronic prescription to generate a first signature data and sends the first signature data and the pass data to the portal. The portal is further used to verify the first signature. The data then generates a prescription status corresponding to the pass data, and generates a first electronic file based on the electronic prescription, the pass data and the first signature data; and A second user terminal is used to obtain the pass data contained in the first electronic file and send the pass data to the application terminal, so that the application terminal sends the pass data to the portal, and the portal is based on the The pass data obtains the prescription status, and the second user terminal is further used to sign the electronic prescription to generate a second signature data when the application terminal determines that the prescription status indicates that the medicine can be received, and transmits the The second signature data is sent to the portal, so that the portal verifies the second signature data and then updates the prescription status to indicate that the medicine has been received. The system for generating an electronic prescription and updating the status of the prescription with a signature as described in claim 1, wherein the portal is further used to add the second signature data to the first electronic file to generate a second electronic file , the second user terminal and/or the application terminal are further used to obtain the second electronic file from the portal. The system for generating an electronic prescription and updating the status of the prescription with a signature as described in claim 1, wherein the system further includes a certification center for verifying the electronic prescription, the first signature data and the application. The electronic prescription and the application signature data generated by signing the first signature data are signed to generate a central signature data, and the portal is further used to combine the application signature data and the central signature The data is added to the first electronic file. The system for generating an electronic prescription and updating the status of the prescription with a signature as described in request 1, wherein the first user terminal provides input of communication data and transmits the first electronic file to the second electronic file based on the communication data. The user terminal causes the second user terminal to read or obtain the pass data from the first electronic file, or the second user terminal provides input of the pass data. The system for generating an electronic prescription and updating the status of the prescription with a signature as described in request 1, wherein the second user terminal is further used to obtain a dispenser information, and the second user terminal or the application terminal It is also used to compare whether the recipient's information matches the patient's information in the electronic prescription.

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