TW201411546A - Medicine history information management method and system - Google Patents

Abstract

A medicine history information management method and its system are disclosed, where the management method includes: a prescription acquisition step, using an accept-end reader to obtain an original digital prescription via a carrier; an encryption step, according to a key generated from at least one hardware identification code of an accept terminal, encrypting the original digital prescription to generate an encrypted digital prescription; a prescription transmission step, capable of transmitting the encrypted digital prescription to a medicine history database via the accept terminal, then transmitting the encrypted digital prescription from the medicine history database to a destination terminal; and a decryption step, using said key to decrypt the encrypted digital prescription to obtain the original digital prescription.

Description

Medical record information management method and system

The invention relates to an information management method and a system thereof, in particular to a medical record information management method and system suitable for use between pharmacies.

According to the current regulations, patients can choose to adjust the pharmacy after they seek medical treatment, especially for chronic disease prescriptions. Traditionally, patients will complete prescriptions, acceptances, and card-collections in the same pharmacy. However, in today's society, transportation tools are developed, and people often have to go to work in different places or leisurely. They must be completed in the same place. The acceptance of prescriptions and the acceptance of drugs through the card have not met the needs of today's people.

In addition, the traditional prescription is a paper document, and because the information systems of different hospitals are different, the output paper size and format are different, so it is inconvenient to save, and it is easy to be defaced, destroyed, or even used under frequent use. It is difficult to identify, and even worse, it may happen that the drug is altered or detained. For the pharmacy, paper documents are inconvenient to circulate, and file management is not easy. Even if patients take drugs in the same chain system, it is difficult to provide patients with more complete information.

Accordingly, it is an object of the present invention to provide a method of managing medical records information.

Therefore, the medical record information management method of the present invention is applicable to an acceptance terminal and a destination terminal, and includes: a prescription acquisition step, which is obtained by a carrier using a receiving end reader connected to the receiving terminal An original digital prescription; an encryption step of encrypting the original digital prescription based on a key generated by at least one hardware identification code of the receiving terminal to generate an encrypted digital prescription; First, the encrypted digital prescription is transmitted from the receiving terminal to a medical record database, and the encrypted digital prescription is transmitted from the medical record database to the destination terminal; and a decrypting step is utilized. The key is decrypted by the encrypted digital prescription to obtain the original digital prescription.

Another object of the present invention is to provide a medical record information management system.

Therefore, the medical record information management system of the present invention is applicable to a vehicle held by a patient, a receiving pharmacy and a destination pharmacy, and includes a receiving end reader, an accepting terminal, a server and a Destination terminal. The receiving end reader is installed at the receiving pharmacy to obtain an original digital prescription from the vehicle. The receiving terminal is installed in the receiving pharmacy, and is electrically connected to the receiving end reader, and includes an encryption unit and a receiving end transmitting unit. The encryption unit is configured to encrypt the original digital prescription according to a key generated by the at least one hardware identification code of the receiving terminal to generate an encrypted digital prescription. The receiving end transmitting unit is configured to transmit the encrypted digital prescription to the outside. The server includes a database receiving unit , a medical record database and a database transfer unit. The database receiving unit is configured to receive the encrypted digital prescription received by the receiving terminal of the receiving terminal. The medical record database stores the encrypted digital prescription. The database transfer unit is configured to transmit the encrypted digital prescription to the outside. The destination terminal includes a destination receiving unit and a decrypting unit. The destination receiving unit is configured to receive the encrypted digital prescription packet transmitted by the database end transmitting unit. The decryption unit decrypts the encrypted digital prescription using the key to obtain the original digital prescription.

The utility model has the advantages that the encrypted medical prescription database is first stored by using the server's medical record database, and then the encrypted digital prescription is transmitted to the patient's desired drug prescription by using the database transfer unit. The destination terminal, and then decrypting the encrypted digital prescription, is not only safer in the delivery of the prescription, but also greatly improves the convenience of the prescription.

1‧‧‧Terminal reader

10‧‧‧ Accepting Pharmacy

11‧‧‧ Objective Pharmacy

2‧‧‧Terminal terminal

2a‧‧‧Terminal terminal (located at Pharmacy A)

2b‧‧‧Terminal terminal acceptance terminal (located at Pharmacy B)

21‧‧‧Encryption unit

22‧‧‧Terminal transmission unit

3‧‧‧Server

31‧‧‧Repository receiving unit

32‧‧‧Pharmaceutical database

33‧‧‧Database transfer unit

34‧‧‧Commodity database

35‧‧‧Financial Film Database

36‧‧‧Recommended table

4‧‧‧ destination reader

5‧‧‧ Destination terminal

5a‧‧‧ Terminal (located at Pharmacy A)

5b‧‧‧ Destination terminal (located at Pharmacy B)

51‧‧‧ destination receiving unit

52‧‧‧Decryption unit

53‧‧‧Pharmaceutical information acquisition unit

54‧‧‧Ordering unit

55‧‧‧Commodity recommendation unit

S1‧‧‧Preparation steps

S2‧‧‧Encryption steps

S3‧‧‧Prescription and delivery steps

S4‧‧‧ decryption steps

S5‧‧‧Pharmaceutical information acquisition steps

S6‧‧‧Automatic ordering steps

S61~S64‧‧‧Automatic ordering substeps

S7‧‧‧ product recommendation steps

Other features and advantages of the present invention will be apparent from the embodiments of the present invention, wherein: FIG. 1 is a system block diagram illustrating a first preferred embodiment of the system of the present invention; FIG. 2 is a flow Figure 3 is a flow chart illustrating the automatic ordering sub-step of the present invention; Figure 4 is a flow chart illustrating the method of the present invention; and Figure 5 is a system block diagram illustrating the system of the present invention a second preferred embodiment of the invention; Figure 6 is a schematic view showing a second preferred embodiment of the system of the present invention applied to a plurality of pharmacies; Figure 7 is a system block diagram showing a third preferred embodiment of the system of the present invention; and Figure 8 is A flow chart illustrating the method of the present invention.

Referring to FIG. 1, a first preferred embodiment of the medical record information management system of the present invention is applicable to a vehicle (not shown), a pharmacy 10 and a destination pharmacy 11 held by a patient, including an acceptance. The terminal reader 1, an acceptance terminal 2, a server 3, a destination terminal 5, and a destination reader 4.

The receiving end reader 1 is installed in the receiving pharmacy 10 for obtaining an original digital prescription from the carrier. In the preferred embodiment, the carrier is a health care IC card, and the receiving end reader 1 is a card reader for reading data in the health insurance IC card.

The receiving terminal device 2 is installed in the receiving pharmacy 10 and is electrically connected to the receiving terminal reader 1, and includes an encryption unit 21 and a receiving end transfer unit 22.

The encryption unit 21 encrypts the original digital prescription according to a key generated by the at least one hardware identification code of the receiving terminal 2 to generate an encrypted digital prescription, which is then transmitted by the receiving terminal 22 The encrypted digital prescription is transmitted out. The hardware identification code is selected from the group consisting of a processor code, a network hardware address, and a hard disk code. In the preferred embodiment, the receiving terminal 2 is a computer host, and the encryption list is The unit 21 and the receiving end transmitting unit 22 are respectively a computer program product, and the functions described above can be achieved after being loaded into the processor of the computer host. The processor code, the network hardware address, and the hard disk code are all uniquely corresponding to the hardware, and the combination is not limited to three, or only one of them may be taken, or even only one of them may be taken.

The server 3 includes a database end receiving unit 31, a medical record database 32, and a database end transfer unit 33. The server 3 can be installed, for example, at the headquarters of the chain pharmacy, but the present invention is not limited thereto.

The medical record database 32 is configured to store the encrypted digital prescription, a patient historical medical record information, a relative medical record information, and a patient health data. The database end receiving unit 31 is configured to receive the encrypted digital prescription packet transmitted by the receiving end transmitting unit 22, and then stored in the medical record database 32, and then the encrypted digital prescription is performed by the database end transmitting unit 33.笺 Send out. In the preferred embodiment, the database receiving unit 31, the medical record database 32, and the database transfer unit 33 are computer program products, and are loaded in the processor of the server 3 and cooperate with the servo. The storage medium of the device 3 can perform the above functions.

The destination reader 4 is installed in the destination pharmacy 11 and is electrically connected to the destination terminal 5 for reading a patient identification data (such as an identity card number) in the carrier. In the preferred embodiment The middle is a card reader for reading the data in the health insurance IC card.

The destination terminal 5 includes a destination receiving unit 51, a decrypting unit 52, a medical record obtaining unit 53, and an ordering unit 54.

The destination receiving unit 51 is configured to receive the end by the database The encrypted digital prescription sent from the sending unit 33. The decryption unit 52 uses the key to decrypt the encrypted digital prescription to obtain the original digital prescription. The medical record information obtaining unit 53 obtains the patient history medical record information, the relative medical record information, and the patient health data in the medical record database 32 based on the patient identification data read by the destination end reader 4, The medical record integration record obtained by combining the patient history medical record information, the original digital prescription prescription, the relative medical record information and the patient health data is presented on the terminal 5 of the destination.

In the preferred embodiment, the destination terminal 5 is a computer host, and the destination receiving unit 51, the decrypting unit 52, the medical record information obtaining unit 53, and the ordering unit 54 are computer program products, which are loaded for the purpose. The above functions can be completed by the processor of the terminal 5.

It is worth mentioning that the receiving terminal 2 and the destination terminal 5 in the present invention may also be a handheld system such as a tablet computer. The carrier can also be a paper prescription. At this time, the receiving end reader 1 is an image capturing device for capturing the digital image of the paper prescription, and is optically recognized after being captured ( OCR (Optical Character Recognition) or a method of interpreting a QR Code (Quick Response Code) to generate the digital prescription.

Referring to FIG. 1 and FIG. 2, the medical record information management method of the present invention is completed in accordance with the above-mentioned medical record information management system, and includes a prescription acquisition step S1, an encryption step S2, a prescription transmission step S3, and a decryption step S4. And a medical record information obtaining step S5 and an automatic ordering step S6.

As shown in the prescription 笺 obtaining step S1, the receiving end reader 1 acquires the original digital prescription 由 from the carrier (not shown). In the preferred embodiment, the carrier is a health insurance IC card, and the receiving end reader 1 is a card reader for reading a digital prescription in the health insurance IC card, and the patient accepts the pharmacy 10 In the middle, the paper prescription opened by the hospital is used as a voucher, and the health insurance IC card is inserted into the card reader, and the original digital prescription is read by the card reader and then transmitted to the receiving terminal 2. It is to be noted that another aspect of the preferred embodiment is applicable to the case where the receiving terminal 2 only accepts the prescription of the patient's paper. At this time, the receiving end reader 1 is used for capturing The image capture device of the digital image of the paper prescription generates the digital prescription after optical capture or interpretation of the two-dimensional barcode.

Next, as shown in the encryption step S2, the original digital prescription is encrypted by the key generated by the hardware identification code of the receiving terminal 2 to generate the encrypted digital prescription. The hardware identifier is selected from the group consisting of a processor code, a network hardware address, and a hard disk code. In the preferred embodiment, the receiving terminal 2 is a computer host that is located in the pharmacy 10 and has a processor, a network card, and a hard disk drive. The computer program product such as the encryption unit 21 and the reception terminal transfer unit 22 is loaded in the processor. The original digital prescription transmitted to the receiving terminal 2 can be divided into a private part and a public part. The encryption unit 21 encrypts only the personal private data therein. First generating a key according to the processor code, the network hardware address and the hard disk code of the receiving terminal 2, and then encrypting the original digital prescription by using the key to generate the encrypted digital prescription, and then The key is encrypted with a receiving public key, and an encrypted key is generated. Finally, the encrypted number is obtained. The prescription and the encrypted key are transmitted together.

Then, as shown in the prescription/transfer step S3, the encrypted digital prescription is first transmitted from the receiving terminal 2 to the medical record database 32, and the encrypted digital prescription is then discarded from the medical record database 32. Transfer to the destination terminal 5. In the preferred embodiment, the encrypted digital prescription and the encrypted key are transmitted by the receiving end transmitting unit 22 in the receiving terminal 2 to the database receiving unit 31 of the server 3, and stored in the medicine. After the database 32, the database transfer unit 33 transmits the encrypted digital prescription and the encrypted key to the destination terminal 5 located at the destination pharmacy 11.

Next, as shown in the decryption step S4, the encrypted digital prescription is decrypted using the key to obtain the original digital prescription. In the preferred embodiment, the destination terminal 5 is a computer host loaded with a computer software product such as a destination receiving unit 51, a decrypting unit 52, a medical record information obtaining unit 53, and an ordering unit 54. After the encrypted digital prescription to be transmitted to the destination terminal 5 and the encrypted key are received by the destination receiving unit 51, the decrypting unit 52 first unlocks the encrypted key with a private key, and then uses the encrypted key. After the key is unlocked, the patient can perform the carding operation on the health insurance IC card at the destination pharmacy 11, and then can receive the required medicine according to the contents recorded on the digital prescription.

Then, as shown in the medical record information obtaining step S5, the patient identification data is first read by the target reader 4, and the medical record information obtaining unit 53 obtains the patient identification data based on the patient identification data. Patient history medical record information, relative medical record information and patient health in the medical record database 32 Kang data, on the terminal 5 of the purpose, presents a medical record integration record of the patient's historical medical record information, relative medical record information, and patient health data combined with the original digital prescription.

In this embodiment, the patient first inserts the health insurance IC card into the card reader of the destination pharmacy. After the identity confirmation, the medical record information obtaining unit 53 sends a request to the medical record database 32, and then the database transfer unit 33 will return the patient's medical record integration record, including the latest digital prescription, historical drug information, relative drug history information and patient health data based on past prescriptions. The relative medical record information includes the relationship between the relatives and the patient, the name, the identity card number, the date of birth, the disease of the relatives, and the time of the latest adjustment, so that the patient can understand the medication of the relatives and whether to take the medicine on time. . The patient's health data is a table and a statistical chart obtained from the blood glucose and blood pressure data recently measured by the patient, and is recorded and uploaded to the medical record database 32 with the patient's consent, and can be used as a patient to pursue the individual. Health situation and reference to medication.

1 to 3, the detailed flow of the automatic ordering step S6 is as follows. First, as shown in step S61, the ordering unit 54 determines an automatic order based on an existing dose of the drugstore 11 and a safety stock. . When the ordering unit 54 detects that the existing medicine amount is lower than the safety stock, the ordering unit 54 automatically performs the ordering operation as shown in step S64. When the existing drug amount is not lower than the safety stock, as shown in step S62, an order reference value is calculated based on a past history record and a future general dose. Then, as shown in step S63, the ordering unit 54 further determines whether the existing dose is lower than the order reference value. If the existing drug amount is lower than the order When the goods refer to the value, as shown in step S64, the order is automatically made. From the past history record, an average arrival date and an average daily demand dose can be obtained, and the order reference value β=(the future general dose + safety stock) + {average arrival date × average can be calculated. Daily demand dose}. The average daily demanded dose is calculated from past historical records and taken from a time interval, which may be months, weeks, or other certain days.

For example, if the safety stock of a certain medicine is 100, the ordering unit 54 compares the existing medicine amount with the safety stock after the digital prescription reaches the destination terminal 5 and decrypts the decryption unit 52, if the existing medicine is present, If the quantity is less than 100, it will be automatically ordered directly with the manufacturer and debited by the financial account.

If the existing dose is not less than 100, the order reference value β is calculated based on past historical records and the amount of future generals. Assume that the average arrival date of a drug is 3 working days, and the safety stock is 100. In the next seven days, according to the prescription, the known demand is 200, and the average daily demand for the same period is 40. Then you can get: order reference value β = (200 + 100) + {3 × 40} = 420 (number)

Therefore, when the existing drug amount is not lower than the safety stock (100 pieces), the ordering unit 54 is further compared with the order reference value β (420 pieces), and if the existing drug amount is lower than the order reference value β, the ordering unit 54 automatically Order medicines directly online.

Referring to FIG. 4, it is worth mentioning that the automatic ordering step S6 can be performed after the digital prescription is decrypted by the decrypting unit 52 (shown in FIG. 1), and the content can be interpreted, so the automatic ordering step is performed. S6 may also be located between the decryption step S4 and the medical record information obtaining step S5.

Referring to FIG. 5, in a second preferred embodiment of the present invention, it is considered that each pharmacy can simultaneously accept the pharmacy 10 (shown in FIG. 1) and the target pharmacy 11 (shown in FIG. 1). The receiving terminal 2a and the destination terminal 5a, and the receiving terminal 2b and the destination terminal 5b can be respectively implemented by a single computer host. The encrypting unit 21, the decrypting unit 52, the receiving end transmitting unit 22, and the destination receiving unit 51 The medical record information obtaining unit 53 and the ordering unit 54 are also computer program products and are loaded in each computer host. At this time, the receiving end reader 1 and the destination end reader 4 are completed by a single card reader.

At this time, the patient is in the pharmacy A, and after inserting the health insurance IC card into the card reader, the data is transmitted to the computer host installed in the pharmacy A, and the prescription/receipt action is completed. Then, the encrypted digital prescription is transmitted from the receiving end transmitting unit 22 in the receiving terminal 2a to the database end receiving unit 31 of the server 3, stored in the medical record database 32, and then transmitted by the database end. The unit 33 transmits the encrypted digital prescription to the destination receiving unit 51 of the destination terminal 5b located in the computer host of the pharmacy B, and the patient can perform the card dispensing operation at the pharmacy B. Similarly, if the patient completes the prescription/receiving operation at the pharmacy B, the transmission path of the encrypted digital prescription 会 will be from the receiving terminal 2b to the server 3 to the destination terminal 5a.

Referring to FIG. 6, the present invention can also be applied to a plurality of pharmacies. After one of the pharmacies accepts the prescription, after passing through the server 3, the card can be taken in another of the pharmacies. The invention has still been achieved.

In addition, referring to FIG. 7 and FIG. 8, in the third embodiment of the medical record information management system of the present invention, the server 3 may further include a product database 34, a health education video database 35, and a recommendation comparison table 36, and The destination terminal 5 further includes a product recommendation unit 55, wherein the recommendation comparison table 36 includes a disease type field and a corresponding item information field and a health education film file name field, as shown in the following table. In addition, since the original digital prescription has the International Classification of Diseases (ICD) diagnostic code, it can be easily converted into the disease category field in the recommended comparison table 36.

Then, as shown in the product recommendation step S7 in FIG. 8, when the medical record information obtaining unit 53 of the destination terminal 5 obtains the medical record integration record based on the patient identification data, the product recommendation unit 55 of the destination terminal device 5 is based on the medicine. Selecting the patient's condition type and the recommendation comparison table 36 in the integrated record, selecting the commodity information of at least one suitable product from the product database 34 of the server 3 to be presented on the destination terminal 5, and from the server The educational video library 35 of 3 selects the educational video to be played on the destination terminal 5 to achieve the additional purpose of the recommended product of the present invention. For example, if the patient The condition type is hypertension, and the product recommendation unit 55 displays the product information (such as the product name, function, price, etc.) of the A brand sphygmomanometer from the product database 34 on the destination terminal 5 according to the recommended comparison table 36, and The hypertension.avi health education video file is selected from the health education film database 35 and presented to the patient terminal for viewing on the destination terminal 5.

In summary, the present invention is applicable to drug information management between a chain drugstore or a similar medical institution in a business, and the reader 1 accepts the prescription and the destination reader 4 to confirm the identity, and cooperates with the The encryption unit 2, the decryption unit 52, and the medical record database 32 manage the digital prescription. Once the digitalized prescription is not easily defaced, altered, and transmitted more easily, the patient can complete the prescription and acceptance in different places. In addition, the use of a database to manage prescriptions received at different locations allows the patient to obtain a more complete medication record, even a relative record of relatives, so that the object of the present invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the patent application scope and patent specification content of the present invention, All remain within the scope of the invention patent.

1‧‧‧Terminal reader

10‧‧‧ Accepting Pharmacy

11‧‧‧ Objective Pharmacy

2‧‧‧Terminal terminal

21‧‧‧Encryption unit

22‧‧‧Terminal transmission unit

3‧‧‧Server

31‧‧‧Repository receiving unit

32‧‧‧Pharmaceutical database

33‧‧‧Database transfer unit

4‧‧‧ destination reader

5‧‧‧ Destination terminal

51‧‧‧ destination receiving unit

52‧‧‧Decryption unit

53‧‧‧Pharmaceutical information acquisition unit

54‧‧‧Ordering unit

Claims (20)

A medical record information management method is applicable to an acceptance terminal and a destination terminal, and includes the following steps: a prescription acquisition step, and a receiving end reader connected to the receiving terminal machine obtains a carrier by a carrier An original digital prescription; an encryption step of encrypting the original digital prescription based on a key generated by at least one hardware identification code of the receiving terminal to generate an encrypted digital prescription; First, the encrypted digital prescription is transmitted from the receiving terminal to a medical record database, and the encrypted digital prescription is transmitted from the medical record database to the destination terminal; and a decrypting step is utilized. The key is decrypted by the encrypted digital prescription to obtain the original digital prescription. The medical record information management method according to claim 1, wherein the hardware identification code is selected from the group consisting of a processor code, a network hardware address, and a hard disk code. The medical record information management method according to claim 1, wherein the carrier is a paper prescription, and the receiving end reader is an image capture device for capturing digital images of the paper prescription . The medical record information management method according to claim 1, wherein the carrier is a health insurance IC card, and the receiving end reader is a card reader for reading a digital prescription in the health insurance IC card. The medical record information management method according to claim 1, further comprising a medical record information obtaining step of first reading with a destination connected to the destination terminal The device reads a patient identification data in the vehicle from the vehicle, and obtains patient history medical record information in the medical record database according to the patient identification data, so as to be presented by the patient on the destination terminal An integrated record of the history of the medical record information combined with the original digital prescription. The medical record information management method according to claim 5, wherein the medical record information obtaining step further obtains a relative medical record information and a patient health data in the medical record database according to the patient identification data, for the purpose The medical record is integrated with the medical history information, the original digital prescription, the relative medical record information and the patient health data. The medical record information management method according to claim 5, wherein the server further comprises a product database, a health education video database, and a medical condition field and a corresponding product information field and a health education video file name column. In the recommended comparison table, the destination terminal further includes a product recommendation unit, and the method further includes a product recommendation step, after the medical record information obtaining unit obtains the medical record integration record according to the patient identification data, the product recommendation The unit selects, according to the patient's condition type and the recommended comparison table, the product information of at least one suitable product from the product database is presented on the destination terminal, and from the educational video database Select a health education film to play on the destination terminal. The medical record information management method according to claim 1, further comprising an automatic ordering step of comparing an existing stock amount stored in the terminal to a safe stock to determine whether to perform automatic ordering. The medical record information management method according to claim 8, wherein when the existing drug amount is lower than the safety stock, the ordering operation is automatically performed; when the existing When the dose is not lower than the safety stock, an order reference value is calculated according to a past history record stored in the terminal of the destination and a future general amount of the terminal stored in the destination terminal, when the existing medicine quantity is lower than When ordering the reference value, the destination terminal is automatically ordered. The medical record information management method according to claim 9, wherein an average arrival date and an average daily demand amount are obtained from the past history record, and the order reference value = (future general drug amount + safety stock) + {Average arrival date × average daily demand dose}. A medical record information management system is applicable to a vehicle held by a patient, a receiving pharmacy and a destination pharmacy, and includes: a receiving end reader installed at the receiving pharmacy for The carrier obtains an original digital prescription; an acceptance terminal is installed at the receiving pharmacy, electrically connected to the receiving end reader, and includes an encryption unit and a receiving end transmitting unit, wherein the encryption unit is configured to Receiving a key generated by at least one hardware identification code of the terminal, encrypting the original digital prescription to generate an encrypted digital prescription, and the receiving end transmitting unit is configured to send the encrypted digital prescription to the outside a server, comprising a database receiving unit, a medical database and a database transfer unit, wherein the database receiving unit is configured to receive the encrypted digits transmitted by the receiving terminal of the receiving terminal After the prescription, the medical record database stores the encrypted digital prescription, and the database transfer unit is configured to transmit the encrypted digital prescription to the outside; and a destination terminal includes a destination receiving unit and a decrypting unit, wherein the destination receiving unit is configured to receive an encrypted digital prescription transmitted by the database transmitting unit, and the decrypting unit uses the key to The encrypted digital prescription is decrypted to obtain the original digital prescription. The medical record information management system of claim 11, wherein the hardware identification code is selected from the group consisting of a processor code, a network hardware address, and a hard disk code. The medical record information management system of claim 11, wherein the carrier is a paper prescription, and the receiving end reader is an image capture device for capturing digital images of the paper prescription . The medical record information management system of claim 11, wherein the carrier is a health insurance IC card, and the receiving end reader is a card reader for reading a digital prescription in the health insurance IC card. The medical record information management system of claim 11, further comprising: a destination reader installed in the drug office of the destination and electrically connected to the destination terminal and configured to read a patient identification data in the vehicle, The medical record database further stores the patient history medical record information of the patient, and the destination terminal device further includes a medical record information obtaining unit, and obtaining the historical medical record information of the patient in the medical record database according to the patient identification data, A medical record integration record of the patient's historical medical record information and the original digital prescription is presented on the destination terminal. The medical record information management system of claim 15, wherein the medical record database further stores a relative medical record information and a patient health data, and the medical record information obtaining unit further obtains the medical record data according to the patient identification data. The relative's medical record information and the patient's health data in the library are used to display the medical record integration of the patient's historical medical record information, the original digital prescription, the relative medical record information and the patient health data on the terminal of the purpose. recording. The medical record information management system of claim 15, wherein the server further comprises a product database, a health education video database, and a medical condition field and a corresponding product information field and a health education video file name column. a recommended comparison table, and the destination terminal further includes a commodity recommendation unit, wherein when the medical record information obtaining unit obtains the medical record integration record according to the patient identification data, the commodity recommendation unit is configured to integrate the record according to the medical record In the patient's condition type and the recommendation comparison table, the product information of at least one suitable product is selected from the product database and presented on the destination terminal, and a health education film is selected from the educational video database for the purpose. Play on the terminal. The medical record information management system of claim 11, wherein the destination terminal further comprises an ordering unit, according to which an existing drug amount and a safety stock stored in the terminal of the destination in the drugstore are determined to determine whether to proceed Automatic ordering. The medical record information management system of claim 18, when the detected amount of the existing drug is lower than the safety stock, the ordering unit automatically performs an ordering operation; when the existing drug amount is not lower than the safety stock, the ordering The unit calculates an order reference value based on a past history record stored in the terminal of the destination and a dose of a future general, and automatically orders when the existing medicine quantity is lower than the order reference value. The medical record information management system according to claim 19, wherein an average arrival date and an average daily demand amount are obtained from the past history record, and the order reference value = (future general drug amount + safety stock) + {Average arrival date × average daily demand dose}.