WO2016206637A1

WO2016206637A1 - System and method for generating medical information identification card of implantable medical instrument

Info

Publication number: WO2016206637A1
Application number: PCT/CN2016/087166
Authority: WO
Inventors: 俞慧; 刘军
Original assignee: 创领心律管理医疗器械（上海）有限公司
Priority date: 2015-06-25
Filing date: 2016-06-24
Publication date: 2016-12-29
Also published as: CN104965986A; CN104965986B

Abstract

Provided is a system for generating a medical information identification card of an implantable medical instrument. The system comprises: a first front-end data processing module for verifying whether the implantable medical instrument is a product of a medical device manufacturer, and if so, receiving medical information and transmitting same to a background data processing module; the background data processing module being responsible for storing medical device information, medical information and user information, and providing port access link information about a second front-end data processing module for a patient; so that the patient accesses the second front-end data processing module through the port access link information and inputs the user information, and transmits same to the background data processing module, and the background data processing module feeds back the medical information and the medical device information to the second front-end data processing module, so as to generate a medical information identification card. Also provided is a method for generating a medical information identification card of an implantable medical instrument, which guarantees the accuracy and uniqueness of the device identification card on the premise of guaranteeing the privacy of a patient.

Description

Medical information identification card generation system and method for implantable medical device

Technical field

The present patent application relates to the field of medical devices, and in particular, to a medical information identification card generating system and method for an implantable medical device.

Background technique

In the field of medical device equipment, especially in the field of implanted medical devices, it is often necessary to provide a patient with an information identification card, record information about the device used by the patient, and the condition of the patient, so as to facilitate the patient's later treatment and transportation.

At present, the information identification card for medical device equipment that is collected and generated in the human body is mainly generated by manual filling, and a physical device identification card is generated. Specifically, after the medical device device is implanted, the medical device device manufacturer manually fills in the paper document by the doctor, nurse, medical device manufacturer or supplier implanted in the hospital, according to the collected patient information, planting Incoming device information, device implantation test information is made into a physical implant device identification card issued to the patient. The above-mentioned entire collection process has problems such as long cycle, easy data filling errors, and summary input errors. There are also disadvantages such as the inability to modify and update the patient's personal information and the easy disclosure of patient privacy. In addition, for patients, carrying physical device identification cards is easy to lose, and sometimes even forgotten to carry.

Summary of the invention

In order to solve the problems in the prior art, some embodiments of the present invention provide a medical information identification card generating system for an implantable medical device, including:

a background data processing module is disposed on the background server, where the background data processing module includes preset medical device information;

a first front-end data processing module, configured to verify whether the implanted medical device information matches the preset medical device information, and if yes, the first front-end data processing module receives the medical information and transmits the data to the background data processing Module;

a second front-end data processing module, configured to receive user information and transmit the information to the background data processing module, and generate a medical information identification card according to the medical device information, medical information, and user information fed back by the background data processing module;

The background data processing module generates port access link information after receiving the medical information, and the second front-end data processing module is enabled to open the link information through the port, and accepts the user information to output To the background data processing module.

Optionally, the user information includes user basic information and user extension information.

Optionally, the first front-end data processing module further receives user basic information, and is stored in a background data processing module, where the second front-end data processing module compares the basic information of the user with the received user information to The patient's identity is verified, and the user information is accepted after the verification is successful.

Optionally, the medical device information includes a feature code, production information, and sales information of the medical device.

Optionally, the medical information includes medical device clinical information, surgical hospital information, surgeon information, and diagnostic information.

Optionally, the first front-end data processing module verifies the implantable medical device by using a signature of the implantable medical device.

Optionally, the first front-end data processing module acquires the feature code, medical information, and user basic information of the implantable medical device by barcode scanning, voice recognition, image recognition, or gesture recognition.

Optionally, the port access link information is a user name and password required by the patient to access the second front-end data processing module and/or the second front-end data processing module access path.

Optionally, the first front-end data processing module and the second front-end data processing module each include an information encryption compression module, configured to compress data collected by the first front-end data processing module and the second front-end data processing module. And encrypting and then transmitting; the background data processing module includes an information decryption and decompression module for decompressing and decrypting the received data.

Optionally, the first front-end data processing module, the second front-end data processing module, and the background data processing module each include a network transmission module, and the data transmission is performed by the network transmission module.

Some embodiments of the present invention also provide a medical information identification card generating method for an implantable medical device, including

Providing a background data processing module including preset medical device information;

The first front end data processing module verifies whether the implantable medical device is associated with a predetermined medical device letter Matching, if yes, the first front-end data processing module receives medical information and transmits to the background data processing module;

The background data processing module accepts the medical information and generates port access link information;

The second front-end data processing module is enabled to open the link information through the port, and accepts user information for output to the background data processing module;

The background data processing module feeds back the medical device information and the medical information to the second front-end data processing module, and the second front-end data processing module generates a medical information identification card.

Optionally, the first front-end data processing module verifies the implantable medical device by receiving the implantable medical device signature.

Optionally, the user information includes user basic information and user extension information. When the first front-end data processing module receives the medical information, the first front-end data processing module further receives the basic information of the user and transmits the information to the background data processing module for the second front end. The data processing module verifies the user information before accepting the user information.

The medical information identification card generating system of the implantable medical device provided by some embodiments of the present invention includes a background data processing module, a first front end data processing module operated by a medical practitioner, and a second front end data processing module operated by the patient. The first front-end data processing module verifies whether the implantable medical device information matches the preset medical device information, and if so, transmits the medical information input by the medical practitioner to the background data processing module; the background data processing module Responsible for storing medical information and user information, and providing the patient with port access link information of the second front-end data processing module; the patient accesses the link information through the port to enter the second front-end data processing module and inputs the user information, and transmits the data to the background data. The processing module, the background data processing module feeds back the medical information and the medical device information to the second front-end data processing module to generate a medical information identification card. The invention ensures the accuracy and uniqueness of the device identification card under the premise of ensuring the privacy of the patient.

DRAWINGS

1 is a schematic structural diagram of a medical information identification card generating system of an implantable medical device according to an embodiment of the present invention;

2 is a flowchart of a method for generating a medical information identification card of an implantable medical device according to an embodiment of the present invention;

3 is a method for generating a medical information identification card of an implantable medical device according to an embodiment of the present invention; Schematic diagram of the operation of the medical practitioner;

FIG. 4 is a schematic diagram of operation of a patient end in a method for generating a medical information identification card of an implantable medical device according to an embodiment of the present invention.

detailed description

The invention will be further described in detail below with reference to the drawings and specific embodiments. Advantages and features of some embodiments of the present invention will be apparent from the description and appended claims. It should be noted that the drawings are in a very simplified form and both use non-precise ratios, and are merely for convenience and clarity of the purpose of some embodiments of the present invention.

An embodiment of the present invention provides a medical information identification card generating system for an implantable medical device, as shown in FIG. 1, comprising:

The background data processing module B is disposed on the background server, where the background data processing module B includes preset medical device information;

The first front-end data processing module A verifies whether the implantable medical device information matches the medical device information in the database module, and if so, the first front-end data processing module receives the medical information and transmits the medical information to the background data processing module B; and

The second front-end data processing module C is configured to receive the user information input by the patient and transmit the information to the background data processing module B, and generate the medical information identification according to the medical information and the medical device information fed back by the background data processing module B. card;

The background data processing module B generates port access link information after receiving the medical information, and the patient accesses the second front-end data processing module C according to the port access link information and inputs user information. The user information is transmitted to the background data processing module B.

In the above process, the first front-end data processing module A receives the medical information input by the medical practitioner and verifies that the function of the implantable medical device is implemented by the information input and verification module A1; the second front-end data processing module C receives the patient input. The user information and the function transmitted to the background data processing module B are implemented by the information input and verification module C1. In addition, the first front-end data processing module A, the second front-end data processing module C, and the background data processing module B respectively include network transmission modules A3, C4, and B0, and data transmission is performed through the network transmission module.

With continued reference to FIG. 1, in the present embodiment, the first front end data processing module A and the second front end data portion are The processing module C includes an information encryption and compression module, that is, A2 and C3, for compressing and encrypting the data collected by the first front-end data processing module A and the second front-end data processing module C. The background data processing module B includes an information decryption and decompression module B1 for decompressing and decrypting the data it receives.

The functional implementation of these three modules and module integration implementations will be presented below:

First, the first front-end data processing module A

The main function of the first front-end data processing module A is to perform data collection, data processing, and the like of the medical device device's feature code, medical information, and the like through the input interface. The service object of the first front-end data processing module A mainly faces medical practitioners. The first front-end data processing module A includes an information input and verification module A1, an information encryption compression module A2, and a network transmission module A3.

The information input and verification module A1 of FIG. 1 acquires a signature (eg, SN code) of an implantable medical device input by a medical practitioner to verify whether the implantable medical device belongs to the medical device manufacturer's product; The input and verification module A1 also receives user basic information (such as a user name, a certificate number, a mobile phone number), medical information (such as hospital information, doctor information, diagnostic information such as a patient's cause, etc.) input by a medical practitioner. The input method of the information input and verification module A1 may be scanning a medical product barcode or a two-dimensional code, and may be a voice recognition input method, and may be an image recognition input method or a gesture recognition input method.

The information input and verification module A1 also performs data verification on the acquired information, such as data validity verification (for example, user basic information validity verification, picture input validity verification, speech recognition verification, gesture input comparison verification, implant surgery information). Input verification), data integrity verification, and verification of the signature of the medical device device by comparison with the information in database module B2.

The data encryption function of the information encryption compression module A2 refers to packet encryption of the data collected by the information input and verification module A1, mainly preventing information leakage during transmission. Preferably, the information encryption compression module A2 is provided with a pool of encryption methods, which randomly extracts an encryption method when transmitting, and transmits a key about the encryption method type information when transmitting data to the data receiving end. The data compression function of the information encryption compression module A2 refers to compressing data, reducing the bandwidth and traffic required for transmission, and reducing the time required for transmission. The algorithm used for compression is not particularly limited, such as the Huffman algorithm, the Rice algorithm, the LZ77 algorithm, and the like.

The network transmission module A3 refers to the data collected by the information input and verification module A1 or the data processed by the information encryption compression module A2 is transmitted to the background data processing module B. Preferably, For data transmission, the network TCP 3 handshake protocol is used to establish an effective and secure transmission channel.

Second, the background data processing module B

As shown in FIG. 1 , the background data processing module B mainly exists on the background server, and includes a network transmission module B0, an information decryption and decompression module B1, a database module B2, and a port access link information generation module B3.

The network transmission module B0 is mainly configured to receive data of the first front end data processing module A and the second front end data processing module C, and send the data to the first front end data processing module A and the second front end data processing module C.

The information decryption decompression module B1 mainly decrypts and decompresses the received data. Preferably, in this process, a decryption formula corresponding to the encryption formula is selected based on the key in the received data. The decryption formula performs random matching changes according to the encryption formula. That is, the encryption formula changes when the encryption formula changes, and the security of the data is greatly improved.

The database module B2 is a background database of the system and is set on the background server. The database module B2 includes medical device information, medical information, and user information. The medical device information includes all information of the medical device product, such as the signature of the medical device device, production information (such as production date, date of departure, inspection and quarantine information, expiration date) and sales information (such as agents, sales) Representative) and so on. The medical device information is preset in the module and is provided by the manufacturer. Medical information includes medical device clinical information, surgical hospital information, surgeon information, and diagnostic information. The user information includes patient personnel information corresponding to the medical device, including basic user information (such as user name and/or, ID number, mobile phone number) and user extension information (such as the patient's home address, participation in social security, other contact information, etc.). Obviously, the medical device information, the medical information and the user information may be stored in the same database, or may be stored in a plurality of databases, for example, a medical device database including medical device information, medical information, and a user database including a user information database. Further, for example, a medical device information database including medical device information, a medical information database library including medical information, and a user database including user information. Those skilled in the art can choose according to the actual situation. If multiple database methods are used for storage, the signature of the medical device device can be used for mapping, and one product information must correspond to one user information and one medical information. The medical device information, medical information, and user information in the embodiment shown in FIG. 1 are stored in two databases, that is, a medical device database including medical device information, medical information, and a user database including a user information library.

The reading of the database module B2 mainly includes two aspects. The first is that the information input and verification module A1 needs to compare the signature of the medical device with the record in the database module B2 when collecting data, when matching When the rules are met, the information input and verification module A1 is allowed to read the production information of the medical device in the database module B2 to facilitate the medical practitioner to further verify the medical device, and allows the information input and verification module A1 to continue the input process; When the device virtual identification card is generated in the medical information identification card generating module C2, the information in the database module B2 is allowed to be read according to the corresponding matching rule.

The writing to the database module B2 also mainly includes two aspects. The first is that the data from the first front-end data processing module A is allowed to be written into the medical device database; the second is that the data from the second front-end data processing module C is allowed. Write to the user database.

The background data processing module B generates port access link information through the port access link information generating module B3 after receiving the medical information input by the medical practitioner. The patient accesses the second front-end data processing module C according to the port access link information and inputs user information to the background data processing module B. When the user database writes a new record, the access link information generating module B3 generates port access link information that enters the second front-end data processing module C. The link information is information required for the patient to connect to the second front-end data processing module C, such as the access path of the second front-end data processing module C, the user name and password required for the patient to log in. The username and password can be generated based on the user's basic information. For example, the user name in the database module B2 retrieved by the user name is generated by combining the patient mobile phone number and the ID card number in the database module B2. The medium carried by the link information may be an electronic medium (such as WeChat, SMS, email) or a paper medium (such as mail). The access link information generating module B3 also provides necessary information necessary for the virtual device identification card.

Further, the access link information generated by the access link information generating module B3 includes an information security function, such as a log query function and an information active/passive security protection.

Third, the second front-end data processing module C

As shown in FIG. 1, the service object of the second front-end data processing module C is mainly facing the patient. It comprises an information input and verification module C1, a medical information identification card generation module C2, an information encryption compression module C3 and a network transmission module C4.

The authentication function of the information input and verification module C1 is mainly to verify that the input login information (such as the user name and password) is consistent with the database module B2, and the matching is allowed to log in. Information input and inspection The card module C1 collects user information of the patient, including but not limited to the ID number, contact information, and identity information, and the input method is the same as the information input and verification module A1, such as voice recognition input, image recognition input, and gesture recognition input. Preferably, the second front-end data processing module verifies the user information before accepting the user information. Specifically, the second front-end data processing module acquires basic information of the user transmitted by the first front-end data processing module to the background data processing module, and at least part of the user basic information and the user information corresponding to the second front-end data processing module. Comparison. If the two match, the second front-end data processing module accepts the user information and transmits it to the background data processing module.

Data input and verification module C1 data verification function, including but not limited to, data validity verification (such as ID number validity verification, mobile phone number validity verification, picture input validity verification, speech recognition verification, gesture input comparison verification) And data integrity verification, through the above verification to ensure the accuracy and uniqueness of the information. The information input and verification module C1 can directly output the data conforming to the rule to the database module B2.

The information encryption compression module C3 is similar to the information encryption compression module A2, and the data processing is to encrypt and/or compress data to improve system security and efficiency.

The medical information identification card generating module C2 is configured to generate a medical information identification card authorized by the factory. When the information input and verification module C1 sends the data to the database module B2, it is simultaneously sent to the medical information identification card generating module C2, and the database module B2 also transmits the medical device information, the medical information and the like to the medical information identification card generating module C2; After the information identification card generating module C2 obtains the data, the medical information identification card authorized by the factory is automatically generated according to the template. In this embodiment, the virtual identification card exists in the electronic device. After the information input and verification module C1 sends the data to the database module B2, if a situation occurs in which the patient needs to re-create the virtual identification card again, for example, replacing the electronic device storing the virtual identification card, the database module B2 sends all the information to the medical information identification card generating module C2. Data such as medical device information, medical information, and user information required for the virtual identification card.

The network transmission module C4 is configured to enable the second front-end data processing module C and the background data processing module B to perform data communication, and preferably adopts a network TCP3 handshake protocol to establish an effective and secure transmission channel.

According to the above system, an embodiment of the present invention further provides a method for generating a medical information identification card of an implantable medical device, as shown in FIG. 2, comprising:

The first front end data processing module verifies whether the implantable medical device information is as described above The medical device information is matched, and if so, the first front-end data processing module receives the medical information and transmits the medical information to the background data processing module;

The background data processing module feeds back the medical information and medical device information to the second front-end data processing module, and the second front-end data processing module generates a medical information identification card.

In the above method, the first front end data processing module is operated by a medical practitioner and the second front end data processing module is operated by the patient. The first front-end data processing module determines whether the implantable medical device belongs to a product of the medical device manufacturer by receiving the implantable medical device signature. In addition, the medical practitioner also inputs user basic information to the background data processing module for verifying the patient information by comparing the user information input by the patient when the subsequent patient inputs.

The following is an example of a medical practitioner placing an cardiac pacemaker (IPG) for a patient, detailing the operation procedure of the medical practitioner and the operation procedure of the patient end in the above method. In this embodiment, the first front-end data processing module A and the second front-end data processing module C are respectively present in an electronic device such as a mobile phone of the medical practitioner and the patient.

The operation of the medical practitioner is as shown in Fig. 3. In step T1, the medical practitioner first performs barcode scanning of the implanted device, and the scanning function calls the camera of the mobile phone to identify the barcode on the appearance of the product to perform sequence of IPG product information. No. Verification.

T2 is to determine the validity of the serial number of the IPG product. T2 compares the serial number of the product collected by T1 with the data in the database. If the serial number of the product exists in the database, it passes. It mainly prevents the non-standard product information and the wrong product information from being stored in the database. This function is mainly to improve the authenticity of the implanted information.

The T3 implanted home page information is mainly related to the product serial number passed by the T2 verification to automatically associate the product with other information. For example, if T2 inputs the serial number of the product, then T3 displays the model, date of manufacture, manufacturer, etc. of the product. This part of the information can be used by medical practitioners to verify the IPG.

T4 is the choice for determining IPG implantation. If the patient has been implanted with IPG before surgery and needs IPG replacement through this operation, you must also enter T5 old IPG product information and T6 old electrode implant product information. If the number of T6 is >1, there will be a T7 old electrode addition judgment.

T8 is the new electrode implant product information input page. This part of the input can call multiple input methods such as voice input recognition, barcode scanning recognition, and data dictionary selection. If the number of T8 is >1, there will be a new motor addition judgment of T9.

The T10 is primarily a surgical hospital information entry page for implanted devices. This part of the input can call the data dictionary to select the input method.

The T11 is mainly a surgeon information information input page of the implanted device. If T11 is a follow-up doctor, there will be T12 as a follow-up doctor. If not, there is T13 follow-up doctor data; if it is, then enter the T14 main indication.

The main indications, combined cases and implant tests of T14-T16 are mainly the input of parameter information before and after the surgical procedure of the whole implanted device. This part of the input can use data dictionary selection, input data range judgment, data accuracy judgment and other error correction mechanisms.

T17 is the patient data. This part of the information requires that the patient name and mobile phone number information must be entered; the mobile phone number system will automatically determine whether the rules are met. T18 is the sales information of the device.

T19 will extract the patient's name and mobile phone number in T17 and form a user name and random password to send to the patient.

The operation of the patient end is as shown in FIG. 4, and immediately after the step T19 of FIG. 3, the user name and password sent by FIG. 3T19 are used as the credentials for logging in to the APP system.

The T22 patient data is a page for the patient who implanted the device to enter their own relevant information.

The T23 performs a screening combination according to the IPG information, the electrode information, the implanted hospital information, the surgeon information, the implanted device manufacturer information, and the patient information in FIG. 3 in FIG. 3, and automatically generates a virtual device guarantee card according to the template. The device warranty card is available for patients to download, forward, and present when needed (security, first aid, etc.).

The medical information identification card generating system of the implantable medical device provided by some embodiments of the present invention includes a background data processing module, a first front end data processing module operated by a medical practitioner, and a second front end data processing module operated by the patient. The first front-end data processing module verifies whether the implantable medical device information matches the preset medical device information, and if so, transmits the medical information input by the medical practitioner to the background data processing module; the background data processing module Responsible for storing medical device information and user information, and providing the patient with port access link information of the second front-end data processing module; the patient accessing the link information through the port to enter the second front-end data processing module and inputting the user information, and transmitting And input to the background data processing module, and the second front-end data processing module generates the medical information identification card by combining the medical information and the medical device information fed back by the background data processing module. The invention ensures the accuracy and uniqueness of the device identification card under the premise of ensuring the privacy of the patient.

The beneficial effects of the medical information identification card generating system of the implantable medical device provided by some embodiments of the present invention include: 1. The module structure is simple, convenient for promotion and deployment; 2. The input includes many simple input operations, such as barcode scanning. , voice recognition input, etc., improve the convenience of input for the end user; 3, the time spent on a single process is much less than the time to fill out the traditional paper warranty card, the patient can get the virtual device identification card in time; 4. The data obtained by the traditional paper device identification card process is more accurate, because many input options can be made into a data dictionary, and many data fields can be verified according to rules; 5. The virtual identification card generated by the system is convenient to carry. And after the loss, the new device identification card can be quickly obtained; 6. In the process of creating the identification card, the leakage of the patient's personal privacy is avoided.

In addition, in reality, since the physical identification card may not be carried at any time, the mobile electronic device has a much higher carrying rate than the portable physical identification card. When a patient has an emergency, it is important that there is a virtual identification card in the mobile electronic device that can provide the emergency doctor with some critical information.

In the system, the first front-end data processing module A and the second front-end data processing module C are authenticated by effective data encryption, and are connected to the background data processing module B through the network, thereby ensuring accurate and unique data.

The design of the system can be applied to any medical device that requires a device identification card and an implanted record. The system provides patients with timely portable identification cards, providing reliable medical device implantation records for hospitals and medical personnel, and providing accurate device implantation data for medical device manufacturers.

According to some embodiments of the present invention, the following examples are provided.

Example 1. A medical information identification card generating system for an implantable medical device, comprising:

a second front-end data processing module, configured to receive user information and transmit the information to the background data processing module, and generate medical information according to the medical device information and medical information fed back by the background data processing module Treatment information identification card;

The medical information identification card generating system of the implantable medical device according to the example 1, wherein the user information includes user basic information and user extension information.

The medical information identification card generating system of the implantable medical device of the example 1 or 2, wherein the first front-end data processing module further accepts user basic information, which is stored in a background data processing module, The front-end data processing module verifies the identity of the patient by comparing the basic information of the user with the received user information, and accepts the user information after the verification succeeds.

The medical information identification card generating system of the implantable medical device of claim 1, wherein the medical device information includes a feature code, production information, and sales information of the medical device.

The medical information identification card generating system of the implantable medical device according to any one of examples 1 to 4, wherein the medical information includes medical device clinical information, surgical hospital information, surgeon information, and diagnostic information.

The medical information identification card generating system of the implantable medical device of any one of examples 1 to 5, wherein the first front-end data processing module passes the signature pair of the implantable medical device The implantable medical device is verified.

The medical information identification card generating system of the implantable medical device according to any one of examples 1 to 6, wherein the first front-end data processing module obtains by barcode scanning, voice recognition, image recognition or gesture recognition The signature code and medical information of the implantable medical device.

The medical information identification card generating system of the implantable medical device of any of examples 1 to 7, wherein the port access link information comprises a patient required to access the second front end data processing module A username and password, and/or a second front-end data processing module access path.

The medical information identification card generating system of the implantable medical device of any one of examples 1 to 8, wherein the first front end data processing module and the second front end data processing module each comprise an information encryption compression module And the data collected by the first front-end data processing module and the second front-end data processing module is compressed and encrypted, and the background data processing module includes an information decryption and decompression module, configured to receive the data. The data is decompressed and decrypted.

The medical information identification card generating system of the implantable medical device according to any one of examples 1 to 9, wherein the first front end data processing module, the second front end data processing module, and the background data processing module are both The network transmission module is included, and data transmission is performed through the network transmission module.

Example 11. A method for generating a medical information identification card for an implantable medical device, comprising:

The first front-end data processing module verifies whether the implantable medical device information matches the preset medical device information, and if so, the first front-end data processing module receives the medical information and transmits the medical information to the background data processing module;

The background data processing module feeds back the medical device information and medical information to the second front-end data processing module, and the second front-end data processing module generates the medical information identification card.

The medical information identification card generating method of the implantable medical device according to the eleventh aspect, wherein the first front-end data processing module verifies the implantable medical treatment by receiving the implantable medical device signature instrument.

The medical information identification card generating method of the implantable medical device according to the example 11 or 12, wherein the user information includes user basic information and user extension information, and the first front-end data processing module receives medical information. At the same time, the user basic information is also received and transmitted to the background data processing module for the second front-end data processing module to verify the user information before accepting the user information.

It will be apparent to those skilled in the art that various modifications and variations can be made in the invention without departing from the spirit and scope of the invention. Thus, it is intended that the present invention cover the modifications and variations of the invention as claimed.

Claims

A medical information identification card generating system for an implantable medical device, comprising:

a background data processing module is disposed on the background server, where the background data processing module includes preset medical device information;

a first front-end data processing module, configured to verify whether the implanted medical device information matches the preset medical device information, and if yes, the first front-end data processing module receives the medical information and transmits the data to the background data processing Module;

a second front-end data processing module, configured to receive user information and transmit the information to the background data processing module, and generate a medical information identification card according to the medical device information and medical information fed back by the background data processing module;

The background data processing module generates port access link information after receiving the medical information, and the second front-end data processing module is enabled to open the link information through the port, and accepts the user information to output To the background data processing module.
The medical information identification card generating system of the implantable medical device according to claim 1, wherein the first front-end data processing module further accepts user basic information, which is stored in a background data processing module, and the second front-end data processing The module verifies the identity of the patient by comparing the basic information of the user with the received user information, and accepts the user information after the verification succeeds.
The medical information identification card generating system of an implantable medical device according to claim 1, wherein the medical device information includes a feature code, production information, and sales information of the medical device; and the medical information optionally includes a medical device Clinical information, surgical hospital information, surgeon information, and diagnostic information.
The medical information identification card generating system of the implantable medical device according to claim 1, wherein

The first front-end data processing module optionally verifies the implantable medical device by using a signature of the implantable medical device;

The first front-end data processing module may obtain the feature code and medical information of the implantable medical device through barcode scanning, voice recognition, image recognition or gesture recognition.
The medical information identification card generating system of an implantable medical device according to claim 1, wherein said port access link information includes a user name and password required for a patient to access said second front-end data processing module, and/or The second front end data processing module accesses the path.
The medical information identification card generating system of the implantable medical device according to claim 1, wherein The first front-end data processing module and the second front-end data processing module each include an information encryption compression module, configured to compress and encrypt data collected by the first front-end data processing module and the second front-end data processing module. Transmission, the background data processing module includes an information decryption and decompression module for decompressing and decrypting the data it receives.
The medical information identification card generating system of the implantable medical device according to claim 1, wherein the first front end data processing module, the second front end data processing module, and the background data processing module each comprise a network transmission module. The network transmission module performs data transmission.
A method for generating a medical information identification card for an implantable medical device, comprising:

Providing a background data processing module including preset medical device information;

The first front-end data processing module verifies whether the implantable medical device information matches the preset medical device information, and if so, the first front-end data processing module receives the medical information and transmits the medical information to the background data processing module;

The background data processing module accepts the medical information and generates port access link information;

The second front-end data processing module is enabled to open the link information through the port, and accepts user information for output to the background data processing module;

The background data processing module feeds back the medical device information and medical information to the second front-end data processing module, and the second front-end data processing module generates the medical information identification card.
The medical information identification card generating method of an implantable medical device according to claim 8, wherein the first front-end data processing module verifies the implantable medical device by receiving the implantable medical device signature.
The medical information identification card generating method of an implantable medical device according to claim 8, wherein the user information includes user basic information and user extension information, and the first front-end data processing module further receives the medical information when receiving the medical information. The user basic information is transmitted to the background data processing module for the second front end data processing module to verify the user information before accepting the user information.