WO2017128618A1

WO2017128618A1 - Medical diagnosis electronic report generation method and system

Info

Publication number: WO2017128618A1
Application number: PCT/CN2016/088437
Authority: WO
Inventors: 李上奖
Original assignee: 深圳市科曼医疗设备有限公司
Priority date: 2016-01-26
Filing date: 2016-07-04
Publication date: 2017-08-03
Also published as: CN105740609A

Abstract

A medical diagnosis electronic report generation method and system. The method comprises: acquiring check data, and generating an electronic report file body text according to the check data and received diagnosis data (S110); compressing the electronic report file body text according to an information digest algorithm, so as to obtain labelling information (S120); and receiving signature information, combining the labelling information and the received signature information, and then outputting same to an electronic report file (S130). By taking advantage of the population of the existing computer and network application, a paper report is replaced with an electronic report, labelling information is generated according to an electronic report body text and is output to an electronic report file after being bonded with received signature information. An electronic report is stored and circulated conveniently, and also can be prevented from being counterfeited and embezzled by others, thereby improving the convenience and reliability of management.

Description

Medical diagnostic electronic report generation method and system

[Technical Field]

The present invention relates to the field of data storage technologies, and in particular, to a medical diagnosis electronic report generation method and system.

【Background technique】

An electronic report is a document in the form of an electronic file generated based on collected or calculated data for data storage or recall, and is widely used in people's daily work and life.

In the medical field, the traditional medical diagnosis report is generated by the clinician after printing a check in the ward or outpatient clinic, and printing a paper report to the corresponding doctor's office of the report laboratory. The doctor is on paper after reading the report. Fill in the diagnosis results and opinions on the report, then manually sign the name, and finally manually report the signed paper to the clinician, and the clinician will report the treatment to the patient according to the report. This kind of paper report is easy to be lost during the transfer process between departments, and it is difficult to read it. When the number of reports reaches a certain level, it is more difficult to read out the required report. Since there is only one paper report, only one doctor can access it at the same time, and the data sharing of the whole hospital cannot be achieved. At the same time, the paper report is slow and inefficient during the transmission process. The traditional medical diagnosis report generation method has the disadvantages of low management convenience and low reliability.

[Summary of the Invention]

Based on this, it is necessary to provide a medical diagnosis electronic report generation method and system with high management convenience and high reliability in response to the above problems.

A medical diagnostic electronic report generation method includes the following steps:

Obtaining inspection data, and generating an electronic report file body according to the inspection data and the received diagnostic data;

The body of the electronic report file is compressed according to a message digest algorithm to obtain the tag information;

The signature information is received, and the indication information and the received signature information are combined and output to an electronic report file.

A medical diagnostic electronic report generation system comprising:

a report generation module, configured to acquire inspection data, and generate an electronic report file body according to the inspection data and the received diagnostic data;

a file compression module, configured to compress the text of the electronic report file according to a message digest algorithm to obtain the tag information;

The document review module is configured to receive the signature information, synthesize the indication information and the received signature information, and output the information to the electronic report file.

The above medical diagnosis electronic report generation method and system acquires inspection data, and generates an electronic report file body according to the inspection data and the received diagnosis data; compresses the electronic report file body according to the information summary algorithm to obtain the indication information; and receives the signature information, The indication information and the received signature information are synthesized and output to the electronic report file. The use of existing computer and network applications is popular, electronic reports are used instead of paper reports, and the signature information generated by the electronic report body is bound to the received signature information and output to the electronic report file. Electronic reports are easy to store or circulate, and can effectively prevent counterfeiting and theft of others, improving management convenience and reliability.

[Description of the Drawings]

1 is a flow chart of a method for generating a medical diagnosis electronic report in an embodiment;

2 is a flow chart of a method for generating a medical diagnosis electronic report in another embodiment;

3 is a structural diagram of a medical diagnosis electronic report generation system in an embodiment;

4 is a structural diagram of a medical diagnostic electronic report generation system in another embodiment.

【detailed description】

The invention discloses a medical diagnosis electronic report generation method, which is suitable for electronic form storage of data such as an electrocardiogram in the medical field. As shown in FIG. 1, the above method includes the following steps:

Step S110: Acquire inspection data, and generate an electronic report file body based on the inspection data and the received diagnostic data. The inspection data refers to the received data that needs to be stored or circulated. Taking the medical data storage as an example, when the clinician completes the electrocardiogram or other examination, the measured data can be transmitted to the laboratory as inspection data. The inspector measures the analytical data, fills in the diagnostic results and comments, and uploads the diagnostic results and opinions as diagnostic data. By collating the acquired inspection data and the received diagnostic data, an electronic report file body can be generated for recording the patient's detection and diagnosis results.

Step S120: compress the text of the electronic report file according to the information digest algorithm to obtain the label information. After the text of the electronic report file is obtained according to the relevant data, the body of the electronic report file is compressed to obtain the mark information, which is used to identify the corresponding electronic report file. The message digest algorithm is to combine the input of any length to generate a pseudo-random input with a fixed length. The encryption process does not require a key, and the encrypted data cannot be decrypted. Only the same plaintext data can be input through the same message digest algorithm. Get the same ciphertext. The electronic report file is compressed by the message digest algorithm, which is convenient to operate and has high data compression security.

In one embodiment, step S120 specifically includes utilizing DM5 (message-digest) Algorithm, information digest algorithm 5) The algorithm compresses the body of the electronic report file and generates a string as the tag information. The string can be composed of numbers and English letters. The DM5 algorithm allows large-capacity information to be "compressed" into a confidential format before signing the private key with the digital signature software, avoiding the dissemination and forgery of others, without third-party generation and authentication. To further improve data compression security. It can be understood that other compression algorithms of the same nature can be used for file compression in other embodiments, not limited to DM5.

Step S130: receiving the signature information, synthesizing the indication information and the received signature information, and outputting the information to the electronic report file. Similarly, medical data storage is taken as an example. When a doctor performs measurement analysis on the inspection data, the personal signature is written as a signature information through the signature board after filling in the diagnosis result and the opinion. The label information and the received signature information are synthesized and output to an electronic report file, and the file information, the reviewer information and the electronic report file are bound, so that the user can query and read at any time. Stored in electronic reports for quick access at any time. Binding related information to electronic report files can prevent others from stealing and refusing doctors afterwards.

In one embodiment, the synthesizing the indication information and the received signature information in the step S130 and outputting the information to the electronic report file specifically includes: synthesizing the label information and the signature information, and outputting the signature information to the signature of the electronic report file. The signature can be pre-set in the electronic report file for information display. The watermark synthesis outputs the indication information and the signature information to the signature of the electronic report file, thereby completing the superimposition and synthesis with the electronic report file, and the operation is simple and quick. Specifically, the character string is used as the indication information. In this embodiment, the character string is a string of 128-bit and hexadecimal characters, and the watermark is synthesized by using a format of 4 lines and 8 characters per line. . It can be understood that the string depends on the number of bits generated by the compression algorithm used, and is not limited to the string in hexadecimal form. It can also be other forms of strings, such as binary or decimal. In addition, the exact arrangement of strings is not unique.

In one embodiment, as shown in FIG. 2, after step S130, the electronic report generating method may further include step S140.

Step S140: storing the electronic report file with the indication information and the signature information. After the indication information and the signature information are output to the electronic report file, the electronic report file with the indication information and the signature information can be stored in the data service center of the hospital, so that it is convenient to query and read at any time, and provide data management convenience.

Further, after step S130, the electronic report generating method may further include steps S150 to S170.

Step S150: Receive a verification instruction, and compress the electronic report file with the indication information and the signature information according to the verification instruction to obtain verification information. Step S150 may be before step S140 or after step S140. Specifically, the terminal can input the verification instruction, and after receiving the verification instruction, the marking information and the signature information of the signature of the corresponding electronic report file can be emptied, and then the same information digest algorithm is used to compress the text of the electronic report file to obtain verification information. .

Step S160: Determine whether the verification information is consistent with the indication information of the corresponding electronic report file. The compressed verification information is compared with the indication information of the corresponding electronic report file to determine whether they are consistent; if yes, the process may be stopped; if not, proceed to step S170.

Step S170: Output alarm prompt information. When the verification information and the label information are inconsistent, the electronic report file is a forged file, the alarm prompt information is outputted so that the user can know in time, and the electronic report file is checked, thereby improving the security of the file management.

The medical diagnosis electronic report generation method utilizes an existing computer and network application popularization, adopts an electronic report instead of a paper report, and binds the generated signature information according to the electronic report body to the received signature information, and outputs the same to the electronic report file. Electronic reports are easy to store or circulate, and can effectively prevent counterfeiting and theft of others, improving management convenience and reliability.

The invention also provides a medical diagnosis electronic report generation system, which is suitable for electronic form storage of data such as electrocardiogram in the medical field. As shown in FIG. 3, the above system includes a report generation module 110, a file compression module 120, and a file review module 130.

The report generation module 110 is configured to acquire inspection data, and generate an electronic report file body according to the inspection data and the received diagnostic data. The inspection data refers to the received data that needs to be stored or circulated. Taking the medical data storage as an example, when the clinician completes the electrocardiogram or other examination, the measured data can be transmitted to the laboratory as inspection data. The inspector measures the analytical data, fills in the diagnostic results and comments, and uploads the diagnostic results and opinions as diagnostic data. By collating the acquired inspection data and the received diagnostic data, an electronic report file body can be generated for recording the patient's detection and diagnosis results.

The file compression module 120 is configured to compress the text of the electronic report file according to the information digest algorithm to obtain the indication information. After the text of the electronic report file is obtained according to the relevant data, the body of the electronic report file is compressed to obtain the mark information, which is used to identify the corresponding electronic report file. The message digest algorithm combines inputs of arbitrary length to produce a pseudo-random input of fixed length. The encryption process does not require a key, and the encrypted data cannot be decrypted. Only the same plaintext data can be obtained by the same message digest algorithm. The same ciphertext. The electronic report file is compressed by the message digest algorithm, which is convenient to operate and has high data compression security.

In one embodiment, the file compression module 120 compresses the text of the electronic report file according to the information digest algorithm. Obtaining the label information includes: compressing the text of the electronic report file by using the DM5 algorithm, and generating a character string as the label information. The string can be composed of numbers and English letters. The DM5 algorithm allows large-capacity information to be "compressed" into a confidential format before signing the private key with the digital signature software, avoiding the dissemination and forgery of others, without third-party generation and authentication. To further improve data compression security. It can be understood that other compression algorithms of the same nature can be used for file compression in other embodiments, not limited to DM5.

The file review module 130 is configured to receive the signature information, synthesize the indication information and the received signature information, and output the information to the electronic report file. Similarly, medical data storage is taken as an example. When a doctor performs measurement analysis on the inspection data, the personal signature is written as a signature information through the signature board after filling in the diagnosis result and the opinion. The label information and the received signature information are synthesized and output to an electronic report file, and the file information, the reviewer information and the electronic report file are bound, so that the user can query and read at any time. Stored in electronic reports for quick access at any time. Binding related information to electronic report files can prevent others from stealing and refusing doctors afterwards.

In one embodiment, the file review module 130 synthesizes the indication information and the received signature information and outputs the information to the electronic report file. Specifically, the identifier information and the signature information are watermarked and then output to the signature of the electronic report file. The signature can be pre-set in the electronic report file for information display. The watermark synthesis outputs the indication information and the signature information to the signature of the electronic report file, thereby completing the superimposition and synthesis with the electronic report file, and the operation is simple and quick. Specifically, the character string is used as the indication information. In this embodiment, the character string is a string of 128-bit and hexadecimal characters, and the watermark is synthesized by using a format of 4 lines and 8 characters per line. . It can be understood that the string depends on the number of bits generated by the compression algorithm used, and is not limited to the string in hexadecimal form. It can also be other forms of strings, such as binary or decimal. In addition, the exact arrangement of strings is not unique.

In one embodiment, as shown in FIG. 4, the electronic report generation system may further include a file storage module 140 for receiving signature information at the file review module 130, and synthesizing the identification information and the received signature information. After outputting to the electronic report file, the electronic report file with the identification information and the signature information is stored. After the indication information and the signature information are output to the electronic report file, the electronic report file with the indication information and the signature information can be stored in the data service center of the hospital, so that it is convenient to query and read at any time, and provide data management convenience.

Further, the electronic report generation system may further include a file verification module 150, and the file verification module 150 is configured to receive the signature information in the file review module 130, synthesize the identification information and the received signature information, and output the verification information to the electronic report file, and then receive the verification. The instruction, according to the verification instruction, compresses the electronic report file with the indication information and the signature information to obtain the verification information, and outputs the alarm prompt information when the verification information is inconsistent with the indication information of the corresponding electronic report file.

Specifically, the terminal can input the verification instruction, and after receiving the verification instruction, the marking information and the signature information of the signature of the corresponding electronic report file can be emptied, and then the same information digest algorithm is used to compress the text of the electronic report file to obtain verification information. . When the verification information and the label information are inconsistent, the electronic report file is a forged file, the alarm prompt information is outputted so that the user can know in time, and the electronic report file is checked, thereby improving the security of the file management.

The medical diagnosis electronic report generation system utilizes the existing computer and network application popularization, adopts an electronic report instead of a paper report, and binds the generated signature information according to the electronic report body to the received signature information, and outputs the same to the electronic report file. Electronic reports are easy to store or circulate, and can effectively prevent counterfeiting and theft of others, improving management convenience and reliability.

The technical features of the above-described embodiments may be arbitrarily combined. For the sake of brevity of description, all possible combinations of the technical features in the above embodiments are not described. However, as long as there is no contradiction between the combinations of these technical features, All should be considered as the scope of this manual.

The above-described embodiments are merely illustrative of several embodiments of the present invention, and the description thereof is more specific and detailed, but is not to be construed as limiting the scope of the invention. It should be noted that a number of variations and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of the invention should be determined by the appended claims.

Claims

A medical diagnostic electronic report generating method, comprising the following steps:

Obtaining inspection data, and generating an electronic report file body according to the inspection data and the received diagnostic data;

The body of the electronic report file is compressed according to a message digest algorithm to obtain the tag information;

The signature information is received, and the indication information and the received signature information are combined and output to an electronic report file.
The method for generating a medical diagnostic electronic report according to claim 1, wherein the step of compressing the text of the electronic report file according to the information digest algorithm to obtain the label information comprises: using the DM5 algorithm to report the electronic report The body of the file is compressed, and a string is generated as the indication information.
The medical diagnostic electronic report generating method according to claim 2, wherein the character string is a character string of 128-bit or hexadecimal notation.
The method for generating a medical diagnostic electronic report according to claim 1, wherein the synthesizing the indication information and the received signature information and outputting the information to the electronic report file comprises: including the indication information and the signature The information watermark is synthesized and output to the signature of the electronic report file.
The medical diagnostic electronic report generation method according to claim 1, wherein the receiving the signature information, synthesizing the indication information and the received signature information, and outputting the result to the electronic report file further includes The step of storing an electronic report file with identification information and signature information.
The method for generating a medical diagnostic electronic report according to claim 1, wherein the step of receiving the signature information, combining the indication information and the received signature information, and outputting the result to the electronic report file further includes the following steps :

Receiving a verification instruction, and compressing the electronic report file with the indication information and the signature information according to the verification instruction to obtain verification information;

Determining whether the verification information is consistent with the indication information of the corresponding electronic report file;

If no, an alarm message is output.
A medical diagnostic electronic report generation system, comprising:

a report generation module, configured to acquire inspection data, and generate an electronic report file body according to the inspection data and the received diagnostic data;

a file compression module, configured to compress the text of the electronic report file according to a message digest algorithm to obtain the tag information;

The document review module is configured to receive the signature information, synthesize the indication information and the received signature information, and output the information to the electronic report file.
The medical diagnostic electronic report generation system according to claim 7, wherein the file compression module compresses the electronic report file body according to the information digest algorithm, and the obtaining the indication information specifically includes: using the DM5 algorithm to the electronic The body of the report file is compressed, and a string is generated as the indication information.
The medical diagnostic electronic report generation system according to claim 7, further comprising a file storage module, wherein the file storage module is configured to receive signature information, the identification information and the received signature at the file review module. After the information is synthesized and output to the electronic report file, the electronic report file with the identification information and the signature information is stored.
The medical diagnostic electronic report generation system according to claim 7, further comprising:

a file verification module, configured to receive signature information in the document review module, synthesize the indication information and the received signature information, and output the verification information to the electronic report file, and receive the verification instruction, and the identification information and the signature according to the verification instruction The electronic report file of the information is compressed to obtain verification information, and the alarm prompt information is output when the verification information does not coincide with the indication information of the corresponding electronic report file.