CN113223654A - Intelligent reading management platform for medical examination report sheet - Google Patents
Intelligent reading management platform for medical examination report sheet Download PDFInfo
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- CN113223654A CN113223654A CN202110623888.4A CN202110623888A CN113223654A CN 113223654 A CN113223654 A CN 113223654A CN 202110623888 A CN202110623888 A CN 202110623888A CN 113223654 A CN113223654 A CN 113223654A
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- G16H15/00—ICT specially adapted for medical reports, e.g. generation or transmission thereof
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Abstract
The embodiment of the invention aims to provide an intelligent interpretation management platform and method for a medical inspection report, aiming at improving the privacy security of a user. The data sent by the mobile terminal to the first intermediate server are encrypted medical data and a terminal identifier, so that even if the first intermediate server determines the identity of the user according to the terminal identifier, the state of illness of the user cannot be acquired. In addition, the first intermediate server determines a corresponding first intermediate identifier according to the terminal identifier and sends the first intermediate identifier and the encrypted medical data to the data interpretation server, so that even if the data interpretation server decrypts the medical data plaintext, the user identity cannot be determined according to the first intermediate identifier, and in a report sheet image corresponding to the medical data plaintext, a name area is covered by a solid color, so that the data interpretation server cannot determine the user identity according to the report sheet image. Therefore, the invention can effectively protect the privacy of the user.
Description
Technical Field
The invention relates to the technical field of information, in particular to an intelligent interpretation management platform and method for a medical examination report.
Background
With the development of mobile internet technology, people live more and more conveniently and more intelligently. People can realize online shopping, taxi taking, games, diagnosis and the like at any time and any place by means of the mobile internet technology. Taking the online diagnosis as an example, in some online diagnosis applications, a user uploads a focus image, a symptom description, a test report sheet and the like of the user, so that a doctor can judge the state of an illness of the user by analyzing the focus image, the symptom description, the test report sheet and the like. However, in the related art, when the user uploads the check report, it is often difficult to protect the privacy of the user, so that the identity of the user is exposed.
Disclosure of Invention
The embodiment of the invention aims to provide an intelligent interpretation management platform and method for a medical inspection report, aiming at improving the privacy security of a user, and the specific technical scheme is as follows:
in a first aspect of an embodiment of the present invention, an intelligent interpretation management platform for a medical examination report is provided, where the platform includes a mobile terminal, a first intermediate server, and a data interpretation server;
the mobile terminal is used for acquiring a report image to be interpreted and carrying out image recognition on the report image so as to detect a name area in the report image; the mobile terminal is also used for carrying out pure color covering processing on the detected name area to obtain a processed report image;
the mobile terminal is further used for encrypting the processed report image by using a first key acquired in advance to obtain encrypted medical data; the mobile terminal is further configured to generate a data interpretation request and send the data interpretation request to the first intermediate server, where the data interpretation request carries the encrypted medical data and a terminal identifier of the mobile terminal;
the first intermediate server is used for receiving the data interpretation request, reading the encrypted medical data and the terminal identification from the data interpretation request, and determining a first intermediate identification corresponding to the terminal identification according to the terminal identification; the first intermediate server is further used for sending the encrypted medical data and the first intermediate identifier to the data interpretation server;
the data interpretation server is used for receiving the encrypted medical data and the first intermediate identifier and decrypting the encrypted medical data by using a second key to obtain plaintext data of the processed report form image, wherein the second key is a key matched with the first key; the data interpretation server is also used for carrying out character recognition on the processed report single image so as to obtain a character recognition result; the data interpretation server is further used for acquiring a historical character recognition result corresponding to the first intermediate identifier according to the first intermediate identifier, and generating a data analysis result according to the historical character recognition result and the character recognition result; the data interpretation server is further configured to encrypt the data analysis result by using the second key to obtain a ciphertext of the data analysis result, and send the first intermediate identifier and the ciphertext of the data analysis result to the first intermediate server;
the first intermediate server is further configured to receive the first intermediate identifier and the ciphertext of the data analysis result, determine a terminal identifier corresponding to the first intermediate identifier according to the first intermediate identifier, and send the ciphertext of the data analysis result to the mobile terminal according to the determined terminal identifier;
the mobile terminal is further configured to receive the ciphertext of the data analysis result, decrypt the ciphertext of the data analysis result by using the first key, and display the plaintext of the data analysis result.
In a second aspect of the embodiments of the present invention, an intelligent interpretation management method for a medical examination report is provided, where the method is applied to a first intermediate server in an intelligent interpretation management platform, and the intelligent interpretation management platform further includes a mobile terminal and a data interpretation server; the method comprises the following steps:
receiving a data interpretation request sent by the mobile terminal, wherein the data interpretation request carries encrypted medical data and a terminal identifier of the mobile terminal, the encrypted medical data is obtained by encrypting a processed report single image by the mobile terminal by using a first secret key, and the processed report single image is obtained by performing pure-color covering processing on a name area in the report single image by the mobile terminal;
determining a first intermediate identifier corresponding to the terminal identifier according to the terminal identifier carried by the data reading request;
sending the encrypted medical data and the first intermediate identifier to the data interpretation server, such that the data interpretation server responds as follows: decrypting the encrypted medical data by using a second key to obtain plaintext data of the processed report sheet image; performing character recognition on the processed report image to obtain a character recognition result; acquiring a historical character recognition result corresponding to the first intermediate identifier according to the first intermediate identifier; generating a data analysis result according to the historical character recognition result and the character recognition result; encrypting the data analysis result by using the second key to obtain a ciphertext of the data analysis result; sending the first intermediate identifier and the ciphertext of the data analysis result to the first intermediate server; wherein the second key is a key that matches the first key;
receiving the first intermediate identifier and the ciphertext of the data analysis result, determining a terminal identifier corresponding to the first intermediate identifier according to the first intermediate identifier, and sending the ciphertext of the data analysis result to the mobile terminal according to the determined terminal identifier, so that the mobile terminal makes the following responses: and decrypting the ciphertext of the data analysis result by using the first key, and displaying the plaintext of the data analysis result.
In the invention, the data sent by the mobile terminal to the first intermediate server are encrypted medical data and a terminal identification. Thus, even though the first intermediate server may determine the user identity from the terminal identification, the first intermediate server cannot obtain the condition of the user because it is difficult for the first intermediate server to determine the plaintext of the medical data from the encrypted medical data. In addition, the first intermediate server determines a corresponding first intermediate identifier according to the terminal identifier, and sends the first intermediate identifier and the encrypted medical data to the data interpretation server. In this way, even if the data interpretation server decrypts the plain text of the medical data according to the second secret key, the user identity cannot be determined according to the first intermediate identifier, and the name area in the report image corresponding to the plain text of the medical data is covered by the solid color, so that the data interpretation server cannot determine the user identity according to the report image. And after the interpretation server interprets the report single image and obtains a data analysis result, the data analysis result is encrypted by using the second key, the ciphertext of the data analysis result is sent to the first intermediate server, and the first intermediate server forwards the ciphertext of the data analysis result to the mobile terminal. Therefore, in the whole process, the first intermediate server can only determine the user identity and cannot obtain the illness state of the user, and the data interpretation server can only obtain the illness state of the user and cannot obtain the user identity, so that the privacy of the user can be effectively protected.
In addition, the data interpretation server generates a data analysis result according to the historical character recognition result and the current character recognition result, and not only generates the data analysis result according to the current character recognition result, so that the data analysis result is more accurate.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It is obvious that the drawings in the following description are only some embodiments of the invention, and that for a person skilled in the art, other drawings can be derived from them without inventive effort.
Fig. 1 is a schematic diagram of an intelligent interpretation management platform for a medical examination report according to an embodiment of the present invention;
fig. 2 is a flowchart of an intelligent interpretation management method for a medical examination report according to an embodiment of the present invention.
Detailed Description
The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention. It is to be understood that the embodiments described are only a few embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
With the development of mobile internet technology, people live more and more conveniently and more intelligently. People can realize online shopping, taxi taking, games, diagnosis and the like at any time and any place by means of the mobile internet technology. Taking the online diagnosis as an example, in some online diagnosis applications, a user uploads a focus image, a symptom description, a test report sheet and the like of the user, so that a doctor can judge the state of an illness of the user by analyzing the focus image, the symptom description, the test report sheet and the like. However, in the related art, when the user uploads the check report, it is often difficult to protect the privacy of the user, so that the identity of the user is exposed.
In view of this, the present invention provides an intelligent interpretation management platform and method for medical examination report form through the following embodiments, aiming to improve the security of user privacy.
Referring to fig. 1, fig. 1 is a schematic diagram of an intelligent interpretation management platform for a medical examination report according to an embodiment of the present invention. As shown in fig. 1, the platform includes a mobile terminal, a first intermediate server, and a data interpretation server. Among them, the mobile terminal includes but is not limited to: cell phones, platform computers, and other devices that can connect to the mobile internet.
As shown in fig. 1, the mobile terminal is configured to acquire a report image to be interpreted and perform image recognition on the report image to detect a name area in the report image; and the mobile terminal is also used for carrying out pure color covering processing on the detected name area to obtain a processed report image.
In particular implementation, the mobile terminal can perform shooting operation on the report under the operation of a user, so as to obtain a report image. After the mobile terminal obtains the report image, the report image can be sent to a first target detection network trained in advance, so that a name area output by the first target detection network is obtained. Wherein the first object detection network is a network dedicated to detecting the name area. The specific training mode may be: obtaining a plurality of sample report sheet images, each sample report sheet image carrying a label characterizing a "name: xxx "actual position in the sample report; then, inputting each sample report and the label thereof into a first target detection network (such as a master RCNN network) prepared in advance, obtaining the predicted position output by the first target detection network, calculating a loss value according to the predicted position and the actual position represented by the label, and updating the first target detection network by using the loss value.
In specific implementation, the first target detection network outputs a name area in the report image, and after the mobile terminal obtains a name area result, each pixel point in the name area can be replaced by a black pixel, so that pure color coverage processing of the name area is realized. In the invention, the name area is subjected to pure color covering treatment, so that the name information of the user cannot be leaked, and the privacy of the user can be effectively protected.
As shown in fig. 1, the mobile terminal is further configured to encrypt the processed report image with a pre-acquired first key to obtain encrypted medical data; the mobile terminal is further configured to generate a data interpretation request and send the data interpretation request to the first intermediate server, where the data interpretation request carries the encrypted medical data and the terminal identifier of the mobile terminal.
In a specific implementation, the mobile terminal may encrypt the processed report form image data by using the first key, so as to generate encrypted medical data. Thereafter, the mobile terminal generates a data interpretation request carrying the encrypted medical data and the terminal identification of the mobile terminal. The terminal identifier may be a device identifier of the mobile terminal, and may also be a mobile phone number corresponding to the mobile terminal.
The first intermediate server is used for receiving the data interpretation request, reading the encrypted medical data and the terminal identification from the data interpretation request, and determining a first intermediate identification corresponding to the terminal identification according to the terminal identification. To simplify the drawing, this stage of the process is illustrated in fig. 1.
As shown in fig. 1, the first intermediate server is further configured to send the encrypted medical data and the first intermediate identifier to the data interpretation server.
The first intermediate identifier is an identifier that does not reflect the true identity of the user, and for example, the first intermediate identifier may be a string of numbers or a character string. Since the terminal identifier may reflect the real identity of the user, in order to avoid exposing the real identity of the user to the data interpretation server, the first intermediate server determines the corresponding first intermediate identifier according to the terminal identifier, and sends the first intermediate identifier and the encrypted medical data to the data interpretation server without sending the terminal identifier to the data interpretation server.
As shown in fig. 1, the data interpretation server is configured to receive the encrypted medical data and the first intermediate identifier, and decrypt the encrypted medical data with a second key to obtain plaintext data of the processed report sheet image, where the second key is a key matching the first key; the data interpretation server is also used for carrying out character recognition on the processed report single image so as to obtain a character recognition result; the data interpretation server is further used for acquiring a historical character recognition result corresponding to the first intermediate identifier according to the first intermediate identifier, and generating a data analysis result according to the historical character recognition result and the character recognition result; the data interpretation server is further configured to encrypt the data analysis result by using the second key to obtain a ciphertext of the data analysis result, and send the first intermediate identifier and the ciphertext of the data analysis result to the first intermediate server.
In the invention, after the data interpretation server decrypts the report image by using the second key, the name area of the report image is covered by the pure color of the mobile terminal, so that the user identity information cannot be obtained even if the data interpretation server decrypts the report image.
Optionally, in some embodiments, the first key and the second key are a pair of asymmetric keys. The mobile terminal encrypts the processed report image with a first key to obtain encrypted medical data. And the data interpretation server decrypts the encrypted medical data by using the second key, thereby obtaining a processed report image. It should be noted that, during the practical application of the present invention, the first key is kept secret in the mobile terminal, so as to avoid the first key from being leaked. Similarly, the second key is kept secret in the data interpretation server to avoid the second key from being leaked.
Optionally, in some specific embodiments, when performing character recognition on the processed report sheet image, the data interpretation server may send the report sheet image to a second target detection network trained in advance, so as to obtain a detection result area output by the second target detection network. Wherein the second target detection network is a network dedicated to detecting the inspection result area. The specific training mode may be: obtaining a plurality of sample report sheet images, each sample report sheet image carrying a label for characterizing an actual location of an area of test results in the sample report sheet; then, inputting each sample report and the label thereof into a second target detection network (such as a master RCNN network) prepared in advance, obtaining the predicted position output by the second target detection network, calculating a loss value according to the predicted position and the actual position represented by the label, and updating the second target detection network by using the loss value.
And after obtaining the inspection result area output by the second target detection network, cutting out the inspection result area from the report image, and performing character recognition on the inspection result area so as to obtain a character recognition result corresponding to the medical inspection. After obtaining the character recognition result, the data interpretation server may store the character recognition result in the data table corresponding to the first intermediate identifier. In addition, the data interpretation server also obtains a historical character recognition result corresponding to the first intermediate identifier by using the first intermediate identifier, wherein the historical character recognition result is the characters in the previous test report of the user. And the data server generates a data analysis result according to the historical character recognition result and the currently obtained character recognition result. For convenience of understanding, it is assumed that an index a abnormality is recorded in the historical character recognition result, and the value of the index a is x 1. And the index A is recorded in the currently obtained character recognition result, but the index A is normal. The data interpretation server may generate a data analysis result that "index a returns to normal".
In the invention, the data interpretation server encrypts the data analysis result into a ciphertext and sends the ciphertext to the first intermediate server, so that the first intermediate server cannot obtain the data analysis result plaintext of the user.
As shown in fig. 1, the first intermediate server is further configured to receive the first intermediate identifier and the ciphertext of the data analysis result, determine, according to the first intermediate identifier, a terminal identifier corresponding to the first intermediate identifier, and send, according to the determined terminal identifier, the ciphertext of the data analysis result to the mobile terminal.
As shown in fig. 1, the mobile terminal is further configured to receive the ciphertext of the data analysis result, decrypt the ciphertext of the data analysis result by using the first key, and display the plaintext of the data analysis result.
In the invention, the data sent by the mobile terminal to the first intermediate server are encrypted medical data and a terminal identification. Thus, even though the first intermediate server may determine the user identity from the terminal identification, the first intermediate server cannot obtain the condition of the user because it is difficult for the first intermediate server to determine the plaintext of the medical data from the encrypted medical data. In addition, the first intermediate server determines a corresponding first intermediate identifier according to the terminal identifier, and sends the first intermediate identifier and the encrypted medical data to the data interpretation server. In this way, even if the data interpretation server decrypts the plain text of the medical data according to the second secret key, the user identity cannot be determined according to the first intermediate identifier, and the name area in the report image corresponding to the plain text of the medical data is covered by the solid color, so that the data interpretation server cannot determine the user identity according to the report image. And after the interpretation server interprets the report single image and obtains a data analysis result, the data analysis result is encrypted by using the second key, the ciphertext of the data analysis result is sent to the first intermediate server, and the first intermediate server forwards the ciphertext of the data analysis result to the mobile terminal. Therefore, in the whole process, the first intermediate server can only determine the user identity and cannot obtain the illness state of the user, and the data interpretation server can only obtain the illness state of the user and cannot obtain the user identity, so that the privacy of the user can be effectively protected.
In addition, the data interpretation server generates a data analysis result according to the historical character recognition result and the current character recognition result, and not only generates the data analysis result according to the current character recognition result, so that the data analysis result is more accurate.
Optionally, in some embodiments, as shown in fig. 1, the platform further comprises a second intermediate server.
As shown in fig. 1, the second intermediate server is configured to receive a key acquisition request sent by the mobile terminal, where the key acquisition request carries a terminal identifier of the mobile terminal; the second intermediate server is further configured to determine a second intermediate identifier corresponding to the terminal identifier according to the terminal identifier, and send a key generation request to the data interpretation server, where the key generation request carries the second intermediate identifier.
As shown in fig. 1, the data interpretation server is further configured to receive the key generation request, generate the first key and the second key in response to the key generation request, and establish a corresponding relationship between the second intermediate identifier, the first key, and the second key; the data interpretation server is further configured to send the second intermediate identifier and the first key to the second intermediate server.
The second intermediate server is further configured to receive the second intermediate identifier and the first key, determine a terminal identifier corresponding to the second intermediate identifier according to the second intermediate identifier, and send the first key to the mobile terminal according to the determined terminal identifier.
The above procedure gives a way of generating the first and second keys. The second intermediate server does not send the terminal identifier to the data interpretation server, but sends the second intermediate identifier corresponding to the terminal identifier to the data interpretation server. Therefore, the data interpretation server cannot acquire the terminal identification, and therefore the corresponding user identity cannot be determined according to the terminal identification.
Optionally, in some specific embodiments, as shown in fig. 1, the data interpretation request sent by the mobile terminal to the first intermediate server carries the second intermediate identifier.
As shown in fig. 1, when the first intermediate server transmits the encrypted medical data and the first intermediate identifier to the data interpretation server, the first intermediate server also transmits the second intermediate identifier to the data interpretation server; and the data interpretation server inquires the pre-established corresponding relation according to the second intermediate identifier, so that the second key corresponding to the second intermediate identifier is determined.
In a specific implementation of the present application, each time the mobile terminal needs the report form verification service, the mobile terminal may send a key acquisition request to the second intermediate server, so as to obtain a first key, where the first key is only used for the current report form verification service. When the mobile terminal needs to report the ticket checking service next time, the mobile terminal needs to send a key acquisition request to the second intermediate server again so as to obtain a new first key. Therefore, the first key which is obtained latest is utilized during the report form inspection every time, so that the key leakage risk can be reduced, and the information security of the user is further improved.
And the data interpretation server receives the encrypted medical data, the first intermediate identifier and the second intermediate identifier each time, and can delete the corresponding relationship after inquiring the corresponding second key from the pre-established corresponding relationship according to the second intermediate identifier. Therefore, even if the first key in the mobile terminal is leaked to a network attacker in the future, the network attacker encrypts malicious data by using the leaked first key and uploads the malicious data to the data interpretation server, and the data interpretation server cannot inquire the corresponding second key, so that the ciphertext of the malicious data cannot be processed, and the security of the data interpretation server is improved.
Optionally, in some specific embodiments, the mobile terminal is further configured to generate the first intermediate identifier and the second intermediate identifier in advance; the mobile terminal is further configured to send a first registration request to the first intermediate server, where the first registration request carries the first intermediate identifier and the terminal identifier of the mobile terminal; the mobile terminal is further configured to send a second registration request to the second intermediate server, where the second registration request carries the second intermediate identifier and the terminal identifier of the mobile terminal.
When the mobile terminal generates the first intermediate identifier and the second intermediate identifier, the mobile terminal may first generate two random numbers, and then input one of the random numbers into a preset hash algorithm, so as to generate a hash string, where the mobile terminal uses the hash string as the first intermediate identifier. And the mobile terminal inputs another random number into a preset hash algorithm so as to generate another hash string, and the mobile terminal takes the hash string as a second intermediate identifier.
Optionally, in some specific embodiments, the first intermediate server is further configured to receive the first registration request, read the first intermediate identifier and the terminal identifier from the first registration request, and establish a first mapping relationship between the first intermediate identifier and the terminal identifier. The first intermediate server determines a first intermediate identifier corresponding to the terminal identifier according to the terminal identifier, specifically, queries the first mapping relationship according to the terminal identifier, thereby determining the first intermediate identifier corresponding to the terminal identifier.
Optionally, in some specific embodiments, the second intermediate server is further configured to receive the second registration request, read the second intermediate identifier and the terminal identifier from the second registration request, and establish a second mapping relationship between the second intermediate identifier and the terminal identifier; and the second intermediate server inquires the second mapping relation according to the terminal identifier during the period of determining the second intermediate identifier corresponding to the terminal identifier according to the terminal identifier, so as to determine the second intermediate identifier corresponding to the terminal identifier.
In some of the above embodiments, the present application provides a way of generating the first key and the second key, wherein the first key and the second key are generated by the data interpretation server. In the following, the present application proposes another way of generating the first key and the second key according to other embodiments.
Optionally, in some embodiments, the platform further comprises a third intermediate server. In other words, the platform comprises the mobile terminal, the first intermediate server, the third intermediate server and the data interpretation server. The third intermediate server is configured to receive a key acquisition request sent by the mobile terminal, and generate the first key, the second key, and a third intermediate identifier in response to the key acquisition request; the third intermediate server is further configured to send the second key and the third intermediate identifier to the data interpretation server, so that the data interpretation server establishes a corresponding relationship between the second key and the third intermediate identifier; the third intermediate server is further configured to send the first key and the third intermediate identifier to the mobile terminal.
In the above embodiment, the first key and the second key are generated by the third intermediate server. When the third intermediate server generates the first key and the second key, it may first randomly generate a key seed, and use the key seed as the third intermediate identifier, and then generate the first key and the second key according to the key seed. In this manner, the third intermediate server generates the first key, the second key, and the third intermediate identification.
The data interpretation request sent by the mobile terminal to the first intermediate server carries the third intermediate identifier; when the first intermediate server sends the encrypted medical data and the first intermediate identifier to the data interpretation server, the first intermediate server also sends the third intermediate identifier to the data interpretation server; and the data interpretation server inquires the pre-established corresponding relation according to the third intermediate identifier, so that the second key corresponding to the third intermediate identifier is determined.
The invention provides an intelligent interpretation management platform of a medical examination report through an embodiment. The invention provides an intelligent interpretation management method for a medical examination report through an embodiment. It should be noted that the methods proposed below may be referred to with respect to the aforementioned platforms, and therefore, in order to avoid redundancy, the platforms will be briefly described below.
Referring to fig. 2, fig. 2 is a flowchart of an intelligent interpretation management method for a medical examination report, which is applied to a first intermediate server in an intelligent interpretation management platform, where the intelligent interpretation management platform further includes a mobile terminal and a data interpretation server.
As shown in fig. 2, the method comprises the steps of:
s210: receiving a data interpretation request sent by the mobile terminal, wherein the data interpretation request carries encrypted medical data and a terminal identifier of the mobile terminal, the encrypted medical data is obtained by encrypting a processed report single image by the mobile terminal through a first secret key, and the processed report single image is obtained by performing pure-color covering processing on a name area in the report single image by the mobile terminal.
S220: and determining a first intermediate identifier corresponding to the terminal identifier according to the terminal identifier carried by the data reading request.
S230: sending the encrypted medical data and the first intermediate identifier to the data interpretation server, such that the data interpretation server responds as follows: decrypting the encrypted medical data by using a second key to obtain plaintext data of the processed report sheet image; performing character recognition on the processed report image to obtain a character recognition result; acquiring a historical character recognition result corresponding to the first intermediate identifier according to the first intermediate identifier; generating a data analysis result according to the historical character recognition result and the character recognition result; encrypting the data analysis result by using the second key to obtain a ciphertext of the data analysis result; sending the first intermediate identifier and the ciphertext of the data analysis result to the first intermediate server; wherein the second key is a key that matches the first key.
S240: receiving the first intermediate identifier and the ciphertext of the data analysis result, determining a terminal identifier corresponding to the first intermediate identifier according to the first intermediate identifier, and sending the ciphertext of the data analysis result to the mobile terminal according to the determined terminal identifier, so that the mobile terminal makes the following responses: and decrypting the ciphertext of the data analysis result by using the first key, and displaying the plaintext of the data analysis result.
Optionally, in some specific embodiments, the data interpretation request further carries a second intermediate identifier; the sending the encrypted medical data and the first intermediate identifier to the data interpretation server includes: and sending the encrypted medical data, the first intermediate identifier and the second intermediate identifier to the data interpretation server, so that the data interpretation server queries a pre-established corresponding relation according to the second intermediate identifier, thereby determining the second key corresponding to the second intermediate identifier.
Optionally, in some specific embodiments, the platform further includes a second intermediate server, and the first key is obtained by the mobile terminal by: the mobile terminal sends a key acquisition request to the second intermediate server, wherein the key acquisition request carries a terminal identifier of the mobile terminal; the second intermediate server determines a second intermediate identifier corresponding to the terminal identifier according to the terminal identifier, and sends a key generation request to the data interpretation server, wherein the key generation request carries the second intermediate identifier; the data interpretation server responds to the key generation request, generates the first key and the second key, establishes a corresponding relation among the second intermediate identifier, the first key and the second key, and sends the first key to the second intermediate server; and the second intermediate server forwards the first key to the mobile terminal.
Optionally, in some embodiments, the method further comprises: receiving a first registration request sent by the mobile terminal, wherein the first registration request carries the first intermediate identifier and a terminal identifier of the mobile terminal; and reading the first intermediate identifier and the terminal identifier from the first registration request, and establishing a first mapping relation between the first intermediate identifier and the terminal identifier.
The determining a first intermediate identifier corresponding to the terminal identifier according to the terminal identifier carried by the data interpretation request includes: and inquiring the first mapping relation according to the terminal identification carried by the data interpretation request so as to determine the first intermediate identification corresponding to the terminal identification.
Optionally, in some specific embodiments, the platform further includes a third intermediate server, and the data interpretation request further carries a third intermediate identifier.
The sending the encrypted medical data and the first intermediate identifier to the data interpretation server includes: and sending the encrypted medical data, the first intermediate identifier and the third intermediate identifier to the data interpretation server, so that the data interpretation server queries a pre-established corresponding relation according to the third intermediate identifier, thereby determining the second key corresponding to the third intermediate identifier.
Wherein the first key and the third intermediate identifier are obtained by the mobile terminal by: the mobile terminal sends a key acquisition request to the third intermediate server; the third intermediate server responds to the key acquisition request and generates the first key, the second key and a third intermediate identifier; the third intermediate server sends the second key and the third intermediate identifier to the data interpretation server, so that the data interpretation server establishes a corresponding relationship between the second key and the third intermediate identifier; and the third intermediate server sends the first key and the third intermediate identifier to the mobile terminal.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.
All the embodiments in the present specification are described in a related manner, and the same and similar parts among the embodiments may be referred to each other, and each embodiment focuses on the differences from the other embodiments. In particular, for the system embodiment, since it is substantially similar to the method embodiment, the description is simple, and for the relevant points, reference may be made to the partial description of the method embodiment.
The above description is only for the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention shall fall within the protection scope of the present invention.
Claims (10)
1. An intelligent interpretation management platform for medical examination report forms is characterized by comprising a mobile terminal, a first intermediate server and a data interpretation server;
the mobile terminal is used for acquiring a report image to be interpreted and carrying out image recognition on the report image so as to detect a name area in the report image; the mobile terminal is also used for carrying out pure color covering processing on the detected name area to obtain a processed report image;
the mobile terminal is further used for encrypting the processed report image by using a first key acquired in advance to obtain encrypted medical data; the mobile terminal is further configured to generate a data interpretation request and send the data interpretation request to the first intermediate server, where the data interpretation request carries the encrypted medical data and a terminal identifier of the mobile terminal;
the first intermediate server is used for receiving the data interpretation request, reading the encrypted medical data and the terminal identification from the data interpretation request, and determining a first intermediate identification corresponding to the terminal identification according to the terminal identification; the first intermediate server is further used for sending the encrypted medical data and the first intermediate identifier to the data interpretation server;
the data interpretation server is used for receiving the encrypted medical data and the first intermediate identifier and decrypting the encrypted medical data by using a second key to obtain plaintext data of the processed report form image, wherein the second key is a key matched with the first key; the data interpretation server is also used for carrying out character recognition on the processed report single image so as to obtain a character recognition result; the data interpretation server is further used for acquiring a historical character recognition result corresponding to the first intermediate identifier according to the first intermediate identifier, and generating a data analysis result according to the historical character recognition result and the character recognition result; the data interpretation server is further configured to encrypt the data analysis result by using the second key to obtain a ciphertext of the data analysis result, and send the first intermediate identifier and the ciphertext of the data analysis result to the first intermediate server;
the first intermediate server is further configured to receive the first intermediate identifier and the ciphertext of the data analysis result, determine a terminal identifier corresponding to the first intermediate identifier according to the first intermediate identifier, and send the ciphertext of the data analysis result to the mobile terminal according to the determined terminal identifier;
the mobile terminal is further configured to receive the ciphertext of the data analysis result, decrypt the ciphertext of the data analysis result by using the first key, and display the plaintext of the data analysis result.
2. The intelligent interpretation management platform for medical examination reports of claim 1, wherein the platform further comprises a second intermediate server;
the second intermediate server is used for receiving a key acquisition request sent by the mobile terminal, wherein the key acquisition request carries a terminal identifier of the mobile terminal; the second intermediate server is further configured to determine a second intermediate identifier corresponding to the terminal identifier according to the terminal identifier, and send a key generation request to the data interpretation server, where the key generation request carries the second intermediate identifier;
the data interpretation server is further used for receiving the key generation request, responding to the key generation request, generating the first key and the second key, and establishing a corresponding relation among the second intermediate identifier, the first key and the second key; the data interpretation server is further used for sending the second intermediate identifier and the first key to the second intermediate server;
the second intermediate server is further configured to receive the second intermediate identifier and the first key, determine a terminal identifier corresponding to the second intermediate identifier according to the second intermediate identifier, and send the first key to the mobile terminal according to the determined terminal identifier.
3. The intelligent interpretation management platform for medical examination report forms according to claim 2, wherein the second intermediate identifier is carried in the data interpretation request sent by the mobile terminal to the first intermediate server; the first intermediate server further sends the second intermediate identifier to the data interpretation server when sending the encrypted medical data and the first intermediate identifier to the data interpretation server; and the data interpretation server inquires the pre-established corresponding relation according to the second intermediate identifier, so that the second key corresponding to the second intermediate identifier is determined.
4. The intelligent interpretation management platform for medical examination report according to claim 2 or 3, wherein the mobile terminal is further configured to generate the first intermediate identifier and the second intermediate identifier in advance; the mobile terminal is further configured to send a first registration request to the first intermediate server, where the first registration request carries the first intermediate identifier and the terminal identifier of the mobile terminal; the mobile terminal is further configured to send a second registration request to the second intermediate server, where the second registration request carries the second intermediate identifier and the terminal identifier of the mobile terminal;
the first intermediate server is further configured to receive the first registration request, read the first intermediate identifier and the terminal identifier from the first registration request, and establish a first mapping relationship between the first intermediate identifier and the terminal identifier; the first intermediate server determines a first intermediate identifier corresponding to the terminal identifier according to the terminal identifier, specifically, queries the first mapping relation according to the terminal identifier, thereby determining the first intermediate identifier corresponding to the terminal identifier;
the second intermediate server is further configured to receive the second registration request, read the second intermediate identifier and the terminal identifier from the second registration request, and establish a second mapping relationship between the second intermediate identifier and the terminal identifier; and the second intermediate server inquires the second mapping relation according to the terminal identifier during the period of determining the second intermediate identifier corresponding to the terminal identifier according to the terminal identifier, so as to determine the second intermediate identifier corresponding to the terminal identifier.
5. The intelligent interpretation management platform for medical examination reports of claim 1, further comprising a third intermediate server;
the third intermediate server is configured to receive a key acquisition request sent by the mobile terminal, and generate the first key, the second key, and a third intermediate identifier in response to the key acquisition request; the third intermediate server is further configured to send the second key and the third intermediate identifier to the data interpretation server, so that the data interpretation server establishes a corresponding relationship between the second key and the third intermediate identifier; the third intermediate server is further configured to send the first key and the third intermediate identifier to the mobile terminal;
the data interpretation request sent by the mobile terminal to the first intermediate server carries the third intermediate identifier; when the first intermediate server sends the encrypted medical data and the first intermediate identifier to the data interpretation server, the first intermediate server also sends the third intermediate identifier to the data interpretation server; and the data interpretation server inquires the pre-established corresponding relation according to the third intermediate identifier, so that the second key corresponding to the third intermediate identifier is determined.
6. An intelligent interpretation management method for a medical examination report is characterized in that the method is applied to a first intermediate server in an intelligent interpretation management platform, and the intelligent interpretation management platform further comprises a mobile terminal and a data interpretation server; the method comprises the following steps:
receiving a data interpretation request sent by the mobile terminal, wherein the data interpretation request carries encrypted medical data and a terminal identifier of the mobile terminal, the encrypted medical data is obtained by encrypting a processed report single image by the mobile terminal by using a first secret key, and the processed report single image is obtained by performing pure-color covering processing on a name area in the report single image by the mobile terminal;
determining a first intermediate identifier corresponding to the terminal identifier according to the terminal identifier carried by the data reading request;
sending the encrypted medical data and the first intermediate identifier to the data interpretation server, such that the data interpretation server responds as follows: decrypting the encrypted medical data by using a second key to obtain plaintext data of the processed report sheet image; performing character recognition on the processed report image to obtain a character recognition result; acquiring a historical character recognition result corresponding to the first intermediate identifier according to the first intermediate identifier; generating a data analysis result according to the historical character recognition result and the character recognition result; encrypting the data analysis result by using the second key to obtain a ciphertext of the data analysis result; sending the first intermediate identifier and the ciphertext of the data analysis result to the first intermediate server; wherein the second key is a key that matches the first key;
receiving the first intermediate identifier and the ciphertext of the data analysis result, determining a terminal identifier corresponding to the first intermediate identifier according to the first intermediate identifier, and sending the ciphertext of the data analysis result to the mobile terminal according to the determined terminal identifier, so that the mobile terminal makes the following responses: and decrypting the ciphertext of the data analysis result by using the first key, and displaying the plaintext of the data analysis result.
7. The intelligent interpretation management method for medical examination report forms according to claim 6, wherein the data interpretation request further carries a second intermediate identifier; the sending the encrypted medical data and the first intermediate identifier to the data interpretation server includes:
and sending the encrypted medical data, the first intermediate identifier and the second intermediate identifier to the data interpretation server, so that the data interpretation server queries a pre-established corresponding relation according to the second intermediate identifier, thereby determining the second key corresponding to the second intermediate identifier.
8. The intelligent interpretation management method for medical examination report according to claim 7, wherein said platform further comprises a second intermediate server, said first key is obtained by said mobile terminal by: the mobile terminal sends a key acquisition request to the second intermediate server, wherein the key acquisition request carries a terminal identifier of the mobile terminal; the second intermediate server determines a second intermediate identifier corresponding to the terminal identifier according to the terminal identifier, and sends a key generation request to the data interpretation server, wherein the key generation request carries the second intermediate identifier; the data interpretation server responds to the key generation request, generates the first key and the second key, establishes a corresponding relation among the second intermediate identifier, the first key and the second key, and sends the first key to the second intermediate server; and the second intermediate server forwards the first key to the mobile terminal.
9. The intelligent interpretation management method of a medical examination report according to claim 6, further comprising: receiving a first registration request sent by the mobile terminal, wherein the first registration request carries the first intermediate identifier and a terminal identifier of the mobile terminal; reading the first intermediate identifier and the terminal identifier from the first registration request, and establishing a first mapping relation between the first intermediate identifier and the terminal identifier;
the determining a first intermediate identifier corresponding to the terminal identifier according to the terminal identifier carried by the data interpretation request includes: and inquiring the first mapping relation according to the terminal identification carried by the data interpretation request so as to determine the first intermediate identification corresponding to the terminal identification.
10. The intelligent interpretation management method for medical examination report forms according to claim 6, wherein the platform further comprises a third intermediate server, and the data interpretation request further carries a third intermediate identifier;
the sending the encrypted medical data and the first intermediate identifier to the data interpretation server includes: sending the encrypted medical data, the first intermediate identifier and the third intermediate identifier to the data interpretation server, so that the data interpretation server queries a pre-established corresponding relation according to the third intermediate identifier, thereby determining the second key corresponding to the third intermediate identifier;
wherein the first key and the third intermediate identifier are obtained by the mobile terminal by: the mobile terminal sends a key acquisition request to the third intermediate server; the third intermediate server responds to the key acquisition request and generates the first key, the second key and a third intermediate identifier; the third intermediate server sends the second key and the third intermediate identifier to the data interpretation server, so that the data interpretation server establishes a corresponding relationship between the second key and the third intermediate identifier; and the third intermediate server sends the first key and the third intermediate identifier to the mobile terminal.
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