CN112447280A - Intelligent medical system for medical image information management - Google Patents
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Abstract
The invention discloses an intelligent medical system for medical image information management, which is characterized by comprising a department computer terminal, an image data database, a data backup module, a classified storage unit, a cloud server, an identity login module, a data sharing platform, a data compression unit, a data transmission channel, a recording unit, a data cache module and a general management server, wherein the department computer terminal is used for acquiring image data of a patient and transmitting the data to the image data database; the invention can effectively improve the speed of image data transmission, and meanwhile, the invention can annotate the image information while transmitting the image information, thereby effectively utilizing the time and reducing the time for seeing and diagnosing the patient.
Description
Technical Field
The invention relates to the field of intelligent medical systems, in particular to an intelligent medical system for medical image information management.
Background
In the current medical system, diagnosis and treatment systems among hospitals are relatively independent, and particularly medical image information of each hospital is independently stored and is only used in the hospital, if some patients need to go to other level or higher level hospitals for subsequent treatment, the medical image information is usually required to be collected again in the going hospitals, so that the medical cost of the patients is increased, and the time for seeing a doctor is also increased.
The existing intelligent medical system for medical image information management lacks an on-line discussion module before transmitting images, the waiting time causes waste due to the fact that certain time is needed for transmitting image information files, the seeing and examining efficiency of patients is affected, and the condition of slowing the illness state of the patients exists.
Disclosure of Invention
The technical problems to be solved by the invention are that the existing intelligent medical system for managing medical image information lacks an on-line discussion module before transmitting images, the waiting time is wasted due to the fact that image information files need to be transmitted for a certain time, the seeing efficiency of patients is influenced, and the accident condition influencing the illness state of the patients exists.
The invention solves the technical problems through the following technical scheme, and discloses an intelligent medical system for medical image information management, which is characterized by comprising a department computer terminal, an image data database, a data backup module, a classified storage unit, a cloud server, an identity login module, a data sharing platform, a data compression unit, a data transmission channel, a recording unit, a data cache module and a general management server;
the department computer is used for acquiring the image data of the patient and transmitting the data to the image data database;
the image data database is used for storing patient image data uploaded by a department computer and uploading the image data to the cloud server;
the data backup module is used for carrying out primary backup on the image data stored in the image data database;
the classification storage unit is used for classifying the data stored in the image data database and storing the data in a separated and corresponding manner;
the cloud server is used for storing the image data uploaded by the image data database on the Internet;
the identity login module is used as a platform for providing an account to login a cloud server;
the data sharing platform is used for conducting public discussion on the image data of the cloud server, can note characters on the image data and uploads the remarked characters to the data compression unit;
the data compression unit is used for compressing and encrypting the image data uploaded by the data sharing platform;
the data transmission channel is used for transmitting the image data compressed by the data compression unit;
the data cache module is used for temporarily storing the compressed file transmitted by the data transmission channel;
the recording unit is used for storing the file records transmitted by the data transmission channel;
and the total management server is used for receiving the file records transmitted by the data transmission channel, uploading and storing the file records.
Preferably, the data sharing platform comprises a data acquisition unit, a library display platform, an image backup module, a remark editing unit, a voice communication module, a data generation unit and a data transmission unit;
preferably, the data sharing platform comprises the following specific processing steps:
the method comprises the following steps: the data acquisition unit can receive image data information from the cloud server and transmit the image data information to the data display platform;
step two: the data display platform discloses the image data received by the data acquisition unit and can provide a modified module for communicating with the voice;
step three: the image backup module is used for firstly backing up the image data before the data display platform is modified for one time;
step four: the data generation unit carries out new output on the image data which is remarked and modified by the data display platform;
step five: the data transmission unit is used for transmitting the image data generated by the data generation unit.
Preferably, the data compression unit includes a data receiving unit, a flow compression unit, a backup module, a file encryption module, and an information sending end file transmission module, the data receiving unit is configured to receive image data edited by the data sharing platform, the flow compression unit is configured to compress data received by the data receiving unit, the backup unit performs primary backup on data before being compressed, the file encryption module is configured to encrypt a file compressed by the flow compression unit, the information sending end sends a set password to a logged-in user in a short message manner, and the file transmission module transmits the compressed and encrypted file to a next process.
Preferably, the cloud server includes a network access module, a virus detection module, an image file repository, a search module, and a network transmission module, the network access module is configured to access network data entered through the identity login module, the virus detection module is configured to detect the entered identity network data, the image file repository is configured to store image data and upload the image data, the search module improves a function of searching for a file for the accessed identity network, and the network transmission module is configured to transmit the image data required by the identity network to the data sharing platform.
Preferably, the classified storage unit comprises a receiving unit, a screening unit, a byte unit, a data storage library and a file transmission module, wherein the receiving unit is used for receiving the image data uploaded by the department computer, the screening unit is used for screening keywords of the image data received by the receiving unit, the byte unit is used for naming the image data screened by the screening unit, the data storage library is used for storing the image data named by the byte unit, and the file transmission module transmits the image data.
Preferably, the specific processing steps of the classified storage unit are as follows:
s1: firstly, the receiving unit receives image data uploaded by a department computer terminal and simultaneously transmits the image data to the screening unit;
s2: the screening unit receives the image data, classifies the image data and transmits the classified image data to the byte unit;
s3: the byte unit receives the data transmitted by the screening unit, names the classified data respectively, and transmits the image data with the same name to the data repository;
s4: the data storage library is used for respectively receiving the image data after the naming of the byte units and respectively storing the image data.
S5: the file transmission module is used for uploading all the image data to the cloud server.
Compared with the prior art, the invention has the following advantages:
the image information transmitted is disclosed on the data display platform through the data acquisition unit, so that a doctor can watch and modify the image information before transmission, the remark editing unit and the voice communication module provide a platform and a modifying tool for the study of the doctor, the image backup module can perform one-time backup before the image information modification, the data generation unit regenerates the image data modified by the data display platform, the data transmission unit transmits the regenerated module to the data compression unit, and an operable platform is provided in the transmission process through the data sharing platform, so that the diagnosis can be prepared in advance, the transmission time is effectively utilized, and the waiting time of doctors and patients is saved;
the data compression unit receives the image data after the remark is modified from the data sharing platform through the data receiving unit, the image data is compressed by the flow compression unit, the occupied space of the image data is reduced, the transmission speed is accelerated, meanwhile, the backup module can perform primary backup on the image data before compression, compression damage is avoided, the file encryption module can encrypt the compressed file, the password is transmitted to a doctor mobile phone through the information transmitting terminal, the encrypted file is transmitted to the identity login module through the file transmission module, the size of the file is compressed through the compression unit, the transmission speed is improved, meanwhile, the file is encrypted, the file is prevented from being stolen in the transmission process, and the transmission safety is improved.
Drawings
FIG. 1 is a system block diagram of the present invention;
FIG. 2 is a system diagram of the data sharing platform of the present invention;
fig. 3 is a system diagram of a data compression unit of the present invention.
Detailed Description
The following examples are given for the detailed implementation and specific operation of the present invention, but the scope of the present invention is not limited to the following examples.
As shown in fig. 1-3, the present embodiment provides a technical solution: a smart medical system for medical image information management is characterized by comprising a department computer terminal, an image data database, a data backup module, a classified storage unit, a cloud server, an identity login module, a data sharing platform, a data compression unit, a data transmission channel, a recording unit, a data cache module and a general management server;
the department computer is used for acquiring the image data of the patient and transmitting the data to the image data database;
the image data database is used for storing patient image data uploaded by a department computer and uploading the image data to the cloud server;
the data backup module is used for carrying out primary backup on the image data stored in the image data database;
the classification storage unit is used for classifying the data stored in the image data database and storing the data in a separated and corresponding manner;
the cloud server is used for storing the image data uploaded by the image data database on the Internet;
the identity login module is used as a platform for providing an account to login the cloud server;
the data sharing platform is used for conducting public discussion on the image data of the cloud server, can annotate characters on the image data and simultaneously uploads the characters to the data compression unit;
the data compression unit is used for compressing and encrypting the image data uploaded by the data sharing platform;
the data transmission channel is used for transmitting the image data compressed by the data compression unit;
the data cache module is used for temporarily storing the compressed file transmitted by the data transmission channel;
the recording unit is used for storing the file records transmitted by the data transmission channel;
the total management server is used for receiving the file records transmitted by the data transmission channel, uploading and storing the file records;
the data sharing platform comprises a data acquisition unit, a library display platform, an image backup module, a remark editing unit, a voice communication module, a data generation unit and a data transmission unit;
the data sharing platform comprises the following specific processing steps:
the method comprises the following steps: the data acquisition unit can receive image data information from the cloud server and transmit the image data information to the data display platform;
step two: the data display platform discloses the image data received by the data acquisition unit and can provide a modified module for communicating with the voice;
step three: the image backup module is used for firstly backing up the image data before the data display platform is modified for one time;
step four: the data generation unit carries out new output on the image data which is remarked and modified by the data display platform;
step five: the data transmission unit is used for transmitting the image data generated by the data generation unit.
The data compression unit comprises a data receiving unit, a flow compression unit, a backup module, a file encryption module and an information sending end file transmission module, the data receiving unit is used for receiving image data edited by the remark of the data sharing platform, the flow compression unit is used for compressing the data received by the data receiving unit, the backup unit can perform one-time backup on the data before the data is compressed, the file encryption module is used for encrypting the file compressed by the flow compression unit, the information sending end can send a set password to a logged-in user in a short message mode, and the file transmission module transmits the compressed and encrypted file to the next process.
The cloud server comprises a network access module, a virus detection module, an image file repository, a search module and a network transmission module, wherein the network access module is used for accessing network data entering through the identity login module, the virus detection module is used for detecting the entering identity network data, the image file repository is used for storing image data and uploading the image data, the search module is used for improving the function of searching files for the accessed identity network, and the network transmission module is used for transmitting the image data required by the identity network to the data sharing platform.
The classified storage unit comprises a receiving unit, a screening unit, a byte unit, a data storage library and a file transmission module, wherein the receiving unit is used for receiving image data uploaded by a department computer, the screening unit is used for screening keywords of the image data received by the receiving unit, the byte unit is used for naming the image data screened by the screening unit, the data storage library is used for storing the image data named by the byte unit, and the file transmission module transmits the image data.
The specific processing steps of the classified storage unit are as follows:
s1: firstly, the receiving unit receives image data uploaded by a department computer terminal and simultaneously transmits the image data to the screening unit;
s2: the screening unit receives the image data, classifies the image data and transmits the classified image data to the byte unit;
s3: the byte unit receives the data transmitted by the screening unit, names the classified data respectively, and transmits the image data with the same name to the data repository;
s4: the data storage library is used for respectively receiving the image data after the naming of the byte units and respectively storing the image data.
S5: the file transmission module is used for uploading all the image data to the cloud server.
In summary, when the invention is used, firstly, the department computer terminal uploads the image information of the disease to the image data database, the image data database receives the uploaded image information data from the department computer terminal for storage, and the image data database classifies the received image information data by the classification storage unit, and stores the classified image information data in the image data database, so as to facilitate the subsequent search and access, and the data backup module performs a backup for all the image information data before storing the data respectively, the image data database uploads the classified stored image data to the cloud server, the identity login module logs in the cloud server by verifying the identity, so as to obtain the image data stored in the cloud server, the data sharing platform obtains the data by the data obtaining unit when the identity login module obtains the data, the doctor can watch and modify the image information before transmission, the remark editing unit and the voice communication module provide a platform and a modifying tool for the study of the doctor, the image backup module can perform one-time backup before the image information modification, the data generation unit regenerates the image data modified by the data display platform, the data transmission unit transmits the regenerated module to the data compression unit, an operable platform is provided in the transmission process by setting the data sharing platform, the diagnosis can be prepared in advance, the transmission time is effectively utilized, the doctor-patient waiting time is saved, the data compression unit receives the image data modified by the data sharing platform through the data receiving unit, the image data is compressed by the flow compression unit, the occupied space of the image data is reduced, and the transmission speed is accelerated, meanwhile, the backup module can backup image data once before compression, compression damage is avoided, the file encryption module can encrypt the compressed file, the password is transmitted to a doctor mobile phone through an information sending end, the encrypted file is transmitted to the identity login module through the file transmission module, the size of the file is compressed through the compression unit, the transmission speed is improved, the file is encrypted, the file is prevented from being stolen in the transmission process, transmission safety is improved, the data cache module temporarily stores the compressed and encrypted file, the file is transmitted to the management server, the data cache module deletes the encrypted and compressed file, and the operation record of the transmitted file can be recorded by the record confirming unit and transmitted to the general management server.
Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include at least one such feature. In the description of the present invention, "a plurality" means at least two, e.g., two, three, etc., unless specifically limited otherwise.
Although embodiments of the present invention have been shown and described above, it is understood that the above embodiments are exemplary and should not be construed as limiting the present invention, and that variations, modifications, substitutions and alterations can be made to the above embodiments by those of ordinary skill in the art within the scope of the present invention.
Claims (7)
1. A smart medical system for medical image information management is characterized by comprising a department computer terminal, an image data database, a data backup module, a classified storage unit, a cloud server, an identity login module, a data sharing platform, a data compression unit, a data transmission channel, a recording unit, a data cache module and a general management server;
the department computer is used for acquiring the image data of the patient and transmitting the data to the image data database;
the image data database is used for storing patient image data uploaded by a department computer and uploading the image data to the cloud server;
the data backup module is used for carrying out primary backup on the image data stored in the image data database;
the classification storage unit is used for classifying the data stored in the image data database and storing the data in a separated manner;
the cloud server is used for storing the image data uploaded by the image data database on the Internet;
the identity login module is used as a platform for providing an account to login a cloud server;
the data sharing platform is used for conducting public discussion on the image data of the cloud server, can note characters on the image data and uploads the remarked characters to the data compression unit;
the data compression unit is used for compressing and encrypting the image data uploaded by the data sharing platform;
the data transmission channel is used for transmitting the image data compressed by the data compression unit;
the data cache module is used for temporarily storing the compressed file transmitted by the data transmission channel;
the recording unit is used for storing the file records transmitted by the data transmission channel;
and the total management server is used for receiving the file records transmitted by the data transmission channel, uploading and storing the file records.
2. The intelligent medical system for medical image information management as claimed in claim 1, wherein: the data sharing platform comprises a data acquisition unit, a library display platform, an image backup module, a remark editing unit, a voice communication module, a data generation unit and a data transmission unit.
3. The intelligent medical system for medical image information management as claimed in claim 2, wherein: the data sharing platform comprises the following specific processing steps:
the method comprises the following steps: the data acquisition unit can receive image data information from the cloud server and transmit the image data information to the data display platform;
step two: the data display platform discloses the image data received by the data acquisition unit and can provide a modified module for communicating with the voice;
step three: the image backup module is used for firstly backing up the image data before the data display platform is modified for one time;
step four: the data generation unit carries out new output on the image data which is remarked and modified by the data display platform;
step five: the data transmission unit is used for transmitting the image data generated by the data generation unit.
4. The intelligent medical system for medical image information management as claimed in claim 1, wherein: the data compression unit comprises a data receiving unit, a flow compression unit, a backup module, a file encryption module and an information sending end file transmission module, the data receiving unit is used for receiving image data edited by the data sharing platform remarks, the flow compression unit is used for compressing the data received by the data receiving unit, the backup unit can perform one-time backup on the data before the data is uncompressed, the file encryption module is used for encrypting the file compressed by the flow compression unit, the information sending end can send a set password to a logged-in user in a short message mode, and the file transmission module transmits the compressed and encrypted file to the next process.
5. The intelligent medical system for medical image information management as claimed in claim 1, wherein: the cloud server comprises a network access module, a virus detection module, an image file repository, a search module and a network transmission module, wherein the network access module is used for accessing network data entering through the identity login module, the virus detection module is used for detecting the entering identity network data, the image file repository is used for storing image data and uploading the image data, the search module is used for improving the function of searching files for the accessed identity network, and the network transmission module is used for transmitting the image data required by the identity network to the data sharing platform.
6. The intelligent medical system for medical image information management as claimed in claim 1, wherein: the classified storage unit comprises a receiving unit, a screening unit, a byte unit, a data storage library and a file transmission module, wherein the receiving unit is used for receiving image data uploaded by a department computer, the screening unit is used for screening keywords of the image data received by the receiving unit, the byte unit is used for naming the image data screened by the screening unit, the data storage library is used for storing the image data named by the byte unit, and the file transmission module transmits the image data.
7. The intelligent medical system for medical image information management as claimed in claim 6, wherein: the specific processing steps of the classified storage unit are as follows:
s1: firstly, the receiving unit receives image data uploaded by a department computer terminal and simultaneously transmits the image data to the screening unit;
s2: the screening unit receives the image data, classifies the image data and transmits the classified image data to the byte unit;
s3: the byte unit receives the data transmitted by the screening unit, names the classified data respectively, and transmits the image data with the same name to the data repository;
s4: the data storage library is used for respectively receiving the image data after the naming of the byte units and simultaneously respectively storing the image data;
s5: the file transmission module is used for uploading all the image data to the cloud server.
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