Medical information data compression and storage management method and system

Abstract

The invention discloses a medical information data compression storage management method, which specifically comprises the following steps of: 1, establishing a total data storage center which comprises a data processing server, a compression storage module, a decompression cache module and a directory storage module; 2, a department data processing center is established, the department data processing center comprises a department server, a temporary storage module and a plurality of data uploading end devices, and a data uploading port, a data temporary storage module and a data processing and sorting module are arranged in each data uploading end device; and 3, establishing a query server, wherein the query server comprises an index server, an authority module and a data persistence module. The system comprises a total data storage center, a department data processing center and a query server. According to the method, the data can be classified and arranged conveniently and made into the corresponding directory form, the data classification is clear, the storage space occupied by data storage is greatly reduced, the data security is also improved, and the search is also convenient.

Description

Technical Field

[0001] The present invention relates to the technical field of medical data management, and in particular to a method and system for compressing, storing and managing medical information data. Background Art

[0002] Each department of the hospital has its own data archiving center. The data processing methods and organization formats of each department are different. Moreover, the data management of the entire hospital is relatively troublesome and inconvenient for unified management. In addition, the hospital has a large amount of data and requires a large storage space. Since hospital data cannot be discarded or deleted at will, the security of the data in the folder is also low. Although compressed data can reduce the amount of memory, it is troublesome to search for compressed data. The internal files must be decompressed before they can be shrunk. If all information data is compressed and backed up, it will cause difficulties in searching and viewing, and low search accuracy. How to back up compressed data, how to classify and back up data, so as to find data accurately and quickly, and to be able to decompress and view data efficiently is a difficulty in data compression storage management. Summary of the invention

[0003] The present invention aims to solve at least one of the technical problems in the related art to a certain extent. To this end, one purpose of the present invention is to propose a medical information data compression storage management method and system, which solves the problems that the current hospital has a large amount of data backup and storage troubles, occupies a large storage space, and the compression storage management cannot accurately find the corresponding data and can efficiently decompress it.

[0004] A medical information data compression storage management method proposed by the present invention is as follows:

[0005] 1. Establish a general data storage center

[0006] The total data storage center includes a data processing server, a compression storage module, a decompression cache module and a list storage module. The compression storage module is provided with a total storage area and a year cache area. The year cache area is used to store the information data uploaded by each department of the hospital in the current year. The data processing server stores the compressed uploaded information data of each department of the hospital in the current year in the year cache area. A backup time node is set in the data processing server. When the time in the data processing server reaches the backup time node, the data processing server will create a new year folder in the total storage area and back up all the data in the year cache area to the year folder. Each time the information data uploaded to the year cache area is equipped with a corresponding name. The list form, while uploading information data to the year cache area, stores the corresponding list form in the list storage module. When it is necessary to query the historical information data, the corresponding information is searched for in the list form in the list storage module through the data processing server. When the corresponding list form is found, the storage location of the desired data is determined through the information in the corresponding list form. The compressed package of the corresponding information data is then found from the total storage area or the year cache area through the data processing server. The data processing server decompresses the compressed package of the corresponding information data into the decompression cache module, and the data decompressed into the decompression cache module is consulted through the data processing server.

[0007] 2. Establishing a departmental data processing center

[0008] The department data processing center includes a department server, a temporary storage module and a plurality of data upload end devices. The data upload end device is provided with a data upload port, a data temporary storage module and a data processing and sorting module. The data processing and sorting module of the data upload end device sets the same time node every day. The data processing and sorting module sorts the data uploaded from the data upload port today at the time node, and the sorted data will be transmitted to the temporary storage module of the department server. The department server is provided with a classification and archiving processing module. The department server sorts and archives the data uploaded by all the data upload end devices of the entire department yesterday through the classification and archiving processing module and prepares a list form of the entire department yesterday. The department server will perform a total classification and archiving processing on the data uploaded by all the data upload end devices of the department in a cycle of seven days, and then compress the information data of one week. The list form corresponding to the information data of one week is uploaded to the list storage module in the total data storage center. After the information data of one week is compressed, it is uploaded to the year buffer area in the total data storage center.

[0009] 3. Establish a query server

[0010] The query service end includes an index server, an authority module and a data retention module. Numbers are established for hospital doctors, and doctors use the numbers to establish user information. Doctors log in to the index server from a computer using the user information. After logging in to the search interface, they enter search information in the search interface. The index server will automatically establish a connection with the data processing server, search the list data in the list storage module, and find the information data that needs to be viewed in the compression storage module, and then decompress it for viewing. If the doctor user wants to download the information data, click download to download the information data to the data retention module for copying.

[0011] In some embodiments of the present invention, the total storage area is provided with a plurality of data boxes, the plurality of data boxes are numbered in sequence, and the data in the year buffer area is backed up to the data boxes in the order of the numbers;

[0012] The data in the year cache area is backed up once a year, and the data storage capacity backed up in each data box is not greater than 80% of the total data box storage. If the data for one year in the year cache area is backed up in a data box with less than 80% storage, the sum of the data storage for one year in the year cache area plus the storage capacity of the data box with less than 80% storage is greater than 80% of the data storage, it will be automatically transferred to the next new data box for storage.

[0013] In other embodiments of the present invention, each of the data boxes can back up data in the annual cache area for 3-5 years. The data processing server maintains data connection with the two data boxes that were most recently backed up. The data boxes that were previously backed up with the two data boxes that were most recently backed up will be disconnected from the data processing server. If one wants to query the data boxes that were previously backed up with the two data boxes that were most recently backed up, one needs to log in with the user information of a doctor who can view the previously backed up data boxes in order to realize the data connection between the previous data boxes and the data processing server.

[0014] In other embodiments of the present invention, the data processing server is provided with a storage warning threshold of the year cache area. If the amount of information data in the year is large, when the backup time node is not reached, when the amount of data stored in the year cache area reaches the storage warning threshold, the data processing server will issue an alarm message and notify the administrator of the total data storage center. The administrator needs to handle it in time, manually back up the data in the year cache area to the corresponding total storage area, and delete the data in the year cache area;

[0015] Starting from the manual backup of information data to the main storage area, the data stored during this period of time will be automatically backed up to the main storage area when the time node is reached.

[0016] In other embodiments of the present invention, the same type of data upload ports in all the data upload end devices in each department have the same upload format, so that the same type of data uploaded by all the data upload end devices in a department can be classified, and the same type of data can also be made into a list form.

[0017] In other embodiments of the present invention, when the data upload port uploads data, it is possible to select whether to encrypt and the encryption level. If the data is encrypted, the encrypted data will be encrypted and compressed when the department server classifies and archives the uploaded data for one week;

[0018] For encrypted compressed packages, a doctor of corresponding level needs to log in to decompress them.

[0019] In other embodiments of the present invention, after the doctor logs in to the index server using user information, the downloaded information data is stored in the data retention module. The information data downloaded to the data retention module will not be deleted before the doctor logs out. When the doctor logs out and then logs in again within one hour, the downloaded information data will still be saved in the data retention module. Otherwise, if the doctor logs out for more than one hour, the downloaded information data will be automatically deleted from the data retention module.

[0020] A medical information data compression storage management system, comprising:

[0021] A total data storage center, the total data storage center includes a data processing server, a compression storage module, a decompression cache module and a list storage module. The compression storage module is provided with a total storage area and a year cache area. The year cache area is used to store the information data uploaded by each department of the hospital in the current year. The data processing server stores the compressed information data uploaded by each department of the hospital in the current year in the year cache area. A backup time node is set in the data processing server. When the time in the data processing server reaches the backup time node, the data processing server will create a new year folder in the total storage area and back up all the data in the year cache area to the year folder.

[0022] Department data processing center, the department data processing center includes a department server, a temporary storage module and multiple data upload end devices, the data upload end device is provided with a data upload port, a data temporary storage module and a data processing and sorting module, the data temporary storage module is used to store the data uploaded by the data upload end device in one day, the data processing and sorting module is used to sort and classify the data uploaded by the data upload end device in one day, the department server compresses and uploads the sorted data in the temporary storage module to the year buffer area every seven days, and the list form corresponding to the information data of the week is correspondingly uploaded to the list storage module in the total data storage center;

[0023] The query server includes an index server, a permission module and a data retention module. Numbers are established for hospital doctors. Doctors use the numbers to establish user information. Doctors log in to the index server from a computer using the user information. After logging in to the search interface, they enter the search information in the search interface. The index server will automatically establish a connection with the data processing server, search the list data in the list storage module, and find the information data that needs to be viewed in the compression storage module, and then decompress it for viewing.

[0024] In other embodiments of the present invention, when uploading data, the data upload port can choose whether to encrypt and the encryption level. If the data is encrypted, the encrypted data will be encrypted and compressed when the department server classifies, archives and compresses the uploaded data for one week.

[0025] In the present invention, each department uses the same data upload terminal device to upload data, which is convenient for classifying and organizing the data and making corresponding list forms. The compressed data and the list form are uploaded to the total data storage center at the same time. The data classification is clear. The index server is used to search the list form. After the corresponding data location is found, the compressed data can be accurately and efficiently decompressed to the decompression cache module for easy reference, which greatly reduces the storage space occupied by data storage, improves data security, and is convenient for searching. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0027] Figure 1 This is a schematic diagram of the principle of a medical information data compression storage management system proposed by the present invention. DETAILED DESCRIPTION

[0028] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0029] The present invention proposes a method for compressing, storing and managing medical information data, and the specific method is as follows:

[0030] 1. Establish a general data storage center

[0031] The total data storage center includes a data processing server, a compression storage module, a decompression cache module and a list storage module. The compression storage module is provided with a total storage area and a year cache area. The year cache area is used to store the information data uploaded by each department of the hospital in the current year. The data processing server stores the compressed uploaded information data of each department of the hospital in the current year in the year cache area. A backup time node is set in the data processing server. When the time in the data processing server reaches the backup time node, the data processing server will create a new year folder in the total storage area and back up all the data in the year cache area to the year folder. Each time the information data uploaded to the year cache area is equipped with a corresponding name. The list form, while uploading information data to the year cache area, stores the corresponding list form in the list storage module. When it is necessary to query the historical information data, the corresponding information is searched for in the list form in the list storage module through the data processing server. When the corresponding list form is found, the storage location of the desired data is determined through the information in the corresponding list form. The compressed package of the corresponding information data is then found from the total storage area or the year cache area through the data processing server. The data processing server decompresses the compressed package of the corresponding information data into the decompression cache module, and the data decompressed into the decompression cache module is consulted through the data processing server.

[0032] 2. Establishing a departmental data processing center

[0033] The department data processing center includes a department server, a temporary storage module and a plurality of data upload end devices. The data upload end device is provided with a data upload port, a data temporary storage module and a data processing and sorting module. The data processing and sorting module of the data upload end device sets the same time node every day. The data processing and sorting module sorts the data uploaded from the data upload port today at the time node, and the sorted data will be transmitted to the temporary storage module of the department server. The department server is provided with a classification and archiving processing module. The department server sorts and archives the data uploaded by all the data upload end devices of the entire department yesterday through the classification and archiving processing module and prepares a list form of the entire department yesterday. The department server will perform a total classification and archiving processing on the data uploaded by all the data upload end devices of the department in a cycle of seven days, and then compress the information data of one week. The list form corresponding to the information data of one week is uploaded to the list storage module in the total data storage center. After the information data of one week is compressed, it is uploaded to the year buffer area in the total data storage center.

[0034] 3. Establish a query server

[0035] The query service end includes an index server, an authority module and a data retention module. Numbers are established for hospital doctors, and doctors use the numbers to establish user information. Doctors log in to the index server from a computer using the user information. After logging in to the search interface, they enter search information in the search interface. The index server will automatically establish a connection with the data processing server, search the list data in the list storage module, and find the information data that needs to be viewed in the compression storage module, and then decompress it for viewing. If the doctor user wants to download the information data, click download to download the information data to the data retention module for copying.

[0036] All data in the entire hospital medical system are compressed and transmitted to the main data storage center. This greatly reduces the storage space used. The data upload device (computer) of each department uses a unified format for uploading data (the same for the same type of data), which makes it easy for all data upload devices in a department to upload data in a unified format, and the information can also be made into a unified form.

[0037] The data uploaded by the same department every week is compressed and uploaded first. Moreover, the data processing server will create a weekly data folder for each department to store the weekly data of the department after receiving the weekly data uploaded by each department. When the backup time node is reached, the data in the year cache area will enter a year folder (including the year file name) and be compressed and stored in the total storage area again. After the compression is transferred to the total storage area, the data in the year cache area will be deleted and wait for the departments to upload the data to the year cache area next year. The storage space is greatly reduced.

[0038] Since the directory storage module is established, the compressed data is recorded, and the directory data is searched through the index server, and the location of the data to be found is determined. The directory information is indexed by logging into the index server through the computer client, which is convenient for searching.

[0039] Doctors can use their own ID to create user information and log in to the index server using the user information. Other people cannot log in and search without IDs, which improves data security.

[0040] The total storage area is provided with a plurality of data boxes, which are numbered in sequence, and the data in the year buffer area is backed up in the data boxes in the order of the numbers;

[0041] The data in the year cache area is backed up once a year, and the data storage capacity backed up in each data box is not greater than 80% of the total data box storage. If the data for one year in the year cache area is backed up in a data box with less than 80% storage, the sum of the data storage for one year in the year cache area plus the storage capacity of the data box with less than 80% storage is greater than 80% of the data storage, it will be automatically transferred to the next new data box for storage.

[0042] Due to the large storage capacity of the total storage area, if a data box (storage module) with a large storage capacity is to establish real-time data connection with the data processing server, a large amount of energy (electricity) will be consumed. It can be divided into multiple data boxes to connect the data of the last few years (5 years, at least the two most recent data boxes), which greatly reduces the power consumption of the total storage area.

[0043] The total storage of each data box should not exceed 80%, which is convenient for later interpretation and search, and prevents the search from getting stuck due to the data storage being too full.

[0044] Each of the data boxes can back up data in the annual cache area for 3-5 years. The data processing server maintains data connection with the two most recently backed up data boxes. The data boxes backed up before the two most recently backed up data boxes will be disconnected from the data processing server. If you want to query the data boxes backed up before the two most recently backed up data boxes, you need to have the user information of a doctor who can view the previously backed up data boxes to log in and realize the data connection between the previous data boxes and the data processing server.

[0045] For historical data, it is necessary to set up a permission search module. Only doctors with certain permissions (high-level doctors, department deans or directors) can view it. Ordinary doctors cannot search for historical data, which reduces the number of times the data box for historical data is connected and ensures data security.

[0046] The data processing server is provided with a storage warning threshold for the year cache area. If the amount of information data in the year is large, when the backup time node is not reached, when the amount of data stored in the year cache area reaches the storage warning threshold, the data processing server will issue an alarm message and notify the administrator of the total data storage center. The administrator needs to handle it in time, manually back up the data in the year cache area to the corresponding total storage area, and delete the data in the year cache area;

[0047] Starting from the manual backup of information data to the main storage area, the data stored during this period of time will be automatically backed up to the main storage area when the time node is reached.

[0048] If the amount of data in a certain year is large, and the set year cache area cannot cope with the temporary storage of all data of that year, set an early warning threshold so that manual backup can be processed in a timely manner to ensure data backup security.

[0049] The same type of data upload ports in all the data upload end devices in each department have the same upload format, so that the same type of data uploaded by all the data upload end devices in a department can be classified, and the same type of data can also be made into a list form.

[0050] This makes it easy to upload all the data to the data information of the upload end device in one form, which is convenient for unified search. Moreover, the generated data level is in a unified format, which is convenient for subsequent classification and sorting.

[0051] When uploading data through the data upload port, the user can select whether to encrypt and the encryption level. If the data is encrypted, the encrypted data will be encrypted and compressed when the department server classifies and archives the uploaded data for one week.

[0052] For encrypted compressed packages, a doctor of corresponding level needs to log in to decompress them.

[0053] For some data, after uploading, doctors can set the review doctor level and review department to prevent some confidential data from being viewed at will.

[0054] After the doctor logs in to the index server using user information, the downloaded information data is stored in the data retention module. The information data downloaded to the data retention module will not be deleted before the doctor logs out. When the doctor logs out and then logs in again within one hour, the downloaded information data will still be saved in the data retention module. Otherwise, if the doctor logs out for more than one hour, the downloaded information data will be automatically deleted from the data retention module.

[0055] Set the retention time for downloaded data to prevent accidental ejection, which will cause the downloaded data to disappear immediately. You can log in in time to view the downloaded data and transferred data.

[0056] A medical information data compression storage management system, comprising:

[0057] A total data storage center, the total data storage center includes a data processing server, a compression storage module, a decompression cache module and a list storage module. The compression storage module is provided with a total storage area and a year cache area. The year cache area is used to store the information data uploaded by each department of the hospital in the current year. The data processing server stores the compressed information data uploaded by each department of the hospital in the current year in the year cache area. A backup time node is set in the data processing server. When the time in the data processing server reaches the backup time node, the data processing server will create a new year folder in the total storage area and back up all the data in the year cache area to the year folder.

[0058] Department data processing center, the department data processing center includes a department server, a temporary storage module and multiple data upload end devices, the data upload end device is provided with a data upload port, a data temporary storage module and a data processing and sorting module, the data temporary storage module is used to store the data uploaded by the data upload end device in one day, the data processing and sorting module is used to sort and classify the data uploaded by the data upload end device in one day, the department server compresses and uploads the sorted data in the temporary storage module to the year buffer area every seven days, and the list form corresponding to the information data of the week is correspondingly uploaded to the list storage module in the total data storage center;

[0059] The query server includes an index server, a permission module and a data retention module. Numbers are established for hospital doctors. Doctors use the numbers to establish user information. Doctors log in to the index server from a computer using the user information. After logging in to the search interface, they enter the search information in the search interface. The index server will automatically establish a connection with the data processing server, search the list data in the list storage module, and find the information data that needs to be viewed in the compression storage module, and then decompress it for viewing.

[0060] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A method for compressing, storing and managing medical information data, characterized in that: The specific method is as follows:

1. Establish a general data storage center The total data storage center includes a data processing server, a compression storage module, a decompression cache module and a list storage module. The compression storage module is provided with a total storage area and a year cache area. The year cache area is used to store the information data uploaded by each department of the hospital in the current year. The data processing server stores the compressed uploaded information data of each department of the hospital in the current year in the year cache area. A backup time node is set in the data processing server. When the time in the data processing server reaches the backup time node, the data processing server will create a new year folder in the total storage area and back up all the data in the year cache area to the year folder. Each time the information data uploaded to the year cache area is equipped with a corresponding name. The list form, while uploading information data to the year cache area, stores the corresponding list form in the list storage module. When it is necessary to query the historical information data, the corresponding information is searched for in the list form in the list storage module through the data processing server. When the corresponding list form is found, the storage location of the desired data is determined through the information in the corresponding list form. The compressed package of the corresponding information data is then found from the total storage area or the year cache area through the data processing server. The data processing server decompresses the compressed package of the corresponding information data into the decompression cache module, and the data decompressed into the decompression cache module is consulted through the data processing server.

2. Establishing a departmental data processing center The department data processing center includes a department server, a temporary storage module and a plurality of data upload end devices. The data upload end device is provided with a data upload port, a data temporary storage module and a data processing and sorting module. The data processing and sorting module of the data upload end device sets the same time node every day. The data processing and sorting module sorts the data uploaded from the data upload port today at the time node, and the sorted data will be transmitted to the temporary storage module of the department server. The department server is provided with a classification and archiving processing module. The department server sorts and archives the data uploaded by all the data upload end devices of the entire department yesterday through the classification and archiving processing module and prepares a list form of the entire department yesterday. The department server will perform a total classification and archiving processing on the data uploaded by all the data upload end devices of the department in a cycle of seven days, and then compress the information data of one week. The list form corresponding to the information data of one week is uploaded to the list storage module in the total data storage center. After the information data of one week is compressed, it is uploaded to the year buffer area in the total data storage center.

3. Establish a query server The query service end includes an index server, an authority module and a data retention module. Numbers are established for hospital doctors, and doctors use the numbers to establish user information. Doctors log in to the index server from a computer using the user information. After logging in to the search interface, they enter search information in the search interface. The index server will automatically establish a connection with the data processing server, search the list data in the list storage module, and find the information data that needs to be viewed in the compression storage module, and then decompress it for viewing. If the doctor user wants to download the information data, click download to download the information data to the data retention module for copying.

2. A method for compressing, storing and managing medical information data according to claim 1, characterized in that: The total storage area is provided with a plurality of data boxes, which are numbered in sequence, and the data in the year buffer area is backed up in the data boxes in the order of the numbers; The data in the year cache area is backed up once a year, and the data storage capacity backed up in each data box is not greater than 80% of the total data box storage. If the data for one year in the year cache area is backed up in a data box with less than 80% storage, the sum of the data storage for one year in the year cache area plus the storage capacity of the data box with less than 80% storage is greater than 80% of the data storage, it will be automatically transferred to the next new data box for storage.

3. A method for compressing, storing and managing medical information data according to claim 2, characterized in that: Each of the data boxes can back up data in the annual cache area for 3-5 years. The data processing server maintains data connection with the two most recently backed up data boxes. The data boxes backed up before the two most recently backed up data boxes will be disconnected from the data processing server. If you want to query the data boxes backed up before the two most recently backed up data boxes, you need to have the user information of a doctor who can view the previously backed up data boxes to log in and realize the data connection between the previous data boxes and the data processing server.

4. A method for compressing, storing and managing medical information data according to claim 1, characterized in that: The data processing server is provided with a storage warning threshold for the year cache area. If the amount of information data in the year is large, when the backup time node is not reached, when the amount of data stored in the year cache area reaches the storage warning threshold, the data processing server will issue an alarm message and notify the administrator of the total data storage center. The administrator needs to handle it in time, manually back up the data in the year cache area to the corresponding total storage area, and delete the data in the year cache area; Starting from the manual backup of information data to the main storage area, the data stored during this period of time will be automatically backed up to the main storage area when the time node is reached.

5. A method for compressing, storing and managing medical information data according to claim 1, characterized in that: The same type of data upload ports in all the data upload end devices in each department have the same upload format, so that the same type of data uploaded by all the data upload end devices in a department can be classified, and the same type of data can also be made into a list form.

6. A method for compressing, storing and managing medical information data according to claim 5, characterized in that: When uploading data through the data upload port, the user can select whether to encrypt and the encryption level. If the data is encrypted, the encrypted data will be encrypted and compressed when the department server classifies and archives the uploaded data for one week. For encrypted compressed packages, a doctor of corresponding level needs to log in to decompress them.

7. A method for compressing, storing and managing medical information data according to claim 1, characterized in that: After the doctor logs in to the index server using user information, the downloaded information data is stored in the data retention module. The information data downloaded to the data retention module will not be deleted before the doctor logs out. When the doctor logs out and then logs in again within one hour, the downloaded information data will still be saved in the data retention module. Otherwise, if the doctor logs out for more than one hour, the downloaded information data will be automatically deleted from the data retention module.

8. A medical information data compression storage management system, characterized in that: include: A total data storage center, the total data storage center includes a data processing server, a compression storage module, a decompression cache module and a list storage module. The compression storage module is provided with a total storage area and a year cache area. The year cache area is used to store the information data uploaded by each department of the hospital in the current year. The data processing server stores the compressed information data uploaded by each department of the hospital in the current year in the year cache area. A backup time node is set in the data processing server. When the time in the data processing server reaches the backup time node, the data processing server will create a new year folder in the total storage area and back up all the data in the year cache area to the year folder. Department data processing center, the department data processing center includes a department server, a temporary storage module and multiple data upload end devices, the data upload end device is provided with a data upload port, a data temporary storage module and a data processing and sorting module, the data temporary storage module is used to store the data uploaded by the data upload end device in one day, the data processing and sorting module is used to sort and classify the data uploaded by the data upload end device in one day, the department server compresses and uploads the sorted data in the temporary storage module to the year buffer area every seven days, and the list form corresponding to the information data of the week is correspondingly uploaded to the list storage module in the total data storage center; The query server includes an index server, a permission module and a data retention module. Numbers are established for hospital doctors. Doctors use the numbers to establish user information. Doctors log in to the index server from a computer using the user information. After logging in to the search interface, they enter the search information in the search interface. The index server will automatically establish a connection with the data processing server, search the list data in the list storage module, and find the information data that needs to be viewed in the compression storage module, and then decompress it for viewing.

9. A medical information data compression storage management system according to claim 8, characterized in that: When uploading data through the data upload port, it is possible to select whether to encrypt and the encryption level. If the data is encrypted, the encrypted data will be encrypted and compressed when the department server classifies, archives and compresses the uploaded data for one week.

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