Medical image information management system and method based on Internet of Things
Through the Internet of Things-based medical image information management system, the medical image information of each hospital is uniformly saved to the cloud server, solving the problem of medical image information islands between hospitals, realizing the sharing of medical images and reasonable allocation of resources, and reducing medical costs.
Patent Information
- Application Number
- CN202411991894.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2024-12-31
- Publication Date
- 2025-04-29
AI Technical Summary
In the existing medical system, the medical image information of each hospital is independently preserved, resulting in patients who need to repeatedly collect image information when referring between different hospitals, which increases medical expenses and medical treatment time, and also increases the maintenance cost of the hospital.
The medical image information management system based on the Internet of Things is adopted, and the medical image information and diagnostic consultation information of each hospital are uniformly saved to the cloud server through the medical image information processor, and the sharing of content stored on the cloud server between each hospital is realized.
It realizes medical image sharing between grassroots hospitals and superior hospitals, reduces software and hardware and maintenance costs, provides convenience for regional diagnosis and remote consultation on medical care, and promotes the rational allocation and utilization of medical resources.
Smart Images
Figure CN119905246A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to a medical imaging information management system and method based on the Internet of Things. Background Art
[0002] In the current medical system, the diagnosis and treatment systems of various hospitals are relatively independent, especially the medical Image information is stored independently and is only used within the hospital. If some patients need to be transferred to other hospitals of the same level or higher level for follow-up treatment, they usually need to re-collect medical image information at the transferred hospital, which will inevitably increase the patient's medical expenses and increase the time of seeing a doctor. Even if some hospitals use cloud storage for medical image information, they only use the storage function of the cloud and cannot share it with other hospitals. Each hospital uses a storage system or a cloud, which also increases the maintenance cost of the hospital. Summary of the invention
[0003] The present invention provides a medical imaging information management system and method based on the Internet of Things, which greatly reduces the software, hardware and maintenance costs for medical institutions, creates conditions for grassroots hospitals and superior hospitals to share medical images, provides convenience for regional diagnosis and remote consultation, lays a foundation for the implementation of hierarchical diagnosis and treatment, provides technical support for solving the problems of difficulty and high cost of seeing a doctor for patients, and enables medical resources to be fully utilized and reasonably allocated.
[0004] In order to achieve the above object, the present invention provides a medical image information management system, comprising: Medical image information processor, which is equipped with image archiving and communication system and radiology information system, is used to convert The medical imaging information and diagnosis consultation information of each hospital are uniformly saved to the cloud server, and the content stored on the cloud server can be shared among various hospitals; At least one hospital-side server is connected to the medical imaging information processor via a network, and the hospital-side server is equipped with The hospital information system is used to upload the patient registration information of the hospital to the cloud server through the medical imaging information processor; At least one hospital-side imaging device connected to the medical imaging information processor via a network for The image information processor obtains the patient registration information for imaging examination, and uploads the medical imaging information to the cloud server through the medical imaging information processor; At least one hospital-side diagnosis module, which is connected to the medical imaging information processor via a network and is used to The image information processor obtains patient registration information and medical imaging information from the cloud server, performs diagnosis consultation, and uploads the diagnosis consultation information to the cloud server through the medical imaging information processor; The cloud server is connected to the medical imaging information processor through the network and is used to store the medical imaging information. Patient registration information, medical imaging information, and diagnostic consultation information uploaded by the processor; At least one mobile terminal is connected to the cloud server through the network and is used to query and obtain the patient registration information, medical imaging information, and diagnostic consultation information.
[0005] The patient registration information includes: Patient basic information and patient medical history and doctor's advice information; The patient's basic information includes at least: name, gender, age, date of birth, ID number, home address, contact information, medical history, and allergy history.
[0006] The present invention also provides a medical imaging information management method, comprising the following steps: The medical imaging information processor obtains the patient registration information uploaded by the hospital server and forms a registration list for the hospital to The hospital-side imaging device queries and uploads the patient registration information to the cloud server synchronously; the medical imaging information processor downloads the medical imaging information and diagnosis consultation information from the cloud server according to the data acquisition request of the hospital-side server and sends it to the hospital-side server; The medical imaging information processor obtains the medical imaging information uploaded by the hospital imaging equipment and converts the medical imaging information into Upload to the cloud server synchronously; The medical imaging information processor downloads medical data from the cloud server according to the data acquisition request of the hospital-side diagnosis module. The medical imaging information is sent to the hospital-side diagnosis module; the medical imaging information processor obtains the diagnosis consultation information uploaded by the hospital-side diagnosis module and synchronously uploads the diagnosis consultation information to the cloud server. The data acquisition request includes: data query request, data browsing request, data download request and data printing request.
[0007] The method for the medical image information processor to synchronously upload data to a cloud server comprises the following steps: The medical imaging information processor temporarily stores the real-time received data to form backup data and performs regular polling. Compare the backup data with the data in the cloud server to see if they are consistent. If the data are inconsistent, further determine whether the inconsistent data is newly received data or missed data, upload the missed data to the cloud server, and add the new data to the backup data before uploading it to the cloud server.
[0008] The medical imaging information management method further comprises the following steps: The hospital server enters the patient registration information of the hospital and uploads the patient registration information to the medical imaging information Processor; the hospital-side server sends a data acquisition request to the medical imaging information processor. After receiving a response from the medical imaging information processor, the hospital-side server downloads the patient registration information, and / or medical imaging information, and / or diagnostic consultation information obtained by the medical imaging information processor from the cloud server.
[0009] The medical imaging information management method further comprises the following steps: The hospital-side imaging equipment obtains patient registration information from the medical imaging information processor and performs Corresponding imaging examinations are performed and the medical imaging information is uploaded to the medical imaging information processor.
[0010] The medical imaging information management method further comprises the following steps: The hospital-side diagnosis module sends a data acquisition request to the medical imaging information processor, and obtains the medical imaging information processor. After the device responds, the hospital-side diagnosis module downloads the medical imaging information obtained by the medical imaging information processor from the cloud server; the hospital-side diagnosis module performs diagnosis consultation based on the medical imaging information and uploads the diagnosis consultation information to the medical imaging information processor.
[0011] The medical imaging information management method further comprises the following steps: The cloud server stores patient registration information, medical imaging information and Diagnostic consultation information, the data stored in the cloud server allows medical imaging information processors and / or mobile terminals to query, browse, download and print, etc.
[0012] The medical imaging information management method further comprises the following steps: The mobile terminal sends a data acquisition request to the cloud server. After receiving a response from the cloud server, the mobile terminal The cloud server obtains patient registration information, and / or medical imaging information, and / or diagnostic consultation information.
[0013] The present invention meets the needs of clinical work and has a high cost-effectiveness ratio. It solves the problem of high hardware and maintenance costs of fixed-line PACS, greatly reduces software, hardware and maintenance costs for medical institutions, creates conditions for sharing medical images between primary hospitals and superior hospitals, provides convenience for regional diagnosis and remote consultation medical care, realizes regional data sharing, lays the foundation for the implementation of tiered diagnosis and treatment, provides technical support for solving the difficulties and high costs of seeing a doctor for patients, and enables medical resources to be fully utilized and reasonably allocated. BRIEF DESCRIPTION OF THE DRAWINGS
[0014] Figure 1 It is a schematic diagram of a medical imaging information management system provided by the present invention.
[0015] Figure 2 It is a flow chart of the medical imaging information processor uploading data synchronously to the cloud server. DETAILED DESCRIPTION
[0016] The following is based on Figure 1-2 , specifically describe the preferred embodiments of the present invention.
[0017] like Figure 1 As shown, the present invention provides a medical image information management system, comprising: a medical image information processor 1, in which a PACS system (Picture Archiving and Communication Systems) and a RIS system (Radiology information system) are loaded, for uniformly saving the medical image information and diagnosis consultation information of each hospital to a cloud server 5, and realizing the sharing of the content stored on the cloud server among various hospitals; At least one hospital-side server 2, which is connected to the medical image information processor 1 via a network, and the hospital-side server 2 is loaded with a HIS system (Hospital Information System), which is used to upload the patient registration information of the hospital (including the basic information of the patient and the patient's medical history and medical advice information, the basic information of the patient at least includes: name, gender, age, date of birth, ID number, home address, contact information, medical history, allergy history, etc.) to the cloud server 5 through the medical image information processor 1; At least one hospital-side imaging device 3, which is connected to the medical imaging information processor 1 via a network, and is used to perform imaging examinations according to the patient registration information obtained from the medical imaging information processor 1, and upload the medical imaging information to the cloud server 5 via the medical imaging information processor 1; At least one hospital-side diagnosis module 4, which is connected to the medical image information processor 1 via a network, and is used to obtain patient registration information and medical image information from the cloud server 5 via the medical image information processor 1, perform diagnosis consultation, and upload the diagnosis consultation information to the cloud server 5 via the medical image information processor 1; A cloud server 5, which is connected to the medical imaging information processor 1 via a network and is used to store patient registration information, medical imaging information and diagnosis consultation information uploaded via the medical imaging information processor 1; At least one mobile terminal 6 is connected to the cloud server 5 via a network, and is used to query and obtain patient registration information, medical imaging information, and diagnosis consultation information in the cloud server 5.
[0018] In a preferred embodiment of the present invention, the medical imaging information processor is manufactured by a designated third-party manufacturer. The processor produced by the company has a basic configuration (8G memory, 2.4GHZ, dual core, 3MB cache, 15W thermal design power consumption (TDP), 500G hard disk space), is lightweight, easy to carry, and has strong scalability (two DDR4 memory sticks, both mechanical hard disk and solid state hard disk can be used, mechanical hard disk is more affordable, and solid state hard disk is more expensive). It has dual network cards (wired and wireless can be used at the same time), USB3.0 interface, high-definition video interface, built-in audio and other functions, and can be fixed in imaging equipment or office areas. The medical imaging information processor 1 is installed with Windows operating system, Win7, Win8, Win10, WindowsServer2012 and above, and is loaded with PACS system and RIS system, which can be used by diagnostic doctors to read images, mark images, write reports, print films and distribute diagnostic reports. The workflow is optimized and fast, which can greatly improve the work efficiency of doctors and technicians. The medical imaging information processor can integrate other information systems of medical institutions, and clinicians can retrieve and browse medical images and work related to scientific research on the medical imaging information processor. The medical imaging information processor can be connected to a high-definition TV through a high-definition interface to display the statistics and operation status of the hospital. The medical imaging information processor has a remote monitoring function, which can remotely monitor the working status of the medical imaging information processor and solve potential hidden dangers as soon as possible. Prevent staff from installing other plug-ins on the medical imaging information processor to prevent staff from misoperating or deleting the system by mistake, causing the medical imaging information processor to be paralyzed, affecting the normal operation of the system and medical institutions, and avoiding unnecessary losses to the system and medical institutions.
[0019] The mobile terminal 6 may be one or more of a laptop computer, a smart phone, and a tablet computer, and the user of the mobile terminal 6 may be a doctor or a patient.
[0020] The present invention also provides a medical imaging information management method, comprising the following steps: The medical imaging information processor obtains the patient registration information uploaded by the hospital server and forms a registration list for the hospital to The hospital-side imaging device queries and uploads the patient registration information to the cloud server synchronously; the medical imaging information processor downloads the medical imaging information and diagnosis consultation information from the cloud server according to the data acquisition request of the hospital-side server and sends it to the hospital-side server; The medical imaging information processor obtains the medical imaging information uploaded by the hospital imaging equipment and converts the medical imaging information into Upload to the cloud server synchronously; The medical imaging information processor downloads medical data from the cloud server according to the data acquisition request of the hospital-side diagnosis module. The medical imaging information is sent to the hospital-side diagnosis module; the medical imaging information processor obtains the diagnosis consultation information uploaded by the hospital-side diagnosis module, and synchronously uploads the diagnosis consultation information to the cloud server.
[0021] In the above operation, the data acquisition request includes: data query request, data browsing request, data download request and data printing request, etc.
[0022] like Figure 2 As shown, the method for the medical image information processor to synchronously upload data to the cloud server includes Contains the following steps: Step S1, the medical imaging information processor temporarily stores the real-time received data to form backup data, and performs regular polling on the real-time received data to compare whether the backup data is consistent with the data in the cloud server. If they are consistent, the current polling is terminated and the next polling is waited for. If they are inconsistent, the process proceeds to step S2; Step S2, the medical image information processor determines whether the inconsistent data is newly received data or missed data, if it is new data, proceed to step S3, if it is missed data, proceed to step S4; Step S3, adding the new data to the backup data in the medical imaging information processor, and proceeding to step S4; Step S4: Add new data or missed data to the synchronization queue and upload it to the cloud server.
[0023] The interval of the data timing polling is set according to the actual situation, and can preferably be set to once every 5 minutes.
[0024] The medical imaging information processor regularly cleans up the backup data, and the cleaning interval is set according to the actual situation, preferably can be set to 24 hours.
[0025] The medical imaging information management method further comprises the following steps: The hospital server enters the patient registration information of the hospital and uploads the patient registration information to the medical imaging information Processor; if the patient registration information, and / or medical imaging information, and / or diagnostic consultation information of this hospital is lost, the hospital-side server sends a data acquisition request to the medical imaging information processor. After receiving a response from the medical imaging information processor, the hospital-side server downloads the patient registration information, and / or medical imaging information, and / or diagnostic consultation information obtained by the medical imaging information processor from the cloud server.
[0026] The hospital uploads historical medical imaging information to the cloud server synchronously through the medical imaging information processor. Backup storage is performed to reduce the hospital's equipment management costs.
[0027] The medical imaging information management method further comprises the following steps: The hospital-side imaging equipment obtains patient registration information from the medical imaging information processor and performs Corresponding imaging examinations are performed and the medical imaging information is uploaded to the medical imaging information processor.
[0028] In this embodiment, the hospital-side imaging device obtains patient registration information from the medical imaging information processor. After that, imaging examinations can be performed directly without re-entering patient information, saving medical treatment links.
[0029] The medical imaging information management method further comprises the following steps: The hospital-side diagnosis module sends a data acquisition request to the medical imaging information processor, and obtains the medical imaging information processor. After the device responds, the hospital-side diagnosis module downloads the medical imaging information obtained by the medical imaging information processor from the cloud server; the hospital-side diagnosis module performs diagnosis consultation based on the medical imaging information and uploads the diagnosis consultation information to the medical imaging information processor.
[0030] In this embodiment, the hospital-side diagnosis module has all the image processing functions of the medical imaging diagnosis workstation. Yes, it can read medical imaging information to complete diagnosis or consultation work, and it can also read historical medical imaging information and the latest medical imaging information to complete comparative diagnosis of medical imaging lesions.
[0031] The medical imaging information management method further comprises the following steps: The cloud server stores patient registration information, medical imaging information and Diagnostic consultation information, the data stored in the cloud server allows medical imaging information processors and / or mobile terminals to query, browse, download and print, etc.
[0032] The medical imaging information management method further comprises the following steps: The mobile terminal sends a data acquisition request to the cloud server. After receiving a response from the cloud server, the mobile terminal The cloud server obtains patient registration information, and / or medical imaging information, and / or diagnostic consultation information. The mobile terminal also has the diagnostic consultation function of the hospital-side diagnostic module, such as a diagnostic report template function. It has functions such as image processing, lesion measurement, etc.
[0033] In this embodiment, doctors or patients using mobile terminals can read medical images through QR codes. Information and diagnostic consultation information. Doctors using mobile terminals can also conduct further diagnostic consultations based on the acquired medical imaging information, but the diagnostic consultation information will not be uploaded to the cloud server.
[0034] The present invention integrates the functions of cloud storage, uploading and downloading, management, authority security, hospital-side diagnosis module image reading, image processing, writing and distribution of medical image diagnosis reports, remote diagnosis consultation, as well as regional medical image sharing, clinical and patient mobile browsing of medical images and diagnosis reports, and medical image storage cloud disaster recovery. Doctors and patients can also view reports and images through mobile terminals and share medical images within the region.
[0035] The present invention meets the needs of clinical work and has a high cost-effectiveness ratio. It solves the problem of high hardware and maintenance costs of fixed-line PACS, greatly reduces software, hardware and maintenance costs for medical institutions, creates conditions for sharing medical images between primary hospitals and superior hospitals, provides convenience for regional diagnosis and remote consultation medical care, realizes regional data sharing, lays the foundation for the implementation of tiered diagnosis and treatment, provides technical support for solving the difficulties and high costs of seeing a doctor for patients, and enables medical resources to be fully utilized and reasonably allocated.
[0036] Although the present invention has been described in detail through the above preferred embodiments, it should be appreciated that the above The description should not be considered as a limitation of the present invention. After reading the above content, various modifications and substitutions of the present invention will be obvious to those skilled in the art. Therefore, the protection scope of the present invention should be limited by the attached claims.
Claims
1. A medical imaging information management system and method based on the Internet of Things, wherein: The method comprises: Obtaining first network address information, where the first network address information is the network address of a first image acquisition mechanism; obtaining preset authority setting information; Determine whether the first network address information satisfies preset permission setting information, and if so, obtain first authorization information; establish a first image transmission connection according to the first authorization information and the first network address; obtain first image information through the first image transmission connection, wherein the first image information includes first user information; obtain image information management database interface information; According to the first image information and the image information management database interface information, a first storage instruction is obtained, wherein the first storage instruction is used to store the first image information in the image information management database; according to the first user information and the image information management database, first user image information is obtained; and a set screening method is obtained; When the set screening mode is the first mode, obtaining preset screening requirement information, inputting the first user image information and the preset screening requirement information into the image selection model, obtaining second image information, and the second image information is the image information screening result; When the set screening mode is the second mode, a first selection instruction is obtained, wherein the first selection instruction is used to select the first user image information in the second mode to obtain the second image information; Obtaining first typesetting information according to the second image information, where the first typesetting information is used to perform a typesetting operation on the second image information; A first imaging report is obtained according to the first layout information.
2. The method of claim 1, wherein: The method comprises: obtaining second network address information, wherein the second network address information is a network address of a second image acquisition mechanism, wherein the second image acquisition mechanism is different from the first image acquisition mechanism; Determine whether the second network address information satisfies the preset authority setting information, and if so, obtain second authorization information; A second image transmission connection is established based on the second authorization information and the second network address; second image information is obtained through the second image transmission connection; a second storage instruction is obtained based on the second image information and the image information management database interface information, and the second storage instruction is used to store the second image information in the image information management database.
3. The method of claim 2, wherein: When the setting screening mode is the second mode, obtaining the first selection instruction includes: Obtaining first image quantity information according to the first user image information; determining whether the first image quantity information exceeds a first predetermined condition; and obtaining a first selection range prompt when the condition exceeds a first predetermined condition; Obtaining a first selection range answer according to the first selection range prompt; According to the first selection range reply, the first image information is reset, and the resetting of the first image information is to adjust the image information in the first user image information according to the selection content in the first selection range reply; according to the resetting of the first image information and the setting of the filtering method, the first selection instruction is obtained.
4. The method of claim 3, wherein: The method further includes: generating a first image network connection according to the second image information; According to the first image network connection, obtain the first related information instruction; According to the first relevant information instruction, obtain a first relevant image information library; The second image information and the first related image information library are input into an image information matching model to obtain a first matching result.
5. The method of claim 4, wherein: The step of inputting the second image information and the first related image information library into an image information matching model to obtain a first matching result includes: Using the second image information as first input information; Using the first related image information library as second input information; The first input information and the second input information are input into an image information matching model, wherein the image information matching model is obtained by training with multiple sets of training data, wherein each set of training data includes: the first input information, the second input information, and identification information used to identify the second image information and matching information in a first related image information library; and output information of the image information matching is obtained, wherein the output information includes the first matching result, which is the matching information between the second image information and the related image information library.
6. The method of claim 1, wherein: The obtaining the first layout information according to the second image information includes: Obtaining a first selected area according to the second image information; According to the first selected area, obtaining a first area operation; According to the first area operation, obtaining a second operation processing image; Process the image according to the second operation to obtain a first position instruction; The first layout information is obtained by processing the image and the first position instruction according to the second operation.
7. The method of claim 1, wherein: The database is managed according to the first user information and image information, Before obtaining the first user's image information, including: Obtaining the first user request information; Obtaining first user password information according to the first user request information; Determining whether the first user password information meets the preset password verification requirements; When the conditions are met, obtaining the first user's authority information; First execution information is obtained according to the first user authority information and the first user request instruction.
8. The method of claim 2, wherein: The method further comprises: Obtaining a first sharing instruction according to the first authorization information and the first image transmission connection; Obtaining a first transmission data set according to the first image transmission connection; Obtaining a first shared data set according to the first transmission data set and the first sharing instruction; Obtaining a second sharing instruction according to the second authorization information and the second image transmission connection; Obtaining a first sharing request according to the second authorization information; According to the first sharing request, the second sharing instruction, and the first sharing instruction, second execution information is obtained, and the second execution information is used to send the shared data set to the second image transmission connection.
9. A medical imaging information management system, comprising a memory, a processor, and a computer program stored in the memory and executable on the processor, wherein: When the processor executes the program, the steps of the method according to any one of claims 1 to 8 are implemented.