CN111161850A - DICOM image uploading matching system and method based on non-real-time additional recording and uploading mode - Google Patents
DICOM image uploading matching system and method based on non-real-time additional recording and uploading mode Download PDFInfo
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Abstract
The invention discloses a DICOM image uploading matching system and method based on a non-real-time additional recording and later-transmitting mode, wherein the system comprises the following steps: a DICOM file generating unit for collecting the inspection image from the workstation of the inspection equipment, and packaging the inspection image with the patient information to generate a DICOM image file; the DICOM image file generating unit transmits the DICOM image file to the PACS workstation through the data uploading module; the file matching unit searches and collects the patient information in the server, and then matches the DICOM image file in the PACS workstation with the patient information collected in the server; and the report workstation is used for storing the matching file generated by the file matching unit. According to the invention, the DICOM file generation unit is arranged, the DICOM file generation unit can filter out useless data and fuzzy images, and the images in the inspection equipment are generated into the DICOM image file, and the complete DICOM image file comprises the patient identification, the image position information, the acquisition time and the serial number, so that the DICOM image file is convenient for a doctor to observe and research.
Description
Technical Field
The invention relates to the technical field of medical communication, in particular to a DICOM image uploading matching system and method based on a non-real-time after-recording mode.
Background
The image filing and communication system is applied to the image department of a hospital, and has the main task of storing various daily medical images (including images generated by equipment such as nuclear magnetism, CT, ultrasound, various X-ray machines, various infrared instruments, microscopy instruments and the like) in a digital mode through various interfaces, and can be quickly called back for use under certain authorization when needed, and meanwhile, some auxiliary diagnosis management functions are added. It has important roles in transmitting data and organizing and storing data among various image devices.
At present, an ultrasound image import report workstation has two modes: the first method is that the images displayed on the screen of the ultrasonic instrument are collected one by an image collecting card and stored in a report workstation; the second method is to store the image in DICOM format in the local ultrasound instrument hard disk, then upload the ultrasound data in DICOM format stored in the ultrasound instrument hard disk to the PACS workstation through the network cable, and then import the ultrasound data in batch from the PACS workstation to the report workstation. DICOM images are typically uploaded to a PACS workstation for real-time matching and uploading, and are suitable for use in a conventional office. For bedside ultrasound examinations, the examination site is located in a hospital room or an operating room, and it is not possible to connect the ultrasound equipment to the PACS workstation in real time. Generally, the images can only be stored in the hard disk of the ultrasonic instrument, and then the images are collected one by using the acquisition card after the images are returned to the consulting room. However, the latter method cannot automatically filter out useless data and blurred image information of images acquired in the hard disk of the ultrasound instrument before uploading, and the image uploading system cannot match and classify the generated image information with information of patients.
Patent application publication No. CN104331298A discloses a method and system for generating medical DICOM images. Wherein the method comprises the steps of: starting a process of acquiring an inspection image to the inspection equipment; establishing a process communication object by using an interface function, and sending working mode data and sending patient information packaged into an XML data packet by using the interface function; collecting the inspection image from the inspection equipment, packaging the inspection image and the patient information into a DICOM image file and uploading the DICOM image file to a PACS server. The method can generate standard DICOM medical image files, and upload the PACS server at the same time, so that medical image sharing is realized, the generated DICOM image files are uploaded by using an independent uploading mechanism, and the uploading success is ensured, so that the reliability of the method can be improved. However, the invention still has the problems that useless data and fuzzy image information of the acquired image cannot be automatically filtered out, and the generated image information cannot be matched and classified with the information of the patient.
Therefore, the DICOM image uploading matching system based on the non-real-time additional recording and later-transmitting mode is invented, the DICOM format images for bedside and intraoperative ultrasonic examination are uploaded and matched to a PACS system in high quality, automation, batch and high efficiency, and then the report system is introduced.
Disclosure of Invention
Technical problem to be solved
The invention aims to provide a DICOM image uploading matching system and method based on a non-real-time complementary recording and post-transmitting mode, and aims to solve the problems that the conventional DICOM image uploading technology cannot automatically filter out useless data and fuzzy image information of acquired DICOM images, and cannot match and classify the generated image information with information of patients.
(II) technical scheme
In order to realize the DICOM image uploading matching system and method based on the non-real-time complementary recording and then transmitting mode, the invention provides the following technical scheme for solving the problems that the conventional DICOM image uploading technology cannot automatically filter out useless data and fuzzy image information of the acquired DICOM image and cannot match and classify the generated image information with the information of a patient:
a DICOM image uploading matching system based on a non-real-time supplementary recording and uploading mode comprises:
a DICOM file generating unit for collecting the inspection image from the workstation of the inspection equipment, and packaging the inspection image with the patient information to generate a DICOM image file;
the data storage module is used for storing the generated DICOM image file;
the DICOM image file generating unit transmits the DICOM image file to the PACS workstation through the data uploading module or transmits the data to the PACS workstation through the data storage module;
the file matching unit searches and collects the patient information in the server, and then matches the DICOM image file in the PACS workstation with the patient information collected in the server;
and the report workstation is used for storing the matching file generated by the file matching unit, so that a doctor can take and observe the matching file conveniently.
Preferably, the DICOM file generating unit includes:
the acquisition module acquires images and other mixed data from the imaging equipment;
the analysis module analyzes the acquired data and separates the image data from other data;
and the filtering module filters out other analyzed data and data which cannot be analyzed.
Preferably, the DICOM file generating unit further includes:
the acquisition module acquires image data from the filtered analysis file;
and the generation module generates a DICOM image file according to the image data.
Preferably, the file matching unit includes;
the data scanning module is used for searching and scanning the patient information stored in the server;
the data analysis module analyzes the searched patient information and downloads useful patient information;
and the data matching module is used for matching the downloaded patient information with the corresponding DICOM image file in the PACS workstation.
Preferably, the file matching unit further includes;
the data sorting module sorts the matched patient information and the DICOM image file together and generates a corresponding folder;
and the data classification module is used for classifying different DICOM image files of the same patient according to time and types to generate a folder set.
Preferably, the operating environment in the server is a common cloud environment, and the patient information in the server is stored in a cloud.
Preferably, the time of the data classification module is sorted according to the time sequence of the CT scan.
A DICOM image uploading matching method based on a non-real-time additional recording and uploading mode comprises the following steps:
a: when ultrasonic examination is carried out at the bedside, in an intervention room or in an operating room, image data of the examination are collected from a workstation of examination equipment at regular intervals, the collected data are analyzed, useless data information is filtered out, a DICOM image file is generated by the image data and the time data, and then the image data of the examination are stored in a hard disk of an ultrasonic instrument in a DICOM format;
b: automatically or manually transmitting DICOM image data in the hard disk of the ultrasonic instrument to a PACS workstation through a network cable;
c: scanning and analyzing the patient information stored in the server, and manually matching the case first name information uploaded to the image of the PACS workstation with the corresponding patient information in the server;
d: extracting DICOM image data of the case, uploading the DICOM image data in batches for additional recording, and importing the DICOM image data into a workstation system; .
E: the DICOM images are fitted to the generated report, which is then sent to a reporting workstation and matched to the patient information in the reporting workstation.
(III) advantageous effects
Compared with the prior art, the invention provides a DICOM image uploading matching system and method based on a non-real-time additional recording and later-transmitting mode, and the DICOM image uploading matching system and method have the following beneficial effects:
1. according to the invention, the DICOM file generation unit is arranged, the DICOM file generation unit can filter out useless data and fuzzy images, and the images in the inspection equipment are generated into the DICOM image file, so that the image acquisition quality is improved, and the complete DICOM image file comprises patient identification, image position information, acquisition time and serial numbers, so that a doctor can conveniently observe and research;
2. the invention arranges the matched patient information and the DICOM image file together by setting the file matching unit which matches the case firstname information in the PACS workstation with the patient information collected in the server, arranges the image files of the patients according to the shooting sequence by the classification module, and classifies the patient information and the case into small files with different time stamps by combining the medical history and the case of the patient, thereby facilitating the observation and research of doctors.
Drawings
FIG. 1 is a schematic diagram of the system connection of the present invention.
Fig. 2 is a schematic diagram of a DICOM file generating unit according to the present invention.
FIG. 3 is a diagram of a file matching unit according to the present invention.
In the figure: 1. a DICOM file generation unit; 2. a data storage module; 3. a data uploading module; 4. a PACS workstation; 5. a file matching unit; 6. a server; 7. a reporting workstation; 8. an acquisition module; 9. an analysis module; 10. a filtration module; 11. an acquisition module; 12. a generation module; 13. a data scanning module; 14. a data analysis module; 15. a data matching module; 16. a data sorting module; 17. and a data classification module.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
A DICOM image uploading matching system based on a non-real-time post-recording mode as shown in fig. 1-3, as shown in fig. 1 and 2, includes:
the DICOM file generating unit 1 is used for collecting inspection images from a workstation of an inspection device, packaging the inspection images with patient information and generating a DICOM image file, and further comprises an acquisition module 8, a parsing module 9, a filtering module 10, an acquisition module 11 and a generating module 12, wherein the acquisition module 8 acquires images and other mixed data from the imaging device, the parsing module 9 parses the acquired data to separate the image data from other useless data, the filtering module 10 filters out the parsed other useless data and the data which cannot be parsed, the useless data comprise damaged image data and fuzzy image files, the data which cannot be parsed is files which cannot be parsed by the parsing module, and the acquisition module 11 acquires the image data from the filtered parsed files to obtain a complete image without fuzzy data, the generating module 12 generates a DICOM image file according to the image data, so that the image acquisition quality is improved, and the complete DICOM image file comprises patient identification, image position information, acquisition time and serial numbers, so that a doctor can conveniently observe and research;
the data storage module 2 is used for storing the generated DICOM image file;
the DICOM image file generating unit transmits the DICOM image file to the PACS workstation 4 through the data uploading module 3, or transmits the data to the PACS workstation 4 through the data storage module 2;
the file matching unit 5 is used for searching and collecting patient information in the server 6, then matching a DICOM image file in the PACS workstation 4 with the patient information collected in the server 6, wherein data in the DICOM image file comprises patient identification, image position information, acquisition time and serial numbers, and the patient information comprises basic information, illness history, case information and the like of the patient, the operating environment in the server 6 is a common cloud environment, and the patient information in the server 6 is stored in a cloud mode, so that doctors or systems can search medical information diagnosed in different places and different hospitals of the patient conveniently; through the setting, the file matching unit 5 matches the first name information of the case in the PACS workstation 4 with the patient information collected in the server 6, the matched patient information and the DICOM image file are collated together, the image files of the patient are arranged according to the shooting sequence through the classification module, and are classified into small files with different time stamps by combining the medical history and the case of the patient, so that the doctor can observe and research the small files conveniently;
and the report workstation 7 is used for storing the matching file generated by the file matching unit, so that a doctor can take and observe the matching file conveniently.
More specifically, the file matching unit comprises a data scanning module 13, a data analyzing module 14, a data matching module 15, a data sorting module 16 and a data classifying module 17, wherein the data scanning module 13 is used for searching and scanning patient information stored in the server, the patient information comprises case information, medical history information and patient hospitalizing place and time information of the patient, the data analyzing module 14 analyzes the searched patient information, the patient information is the patient information searched by the system according to patient identification in the image file and downloads useful patient information, the useful patient information is the case and medical history information of the patient, the data matching module 15 matches the downloaded patient information with a corresponding DICOM image file in the PACS workstation, the data sorting module 16 sorts the matched patient information with the DICOM image file, and a corresponding folder is generated, wherein the folder contains all image information, cases and medical history information of the patient, the data classification module 17 classifies different DICOM image files of the same patient according to time and types to generate a folder set, wherein the classification time is sorted according to the time sequence of CT scanning, the image files of the patient are arranged according to the shooting sequence through the classification module, and are classified into small files with different time stamps according to the medical history and the cases of the patient, so that the image files can be observed and researched by doctors conveniently.
The invention also discloses a DICOM image uploading matching method based on the non-real-time additional recording and later transmitting mode, which comprises the following steps:
a: when ultrasonic examination is carried out at the bedside, in an intervention room or in an operating room, image data of the examination are collected from a workstation of examination equipment at regular intervals, the collected data are analyzed, useless data information is filtered out, a DICOM image file is generated by the image data and the time data, and then the image data of the examination are stored in a hard disk of an ultrasonic instrument in a DICOM format;
b: automatically or manually transmitting DICOM image data in the hard disk of the ultrasonic instrument to a PACS workstation through a network cable;
c: scanning and analyzing the patient information stored in the server, and manually matching the case first name information uploaded to the image of the PACS workstation with the corresponding patient information in the server;
d: extracting DICOM image data of the case, uploading the DICOM image data in batches for additional recording, and importing the DICOM image data into a workstation system; .
E: the DICOM images are fitted to the generated report, which is then sent to a reporting workstation and matched to the patient information in the reporting workstation.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (8)
1. A DICOM image uploading matching system based on a non-real-time additional recording and downloading mode is characterized by comprising:
a DICOM file generating unit for collecting the inspection image from the workstation of the inspection equipment, and packaging the inspection image with the patient information to generate a DICOM image file;
the data storage module is used for storing the generated DICOM image file;
the DICOM image file generating unit transmits the DICOM image file to the PACS workstation through the data uploading module or transmits the data to the PACS workstation through the data storage module;
the file matching unit searches and collects the patient information in the server, and then matches the DICOM image file in the PACS workstation with the patient information collected in the server;
and the report workstation is used for storing the matching file generated by the file matching unit, so that a doctor can take and observe the matching file conveniently.
2. The DICOM image upload matching system of claim 1, wherein the matching system comprises: the DICOM file generation unit includes:
the acquisition module acquires images and other mixed data from the imaging equipment;
the analysis module analyzes the acquired data and separates the image data from other data;
and the filtering module filters out other analyzed data and data which cannot be analyzed.
3. The DICOM image upload matching system of claim 2, wherein the DICOM image upload matching system is based on a non-real-time post-recording mode, and comprises: the DICOM file generating unit further includes:
the acquisition module acquires image data from the filtered analysis file;
and the generation module generates a DICOM image file according to the image data.
4. The DICOM image upload matching system of claim 1, wherein the matching system comprises: the file matching unit comprises;
the data scanning module is used for searching and scanning the patient information stored in the server;
the data analysis module analyzes the searched patient information and downloads useful patient information;
and the data matching module is used for matching the downloaded patient information with the corresponding DICOM image file in the PACS workstation.
5. The DICOM image upload matching system of claim 4, wherein the matching system is based on a non-real-time post-recording mode, and comprises: the file matching unit further comprises;
the data sorting module sorts the matched patient information and the DICOM image file together and generates a corresponding folder;
and the data classification module is used for classifying different DICOM image files of the same patient according to time and types to generate a folder set.
6. The DICOM image upload matching system of claim 1, wherein the matching system comprises: the operation environment in the server is a common cloud environment, and the patient information in the server is stored in the cloud.
7. The DICOM image upload matching system of claim 1, wherein the matching system comprises: the time of the data classification module is sorted according to the time sequence of the CT scanning.
8. A DICOM image uploading matching method based on a non-real-time additional recording and subsequent transmission mode is characterized by comprising the following steps:
a: when ultrasonic examination is carried out at the bedside, in an intervention room or in an operating room, image data of the examination are collected from a workstation of examination equipment at regular intervals, the collected data are analyzed, useless data information is filtered out, a DICOM image file is generated by the image data and the time data, and then the image data of the examination are stored in a hard disk of an ultrasonic instrument in a DICOM format;
b: automatically or manually transmitting DICOM image data in the hard disk of the ultrasonic instrument to a PACS workstation through a network cable;
c: scanning and analyzing the patient information stored in the server, and manually matching the case first name information uploaded to the image of the PACS workstation with the corresponding patient information in the server;
d: extracting DICOM image data of the case, uploading the DICOM image data in batches for additional recording, and importing the DICOM image data into a workstation system; .
E: the DICOM images are fitted to the generated report, which is then sent to a reporting workstation and matched to the patient information in the reporting workstation.
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