TWI509559B - Capture brain waves to the clinical medical imaging system method - Google Patents

Description

Capture brainwave images to the clinical medical image storage system method

The invention relates to an image processing method, in particular to a method for capturing brain wave images to a clinical medical image storage system.

Due to the popularity and progress of computers, traditional paper-based medical records have gradually been replaced by electronic medical records. Medical institutions at home and abroad have almost digitized medical records. Digital medical records can be recorded in addition to texts. The image file, for most disease examinations, digital electronic medical records have been published, such as X-ray or CT.

In the existing medical system, in order to facilitate the physicians of different medical departments to conveniently access the electronic medical records of a single patient in various departments for diagnosis and treatment, a clinical medical image storage system (PACS) was introduced as a database, and the clinical medical treatment was introduced. The image storage system stored in the image storage system is a digital video communication format (DICOM), which combines an image with medical records into a file, which is convenient for physicians to access through the Internet.

However, the aforementioned application can only be applied to some single-sheet or small-sized instruments (such as X-ray films, CT images, or ECG ECGs, etc.), and in some very large image inspection reports, For example, the EEG examination report of the brain wave, because the patient's brain wave is measured for several tens of minutes. The measured data is quite large (40~100MB) and cannot be directly and completely stored in the clinical medical image storage system. The measurement data can only be retained in the original measuring instrument, so the clinical medical image is The electronic medical records retained in the storage system are only textual descriptions of the examination results, and it is impossible to add abnormal brain waves to paper or electronic medical records. This brain wave report with only text narrative is incomplete medical record data. Once the patient has changed the doctor, the new doctor can only guess the text to guess the condition, or re-exercise the brain wave test to determine the actual information of the brain lesion, resulting in medical waste.

Accordingly, it is an object of the present invention to provide a method of extracting brainwave images into a clinical medical image storage system.

Therefore, the method for extracting brain wave images into a clinical medical image storage system is applied to a clinical medical image storage system connected to a network. The method first prepares an image processing system, and the image processing system includes a storage module. a control module electrically connected to the storage module and capable of executing a control program, a display module electrically connected to the control module to display a graphical interface, and a network communication module electrically connected to the control module The storage module pre-stores at least one brain wave measurement data and at least one pair of medical record data of the brain wave measurement data, the brain wave measurement data has a measurement data set, and then the control module The measurement data set is sequentially played in a first graphics block of the graphic interface according to the command of the control program, and the control module is currently displayed in the first image after receiving a retrieval command. The image in the block is stored as an instant image, and the instant image is displayed in a second graphic block of the graphic interface, and the control module is After receiving a transmission command, combining the real-time image corresponding to the second graphics block and the corresponding patient medical record data into a digital packet of a digital image communication format, the network communication module is used to The digital packet is transmitted to the clinical medical image storage system for storage.

The effect of the invention is that, through the operation of the control module and the display module, the important feature image in the brain wave measurement data of the subject can be captured and converted into a digital image communication format and stored in the The clinical medical image storage system is convenient for physicians to access through the Internet. Further, when the subject is referred to the doctor, the digital packet can be provided to other physicians for reference or a plurality of physicians can consult together, and the detection is not repeated or repeated to reduce the waste of medical resources.

2‧‧‧Image Processing System

3‧‧‧ storage module

31‧‧‧ Brainwave measurement data

311‧‧‧Measurement data collection

312‧‧‧Subject personal data collection

32‧‧ ‧ medical records of the subjects

4‧‧‧Control Module

5‧‧‧Display module

51‧‧‧ graphical interface

511‧‧‧ first pattern block

512‧‧‧ Progress control components

513‧‧‧Second graphic block

514‧‧‧ Instant image

6‧‧‧Network communication module

7‧‧‧Operating module

71‧‧‧Select operating elements

72‧‧‧Transfer operating elements

73‧‧‧ cursor operating elements

81~84‧‧‧Steps to extract brainwave images to clinical medical image storage system

9‧‧‧ Clinical Medical Image Storage Department System

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a preferred embodiment of the method of the present invention for capturing brainwave images to a clinical medical image storage system. 2 is a system block diagram of an image processing system of the preferred embodiment; FIG. 3 is a schematic diagram of an embodiment of a graphical interface of the preferred embodiment; and FIG. 4 is a preferred embodiment A schematic diagram of another embodiment of the graphical interface of the example.

Referring to Figures 1, 2 and 3, a preferred embodiment of the method for extracting brainwave images from a medical imaging storage system is to apply an image processing system 2 to transmit brainwave images to a remote clinical clinic. Image Storage System 9 (PACS).

The image processing system 2 includes a storage module 3, a control module 4, a display module 5, a network communication module 6, and an operation module 7.

The storage module 3 prestores at least one brain wave measurement data 31 and at least one pair of medical record data 32 of the brain wave measurement data, the brain wave measurement data 31 has a measurement data set 311, and A pair of subject profile sets 312 that should measure the data set 311. In the present embodiment, the measured data set 311 is the actual measurement data of the brain wave, and the subject personal data set 312 is the basic data of the subject.

The control module 4 is electrically connected to the storage module 3 and can execute a control program.

The display module 5 is electrically connected to the control module 4 to display a graphic interface 51. The graphic interface 51 has a first graphic block 511 for the measurement data set 311 to be played, and a pair of first graphics should be The progress adjustment component 512 of the playback progress of the block 511 and a second graphics block 513. In this embodiment, the progress control component 512 is an adjustable progress bar.

The network communication module 6 is electrically connected to the control module 4.

The operation module 7 is electrically connected to the control module 4 and has a capture operation component 71, a transfer operation component 72, and a cursor operation component 73. In the embodiment, the capturing operation component 71 and the conveying operation component 72 The operation buttons are respectively operable to generate a capture command and a transfer command after being triggered. The cursor operation component 73 is a mouse and can be used to adjust the progress control component 512 to change the first graphics block. Playback progress within 511.

The method for extracting brain wave images into a clinical medical image storage system includes the following steps 81-84.

In step 81, the image processing system 2 is prepared.

In step 82, the control module 4 sequentially plays the measurement data set 311 in the first pattern block 511 of the graphic interface 51 according to the command of the control program.

In step 83, after receiving the capture command, the control module 4 combines the image currently displayed in the first pattern block 511 and the subject personal data set 312 into an instant image 514. The instant image 514 is displayed in the second pattern block 513 of the graphical interface 51. It is further explained that the main body of the instant image 514 is brain wave data, and the bottom is the basic data of the subject.

In step 84, after receiving the transfer command, the control module 4 merges the instant image 514 corresponding to the second pattern block 513 and the corresponding subject medical record data 32 into a digital image communication format. After the digital packet of (DICOM), the digital packet is transmitted to the clinical medical image storage system 9 through the network communication module 6.

In use, the measurement data set 311 of the specific subject is played in the first graphic block 511, and when the important feature image is played, the currently displayed is triggered by the trigger of the capture operation component 71. Important feature The image is merged with the subject profile 312 and stored into the instant image 514 and displayed in the second schema block 513. Then, after the transfer operation component 72 is triggered, the instant image 514 is The medical record data 32 of the subject is merged into the digital package, and then transmitted to the clinical medical image storage system 9 through the network for storage.

In this way, the huge brain wave measurement data 31 generated by the single subject under test can be simplified into important feature images, and then stored in the clinical medical image storage system 9 on the network, For physicians to access at any time via the Internet.

It should be noted that, in other implementation manners, step 83 may be repeatedly performed multiple times, and a corresponding number of instant images 514 are simultaneously displayed in the second pattern block 513 (see the imaginary line portion in FIG. 4). In this step 84, after receiving the transfer command, the control module 4 respectively associates each of the instant images 514 corresponding to the second pattern block 513 with the corresponding subject. After the medical record data 32 is merged into a digital packet, all the digital packets are transmitted together to the clinical medical image storage system 9 through the network communication module 6.

In addition, since the digital capacity of the digital packet having the important feature image and the medical record data 32 of the tester is small, the clinical medical image storage system 9 that can be stored in the hospital is tested. When referring to or transferring to the hospital, the electronic medical record containing the important feature image and the medical record data of the subject 32 can also be downloaded from the clinical medical image storage system 9 or printed as a paper medical record, but can be carried out. Convenient for the next doctor to judge the condition or to conduct consultations with multiple physicians, no need to repeat or repeat Testing is carried out to reduce the waste of medical resources and has a very good portability.

In summary, through the operation of the control module 4 and the display module 5, important image images in the brainwave measurement data 31 of the subject can be captured and converted into a digital image communication format for storage. The clinical medical image storage system is convenient for the physician to access through the network, so the object of the present invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the patent application scope and patent specification content of the present invention, All remain within the scope of the invention patent.

81~84‧‧‧Steps to extract brainwave images to clinical medical image storage system

Claims (8)

A method for extracting an image of a brain wave to a clinical medical image storage system is applied to a clinical medical image storage system connected to a network, the method comprising the following steps: (A) preparing an image processing system, the image processing system The invention comprises a storage module, a control module electrically connected to the storage module and capable of executing a control program, a display module electrically connected to the control module for displaying a graphic interface, and an electrical connection of the control module a network communication module, the storage module pre-stores at least one brain wave measurement data and at least one pair of medical record data of the brain wave measurement data, the brain wave measurement data has a measurement data set; B) the control module sequentially plays the set of measurement data in a first graphic block of the graphic interface according to the command of the control program; (C) the control module receives a retrieval command, The image currently displayed in the first graphics block is stored as an instant image, and the instant image is displayed in a second graphics block of the graphic interface; and (D) the control module is After receiving a transfer command Combining the instant image corresponding to the second image block and the corresponding subject medical record data into a digital image communication format digital packet, and transmitting the digital packet to the clinical through the network communication module Medical image storage system storage. The method for extracting a brain wave image to the clinical medical image storage system according to claim 1, wherein the step (C) can be repeatedly performed multiple times, and the corresponding number of instants can be simultaneously displayed in the second graphic block. image. The method of claim 2, wherein the control module receives the transfer command and corresponds to the second map. Each of the instant images in the block is combined with the corresponding medical record data of the subject into a digital image communication format, and all the digital packets are transmitted to the clinical medical image through the network communication module. Storage system storage. The method of claim 1, wherein the image processing system further includes an operation module electrically connected to the control module, the capture command and the transfer command. It is generated according to the operation of the operation module. The method of claim 4, wherein the operation module has a capture operation component corresponding to the capture command. The method of claim 3, wherein the operation module further has a transfer operation component corresponding to the transfer command. The method for extracting an electroencephalogram image into a clinical medical image storage system according to claim 4, wherein the operation module has a cursor operation component, and the graphic interface further has a pair of blocks in the first pattern block. A progress control component that plays the progress and can be adjusted by the cursor operating element to change the playback progress. The method for extracting brain wave images into a clinical medical image storage system according to claim 1, wherein the brain wave measurement data further has a pair of Measure the data collection of the subject of the data collection, in step (C), after receiving the retrieval command, the control module displays the image currently displayed in the first graphic block and the subject The personal data set is merged and stored into the instant image, and the instant image is displayed in the second graphic block of the graphic interface.