TWI554902B - Direct manipulation of medical electrocardiogram reading method - Google Patents

Description

Direct manipulation of medical ECG reading methods

The invention relates to a reading method for directly operating a medical electrocardiogram, in particular to an educational training use of a medical institution, so that a clinical medical staff can directly perform an operation like a clinical medical image on an electronic reading operating mechanism. Increase the effectiveness of clinical learning and interpretation experience.

Press, there are many forms of general e-books, such as TXT format, EPUB format, DOC format, HTML format, CHM format, PDF format, etc. Most of these formats can be opened by using the Microsoft Windows operating system to automatically open the corresponding software reading or production hardware device.

However, such e-books are a single specific file, so it is not easy to classify and organize e-books. Many large factories in the market have begun to invest in e-book information integration platforms, such as Apple iBook, Amazon, Google Books, etc. Among them, the e-book information integration platform of this type has limited e-book media, such as pictures, videos, audio and video. Computer readable storage media files can also be embedded in e-books in recent days.

Although Books Author is a free app software from the Mac App Store, it can create or view iBooks e-books and any other types of books on the iPad, and through the gallery, videos, interactive charts, 3D objects, mathematical expressions and More features make these e-books more lively, but such interactive archives cannot embed and browse clinical medical files, such as DICOM files in medical image formats; or some systems can embed such interactive archives, but not Put it in an e-book.

Moreover, general e-books can only read static or dynamic (animated) e-book content and cannot operate these files, so that the current clinical medical staff's practice and learning of clinical medical imaging (DICOM) must be through traditional books (static Pictures) and multimedia animation (dynamic film) to learn about reading and interpreting clinical medical images. The main disadvantage of the above methods is that they cannot manipulate the characteristics of medical images, such as contrast, brightness, measurement, and lead to clinical learning and interpretation. Limited experience.

Therefore, in order to improve the above-mentioned deficiency, the inventors of the present invention have devoted themselves to research and development of a "reading method for directly manipulating medical electrocardiogram" to effectively improve the disadvantages of the conventional use.

The main purpose of the present invention is to convert the image data obtained by the electrocardiogram detecting mechanism into a format that can be read and operated by the electronic reading operation mechanism by using the cooperation of the electrocardiogram editing and converting mechanism, so as to be used as an educational training for the medical institution. It allows clinical staff to perform clinical medical imaging operations directly on the electronic reading operation to increase the experience of clinical learning and interpretation.

To achieve the above object, the present invention is a reading method for directly manipulating a medical electrocardiogram, which comprises the following steps:

Step 1: Take the required clinical ECG image data with the ECG detection organization.

Step 2: The clinical electrocardiogram image data is transmitted to the electrocardiogram editing and conversion mechanism for electrocardiogram content and waveform analysis.

Step 3: Let the ECG editing and converting mechanism convert the ECG image data into the dynamic image data and the static image data of the electrocardiogram.

Step 4: Simultaneously transmit the dynamic image data and the static image data of the converted electrocardiogram to the electronic reading operation mechanism for use as an electronic book.

In an embodiment of the present invention, the ECG detecting mechanism includes a detecting unit and an electrocardiogram reading unit connected to the detecting unit, and the detecting unit is connected to an output mechanism, and the output mechanism is connected to the electrocardiogram editing and converting mechanism. Connected, and the electronic reading operating mechanism is connected to the electrocardiogram editing conversion mechanism.

In an embodiment of the invention, the output mechanism is a connector.

In an embodiment of the invention, the electrocardiogram editing conversion mechanism comprises an electrocardiogram diagnosis unit and an electrocardiogram waveform measurement unit.

In an embodiment of the present invention, the electrocardiogram diagnosis unit is capable of editing pictures, movies, DICOM files, DICOM-ECG files, and XML files, and the ECG waveform measuring unit converts the data edited by the electrocardiogram diagnosis unit into HTML5 format.

In an embodiment of the invention, the electronic reading operating mechanism is a tablet computer or a mobile phone.

1‧‧‧Step one

11‧‧‧Electrocardial testing agency

111‧‧‧Detection unit

112‧‧‧Electrocardiogram reading unit

12‧‧‧ECG image data

13‧‧‧Output agency

2‧‧‧Step 2

21‧‧‧ECG editing and conversion mechanism

211‧‧‧electrocardiogram diagnostic unit

212‧‧‧ECG waveform measuring unit

3‧‧‧Step three

31‧‧‧Electronic reading operating mechanism

A‧‧‧ medical imaging

Fig. 1 is a schematic flow chart showing the steps of the present invention.

Figure 2 is a block diagram of the present invention.

Fig. 3 is a schematic view showing the state of use of the present invention.

Please refer to the "1, 2, and 3" diagrams, which are schematic diagrams of the basic architecture of the present invention, a block diagram of the present invention, and a schematic diagram of the state of use of the present invention. As shown in the figure: The present invention is a reading method for directly manipulating a medical electrocardiogram, which comprises at least the following steps:

Step 1: 1: The desired ECG image data 12 is taken by the ECG detecting mechanism 11 , and the ECG detecting mechanism 11 includes a detecting unit 111 and an electrocardiogram reading unit 112 connected to the detecting unit 111. The detecting unit 112 is connected to an output mechanism 13 that is connected to the electrocardiogram editing conversion mechanism 21, and the electronic reading operating mechanism 31 is connected to the electrocardiogram editing conversion mechanism 21.

Step 2: The clinical electrocardiogram image data 12 is transmitted to the electrocardiogram editing and converting mechanism 21 for electrocardiogram content and waveform analysis, and the electrocardiogram editing and converting mechanism 21 includes an electrocardiogram diagnosis unit 211 and an electrocardiogram waveform measuring unit 212.

Step 3: The ECG editing and converting mechanism 21 converts the electrocardiographic image data 12 into the dynamic image data and the static image data of the electrocardiogram, wherein the electrocardiogram diagnosis unit 211 is an editable picture, a movie, a DICOM file, and a DICOM-ECG file. And an XML file, and the ECG waveform measuring unit 212 converts the data edited by the electrocardiogram diagnosis unit 211 into an HTML5 format to form dynamic and static image data of the electrocardiogram.

Step 4: The moving image data and the still image data of the converted electrocardiogram are simultaneously transmitted to the electronic reading operation mechanism 31 for use as an electronic book, and the electronic reading operating mechanism 31 is a tablet computer or a mobile phone.

When the present invention is applied by the above steps, the desired electrocardiogram image data 12 is captured by the electrocardiogram reading unit 112 of the electrocardiographic detecting mechanism 11, and is coupled with the output mechanism 13 via the detecting unit 111. The clinical electrocardiogram image data 12 is transmitted to the electrocardiogram editing conversion mechanism 21 for electrocardiogram content and waveform analysis, and the electrocardiogram diagnosis unit 211 of the electrocardiogram editing conversion mechanism 21 edits the electrocardiographic image data into a picture, a movie, a DICOM file or an XML file, and The electrocardiogram waveform measuring unit 212 converts the data edited by the electrocardiogram diagnosis unit 211 into an HTML5 format, thereby forming the dynamic image data and the static image data of the electrocardiogram, and simultaneously transmitting the dynamic image data and the static image data of the converted electrocardiogram. The e-reading operation mechanism 31 is used as an e-book, and then the user can browse the e-book by the electronic reading operation mechanism 31, and then browse the dynamic image data and the medical image A of the static image file as needed. When browsing the medical image A, the operation like the clinical medical image is performed directly on the electronic reading operating mechanism 4, for example, including: returning to the main page, returning the query result, brightness, contrast adjustment, rule planning (straight line, Square, circular or irregular graphics), measurement height, width, slope, ST80, ST60, ST40, previous step, next step, previous, next, etc., to achieve increased clinical learning and interpretation experience .

In summary, the direct manipulation of the medical electrocardiogram reading method can effectively improve various disadvantages of the conventional use, and the image data obtained by the electrocardiogram detecting mechanism can be converted into an electronic reading operation mechanism by using the cooperation of the electrocardiogram editing and converting mechanism. The format of the operation is used as an educational training for the medical institution, so that the clinical medical personnel can perform the operation like the clinical medical image directly on the electronic reading operation mechanism, thereby achieving the effect of increasing the clinical learning and interpretation experience; The need to produce more progressive, more practical, and more in line with consumer use, has indeed met the requirements of the invention patent application, and filed a patent application according to law.

However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; therefore, the simple equivalent changes and modifications made in accordance with the scope of the present invention and the contents of the invention are modified. All should remain within the scope of the invention patent.

11‧‧‧Electrocardial testing agency

111‧‧‧Detection unit

112‧‧‧Electrocardiogram reading unit

12‧‧‧ECG image data

13‧‧‧Output agency

21‧‧‧ECG editing and conversion mechanism

211‧‧‧electrocardiogram diagnostic unit

212‧‧‧ECG waveform measuring unit

31‧‧‧Electronic reading operating mechanism

Claims (6)

[Item 1] A reading method for directly manipulating medical electrocardiograms includes the following steps:
Step 1: Obtain the required clinical ECG image data by the ECG detection mechanism;
Step 2: transmitting the clinical electrocardiogram image data to the electrocardiogram editing conversion mechanism for electrocardiogram content and waveform analysis;
Step 3: Let the electrocardiogram editing and converting mechanism convert the electrocardiographic image data into the dynamic image data of the electrocardiogram and the static image data;
Step 4: Simultaneously transmit the dynamic image data and the static image data of the converted electrocardiogram to the electronic reading operation mechanism for use as an electronic book. [Item 2] The method for directly operating a medical electrocardiogram according to claim 1, wherein the electrocardiographic detecting mechanism comprises a detecting unit and an electrocardiogram reading unit connected to the detecting unit, wherein the detecting unit is connected to an output. The mechanism is connected to the electrocardiogram editing conversion mechanism, and the electronic reading operation mechanism is connected to the electrocardiogram editing conversion mechanism. [Item 3] A method of directly operating a medical electrocardiogram according to claim 2, wherein the output mechanism is a connector. [Item 4] The method for directly operating a medical electrocardiogram according to the second aspect of the patent application, wherein the electrocardiogram editing conversion mechanism comprises an electrocardiogram diagnosis unit and an electrocardiogram waveform measurement unit. [Item 5] The method for directly operating a medical electrocardiogram according to item 4 of the patent application scope, wherein the electrocardiogram diagnosis unit is an editable picture, a movie, a DICOM file, a DICOM-ECG file, an XML file, and the electrocardiogram waveform measuring unit is Convert the data edited by the ECG diagnostic unit to HTML5 format. [Item 6] The method for directly operating a medical electrocardiogram according to item 2 of the patent application scope, wherein the electronic reading operation mechanism is a tablet computer or a mobile phone.