KR20130010336A

KR20130010336A - Remote rating apparatus for medical training

Info

Publication number: KR20130010336A
Application number: KR1020110071074A
Authority: KR
Inventors: 김광수
Original assignee: (주)이플랫폼
Priority date: 2011-07-18
Filing date: 2011-07-18
Publication date: 2013-01-28

Abstract

The present invention relates to a real-time medical practice remote evaluation device, and more particularly, to record the training contents of the practitioner as an image and to record and store the evaluation contents of the evaluator for the recorded training image in real time, each practitioner own The present invention relates to a real-time medical training remote evaluation apparatus that enables reading of training contents and evaluation contents.

Description

Remote evaluation apparatus for medical training

The present invention relates to a real-time medical training remote evaluation device, and more specifically, to record the training content of the practitioner as an image and to record and store the evaluation information of the evaluator on the recorded training image in real time, each training completed the training The present invention relates to a real-time medical training remote evaluation device that enables a person to read his / her own training contents and evaluation contents.

As is well known, medical practitioners who seek to acquire medical skills gain medical experience through a number of medical practice sessions, which typically include a donated corpse or a human body model with organs similar to the skeleton and internal organs of the human body. Through the dissection, etc.

In addition, evaluators such as professors conduct medical practice evaluations to evaluate the skills of the practitioners, and the evaluation of the medical practice is in the form of directly evaluating the practitioners by visiting the practice site and observing the practice practice of the students. Proceed.

However, it is difficult for any evaluator to judge all practice situations in the medical practice process of medical practitioners, and there is a misunderstanding between evaluators and trainees because the evaluator's subjectivity is involved in the evaluation process. Controversy arises.

An object of the present invention devised to solve the above problems is to record the contents of the practice of the practitioner as an image and to record and store the evaluation contents of the evaluator on the recorded image in real time, so that each practitioner has his or her own practice contents and It is to provide a real-time medical practice remote evaluation device that enables the evaluation content.

The above object is achieved by the following constitutions provided in the present invention.

Real-time medical training evaluation apparatus according to the present invention,

A plurality of cameras photographing a training site of the practicers according to the medical practice to obtain a plurality of training images; A collection module including a conversion unit for generating a common training image file by merging a plurality of training images obtained through the camera;

A display unit which displays the common training image file obtained by the collection module and provides the evaluator in real time; An evaluation record generation unit for generating an evaluation record subtitle file in which an evaluation record generated by an evaluator who observes a common evaluation image file provided through the display unit is converted into a subtitle file; An encryption unit for individually encrypting the joint evaluation image file and the evaluation record subtitle file of each practitioner; And a server module configured to include the encrypted common evaluation image file and a database unit for separately storing the encrypted evaluation recording subtitle file.

Preferably, the collection module is provided with a transmission unit for transmitting the common evaluation image file stored in the database and the evaluation record subtitle file of each trainee to the trainee's terminal connected to the server through a login process. The user obtains and decodes the common evaluation image file and the evaluation recording subtitle file through the terminal, and then simultaneously reproduces and reads them through the image player provided in the terminal.

Further, the server module is provided with a controller for remotely controlling the focus and the shooting direction of each camera, the evaluator is configured to control the focus and the shooting direction of each camera through the controller.

In addition, the virtual training image file is stored in the database of the server module, and the collection module is formed with a projection unit for reproducing and projecting the virtual training image file stored in the database on the surface of the training object, while the camera surrounds the training site. Rails; Under the control of the controller is fixed to each of the holding pedestal configured to include a holder having a mover to move along the rail to move the practice site.

As described above, in the present invention, the evaluator can observe and evaluate the medical training state in real time by the medical trainee without visiting the training site directly, and the medical training state is recorded as an image, so that the evaluation is made later. This prevents misunderstandings and controversies between evaluators and trainees due to their fairness.

In particular, the present invention separates and stores the common evaluation image and the evaluation record of each student, thereby reducing the consumption of database storage space and transmitting the evaluation data to the terminal of each student. And, it is configured to transmit only the student's own evaluation record subtitle file, can prevent unauthorized viewing of the evaluation data of others, it can prevent the invasion of personal privacy.

In addition, in the present invention, it is possible to adjust the photographing angle, direction, and focus of the camera through the controller, it is possible to obtain a more stable evaluation image for medical practice evaluation.

1 is a block diagram showing the overall configuration of a real-time medical practice evaluation apparatus proposed as a preferred embodiment in the present invention,
Figure 2 is a schematic view showing the overall configuration of the collection module in the real-time medical practice evaluation device proposed as a preferred embodiment in the present invention,
3 is a flowchart sequentially showing a medical practice evaluation process through the real-time medical practice evaluation apparatus 1 proposed as a preferred embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail the real-time medical practice remote evaluation apparatus proposed as a preferred embodiment in the present invention.

1 is a block diagram showing the overall configuration of a real-time medical practice evaluation apparatus proposed as a preferred embodiment in the present invention, Figure 2 is a collection module in the real-time medical practice evaluation apparatus proposed as a preferred embodiment in the present invention, The overall configuration of the is shown schematically.

The real-time medical training evaluation apparatus 1 according to the present invention basically includes a collection module 10 for collecting evaluation data including training images of a training site; It is configured to include a server module 20 for evaluating the medical practice of the trainees by observing the evaluation data collected by the collection module 10 remotely.

The collection module 10 includes a plurality of cameras 11 which obtain a plurality of training images by photographing a medical training process of the trainees; And a conversion unit 12 for merging a plurality of training images obtained through the camera 11 and converting the training images into a common training image file.

Referring to the drawings, each of the cameras 11 includes: a rail 13a disposed in a form surrounding a training site; Each of which is fixed and fixed to the fixing base 13b-a of the movable mounting unit 13, which includes a fixing unit 13b-a having a movable element 13b for moving along the rail 13a and turning the training site. In accordance with the movement of the ruler 13b, the camera 11 stably photographs the training state by the trainee located at the training site while changing the shooting position.

At this time, a known linear motor structure (not shown) is formed between the mover 13b and the rail 13a of the movable stand 13 to generate the thrust of the mover in the electromagnetic force, and the server module 20 has a linear motor. The controller 26 is configured to control the current supply of the structure, and the evaluator located in the server module 20 transfers the movable element 13b to which the camera 11 is fixed through the controller 26 to photograph the training site. Position the camera 11 in a suitable position.

Therefore, the collection module 10 installed in the practice site obtains a training image through the plurality of cameras 11, and then merges the training images through the conversion unit 12 to generate a common training image file. The common training image file is transmitted and viewed in real time to the server module 20, and the training state of each training person is evaluated by the evaluator.

The server module 20 includes: a display unit 21 for displaying a common training image file obtained from the collection module 10 and providing the evaluator in real time; An evaluation record generation unit 22 for generating an evaluation record subtitle file analyzed by an evaluator who has viewed the evaluation image viewed through the display unit 21 for each learner; An encryption unit 23 for separately encrypting the joint evaluation image file and the evaluation record subtitle file generated by the evaluation record generation unit 22; And a database 24 for separately storing the encrypted common evaluation image file and the encrypted evaluation recording subtitle file.

In addition, the server module 20 includes a common evaluation image file stored in the database 24 and an encrypted trainee individual evaluation record subtitle file, and each terminal of a trainee connected to the server module 20 through a login process. A transmission unit 25 for individual transmission to 30 is formed.

Therefore, in the real-time medical practice evaluation apparatus 1 according to the present embodiment, the evaluator located in the server module 20 evaluates the practice contents of each practice by observing a practice site provided remotely through the collection module 10.

Then, each practitioner accesses the server module 20 through a login procedure through a terminal such as a computer, a smartphone, a tablet PC, etc., to obtain a common encrypted image file and a subtitle file of his evaluation record. And, while decoding, the terminal 30 to view his own practice evaluation.

In the present embodiment, the virtual training image file is stored in the database 24 of the server module 20, and the collection module 10 includes a projection unit 14 for projecting the virtual training image on the surface of the training object. Form.

Accordingly, the projection unit 14 projects the virtual training image stored in the database 24 to the training area of the training object, thereby guiding a part requiring training and a virtual shape of the part to the trainee.

At this time, the server module 20 is provided with a controller 26 for remotely controlling the focus and shooting direction of each camera 11 installed in the collection module 10, the projection position of the projection unit 14, the evaluator The controller 26 remotely controls the photographing direction, focus, and projection position of the projection unit 14 of each camera 11.

On the other hand, Figure 3 is a flow chart showing a medical practice evaluation process sequentially through the real-time medical practice evaluation device (1) proposed as a preferred embodiment in the invention, through which the real-time medical practice evaluation process through the present invention will be described in detail do.

The first evaluator adjusts the position remotely through the controller 26 provided in the server module 20, reproduces the virtual training image file stored in the database 24 of the server module 20, and projects it on the surface of the training object.

At this time, each practitioner located in the practice site is guided through the virtual training image projected on the surface of the training room, the training position to be evaluated, the internal shape of the training location, and training items.

Thereafter, the practitioner performs a medical training on the projected part, and this training process is performed by the controller 26 to capture and convert the photographing and converting unit 12 through each camera 11 whose photographing position, angle, and focus are adjusted. It is converted into a common training video file through the server module 20 is transmitted.

The common training image files transmitted as described above are reproduced through the display unit 21 of the server module 20 and provided to the evaluator, and the evaluator observes this and records the training contents of each practicer in the practice record generation unit 22. By inputting into the training record, a subtitle file is generated for each trainee.

Then, the common training image file transmitted from the collection module 10 and the training record subtitle files of the trainees generated by the training record generator are individually encrypted by the encryption unit 23, and then the database 24 is used. )

After that, each of the trainees who have completed the training accesses the server module 20 through a terminal 30 such as a smartphone, a PC, a tablet PC, etc. owned by the user, and completes personal authentication through login, and then encrypts the common common. The training video file and the training record subtitle file of the user are downloaded and decoded by the decoding unit 31.

Then, the downloaded and decoded training video file and training recording subtitle file are reproduced through the video reproducing program to simultaneously view their own training contents and evaluation records.

Thereafter, the student reads through the training image file and the training record subtitle file, and if there is objection to the evaluation result, the student feeds back the opinion on the evaluation to the evaluator.

1. Real-time medical training evaluation device
10. Acquisition Module 11. Camera
12. Conversion Unit 13. Variable Fixture
13a. Rail 13b. Mover
13b-a. Fixture 14. Projection
20. Server Module 21. Display
22. Evaluation record generation unit 23. Encryption unit
24. Database 25. Transmitter
26. Controller
30. Terminal 31. Decoding unit

Claims

A plurality of cameras photographing a training site of the practicers according to the medical practice to obtain a plurality of training images; A collection module including a conversion unit for generating a common training image file by merging a plurality of training images obtained through the camera;
A display unit which displays the common training image file obtained by the collection module and provides the evaluator in real time; An evaluation record generation unit for generating an evaluation record subtitle file in which an evaluation record generated by an evaluator who observes a common evaluation image file provided through the display unit is converted into a subtitle file; An encryption unit for individually encrypting the joint evaluation image file and the evaluation record subtitle file of each practitioner; And a server module including the encrypted common evaluation image file and a database unit for separately storing the encrypted evaluation recording subtitle file.

The method of claim 1, wherein the collection module is provided with a transmission unit for transmitting a common evaluation image file stored in the database and the encrypted evaluation record subtitle file of each practitioner to a terminal of the practitioner connected to the server through a login process, Each practitioner obtains and decodes a common evaluation image file and an evaluation recording subtitle file through a terminal, and then simultaneously reproduces and reads them through an image player provided in the terminal.

The real-time medical practice of claim 1, wherein the server module is provided with a controller for remotely controlling the focus and the shooting direction of each camera, and the evaluator is configured to control the focus and the shooting direction of each camera through the controller. Evaluation device.