JP2007328004A - System for computer-executable animation presentation of human body acupuncture point simulation, and method for the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a system for computer-executable animation presentation of human body acupuncture point simulation. <P>SOLUTION: Human body meridians and acupuncture points are marked on a body at the points corresponding to the actual points. By means of a computer animation technology and a three-dimensional dynamic presentation system of human body acupuncture point simulation, linear flow pictures of meridians and acupuncture points from the interior to the exterior are presented. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a computer-based moving image presentation system and method, and more particularly, to a computer-executable human acupuncture point moving image presentation system and method.

  As for the theoretical principle based on the Chinese meridian theory, it is still impossible to break through the video presentations that the meridians have incorporated in martial arts training, acupuncture marks, and samurai film shooting. The meridian strike direction and distribution in the human body are drawn in a plane, or like acupoints and meridian marks in the “Chinese bronze figure”. An obvious, easy-to-understand three-dimensional video presentation system is not enough for the acupuncture points.

  On the other hand, although the technology of computer animation in movie shooting becomes perfect, it is necessary to overcome the technical points to be solved for different animation presentation requirements. According to current dummy video game or movie presentation techniques, there is a shortage of specialist acupuncture point databases, so the dynamic meridian representation method has only dynamic presentation of human skeleton, the purpose of video presentation of human acupuncture points Cannot be realized as it is.

  By simulating the human meridian system into a video presentation of human acupuncture points on a single computer and matching it to a professional acupuncture point database, either a true simulation of computer games or film shoots is a true representation. And realize the simulation effect.

  The present invention has been made in view of the above-described problems, and an object of the present invention is mainly to provide a moving image presentation system for human body acupuncture simulation that can be executed by a computer.

  The present invention stores acupuncture point database storing each acupuncture point data of the human body and each meridian related acupuncture point data of the human body, and the acupuncture point data of the group in which each meridian related acupuncture point data is correlated with each meridian point A body case assembly module for marking a single meridian and acupuncture points based on a single meridian-related acupuncture point database, acupuncture point data and meridian-related acupuncture point data, and a plurality of meridian points To select one meridian order rule base for storing the relevant meridian order, and one group meridian order signal of the group body case and the group meridian to select the meridian acupuncture data or the meridian related meridian data A meridian order control module and a group meridian order signal, and using a displacement indication of the order type acupuncture points, An meridian ranking video output module for simulating the video presentation of the body acupuncture points.

  In the present invention, a three-dimensional scanning mechanism is used to image a single body so as to change the body case. In addition, the presentation that applies computer animation can further store multiple human movement paths using the rule base of human movement control, and so that the animation simulation becomes more true. The control module can select a human motion path and output one motion signal of the body cases of the group.

The present invention further proposes a computer-executable video presentation method of a human acupuncture simulation, the method creating a database of acupuncture points and storing each acupuncture point data of the human body;
Creating a database of a single meridian related acupuncture points, storing each meridian related acupuncture point data of the human body generated according to the acupuncture point data of the group that each meridian spans; and
Incorporating and marking a group of body cases for meridians and acupoints according to the human acupuncture point data and meridian-related acupuncture point data;
Creating a plurality of meridian-related acupuncture sequences,
Selecting human acupuncture point data or meridian-related acupuncture point data and outputting a group of meridian sequence signals in the body case of the group and the acupuncture points of the group;
Receiving the group meridian sequence signal and simulating a moving image presentation of a human acupuncture point by means of a sequence type acupuncture displacement display.

  The present invention discloses in detail the detailed features and advantages in the embodiments. According to its contents, any person who is familiar with such know-how is fully aware of the technology of the present invention, and is made accordingly, and any of the advantages and objects of the present invention are described in this manual. It can be easily understood from the contents, claims and drawings.

  The foregoing description of the subject matter of the present invention and the following description of the embodiments are intended to disclose and interpret the principles of the present invention and to provide further interpretation to the claims of the present invention. .

  In the following, preferred features and creations of the present invention will be described in detail with reference to the drawings.

FIG. 2 is a block diagram of a video presentation system for human body acupuncture simulation that can be executed by the computer of the present invention. The system includes acupuncture point database 10 for storing acupuncture point data for a human body and acupuncture points associated with each meridian for a human body. A data meridian-related acupuncture point database that is created based on the group acupuncture point data that is correlated with each meridian-related acupuncture point data, and human body acupuncture point data and meridian-related acupuncture point data. In response, one body case assembly module 30 that incorporates and marks a group of body cases for meridians and acupoints, one meridian order rule base 40 that stores a plurality of meridian related acupuncture order, and human body acupuncture point data or meridian related acupuncture points Select the data, one group in the group body case and the group acupuncture points A meridian sequence control module 50 for outputting a meridian sequence signal, and a meridian sequence video output module 60 for receiving the group meridian sequence signal and simulating a video presentation of a human acupuncture point by displaying a displacement of the sequence type acupuncture points Therefore, a dynamic effect is realized.

  According to the present invention, the human body movement control rule base 70 stores a plurality of human body movement paths, selects the human body movement path, and outputs a single body movement signal of the group body case. Further, a function of simulating a moving image presentation of human motion by outputting a motion signal to the meridian sequence moving image output module 60 is further included. In the operation interface, one search engine 120 selects a meridian, or makes an inquiry about a human body movement method and a path that correlates with pathology. Based on

  In the present invention, an actual scanning image capture of the human body 100 to be measured, for example, muscle irradiation (MRI) is further performed by the three-dimensional scanning mechanism 95 to obtain a replacement sample of the group body case. The system of the present invention contains one initial setting body case. However, since the corresponding points differ depending on the body for each person, the present invention does not correspond to dummy animated characters, In the case of an acupoint point diagnosis or a true person moving picture special effect by computer, if it is necessary to actually convert the acupuncture point of the body, an acupuncture point for an accurate true person is used as a source of the moving picture expression. Therefore, the actual scanning image capture of the measured human body 100 by the three-dimensional scanning mechanism 95 is because the acupoint marks of the actual measured human body 100 can be objectively presented by the system of the present invention.

  The three-dimensional scanning mechanism 95 includes a moving frame 110, a plurality of infrared detectors 111 to 115, and a jack post element 116. The moving frame 110 may have a one-ring configuration or an arc-shaped configuration, and fixes the infrared detectors 111 to 115. The number of the infrared detectors 111 to 115 can be adjusted by the degree of complexity of the curved surface of the human body 100 to be measured and the limitation due to the viewing angle of the infrared detectors 111 to 115.

  The three-dimensional scanning mechanism 95 requires processing software (not shown in the figure) of the main computer in addition to the above-described infrared measurement mechanism, detects corresponding points for the signals measured by each detector, and performs tertiary processing at each corresponding point. The original coordinates are calculated, and the continuity of both adjacent points is used to align and match the data, and the 3D surface is created and smoothed to complete the 3D scan of the human body 100 to be measured. Let Since the technology related to the three-dimensional scanning of the human body is getting better, it is not the gist of the present invention, but only the feasibility and not the specific technology will be described here. This is not to limit the scope of application, but to illustrate the feasibility of further application of the invention. The present invention creates a body / acupuncture ratio table according to the experience of an expert, and changes the group body case for the human body and the acupoint by combining the three-dimensional scanned image of the completed human body 100 to be measured. It is important that you need to do.

  As described above, the meridian sequence video output module 60 of the present invention receives the group meridian sequence video signal or motion signal, simulates the video presentation of the human acupuncture points, and simulates the human body acupuncture points by the display device 85 (consideration of FIG. 3). Video presentation on the screen.

  As described above, the present invention can be applied to a screened presentation of a simulation system by a computer, a special effect animation of a true person animation by a movie computer, and a dynamic independent presentation of a human acupuncture point simulation.

  4, 5, 6 </ b> A, and 6 </ b> B are video presentations of the human acupuncture simulation that can be executed by the computer of the present invention, and the video presentation of the human acupuncture simulation of the present invention by dynamic image capture of the display device. The front, back, right side, and left side are presented, and the three-dimensional meridian relations of the true acupuncture marks of the moving picture presentation of the human body acupuncture simulation are respectively described. Luminescent material presented as a moving picture using the displacement display of the order acupuncture points (and this luminous material is animated by dynamic presentation in the order of acupoint points a → b → c → d → e → f in the figure) This is related to the Chinese meridian theory that acupuncture points through which all veins can pass or a certain symptom can be caused by, for example, color, blinking of light, light explosion, etc., but it does not limit the scope of application of the present invention) The acupuncture points can be presented more clearly and easily through the moving picture presentation of human acupuncture sequence simulation, and the display method of the computer moving picture is presented by the display device 85. Among them, the dynamic representation of the three-dimensional meridian relationship marked on the body is a true representation and reference value in either Chinese medicine application or computer game truth simulation.

  In addition, the dynamic presentation between the acupoint points (for example, between A and B points) calculates the trigger time difference for the luminescent element and intervenes other luminescent elements so that the motivational expression of the meridian sequence becomes more fluent. It can be a relay expression of fluent animation elements.

  FIG. 7 is a flowchart illustrating a method of presenting a moving image of a human acupuncture point simulation that can be executed by the computer of the present invention. Creating a database of acupuncture points and storing each acupuncture point data of the human body (step 710), creating a database of acupuncture points related to acupuncture points, and creating a database corresponding to the acupuncture point data of the group each covered Storing each meridian-related acupuncture point data of the human body (step 720), and incorporating and marking a group of body cases for meridians and acupoints according to the acupuncture point data and meridian-related acupuncture point data (step 720) 730), creating a plurality of meridian-related acupuncture points (step 740), selecting the human body acupuncture data or the meridian-related acupuncture data, and a group of meridian orders in the body case of the group and the acupuncture points of the group Outputting a signal (step 750); receiving the group meridian order signal; and A step (step 760) of simulating a moving picture presentation of a human acupuncture point by displacement display is included.

  Although the invention has been described as in the preferred embodiment above, it is not intended to limit the invention. Changes and incorporations within the spirit and scope of the invention are within the scope of the claims of the invention. The scope of the claims refers to the appended claims.

It is a top view of the meridian flow and distribution of the conventional human body. It is a block diagram of the system of the animation presentation of the human body acupuncture simulation which can be performed by the computer of this invention. It is a figure of the Example of the system transmission display device of the animation presentation of the human acupuncture point simulation which can be performed by the computer of this invention. It is a front view of the human body acupuncture simulation device of the present invention. It is a reverse view of the human body acupuncture simulation device of the present invention. It is a right view of the human body acupuncture simulation device of the present invention. It is a left view of the human body acupuncture simulation device of the present invention. 4 is a flowchart of a method of presenting a moving image of a human acupuncture simulation executable by a computer of the present invention.

Explanation of symbols

10 meridian database 20 meridian related acupuncture database 30 body case assembly module 40 meridian order rule base 50 meridian order control module 60 meridian order moving picture output module 70 human motion control rule base 80 human motion control module 85 display device 100 human body 110 to be measured moving frame 111 to 115 Infrared detector 116 Jack post element 120 Search engine a, b, c, d, e, f Key point

Claims (13)

Acupuncture point database storing each acupuncture point data of human body,
Each meridian-related acupuncture point data of the human body, and each meridian-related acupuncture point data is created in accordance with the acupuncture point data of the group of the correlation that the meridian-related acupuncture points each time,
One body case assembly module for marking a group of body cases for meridians and points based on the human body acupuncture data and the meridian related acupuncture data, and a meridian order rule base for storing a plurality of meridian related acupuncture points ,
A meridian order control module for selecting the human acupuncture point data or the meridian-related acupuncture data so as to output a meridian order signal of one group of the group body case and the group acupuncture points;
A meridian sequence video output module for receiving the group meridian sequence signal and simulating a video presentation of a human acupuncture point using the displacement display of the sequence type acupuncture points;
A computer-executable video presentation system for human acupuncture point simulation, characterized by including: The computer-executable human acupuncture point simulation video presentation system according to claim 1, further comprising a three-dimensional scanning mechanism in order to image a single body. The computer-executable human acupuncture point animation presentation system according to claim 2, further comprising the one body / acupuncture ratio table to change the group body case for the human body and the acupoint. The computer-executable human acupuncture simulation video presentation system according to claim 1, wherein the body cases of the group are steel body images having different angles. 2. The computer-executable human acupuncture point animation presentation system according to claim 1, further comprising a single body motion control rule base for storing a plurality of human body motion paths. 6. The computer-executable human body acupuncture simulation according to claim 5, further comprising a single body motion control module for selecting the human body motion path so as to output one motion signal of the group body case. Video presentation system. 6. The computer-executable human acupuncture point animation presentation system according to claim 5, wherein the human motion path is a two-dimensional path. 6. The computer-executable human acupuncture point animation presentation system according to claim 5, wherein the human body movement path is a three-dimensional path. 2. The computer-executable human acupuncture simulation video presentation system according to claim 1, further comprising a search engine for selecting the human acupuncture point data or the meridian-related acupuncture point data. The computer-executable human acupuncture simulation video presentation system according to claim 1, further comprising a display device for displaying a human acupuncture simulation video presentation on a screen. The displacement display of the sequence type acupuncture points is sequentially displayed based on the group meridian sequence signal so that the light emitting material corresponds to the acupuncture point by a special effect by moving image creation. A computer-executable video presentation system for human acupuncture point simulation. Creating a database of acupuncture points and storing human acupuncture point data;
Creating a database of a single meridian related acupuncture points, storing each meridian related acupuncture point data of the human body generated according to the acupuncture point data of the group that each meridian spans; and
Incorporating and marking a group of body cases for meridians and acupoints according to the acupuncture point data and meridian-related acupuncture point data;
Creating a plurality of meridian-related acupuncture sequences,
Selecting the human acupuncture point data or the meridian-related acupuncture point data and outputting a group of meridian order signals in the body case of the group and the acupuncture points of the group;
Receiving a group meridian sequence signal, and simulating a video presentation of a human acupuncture point by displaying an acupuncture point acupuncture displacement display method. . 13. The displacement display of the sequence type acupuncture points is sequentially displayed based on the group meridian sequence signal so that a light emitting material corresponds to the acupuncture point every time due to the special effect of moving image creation. Video presentation method of human acupuncture point simulation that can be executed by any computer.

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