JP2005279205A - System for training qigong abdominal acupuncture point force, on-limb input device, and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem that abdominal acupuncture point force training, abdominal breathing, backbone rotation exercise, and a qi circulation method are monotonous, boring, difficult to continue, and not performed well. <P>SOLUTION: A Qigong abdominal acupuncture point force training system comprises: a computer 1; its display device 2; on-limb input devices 3 with an angle sensor; a means 9 for generating an on-limb problem image at exercise cycle; a problem achievement discrimination means 10 for discriminating whether the problem is cleared or not through the use of an on-limb signal from the angle sensor; and its correspondence image generation means 11, 12. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a system for training Tanda power with an limb input device using an angle sensor and a Qigong Tanda power training program.

  Traditionally, Tanda force training, abdominal breathing, qigong swish show movement or Koshuten method is too monotonous and tired to do with the power of will, and it is not long-lasting and does not go well. There was a strong need for a way to solve this.

  As described in the prior art, it was too monotonous and tired to do with the power of will, and it was made to solve the problem of training that does not last long and does not go well.

In order to achieve the above-mentioned goal, the present invention is based on the computer, its display device, the hardware of the limb input device using the angle sensor, the limb task image generation means in the motion cycle, and the limb signal from the angle sensor. Qi Gong Tanda power training system using software that has a means for determining whether or not the task has been cleared and means for generating the corresponding video.
The limb input device is a mercury switch that can be detachably mounted at the limb operating angle.

  The above action is as follows. In other words, to concentrate and work on Tanda, if you raise your upper and lower limbs at the same time, the upper limb exercises will start at the abdomen, the lower limbs will start at the lower back, and the center will be at the center of the waist. Be stiff. The back-and-forth movement of the arm is accompanied by the abdominal breathing of the up-and-down movement of the diaphragm. By raising the upper limbs, moving the energy of Tanada in the body to the body, it is easier to imagine than just doing meditation. By providing an upper limb input device on the upper and lower limbs and challenging the problem images that occur in the exercise cycle, you can constantly practice Kigong Tanta power without getting tired with tension.

Since the whole is a game format, you can enjoy monotonous exercises with a sense of tension, and it is easier to do than with willpower, and it is more effective for your body. Even if you can sit on a chair, you can do it even if you have no physical strength.
You can do exercise to gather energy in Tanda. The waist is the starting point when inhaling, the abdomen is the starting point when exhaling, and abdominal breathing is better performed at the same time as the movement than by the breathing method alone.
The exercise of qigong swiss show is based on 2000 times, so it is monotonous and easy to get tired, but in the present invention, it can be enjoyed with a sense of tension constantly.
By hand-drawn meditation, Tanda's spirit is lifted by the upper limbs movement. It is easier to imagine than just meditation because the video can be displayed.

  As shown in FIG. 1, the present invention is a Qigong Tanda force training system comprising a computer 1, a display device 2, hardware including a limb input device 3, and software described later.

  The illustrated computer 1 is a personal computer here, but it may be a home game machine or a television with a game function.

  FIG. 2 is a perspective view of the main part of the limb input device 3. In the embodiment, the angle sensor is a mercury switch 4, enters the protective container 5, is attached to the clip base plate 6, and a code 7 is a computer joystick. Connect to the input section of the tech. A cordless type that uses infrared or radio may be used. In addition, in order to be easily attached to the upper and lower limbs at an upper limb operating angle, in the embodiment, the angle is fixed to the elastic belt 8 attached to the upper and lower limbs and clipped. In order to input a signal indicating whether the upper and lower limbs are raised or lowered to a required height, a mercury switch that operates according to an angle is used to input to the computer, but other displacement sensors may be used.

  Fig. 3 is an overall schematic diagram of the limb input device. In the present embodiment, the cord 7 is connected to the computer by the cord input device 3 used for the exercise use for the upper limb, the right lower limb, and the left lower limb. Which one is used for which purpose depends on the content of the game.

  When the program is described with reference to the schematic flowchart of FIG. 4, the task video generation means 9 generates a task video so that the player can operate on the limbs in the exercise cycle. The task responds to each type of operation such as an upper limb raising operation, a right lower limb raising operation, a left lower limb raising operation, an upper limb and right lower limb simultaneous raising operation, and an upper limb and left lower limb simultaneous raising operation. It is better to distinguish by color or shape so that the player knows how much to apply. Tasks and exercise cycles occur regularly or irregularly so that you can exercise with a sense of tension without getting bored.

  In the game embodiment screen of FIG. 5, the task achievement determining means 10 for determining whether or not the task has been received, receiving the upper limb signal from the angle sensor, and determining whether or not the task has been cleared, move from one to the next. The task is to be caught with the mouth, but the movement is done by raising the limb, and the width of play is set around the mouth so that it is easy to catch, and when it is caught by operating on the limb within the range of play, it is cleared judge. In order to catch the next issue, the condition is that it can only be cleared after lowering the limb.

The task achievement corresponding video generation means 11 deletes the cleared task from the flow, and displays a score as a reward. In the case of the hand meditation shown in Fig. 7, the movement moving image is generated by capturing the task moving to Shimodanda by limb operation and scooping along the route from Shimodanda to Nakatanda. To do. At the time of small celestial sky, a moving image of ki is generated along the small celestial route.
The unachieved response video generation means 12, in the embodiment, displays the video that has missed the task, and displays the score as a penalty as a penalty.

The game over determination means 13 determines whether the score has fallen below a certain level, and when it falls, displays a game over and ends the game.
The game achievement completion determination means 14 determines whether or not the game goal has been achieved, and if achieved, displays an achievement completion video and ends the game.

  The program according to the present invention is recorded on a desk-shaped recording medium such as a CD-ROM, and the program is read in accordance with an instruction from the user while loaded in a personal computer or a game device. You can play games according to the program.

An embodiment of the game of the present invention will be described below. FIG. 5 and FIG. 6 are one screen of the game, a screen where the upper and lower limbs are raised simultaneously and a screen where the upper and lower limbs are lowered.
Stepping on the earth, searching for a 185-year-old hermit, walking in Miyama, it is a long way to go, and the physical fitness is a well-trained journey. From Hiroyama, Hiroki's spirit (task) flows from one cycle to the next, and the screen captures with the mouth, but the player captures with the lifting action.

  In a sitting position, the upper and lower limbs are lifted as shown in FIGS. 5 and 6, and the swipe show exercise is performed only by raising the upper and lower limbs while swinging the arm back and forth as shown in FIG. The hand-shake meditation exercise that turns around along the path as shown in FIG. In the standing posture, the upper and lower limbs movement as shown in FIG. 1, the swinging movement in the standing posture not shown in the figure, and the four-legged fistula movement that raises the lower limbs alternately left and right. You can select games in various combinations according to your preference and physical fitness. In addition, if you exercise with dumbbells, you will get a lot of power.

  The score is displayed digitally at the top. The achievement position is displayed on the mountain in order to show the result of the mountain climbing leg for every fixed number of points.

  In the game of the example, it is a type of game in which a person is placed on the screen and the same motion image as the player is displayed, but only the moving body of the task is displayed without a person, a flash of light is emitted on the limb, and the task is hit It may be a game for determining whether or not.

  Although the present invention has been shown with a specific embodiment, it is obvious that the software created by the technology of the present invention can be made innumerably and its variation can be changed.

System schematic Perspective view of essential parts of limb input device Overall perspective view of the limb input device Outline flowchart of the program Example game video illustration Example game footage video example Example game handshake meditation example video map

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Computer 2 Display apparatus 3 Upper limb input apparatus 4 Mercury switch 6 Clip base plate 9 Problem image generation means 10 Problem achievement determination means

Claims (3)

  Computer, its display device, limb input device with angle sensor, limb task video generation means in motion cycle, task achievement determination means whether or not task is cleared by limb signal from angle sensor and correspondence Qigong Tanda Power Training System with video generation means.   The limb input device of Qigong Tanda Power Training, which can be detachably mounted on the limb working angle and the angle sensor is a mercury switch.   Qigong Tanda power training program that has a limb task image generation means in the movement cycle, a task achievement determination means whether or not the task is cleared by an limb signal from the angle sensor, and a corresponding image generation means.

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