JP2000293096A - Sensing device for abdominal vocalization - Google Patents

Abstract

PROBLEM TO BE SOLVED: To grasp the right way of controlling breathing and to master singing technique by practicing while wearing a thick band belt, provided with a pressure sensor and its operation circuit inside, on the belly. SOLUTION: The contact part 10 of the band belt 2 is applied to the belly, both the ends are fixed on the back with Velcro(R) 3 to mount a main body 1, and the power switch 11 is turned ON. When a display part 16 of a display body 15 illuminates at this time, it is turned off with the knob of a zero-point adjuster 12; and the lower belly is constricted and the upper belly is projected forward at the same time for inhalation. Consequently, an air bag body of the contact part 10 is compressed to raise the pressure of the air body in it and a gauge detects the pressure through a pressure intake pipe of a sensor body. It is transduced by a driving circuit into an electric signal, which is outputted and passed through circuits such as an amplifying circuit part, a zero-point adjusting circuit part, and a sensitivity adjusting circuit, etc., so that the display part 16 illuminates through a cord 14 from an output part.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an abdominal vocal utterance that is practiced by wearing it on the abdomen for general people who enjoy hobbies such as karaoke to learn how to sing like singers. Related to the sensing device.

[0002]

2. Description of the Related Art Conventionally, in general abdominal breathing, the inflated stomach is inflated by inhaling the whole stomach.
It was the simplex method of performing vomiting in the reverse operation. Also,
Bend and stretch the abdomen with exercise accompanying abdominal breathing, bend on the pelvis as a fulcrum and maintain the posture of the hand on the body, or apply pressure on the abdomen with the supine posture Or,
He practiced abdominal muscle training and vocalization by wrapping salas around his abdomen.

[0003]

The general abdominal breathing method is simple, so it is difficult to stabilize the inhaled breath by the movement of the abdomen, and it is difficult to grasp the control of exhalation, so that it is easy for the singer to be throated. I couldn't expect such effective vocalization and singing. In addition, the above-mentioned exercise accompanied by abdominal breathing was a hard exercise as much as possible and could not be easily performed by anyone. In addition, it was difficult to understand where and how to perform the abdomen in vocalization and singing, even if the method and meaning of exercising were understood.

[0004]

(A) Wide band 2
A pressure sensor A and a base E constituting an operation circuit are provided in a central portion inside the base. (B) Wiring is taken from the power supply section D and the zero point adjustment section of the operation circuit, and a power switch 11 and a zero point adjustment tool 12 are provided on the front side of the band 2 via respective holes. (C) The connection end of the cord 14 of the display 15 is connected to the output of the operation circuit. (D) Insert the pressure introducing pipe B of the sensor body A into the hole,
The receiving plate 4 is fixedly provided on the sensor body. (E) Insert the pressure introducing pipe B through the hole 6 and insert the air bag 5
Is fixed to the introduction pipe. (F) The base E and the air bag body 5 are covered with the cover body 9, and the peripheral edge of the cover is sewn to the band 2 to provide a contact portion 10 at the center. (G) The main body 1 is provided by providing the magic tape 3 on the front part of one end of the band band 2 and the back part of the one end. An abdominal vocalization sensing device configured as described above.

[0005]

[Operation] Apply the contact portion 10 of the band band 2 to the upper abdomen (the lower part of the groove), turn both ends to the back side, stop with the magic tape 3, attach the main body 1, and turn on the power switch 11. . At this time, if the display section 16 of the display body 15 is turned on, it is adjusted and turned off with the knob 13 of the zero-point adjuster. First, when inhaling, the lower abdomen (peripheral part) is squeezed, and at the same time, the upper abdomen is removed. By inflating the air bag 5 so as to protrude forward and inhaling the air, the air bag 5 of the contact portion 10 is pressed and the pressure of the internal air body 8 increases, and the sensor body A
Through the pressure introducing pipe B, the gauge detects the pressure, is converted into an electric signal by the drive circuit and is output, and passes through each circuit such as an amplifier circuit section, a zero point adjustment circuit section, and a sensitivity adjustment circuit.
The display unit 16 of the display body 15 via the code 14 from the output unit C
Lights up. While illuminating and singing are practiced while maintaining this illuminated state, during exercise, before breathing or when controlling exhalation, the upper abdomen can be removed by releasing the lower abdomen. It becomes a flat state, the pressure of the air bag is released, and the display unit 16 is turned off. By looking at the display unit 16 in this way, it is possible to practice vocalization and singing of abdominal breathing.

[0006]

Embodiments of the present invention will be described below. (A) A wide band 2, in which a pressure sensor A and a base E which constitutes an operation circuit are provided in a central portion inside the band. (B) Wiring is taken from the power supply section D and the zero point adjustment section of the operation circuit, and a power switch 11 and a zero point adjustment tool 12 are provided on the front side of the band 2 via respective holes. (C) The connection end of the cord 14 of the display 15 is connected to the output of the operation circuit. (D) The pressure introducing pipe B of the sensor body A is inserted into the hole, and the receiving plate 4 is fixedly provided on the sensor body. (E) Insert the pressure introducing pipe B through the hole 6 and insert the air bag 5
Is fixed to the introduction pipe. (F) The base E and the air bag body 5 are covered with the cover body 9, and the periphery of the cover is sewn to a band to provide a contact portion 10 at the center. (G) The main body 1 is provided by providing the magic tape 3 on the front part of one end of the band band 2 and the back part of the one end. The present invention has the above structure, and when using this,
The application part 10 of the band 2 is applied to the upper part of the abdomen (the lower part of the groove), the both ends are turned backward and fixed with the magic tape 3, and the main body 1 is mounted. Next, the display body 15 is held by hand or hung on a wall or the like, and the power switch 11 is turned on. At this time, when the display section 16 is turned on, the display section 16 is adjusted by the knob 13 of the zero point adjuster 12 and turned off. Next, when inhaling, the lower abdomen (peripheral part of the stomach) is squeezed, and the upper abdomen inhales into the abdominal cavity of the body (body cavity near the front of the stomach) and inhales. By protruding and inflating forward, the air bag body 5 of the abutment part 10 is pressed, and the pressure of the internal air body 8 increases, and is detected by the gauge via the pressure introducing pipe B of the sensor body A and detected by the sensor drive circuit. The signal is converted into an electric signal, flows through an amplifier circuit, a zero point adjustment circuit, a sensitivity adjustment circuit, and other circuits to the output unit C. The output unit C turns on the display unit 16 of the display unit 15 via the cord 14. When the force of the squeezed lower abdomen is released, the upper abdomen also returns to a flat state, the compression of the air bag 5 is released, and the display unit 16 is turned off. Therefore, the influence on the main body due to the movement of the lower abdomen and the upper abdomen accompanying the inhalation and expiration is controlled by turning on and off the display unit A via the sensor body and its operation circuit. You can practice breathing and singing.

[0007]

[Effect] The motion of the abdomen by the predetermined breathing method becomes the abdominal muscle exercise, and anyone can easily perform the abdominal muscle exercise without performing the abdominal muscle exercise. Also, practice while looking at the display,
You can understand the techniques for controlling exhalation, and learn singing techniques quickly. In addition, since this breathing method causes the diaphragm of the chest to expand and return to a flat state at the same time as the movement of the abdomen, it becomes a thoracoabdominal breathing that can perform vocalization and singing very effectively. Learn to sing like people. Also, you can carry it in a bag or the like, so you can practice in a karaoke box.

[Brief description of the drawings]

FIG. 1 is a perspective view of the present invention.

FIG. 2 is a longitudinal perspective view of the present invention.

FIG. 3 is a perspective view of the air bag of the present invention.

FIG. 4 is a perspective view of use of the present invention.

FIG. 5 is a sensor circuit diagram of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Main body 2 Band band 3 Magic tape 4 Receiving plate 5 Air bag 6 Hole 7 Air filling part 8 Air body 9 Cover body 10 Applying part 11 Power switch 12 Zero adjustment tool 13 Knob part 14 Code 15 Display body 16 Display part A sensor body B pressure introduction pipe C output part D switch E base

Claims (1)

[Claims] (A) a wide and thick band 2;
A pressure sensor A and a substrate E constituting an operation circuit thereof are provided in a central portion on the inside. (B) Wiring is taken from the power supply section D and the zero point adjustment section of the operation circuit, and a power switch 11 and a zero point adjustment tool 12 are provided on the front side of the band 2 via respective holes. (C) The end of the cord 14 of the display 14 in which the light bulb is provided is connected to the output C of the operation circuit through the hole of the band 2. (D) The pressure introducing pipe B is passed through the hole of the receiving plate 4 and the receiving plate is fixedly provided on the sensor body A. (E) Insert the pressure introducing pipe B through the hole 6 and insert the air bag 5
Is fixed to the introduction pipe. (F) The base E and the air bag body 5 are covered with the cover body 9, and the peripheral edge of the cover is sewn to the band 2 to provide a contact portion 10 at the center. (G) A main body 1 is provided by providing a Velcro (registered trademark) 3 on a front portion of one end of the band band 2 and a back portion of one end of the band band 2. An abdominal vocalization sensing device configured as described above.