JPH07148221A - Protective device - Google Patents

Abstract

PURPOSE:To restore an internal disease, to recover fatigue, and to keep and promote a healthy condition by applying a pressing stimulus similar to finger- pressure to the foramina on the various places of surface of the body of a user lying down in a horizontal posture optimum for the finger-pressure. CONSTITUTION:This device is constituted in such a way that a frame body A is arranged on the upper side of the user lying down in a horizontal direction, and a stimulating body is loaded on traveling objects 20, 30 formed so as to be moved freely in the frame body A, and an operating body 60 and a computer 70 which control the traveling objects 20, 30 and the stimulating body are installed.

Description

Detailed Description of the Invention

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a structure of a protective device, and more specifically, it applies a stimulating force similar to acupressure to the body surface of the human body to give suitable stimuli to various parts of the body to recover fatigue and improve health. The present invention relates to a health protection device for maintaining and improving health.

2. Description of the Related Art In order to recover fatigue and health of a human body, a stimulating force is applied from the surface of the skin of the human body to give an appropriate stimulation to the nervous system. It is known to obtain favorable results. Generally, there is a path through which energy (ki) circulates in the six organs, and it is said that there is a close relationship between the internal organs and the body surface. If the internal organs are ill, energy will not normally circulate through this circulation path. Since all of the viscera are closely linked by the route, if the flow is stagnant or excessive even at one place, it becomes sick. As a result, various symptoms appear on the surface of the body. In other words, the "acupuncture point" is an effective treatment point because the reaction is transmitted to each part of the body when it is stimulated at the reaction point where the energy of qi easily accumulates on the path. In particular, nerves that surround tissues of the whole body such as internal organs, skin, subcutaneous tissues, and muscles are called afferents, and the condition is always transmitted to the spinal cord and the cerebral cord. Therefore, if there is an abnormality in the internal organs or other tissues deep inside the body, a reflex phenomenon (internal body) is caused by the fact that an afferent signal at the same height as the spinal cord comes from the internal organs and from the skin or muscle. Surface reflection) occurs. When the internal organs are abnormal, an afferent signal that is different from normal signals enters the spinal cord in the central spinal column. As a result, the cutaneous sensory nerves that connect to each of these centers become hypersensitive, causing pain, numbness, and stiffness in the skin and subcutaneous tissues in that area. In such a state, a specialist shiatsu doctor sometimes repeatedly applies shiatsu and stimulating force of fir relief from the fingertips or palm to treat the disease. When the degree of illness is not serious and the purpose is to recover from fatigue and maintain / promote daily health, an amateur, not a specialist shiatsu, should give an appropriate amount of stimulation to the back muscles, neck muscles, and abdomen of the human body at home. It is also introduced in guidebooks, etc. that can bring some effect, and it is actually done although it is extremely rare. Further, as a so-called health appliance, there is an Ismomi machine or the like as a device for repeatedly stimulating the back surface of the human body, particularly the back muscles, neck muscles, shoulders and the like. Some of the hand-held ones were used to loosen or vibrate only a part of the human body by holding the device by hand. The Ismomi machine was equipped with a rotating roller on the back side of the surface material of the backrest part, or with a pair of fir plates that moved far and near, and the effect of loosening was given by the stimulating force of these rollers and fir plates. . The hand-held device is equipped with a pair of fir boards at the tip of the handle held by hand, and a hand-held fir machine that holds shoulders and the like, and the vibration of an electromagnet is caused at the tip of the handle to partially stimulate the vibration. There was a handheld vibrator.

As described above, requesting an acupuncturist for acupressure is extremely limited to a special person in a special case such as when the disease needs to be recovered by the effect of the acupressure. There are few examples that are performed. However, since it takes time and money for the general public to visit a specialist shiatsu massager for the purpose of recovering from fatigue and maintaining / promoting health, it is rarely done. Shiatsu practitioners who specialize in shiatsu are sometimes appreciated, but this is supported by the fact that the occupational population is extremely small. Also, asking an amateur to act as a substitute for shiatsu acupuncturists may be performed for the purpose of recovery from fatigue, especially if knowledge is obtained at home. Since it is troublesome to bother people, the reality is that it is rarely done. In particular, it has been difficult to carry out every day continuously for the above reasons even if it is preferable for recovery from fatigue and maintenance and promotion of health.
Therefore, the Ismomi machine, which is performed by using mechanical force, does not require human power to loosen the back of the human body, but gives a stimulating force that is almost vertical to the body surface of the human body, It was difficult to give an effective acupressure stimulating effect to the system. The state where the human body is laid down in the horizontal direction (sideways) is the most suitable posture for performing acupressure, and is most effective in promoting blood circulation and recovering from fatigue. Leaning back on the chair was sometimes not sufficient in terms of acupressure effect on the back of the human body. Further, since the whole Ismomi machine is large in size, it is difficult to install it in a general home where there is not enough room in the room, and it is difficult to fold the device, which makes it difficult to use. Next, a small hand-held fir machine and a small hand-held vibrator are convenient because they are small in size and can store the device when not in use, but the body parts that give fir-relaxation and vibration are markedly limited. . For this reason, it is difficult to repeatedly apply stimulation to all the necessary body surfaces of the user's body, and the reaction force is applied to the hands with the handle of the loosening part and the vibrating part, which causes fatigue and is unlikely to last long. There was a problem. Therefore, the reality is that it is not expected to be used for fatigue recovery and pleasure of only a very limited part of the body, recovery of various diseases, fatigue recovery of the whole body and maintenance and promotion of health. It was The present invention has been made in order to solve such problems in view of the above circumstances. First of the present invention
The purpose of this is to deploy a stimulator that moves to the upper side of the sleeping body, which is a position suitable for acupressure, where blood circulation and fatigue recovery are fast, and especially around the spinal cord and around the central abdomen where the nervous system of the whole body is concentrated. It is to maintain and promote health by repeatedly applying pressing stimuli with a machine. A second object of the present invention is to control a moving body and a stimulating body of this device with an electronic computer, and to apply a pressing stimulus to most of the irregular acupuncture points arranged in the whole body of the body. To selectively stimulate each acupuncture point that should be stimulated for each disease to recover various illnesses, recover from fatigue accumulated due to work in daily life and stress, and more effectively maintain and promote health. Is. A third object of the present invention is to make it possible to fold the frame body substantially vertically when not in use so that it can be folded in a very compact manner so that it can be installed without requiring a large space even in a general home room. The purpose of the present invention is to make the above-mentioned object more meaningful by providing a device that can be widely used for general use so that the device can be used every day when necessary without depending on human power. This is to broadly promote the promotion of health, which is the basis of human life.

In order to solve the above-mentioned problems, the invention according to claim 1 is to provide a frame body arranged above the body surface of a user lying sideways, and a horizontal direction on the frame body ( A moving body that is movable in the body surface direction), a stimulating body that is mounted on the moving body and stimulates the body surface, and an operating body that controls movement of the moving body and stimulation of the stimulating body. It is characterized by having. The invention according to claim 2 is characterized in that the frame body is provided with a vertical moving body movably mounted in a vertically moving empty portion formed in a vertical direction (body length direction), and a vertical moving body equipped with the vertical moving body. And a stimulator that descends (stimulates) and rises (diploidy). According to a third aspect of the present invention, the frame body is provided with a vertical moving body that includes a vertical drive wheel that engages with a vertical drive receiver formed in a vertical sliding groove on a side edge of the vertically moving empty portion; In addition, a pair of main shafts provided at intervals of acupuncture points around the spinal cord and a stimulator driving tool for lowering and raising the stimulator are provided. Further, in the invention according to claim 4, the stimulator is equipped with an elastic tool provided between the main shaft and the stimulator, and a lower part of the stimulator, which has a shape similar to a finger or a palm of a human body. And a lower part of the stimulator having a softness. Further, claim 10
In the invention according to, the frame body is a longitudinal moving body equipped in the frame body so as to be movable in a vertical direction (body length direction) under the control of an electronic computer, and in a lateral direction (body width direction) under the control of an electronic computer. A lateral moving body movably mounted on the vertical moving body, and a stimulating body mounted on the lateral moving body so that the stimulator descends (stimulates) and rises (duplicate) in the vertical direction under the control of an electronic computer; It is characterized by having. According to an eleventh aspect of the present invention, the frame body is provided with a vertical drive receiving member formed in a side portion of the rectangular frame-shaped frame body, which is vertically movable in a vertically movable space formed in a central portion of the frame body. A vertical moving body provided with a vertical drive wheel that meshes with the vertical moving vehicle, and a horizontal drive receiver formed laterally in a horizontally moving empty portion formed in the middle of the rectangular frame-shaped vertical moving body. And a lateral moving body provided with a lateral driving vehicle that meshes with each other. In the invention according to claim 12, the frame body is a photodetector for detecting a position and a physique of a user's body by receiving reflected light of light emitted from a light emitter with a light receiver,
The detection result by the photodetector is input to an electronic computer, and a vertical moving body and a horizontal moving body that move to the position of the acupuncture points corrected by comparing the physique of the standard human body and the physique of the user are provided. Is characterized by.

In the protective device of the present invention, the frame body is arranged above the user lying sideways, and the frame body is equipped with the movable body so as to be movable in the horizontal direction (body surface direction). This moving body is equipped with a stimulator that stimulates the body surface of the user. The user receives a stimulus similar to acupressure on the body surface within the moving range of the moving body. The moving body and the stimulating body are controlled by the operating body (electronic computer). The vertically moving body equipped in the vertically moving empty part of the frame body moves vertically, and the stimulator provided in the vertically moving body descends and rises to sequentially stimulate the acupuncture points on the body surface. The vertical drive receiver formed on the side edge of the vertical moving space and the vertical drive vehicle mounted on the vertical moving body engage with each other to drive the vertical movement. The stimulator is equipped so that a pair of main shafts and a stimulator are moved up and down at intervals of acupuncture points around the spinal cord. The elastic tool installed between the main shaft and the stimulator compresses against a pressing force above a certain level and elastically presses the user's body surface with an elastic force against this compressive force. The lower part of the stimulator is formed into a shape and softness similar to the fingers and palm of the human body, and stimulates the body surface with a feeling similar to acupressure. The frame body has its base end edge coupled to the attachment body via a connecting tool, and its free end edge held substantially horizontally via a holder. The frame body has its base edge joined to the building by a connector or a mounting body,
The holder of its free edge holds the frame horizontally or vertically, and when it is used, it is made substantially horizontal and is made substantially parallel to the user's body surface. Time is vertical and folds parallel to the vertical plane of the building. The holder releases the holding when the body surface receives an excessive stimulating force, and opens the frame body upward to protect the body surface from an unreasonable load of stimulating force. The operating body controls the movement and stimulation of the moving body and the stimulating body by the controller,
Movements and stimulations are maintained and maintained by free switching. In another embodiment of the protection device of the present invention, the vertical moving body mounted on the vertical moving space of the frame moves vertically, and the horizontal moving body mounted on the horizontal moving space of the vertical moving body moves in the horizontal direction. Move to.
Therefore, the stimulator mounted on the lateral moving body can move vertically and laterally within the range of the moving space of the frame body, and the stimulating body of the user lying on the side below the frame body It becomes possible to arrange the stimulator in the area facing the frame. The vertical moving body is controlled by the lateral moving body, and the stimulating body is controlled by an electronic computer. The vertical moving body and the horizontal moving body move by the meshing of the vertical and horizontal drive receivers and the driving vehicle, respectively, so that the vertical moving body and the horizontal moving body can move accurately by the length controlled by the electronic computer and reliably move without idling. Since the frame is equipped with a photodetector, the position and shape of the user's body should be reflected by the light emitted from the light emitter by the light receiver, and this signal should be input to the computer. Grasped by. Since the electronic computer stores the body shape of the standard human body and the positions of the acupuncture points of the whole body, the position of the acupuncture points of the user is also corrected and calculated by comparing the body shapes of the user and the standard human body. The electronic computer moves the longitudinal moving body and the lateral moving body according to the arrangement of the acupuncture points obtained by the correction calculation, operates the stimulating body, and applies a stimulus to the acupuncture points. The photodetector detects the position by the reflected light of the light, so if you put on the underwear a display mark that displays the position of the user's acupuncture points and the position of the body, you can wear it when using it.
It is possible to detect the acupuncture points and the position of the body almost accurately without relying on the detection of the edges of the integrated table, and the electronic computer can be configured to operate the stimulator according to this detection. The body shape of the standard human body and the user and the positions of the acupuncture points are positioned as the coordinates of these vertical lines and horizontal lines by drawing a number of them at regular intervals. Therefore, the position of the user's acupuncture points is configured in a program so that the position of the user's acupuncture point is corrected and calculated by comparing the standard human body with the user's body shape. The standard human body, the body shape of the user, and the positions of the acupuncture points are configured as an acupuncture point display plate drawn by vertical lines and horizontal lines, and are specifically expressed as numerical values. The electronic computer stores these information and is equipped with a program to move the vertical / horizontal moving body to the position of the acupuncture points calculated and corrected by the user to activate the stimulating body to apply a stimulation similar to acupressure.
Generally, the acupuncture points of the human body communicate with specific internal organs through specific paths. Therefore, since the position of the acupuncture points to be stimulated differs depending on the type of the built-in illness, the control of the moving body and the stimulating body that operate by dividing this is configured by a program. In addition, the position of the acupuncture points to be stimulated for recovery from fatigue and maintenance / promotion of health is divided, and the control of the moving body or stimulator that operates is configured in a program. The computer is equipped with these programs to stimulate the acupuncture points that meet their purposes. The mounting body is additionally equipped with a correction mounting body having a deep center mounting portion for mounting the head / body and both legs and a shallow bottom side mounting portion for mounting both arms, or these both mounting bodies are integrally configured. As a result, the body surface of the user's head / body and both legs and the body surface of both arms are positioned at approximately the same height,
It corresponds to the descent motion of the stimulator with a limited descent length. When the correction mount is omitted, the lower part of the stimulator is replaced with a different length for each body surface of the body having a great difference in thickness. In addition, as a support, an auxiliary support on which the lower (upper) body is placed is installed adjacently to maintain the whole body of the user substantially horizontal. The user alternately places the upper body and the lower body on the mounting body and the auxiliary mounting body, and applies a stimulus to the back surface and the abdominal surface of each body by the stimulating body. This device, which is about half the height of the user, is used to stimulate the acupuncture points of the whole body.

Embodiments of the present invention will be described below with reference to the drawings.
Reveal. 1 to 7 show an embodiment of the present invention.
FIG. 1 is a plan view showing the structure of an embodiment of the protection device.
2 is a longitudinal sectional view thereof, FIG. 3 is a transverse sectional view thereof, and FIG. 4 is a moving body.
Cross-sectional view showing the structure of FIG. 5, its plan view, and FIG.
FIG. 7 is a plan view showing the structure of the operating body.
It is a figure. This embodiment of the protection device according to the invention is intended for the user's body surface.
A stimulator that moves linearly through the acupuncture points arranged in the vertical direction.
It is a device that performs a pressing stimulus. This device is a stimulator
And frame body A having vertical moving body 20 and frame body A are connected and held.
Attached to the mounting body B and the lower half of the mounting body B
And a mounting body C on which is mounted. Frame A is as shown in the figure
In addition, the metal plate or synthetic resin makes it about half of the human body.
Is formed in the shape of a plate having a length of
ing. The side edges of the vertically moving empty portion 21 are groove-shaped with a substantially U-shaped cross section.
The vertical sliding groove 22 is formed, and the vertical sliding groove 22 is formed.
A vertical drive receiver 23 is formed on the inner surface of the. Vertical transfer of frame A
A pair of vertical moving bodies 20 are arranged vertically in the movable portion 21 (indicated by arrows in the figure).
Direction) is equipped so that it can move freely. The vertical moving body 20 is vertical
Insert both lateral ends into the vertical sliding groove 22 on the side edge of the moving body 21.
The vertical drive wheel 24 that has
It is engaged with the vertical drive receiver 23. 2 from this end
The vertical slide wheel 26 is protruding, and the vertical slide wheel 26 slides vertically.
It contacts the upper surface of the groove 22. On the outer peripheral surface of the vertical drive vehicle 24
It has irregularities like teeth of a pinion,
The matching vertical drive receiver 23 has regular irregularities like the teeth of a rack.
Well formed. In addition, the vertical drive vehicle 24 is a motor 2 with a reduction gear.
It is connected to 5. As a result, the motor with reduction gear 25 is turned on.
By vertically controlling the vertical moving body 20,
Controlled freely. Move vertically in frame A as above
The stimulator 10 is mounted on the vertically movable body 20 that is freely installed.
It is inserted in the direction. The stimulator 10 is, as shown in FIG.
Main shaft 11 and stimulator 12 mounted below the main shaft 11
And an elastic tool 1 provided between the main shaft 11 and the stimulator 12
3 and lowering (pressing) or raising the spindle 11 and the stimulator 12
(Stimulation) The stimulus driver 14 and the stimulus driver 14 are rotated.
And a motor 15 with a speed reducer for moving the motor. Main shaft 11 is a bullet
An accommodation chamber 11a for accommodating the sex tool 13 and an upper part of the stimulator 12
And an insertion chamber 11b for inserting The elastic 13
The upper end is pressed against the step surface 11C of the main shaft 11, and the lower end is
It is pressed against the wheel surface 12a of the stimulator 12 and the main shaft is rotated with a constant elastic force.
11 and a stimulator 12 are held. Stimulator 12 is always
The elastic force of the elastic tool 13 is received downward, and
When the main shaft 11 is pushed down by a force equal to or higher than the pressure, the elastic member 13
Is compressed and the upper part of the stimulator 12 is inserted into the insertion chamber 11b.
As a result, only the main shaft 11 descends, and the lower end of the stimulator 12 is elastic.
It is pressed by the elastic force of the tool 13. The lower end of the stimulator 12 is used
The stimulus will be applied to the body surface of the person with this elastic force,
This corresponds to the pressing force of the acupressure. Main shaft 11 is a stimulus driver
14 is lowered by a motor 15 with a reduction gear that rotates
However, if it is electrically controlled, other
It may be one. For example, due to the attractive force of the electromagnet
May be driven. Also, the lower end of the stimulator 12 is
Composed of a material that has the shape or flexibility of a finger or palm
You may stay. The lower end of the stimulator 12 has a constant temperature, for example, a body
The table is designed to be heated to the temperature that you feel
Good. Furthermore, the stimulator 12 loosens the body surface of the human body.
May be configured to apply stimulation or vibration stimulation
Yes. In this case, apply these stimuli to the lower end of the stimulator 12.
It is configured so that the block body can be attached and removed.
It The frame A is connected to the mount B by the connecting tool 41.
It holds the frame A. The connector 41 is, for example, the base of the frame A.
For connecting the edge and the upper edge of the mount B, for example,
It is a hinge and of the frame A that is horizontally arranged above the user.
Open the free end side upward by a certain angle, for example 90 degrees or more
Is configured. The frame A has a connecting tool 41 and a vertically movable space.
A portion other than the portion such as the portion 31 may be cut out as much as possible.
It can be done when not in use by narrowing the width of the frame A on the free end side.
It is configured so that it can be stored compactly. Mounting body B
The lower end of is connected to the mounting body C at a right angle. With this
During use, the frame A, the mounting body B, and the mounting body C have a substantially U-shaped cross section.
It is formed so that the user can lie horizontally in the hollow part.
Is made. And has a stimulator 10 and a moving body 20
The frame body A is held above the user. In addition, mount C
May be cut out to accommodate a part of the body or the like. Half body
Is placed on a separate auxiliary mount 54 such as a seat button.
Place your entire body on the floor and lay it down horizontally
ing. The free end of the frame A hangs down with the holding portion 42 facing downward.
And the lower end of the holding portion 42 engages with the side surface of the mounting body C.
It is configured to be temporarily stopped. This temporary fixing is an example
For example, from the side surface of the mounting body C into the engaging hole 43 at the tip of the holding portion 42.
Engage by inserting the tip of the protruding engaging tool 44
To be done. Excessive stimulating force (pressing force) applied to the user
If this can be detected automatically, this engagement will be automatically released,
The frame A is released upward to keep the body safe.
It is composed as follows. When the pressure stimulus of the stimulator 10 is completed
If necessary, the above operation is performed by operating the operating body 60.
Release, open the frame A upwards, use lying down
The person is configured to get up. The operating body 60 is a mount B
Or attached to the mounting body C and may be integrally formed, or separately.
May be formed in. The operating body 60 is a stimulator 10 or vertically moved.
A control panel that is in charge of electrical control of the body 20 and the holder 42.
It The operating body 60 includes a stimulus controller 61 and a stimulus automatic switching 62.
, Movement controller 63, automatic movement switching 64, frame adjustment
The child 65 and the automatic frame body switching 66 are provided. Adjustment
The child is, for example, a dial type, and the automatic changeover is made by a changeover switch.
Is made. The stimulus controller 61 is operated to one side, for example.
If you turn it to the other, the stimulus will decrease.
Be reduced. Operate automatic stimulus switching 62 to maintain a constant stimulating force
Is repeatedly added. The movement regulator 62 is, for example, one side
When operated, the stimulator 10 moves to the head of the human body and to the other
If you operate it, it will move to your waist. Operate automatic movement switching 64
If you do this, it will move by a certain length, and you can move from the head to the waist.
Make a round trip. The operating body 60 may be the automatic stimulus switching 62 or the moving self.
It can be operated with one hand by operating the motion switching 64.
If the frame body adjuster 65 is operated to one side, for example, the holder
42 is engaged, and if operated to the other, the engagement is released.
The frame A is opened upward so that the user can get up.
If you operate the automatic frame switching 66, your body will have a certain level of stimulation
When is added, the engagement is automatically released and the frame A
It is opened to people. The operating body 60 includes a small device such as a microcomputer.
Built-in computer, and this computer
It may be configured to control the moving body 20 and the stimulator 10.
Yes. Positions such as width and spacing of acupuncture points arranged on both sides of the spinal cord
The vertical moving body 20 is automatically moved and stored automatically.
The stimulator 10 may be configured to apply a pressing stimulus.
The embodiment of the protection device of the present invention described above is provided in the frame A.
The moving body 20 and the stimulator 10 that have been applied are on both sides of the spinal cord of the user.
Are configured to apply a pressure stimulus to the acupuncture points arranged in
It A large number of acupuncture points are arranged in a straight line on both sides of the spinal cord.
And the nerves throughout the body reach the brain through the spinal cord
Seen from the perspective of the fact that the spinal cord is pressed vertically on both sides of the spinal cord.
It is estimated that there is a considerable effect only by adding intense force. Only
However, the acupuncture points of the human body are wide across the whole body as shown in FIGS. 8 and 9.
They are widely and irregularly arranged, and each acupuncture point has its own special feature.
Affected by being contacted to a specific internal via a given path
It is known. Therefore, another embodiment of the protection device of the present invention
The example is a device that applies a pressing stimulus to the acupuncture points of almost the entire body of the user.
An example of the configuration of the device is shown. Other aspects of the present invention will be described below with reference to the drawings.
An example will be described. 8 to 14 show another embodiment of the present invention.
FIG. 8 shows an example of the rear side of the human body.
FIG. 9 is a plan view showing the hole display plate, and FIG. 9 is a ventral acupuncture point on the ventral side.
FIG. 10 is a plan view showing the display plate, and FIG. 10 is a plan view showing the structure of the device.
11 is a cross sectional view thereof, and FIG. 12 is a perspective view thereof.
It 13A and 13B show a flowchart. Well
Without recognizing the position of the acupuncture points on the standard human body
Perform Acupuncture points on the back of a standard human body are shown in FIG.
In addition to acupuncture points placed on both sides of the spinal cord, 1-2
It is arranged at irregular intervals on the polygonal meridian and
Has been contacted to the legs of the half body. There are also three sutures on both arms.
Arranged irregularly in a polygonal line on the road. Standard human
The acupuncture points on the abdominal surface are, as shown in FIG.
Three polygonal meridians on both sides of Y at irregular intervals
It has been placed and is in contact with the lower body leg. On both arms
Also, like the back, they are arranged in a polygonal line on three meridians.
It In this way, many acupuncture points arranged throughout the human body
Since it is irregular, in order to stimulate this acupuncture point,
Requires special computer controlled equipment. Therefore,
Rear acupuncture point display board 7 with positioning of standard acupuncture points
1 and the abdominal acupuncture point display plate 72 are configured and programmed into a program.
It is created and stored in the electronic computer 70. For this, the figure
8, as shown in FIG. 9, the vertical reference line YY of the standard human body is used as the basis.
Similarly, a number of vertical lines YY are drawn at regular intervals. Well
Also, for example, a horizontal reference line X-X (a reference is a crown
But it is okay. ) As a reference, and a large number of horizontal lines XX at regular intervals
Draw a line. The interval between the vertical line YY and the horizontal line XX is specified.
Although it is not a thing, the smaller the subdivision, the more accurate the positioning.
improves. As a result, the position of the acupuncture points on the whole body is the vertical line YY.
It is determined by the length of deviation from the intersection with the horizontal line XX.
(In the figure, originally both lines are drawn in the standard human body.
It should be, but it is crowded with figures of meridians and acupuncture points and it is necessary to visually judge
I omitted it because it was a pile, and delineated only outside the standard human body. ) Above
The position of the acupuncture point is at the intersection of the vertical line YY and the horizontal line XX.
Since it is decided, the stimulator 1 that presses and stimulates the user's body
0 is the vertical direction (vertical line YY direction) and the horizontal direction (horizontal line XX direction)
Configure the moving body so that it can move in both directions by the required length.
Need to This embodiment of the protective device of the present invention is
Move the acupuncture points of the whole body in both vertical and horizontal directions to perform pressure stimulation
It is a device. This device includes a stimulator 10 and a vertical moving body 20.
And the frame A having the lateral moving body 30 and the frame A are connected and held.
Attached to the mounting body B and the half of the user who is connected to the lower end of the mounting body B.
A mounting body C on which the body is placed is provided. This allows the user
A frame A is arranged facing the upper half of the body of the
By the vertical moving body 20 and the horizontal moving body 30 equipped on the
When the stimulator 10 moves above almost the entire body of the user
It is configured to be deployed. Frame A is shown in FIGS.
As shown in 12, the human body is made of metal plate or synthetic resin.
It is formed in a rectangular frame shape with a length of about 1/2 of the
A moving space 21 is formed. This vertical movement empty part 21 is disconnected.
Longitudinal sliding groove 22 (frame edge) with a substantially U-shaped groove
Widely formed so as to hollow out the middle part of the frame A
It Then, in the vertical sliding grooves 22, 22 of both frame lines of the frame body A
Has a vertical drive receiver 23 formed on the lower side (or upper side) of the inner surface.
It In addition, the vertically movable body 20 is vertically aligned in the vertically movable space 21.
Reciprocate freely from one end to the other end (arrow B in the figure)
Is equipped with. The vertical moving body 20 is as shown in the figure.
By using a metal plate or synthetic resin,
It is formed in a rectangular frame shape with almost the same length, and both ends are slid vertically.
It is inserted in the moving grooves 22, 22. This both ends are vertical drive
Equipped with moving wheels 24, 24 and vertical sliding wheels 26, 26
The vertical drive wheels 24, 24 are connected to the vertical drive receivers 23, 23?
The vertical slide wheels 26, 26 are aligned with each other,
The inner surface of 22 is configured to rotate smoothly.
It In addition, in the middle of the vertical moving body 20, a horizontally wide and horizontally moving space is provided.
The part 31 is formed. This lateral movement empty part 21 is on both sides
Hollow out the middle part leaving the horizontal sliding groove 32 of the frame line with a substantially U-shaped cross section.
It is shaped like a circle. Then, the lateral sliding grooves 3 on both frame edges
2, 32 are lateral drive receivers 33, 3 on the inner surface lower side (or upper side).
3 is formed. In addition, the lateral movement empty portion 31 has a pair of
The lateral moving bodies 30 and 30 are laterally (arrow C in the figure) from the center
It is equipped to move symmetrically back and forth to the edge.
As shown in the figure, the lateral moving bodies 30 and 30 are made of a metal plate or a composite.
Depending on the resin, it can be
It is formed into a prismatic shape, and both end portions of the lateral sliding grooves 32, 32 are formed.
Inserted inside. The both ends are lateral drive wheels 34, 34 and
And lateral slide wheels 36, 36,
34 is engaged with the lateral drive receivers 33, 33, and
The slide wheels 36, 36 contact the inner surfaces of the lateral slide grooves 32, 32.
It is configured to rotate smoothly. Vertical drive vehicle 24 and
The lateral drive wheel 34 has a regular outer peripheral surface like a pinion gear.
Vertical drive receiver 23 that has various irregularities and meshes with these.
And the lateral drive receiver 33 is a linear regular recess like a rack.
It forms a protrusion. In addition, the vertical drive vehicle 24 is a motor with reduction gear.
Connected to the motor 25, the lateral drive vehicle 34 is likewise
It is connected to a motor 35 with a speed machine. This will slow down
If the motor 25 with a machine is controlled, the vertical moving body 20 is required in the vertical direction.
Move the required length to control the motors 35, 35 with reduction gears.
If so, the pair of lateral moving bodies 30, 30 are symmetrical to each other with respect to the center.
Move laterally for a length equal to. Therefore, there are two types
The motors with reduction gears 25, 35 and 35 are used for the electronic computer 70.
By connecting, the vertical moving body 20 and the horizontal moving body 30,
Reference numeral 30 indicates the position of the vertical movement empty portion 21 of the frame A that is command-controlled.
To move. The lateral moving bodies 30, 30 configured in this way
Is equipped with the stimulators 10 and 10 inserted vertically.
Has been. The stimulator 10, 10 is shown in FIG. 5 of the previous embodiment.
The spindles 11 and 11 and the lower parts of the spindles 11 and 11,
Elastic tools 13, 13 provided, spindles 11, 11 and stimulator
Stimulus that lowers (presses) or raises (sequential) 12 and 12
Rotate the driving tools 14, 14 and the stimulation driving tools 14, 14
And a reduction gear-equipped motor 15, 15. (Details below
The description is the same as in the previous embodiment, and will not be repeated. ) This reducer
The attached motors 15 and 15 are connected to the electronic computer 70. This
As a result, the spindles 11, 11 and the stimulators 12, 12 descend
All the operations of (pressing stimulus) or rising (bounce) are electronic calculators
It is performed under the control of 70. The vertical moving body 20 and the horizontal
The moving body 30 may be configured in the opposite manner to the above embodiment. An example
For example, the lateral moving bodies 30 and 30 are formed in a vertically long pair, and
Both ends of them are laterally slid on the pair of short frame edges of the frame A.
Inserted in the moving groove, centered by the engagement of the lateral drive car and the lateral drive receiver
Move the same length symmetrically from the line. Vertical moving body 20, 20
Is equipped with these laterally movable bodies so that they can move vertically.
It Photodetectors 80, 80 are provided on the lower surfaces of the lateral moving bodies 30, 30.
Are equipped with. The light detectors 80, 80 include a light emitter 81,
The light emitted from 81 is the edge of the user's body surface (shoulder, neck,
Reflection of light radiated on the outer circumference of the torso, arms, hands) or underwear
The received light is detected by the light receivers 82, 82 and input to the computer 70.
Configured to do so. As a result, the electronic computer 70
Correctly grasp the body shape of the user and the sleeping position on the side.
The electronic calculator 70 has a standard human body's acupuncture points, positions, and
Since it remembers the shape, it is used in comparison with the body shape of the user.
The position of the acupuncture points of the workers. And the corrected user
The positions of the acupuncture points of the vertical moving bodies 20, 20 and the horizontal moving bodies 30,
30 and move them to create stimulator 10.
Move and apply pressure stimulus. The body of the underwear worn by the user
Even if the body position indicator that displays the position of
Yes. In addition, the acupuncture point indicator that displays the corrected position of the acupuncture points
May be printed. The corrected position of the acupuncture points is
Since it is calculated and stored by the child computer 70,
Attach magic ink etc. to the stimulator 12 and wear white underwear
By applying a pressure stimulus to the user who used the
The same underwear with the indicia printed is formed. these
Below the body position indication mark and acupuncture point indication mark are printed (colored)
By preparing the clothes, the photodetector 80 can be used every time it is used.
A computer that measures the body shape and the position of the body that lay down side by side
The operation of contacting 70 is omitted. In addition, the computer 7
0 is used by comparing the body shape of the standard human body with the body shape of the user.
The operation to find the position of the acupuncture points of a person by correction calculation is omitted.
Be done. As a result, the photodetector 80 is positioned at the position of the user's underwear.
Only the display mark and the acupuncture point display mark are detected, and the vertical moving body 20
The moving body 30 and the stimulator 10 may be controlled. Electronic calculation
The machine 70 is located at the position of the acupuncture points of the standard human body as shown in FIGS.
In the body length direction (vertical line YY) and in the body width direction (horizontal line XX)
Memorize the acupuncture point display plates 71 and 72 positioned by the coordinates.
Ku. All acupuncture points connect to specific internals via special meridians
Have certain acupuncture points and pressures to cure certain illnesses
Good results are obtained with stimulation. Therefore, the electronic meter
The calculator 70 is pressed to recover a specific illness from the acupuncture points.
The positions of the acupuncture points to be stimulated are classified and stored, and the operating body 6
This type through terminal 67 which should specify the type of 0 disease
Enter. With this input, the moving body 2 to a specific acupuncture point position
Controls the movement of 0, 30 and the pressing stimulus of the stimulator 10.
It In addition, even if you are in a healthy state, daily work and stress
Eliminate the accumulation of fatigue caused by the maintenance of health
Memorize the position of the acupuncture point, enter it and move as above
And control the finger pressing. These are configured in standard form and
It is formed into a program. Generally, both the torso and head of the human body
Since the thickness is different from the arm, it is a stimulator with a limited push-down length.
To apply a pressing stimulus in the same way as in 10,
The height should be about the same. So the body C is the body
The center mounting part 51 at the bottom depth where the head etc. is placed, and the shallow bottom where both arms are placed
Both side mounting parts 52 and a contact mounting part 53 for mounting shoulders and the like
The correction mount 50 is provided. In addition, the carrier C
Adjacent to this, place the lower or upper body of the user's body,
With an auxiliary mount 54 for keeping the whole body of the user almost horizontal
Attach it. As a result, the user can mount the support C and the auxiliary support 5
Put the upper body and the lower body to be placed on 4, and press on both.
Can be used to apply a pressure stimulus. Also, the back and abdomen
A pressing stimulus can be applied to any of these. others
Therefore, the length of the device is about 1/2 of the height of the whole body.
It becomes possible to apply a pressure stimulus to the acupuncture points of the whole body. Book
Implementation of control of moving body and stimulating body in invention protection device
An example will be briefly described with reference to the flowchart of FIG.
It This device is powered by step (hereinafter this word is omitted) S1.
When the power source is turned on and the computer starts, the electronic computer 70 sets S2.
Memorize the body shape of the standard human body and the position of the acupuncture points. Next, S3
Then, the vertical moving body 20 and the horizontal moving body 30 start moving, and the
The light emitter 81 of the intelligent body 80 is the edge of the user's body surface (head, shoulder,
The torso, arms, and legs are irradiated with light, and the light receiver 82 reflects the reflected light.
Detect and figure out the user's body shape and sleeping position next to it
It The computer 70 determines the user's body shape in the standard human body in S4.
Comparing with the body shape, the position of the user's acupuncture points is calculated and corrected
And remember. Next, the vertical moving body 20 and the horizontal moving body 30 are
In S5, on the first acupuncture point scheduled to be pressed and stimulated
Start moving to. This movement is a few millimeters from the edge of the body surface
I received a command from the computer 70
Be seen. Then, the vertical moving body 20 and the horizontal moving body 30 are S6.
Then send a message saying that the spindle 11 has reached above the planned acupuncture points.
When it is received from the child computer 70, its movement is stopped. Electronic
The computer 70 activates the stimulus driver 14 in S7 to operate the spindle 11
Down and press the tip of the stimulator 12 against the user's body surface.
Apply violently and press for a certain period of time to bring back. Then move vertically
The body 20 and the lateral moving body 30 are scheduled for the next pressing stimulus in S8.
Start moving over the acupuncture points. And the vertical moving body 2
0, the lateral moving body 30, the main shaft 11 on the acupuncture point in S9
When the computer 70 informs that it has arrived,
Stop moving. The electronic computer 70 drives the stimulus in S10
The tool 14 is operated to lower the main shaft 11 and the tip of the stimulator 12 is moved.
Apply a pressure stimulus to the user's body surface at the end, and after pressing for a certain period of time, repeat
Give back. Then, the electronic computer 70 is scheduled in S11.
It is determined whether the acupuncture points are final or not, and if final, end in S12.
If it is judged that it is not the final one, move to the next acupuncture point in S8
It is bouncing until before the time. The transfer in the protection device of the present invention
Another embodiment of the control of the moving body and the stimulator is shown in FIG.
An outline will be described using a row chart. This device is a power supply
Is turned on and starts at step T1, the vertical moving body
20, the lateral moving body 30 moves to the position of the first acupuncture point at T2.
Start. The spindle 11 and the stimulator 12 of the stimulator 10 are T3.
When it reaches the vicinity of the first acupuncture point at
Emits light from the light emitter 81 and is worn on the user's body surface or underwear.
Irradiate on. The light receiver 82 of the photodetector 80 reflects the reflected light.
The light is received and the computer 70 is contacted at T5, and the position of the acupuncture point
Determine whether it is located directly above. Standard human
If the corrected position is not correct compared to the acupuncture points, T6
Calculate the amount of fine adjustment with, and move with T7
Return to the front. If the position is correct, contact the stimulator 10
Activates the stimulus drive tool 14 at T8, and the spindle 11 and the stimulator
Push 12 down. Press for a certain period of time to apply stimulation
After that, return to return. If you return to the other side at T9,
Start moving to reach the position. Stimulator 10 is T1
When the light reaches the position above the next acupuncture point at 0, the photodetector 80 becomes a light emitter.
81 emits light to irradiate the user's body surface or underwear
To do. The light receiver 82 of the photodetector 80 is reflected light at T11.
The light is received and the electronic calculator 70 is contacted at T12 and the position of the acupuncture point is detected.
Determine whether it is located directly above. Standard human
If the corrected position is not correct compared to the acupuncture points, T13
Calculate the fine adjustment amount with, move finely with T14, and use the light detection T1
Return to 1 before. The photodetector 80 emits light again at T11.
Irradiate and confirm the position. If the position is correct, stab at T15
The stimulus driver 14 is activated by contacting the body 10, and the spindle 1
1, descend the stimulator 12 and apply pressure stimulus
It The electronic calculator 70 compares the standard human body's acupuncture points at T16.
The next acupuncture point is the last one in the planned series of acupuncture points.
Determine if it is a hole. Judge that it is the final acupuncture point
Then, at T17, a series of pressing stimuli ends, and at the final acupuncture point
If not, it will return until T9 moves to the next acupuncture point. next,
Install (install) this device and fold it when not in use
Another example of the delivery will be described. Mounting base for connecting frame A
If B is formed to be wide, along the vertical surface of the building 90
Is installed. If the mounting body B has a thin plate shape,
B is temporarily fixed to the building 90 by a fixing tool. Or
The frame body A is directly connected to the building body 90 via the connection tool 42.
It In this case, the building body 90 also serves as the mounting body B. Frame A
Either the long proximal edge or the short proximal edge attaches the connector 41.
It may be connected to the attachment B or the building body 90 via. Frame A
The lifting cord 91 is connected to the free edge of the
The upper part of 1 passes through the lifting tool 92 fixed to the building 90.
It is hanging downward. When using this device, lifting cord 9
1 is loosened, and the frame A is locked in a substantially horizontal state.
A holder (string) 42 that is connected to the free edge of the frame A and hangs down.
The lower end of the strap is engaged with the engaging tool 44 to hold the lifting cord 91.
It matches with the strength. A part of the hanging string 91 is made of an elastic material.
It may be configured. When you're done using this device,
Disengage the lower end of the holder 42 and pull the lower part of the hoist cord 91.
The free edge of the frame A is lifted and lifted upward. Frame
A is almost vertical, that is, the frame A is almost flat on the building 90.
In a row, it is locked by the lifting string 91 and folded.
As shown in FIG. 3, the frame A is connected by the connecting tool 42.
It rotates downward and is housed in the box-shaped mounting body B.
It may be configured to be. Frame A has a narrow width
The more compact it is, the more compact it is. Also, the thickness of the frame A
(Thickness including the length of the moving body 20, 30 and the stimulator 10)
The thinner it is, the more compact it is. When not in use
The stimulator 10 is configured such that the lower part of the stimulator is removed.
May be. The spindle 11 and the stimulator 12 of the stimulator 10 are not used.
If it is configured to be removed at the time of use, the thickness of the frame A is
Extremely compact storage with only a frame-like thickness
To be done. This device, especially the frame A, is connected to a push-in or storage wall.
Configured to be stored inside these when not in use
May be done. Hereinafter, these examples will be described with reference to the drawings.
explain. 14 (a) to (e) show the protection device of the present invention.
Another embodiment of attachment and storage is shown. In the example shown in Figure (a)
As for the frame A, its long base edge is pushed into the middle step member 94 of the push-in 93.
It is attached via the attachment B, and when used, it is attached to the lifting cord 91 and
It is kept almost horizontal by the holding tool 42 and is connected when not in use
Rotate about 180 degrees around the tool 41 and move it below the middle plate 95.
It is stored. In the example shown in FIG. (B), the frame A is pushed in 93
The short base edge of the frame A is connected to the middle step member 94 through the connecting tool 41.
It is installed at an appropriate height by using
Sleep with the head on the side, and when not in use, hang it with the lifting cord 91.
Hold it almost vertically and store it inside the uprights and curtains.
In the example shown in FIG. 7C, the frame A is the middle plate 95 of the push-in 93.
Of the push-in 93
It is used externally and is pushed horizontally when not in use,
It is stored below. In the example shown in the figure (d), the frame A is pushed.
Mounted on the back plate 96 of the container 93 by the connecting tool 41 or the mounting body B.
Attached, and when not in use, the free edge is hung on the middle step member 94. Figure
In the example shown in (e), the frame A is the partition plate 98 of the storage wall 97.
When it is not used, it is attached to the connector 41 or the attachment B.
The free edge of the
It is stored inside the ten. In the above examples, this
As for the storage, a part of the space of the closet 93 and the storage wall 97 is used.
The space of about the thickness of the frame A is enough,
Above all, the device is not exposed when not in use, so it interferes with daily life.
It is very convenient because it does not become a devil. The mounting body C is a mounting body.
If it is not fixed to B and configured separately, it will be used when not in use.
It is stored in the office. Stage C, correction stage 50, auxiliary stage 5
No. 4 may be omitted and a zabuton or the like may be substituted.

【The invention's effect】

(1) In the protection device of the present invention, a frame is provided above a user who lay down sideways, and a stimulator is provided on a movable body that is movably mounted in the frame in a horizontal direction (body surface direction). Therefore, the user receives a stimulus similar to acupressure from above in the moving range of the moving body. Generally, the human body has the fastest blood circulation in the state of lying sideways, the recovery of fatigue is quick, and the posture is suitable for receiving acupressure, so if acupuncture similar to the acupuncture is applied to the necessary acupuncture points from above, It is possible to exert a positive effect on the internal organs connected to the acupuncture points and contribute to the treatment of diseases. Since this stimulus can be repeatedly performed by operating the machine, it can be performed daily without requiring human intervention. This device is approximately 1/2 the height, the thickness of the frame is not excessively thick, and the frame can be made substantially vertical when not in use, so that it can be constructed extremely compactly. Therefore, it can be installed without requiring a large space even in a room of a general household, and can be widely used for general use. Therefore, it is convenient for recovering fatigue accumulated due to daily life, work, and stress, and health can be maintained and promoted. (2) The frame body is arranged densely in the vertical direction because the vertically movable body having the stimulator is movably mounted in the vertically movable space formed in the vertical direction (body length direction). Acupuncture points can be effectively stimulated. Since the vertically moving empty portion is an empty portion, it can be equipped with a stimulator having a portion that slides with its side edge as a guide and that descends and rises while moving. (3) Vertical movement Since the side edge of the empty portion is provided with a vertical drive wheel that engages with the vertical drive receiver, it can be moved accurately by a required length. The acupuncture points that are densely arranged around the spinal cord allow the user to move from place to place to precisely apply the stimulus, and to repeatedly apply the acupuncture-like stimulus back and forth. (4) Since the stimulator is equipped with the elastic tool between the main shaft and the stimulator, the tip of the stimulator can stimulate the body surface through the elastic force of the elastic tool. In addition, since the play length of the main shaft can be lowered by the height at which the elastic tool is compressed, it is possible to appropriately cope with the height of the body surface. Since the lower part of the stimulator has a shape similar to a finger or a palm and is soft, it has a mechanical structure and gives the body surface a feeling of acupressure. (5) The user can place the frame body above the body surface of the body by lying the body on the body. Since the frame is held by the holder, the body surface can accurately receive the stimulating force of the stimulator, and the stimulator can be placed above the user. (6) The frame body can have its base end edge connected to a building such as a wall plate or a pillar through a connecting tool or a mounting body, and the free end edge can be kept substantially horizontal when in use and almost vertically when not in use. Can hold Therefore, the frame can be folded very compactly when not in use, and a large space is not required. Therefore, it can be installed in a room of a general household and widely used for general public. (7) Since the holder receives the excessive stimulating force of the stimulator and releases the holding, the body surface that is stimulated by the stimulator can be protected. The retainer can be easily released if it is held electrically, and if it is a string-shaped one, the frame is lifted by the upper part when the engagement of the string is released, and when not in use. Can be connected to the building and held vertically to fold very compactly. If the (8, 9) moving body and the stimulating body are configured so that the moving and stimulating bodies are performed by electric structural parts, they can be connected to the operating body and operated by the fingertips of the adjuster. This movement or stimulation operation can be configured so that the switching operation is automatically repeated at the hands by automatic switching. With this, the user can freely control the moving body and the stimulating body arranged above the user's body, conveniently while lying in a sideways position. (10) Since the frame body is provided with a pair of vertical moving body and lateral moving body each equipped with a pair of stimulators, by connecting each of these bodies to an electronic computer, the longitudinal direction can be controlled by the control.
It is possible to perform lateral movement and pressure stimulation. Therefore, if you store the position of the acupuncture points of the standard human body in the vertical direction (body length direction) and the lateral direction (body width direction) in the electronic computer, the body shape of the user is compared with the body shape of the standard human body, and calculation is performed. It is possible to correct the position of the acupuncture points corresponding to the body shape of the user and move the vertical moving body in the vertical direction and the horizontal moving body in the horizontal direction by the output length. Then, if the position of the user's body is confirmed, a series of operations of pressing and stimulating with a stimulator, returning, and moving to the next acupuncture point can be performed under the control of the electronic computer. As a result, even if the acupuncture points are irregularly scattered throughout the human body, the acupuncture points can be moved to all positions within the movement allowance range of the size of the frame body, so the acupuncture points of the user corresponding to the frame body are pressed. Can be a source of inspiration. (11) Since the frame body and the vertical moving body are formed in the shape of a rectangular frame, while maintaining the strength of the frame, the vertical moving space and the horizontal moving space of the quadrangle are large enough to reach the frame edge in the middle of them. Parts can be formed. Therefore, it is possible to equip these moving vacant portions with a vertical moving body that moves in the vertical direction and a horizontal moving body that moves in the horizontal direction so as to be movable up to the frame edge. Moreover, since the frame body and the vertical moving body are formed in a square shape,
A vertical drive receiver and a horizontal drive receiver can be provided on the frame edge of the side portion, and the vertical drive member and the horizontal drive member can be engaged with these. Therefore, by the driving structure based on this engagement, it is possible to move the device vertically and horizontally as much as required length with extremely high accuracy. This makes it possible to configure a moving body that is controlled by the electronic computer and accurately outputs the command to move in the vertical and horizontal directions. (12) Since the photodetector detects the position of the user's body (acupuncture point) by receiving the reflected light of the light emitted from the light emitting unit at the light receiving unit, it can be detected extremely accurately and instantaneously without contact. The detection result can be transmitted. If the position of the user's body can be detected, the electronic computer stores all the positions of the acupuncture points of the standard human body, so that the position of the acupuncture points corrected in comparison with the body shape of the user can be output. If this output is used to indicate the length to be moved by the vertical drive vehicle of the vertical moving body and the horizontal drive vehicle of the horizontal moving body, the user can reach the correct acupuncture point position and activate the stimulator to apply a pressure stimulus. it can. (13) The photodetector irradiates the colored (printed) acupuncture point marking on the surface of the underwear with the light emitted from the light emitting section, and the light receiving section receives the reflected light to display the acupuncture point marking. You can check the position. Therefore, if this position is input to the electronic computer, the length to be moved to the longitudinal drive vehicle and the horizontal drive vehicle is directly instructed to the position of this acupuncture point display mark, and a stimulator is arranged to apply a pressure stimulus. You can If this underwear is carefully prepared for each user and prepared, the user only has to wear each underwear at the time of use. (14) The computer can store the positions of the acupuncture points of the standard human body in a program. The acupuncture points of the standard human body are arranged irregularly, but if a large number of vertical lines and horizontal lines are intersected and drawn in a matrix with reference to the reference line, the intersections of both lines and each acupuncture point Positioning can be done by coordinates with the position. Further, by comparing the body shape of the standard human body with the body shape of the user, the position of the acupuncture points of the user can be calculated and stored almost correctly, and the program can be configured. On the other hand, if the position of the outer peripheral edge of the user's body or the position of the body marking that is colored (printed) on the underwear is detected, the position of the user's acupuncture points can be determined in addition to the position of the user's acupuncture points. You can configure the output program. If these programs are installed in an electronic computer, the vertical drive unit and horizontal drive unit are commanded to move,
A stimulator can be placed over the acupuncture points to apply a pressure stimulus. (15) If the positions of the acupuncture points of the standard human body are stored, the positions of the acupuncture points to be pressed and stimulated to reproduce a specific disease among the acupuncture points can be classified and stored. Therefore, only by inputting the type of illness, it is possible to configure a program in which the moving body is moved and the stimulating body presses the moving body. Further, the positions of the acupuncture points to be pressed and stimulated in order to recover from fatigue and maintain and promote health can be classified and stored. Therefore, only by inputting this, it is possible to configure a program for selectively moving the moving body and performing pressure stimulation with the stimulating body. (16) The platform has a central platform at the bottom of the body where the head and torso are placed, and a shallow platform on both sides where the arms are placed, so that the tops of the head and torso and the tops of the arms are almost at the same height. Thus, the stimulator (stimulator) can be provided with a substantially uniform distance from the lower end thereof and the same degree of stimulation can be given by a stimulator having a limited descent length. Further, since the auxiliary placing body which is arranged adjacent to the placing body and carries the lower half body or the upper half body of the user is provided, the whole body of the user is kept substantially horizontal. Then, the lower half of the body can be placed on the mounting body to stimulate the back and abdomen of the lower half of the body. That is, both the upper body and the lower body can be alternately rotated and pressed. As a result, this device is approximately 1/2 the length of the whole body, and it is almost possible to press and stimulate the acupuncture points of the whole body. (17) If the frame body is configured to be a plug-in type so that the stimulus body can be removed from the moving body when not in use, the stimulus is the only part that vertically protrudes from the middle portion of the plate-like frame body. With the body removed, the entire frame has a substantially flat plate-like compact form. Therefore, the tip of the stimulator is not damaged when it is not used, and it can be stored extremely compactly. In particular, when the base edge of the frame is attached to the box-shaped mounting body, closet, or storage wall with a connecting material, and the free edge is stored in these, the free edge is approximately When it is hung vertically and folded almost parallel to the building, the protruding part becomes shorter, so it can be stored inside fittings, doors, and curtains. As a result, it can be conveniently stored in a room of a general household without spoiling its appearance and requiring little space. Further, if the stimulator having the vibrating part and the fir part is replaced, the user can meet not only the pressing stimulus but also the vibration stimulus and the fir stimulus. (18) If the frame body is connected so that the base end edge of the frame body is pivotally connected to one member of the closet or the storage wall, for example, the middle step member, the side plate or the partition plate, the frame can be a hanging string and a holder during use. Can be maintained almost horizontally and does not shift. The mounting height can also be configured to be adjusted to the required height. Further, when not in use, it can be hung and stored substantially vertically or inclined by a hoisting cord and hoisting tool. As a result, the closet and the storage wall require only a very small space, and can be stored inside fittings, doors, and curtains without significantly hindering other storage. In particular, when the shorter base end edge of the frame body is connected by the connecting tool, the vertically long frame body is lifted up substantially vertically, so that it can be more compactly stored in a storage wall having no width. The storage wall can be moved from place to place, which is extremely convenient for daily life. As mentioned above,
The fact that the space of the room of a general house is not so large can be widely used for general public use. Therefore, it can widely contribute to the maintenance and recovery of health, which is the source of daily work and all activities.

[Brief description of drawings]

FIG. 1 is a plan view showing the structure of an embodiment of a protective device of the present invention.

FIG. 2 is a vertical cross-sectional view showing the structure of an embodiment of the protection device of the present invention.

FIG. 3 is a cross-sectional view showing the structure of an embodiment of the protection device of the present invention.

FIG. 4 is a cross-sectional view showing the structure of a moving body in an embodiment of the protection device of the present invention.

FIG. 5 is a plan view showing the structure of a moving body in an embodiment of the protection device of the present invention.

FIG. 6 is a vertical cross-sectional view showing the structure of a stimulator in one embodiment of the protection device of the present invention.

FIG. 7 is a plan view showing the structure of an operating body in one embodiment of the protective device of the present invention.

FIG. 8 is a plan view showing a rear acupuncture point display plate for positioning acupuncture points of a human body.

FIG. 9 is a plan view showing a ventral acupuncture point display plate for positioning acupuncture points of a human body.

FIG. 10 is a plan view showing the structure of another embodiment of the protection device of the present invention.

FIG. 11 is a cross-sectional view showing the structure of another embodiment of the protection device of the present invention.

FIG. 12 is a perspective view showing the structure of another embodiment of the protection device of the present invention.

FIG. 13 is a view showing a flowchart of another embodiment of the protection device of the present invention.

FIG. 14 is a cross-sectional view showing another embodiment of attachment and storage of the protection device of the present invention.

[Explanation of symbols]

 A frame body B mount body C mount body 10 stimulator body 11 spindle 12 stimulator tool 13 elastic tool 14 stimulus drive tool 15 motor with speed reducer 20 vertical moving body 21 vertical moving empty portion 22 vertical sliding groove 23 vertical drive receiving 24 vertical drive vehicle 25 Motor with speed reducer 26 Vertical slide vehicle 30 Horizontal moving body 31 Horizontal moving empty space 32 Horizontal sliding groove 33 Horizontal drive receiving 34 Horizontal drive vehicle 35 Motor with reducer 36 Horizontal sliding wheel 40 Connection holder 41 Coupling tool 42 Holding tool 43 Compensation hole 44 Electromagnetic rod 50 Correction mount 51 Central mount 52 Both sides mount 54 Auxiliary mount 60 Operating body 61 Stimulation controller 62 Stimulus automatic switching 63 Movement controller 64 Movement automatic switching 65 Frame controller 66 Frame automatic switching 67 Terminal 70 Electronic computer 71 Rear acupuncture point display plate 72 Ventral acupuncture point display plate 80 Photodetector 81 Light emitter 82 Light receiver 90 Building 91 Lifting string 92 Lifting tool 93 94 middle member 95 middle plate 96 side plate 97 enclosure walls 98 partition plate placed

[Procedure amendment]

[Submission date] August 23, 1994

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be corrected] Brief description of the drawing

[Correction method] Change

[Correction content]

[Brief description of drawings]

FIG. 1 is a plan view showing the structure of an embodiment of a protective device of the present invention.

FIG. 2 is a vertical cross-sectional view showing the structure of an embodiment of the protection device of the present invention.

FIG. 3 is a cross-sectional view showing the structure of an embodiment of the protection device of the present invention.

FIG. 4 is a cross-sectional view showing the structure of a moving body in an embodiment of the protection device of the present invention.

FIG. 5 is a plan view showing the structure of a moving body in an embodiment of the protection device of the present invention.

FIG. 6 is a vertical cross-sectional view showing the structure of a stimulator in one embodiment of the protection device of the present invention.

FIG. 7 is a plan view showing the structure of an operating body in one embodiment of the protective device of the present invention.

FIG. 8 is a plan view showing a rear acupuncture point display plate for positioning acupuncture points of a human body.

FIG. 9 is a plan view showing a ventral acupuncture point display plate for positioning acupuncture points of a human body.

FIG. 10 is a plan view showing the structure of another embodiment of the protection device of the present invention.

FIG. 11 is a cross-sectional view showing the structure of another embodiment of the protection device of the present invention.

FIG. 12 is a perspective view showing the structure of another embodiment of the protection device of the present invention.

FIG. 13 is a view showing a flowchart of another embodiment of the protection device of the present invention.

FIG. 14 is a diagram showing a flowchart of another embodiment of the protection device of the present invention.

FIG. 15 is a cross-sectional view showing another embodiment of attachment and storage of the protection device of the present invention.

[Explanation of reference symbols] A frame B B mount C stimulator 10 Stimulator 11 Spindle 12 Stimulator 13 Elastic tool 14 Stimulation driver 15 Motor with speed reducer 20 Vertically moving body 21 Vertically moving cavity 22 Vertically sliding groove 23 Vertically driving receiving 24 Vertical Driving Vehicle 25 Motor with Reducer 26 Vertical Sliding Vehicle 30 Horizontal Moving Body 31 Horizontally Moving Empty Space 32 Horizontal Sliding Groove 33 Horizontal Driving Receiver 34 Horizontal Driving Vehicle 35 Reducer Motor 36 Horizontal Sliding Vehicle 40 Connection Holding Body 41 Connector 42 Holding tool 43 Engagement hole 44 Electromagnetic rod 50 Correction mount 51 Center mount 52 Both sides mount 54 Auxiliary mount 60 Operating body 61 Stimulation controller 62 Stimulation automatic switching 63 Movement controller 64 Movement automatic switching 65 Frame body controller 66 Frame body Automatic switching 67 Terminal 70 Computer 71 Rear acupuncture point display plate 72 Ventral acupuncture point display plate 80 Photodetector 81 Light emitter 82 Light receiver 90 Building 91 Lifting string 9 2 Lifting equipment 93 Closet 94 Middle material 95 Middle plate 96 Side plate 97 Storage wall 98 Partition plate

[Procedure Amendment 2]

[Document name to be corrected] Drawing

[Correction target item name] All drawings

[Correction method] Change

[Correction content]

[Figure 1]

[Fig. 2]

[Figure 7]

[Figure 3]

[Figure 4]

[Figure 5]

[Figure 6]

[Figure 8]

[Figure 9]

[Figure 10]

FIG. 11

[Fig. 12]

[Fig. 13]

FIG. 14

FIG. 15

Claims (18)

[Claims] 1. A frame body disposed above a body surface of a user lying sideways, a mobile body mounted on the frame body in a horizontal direction (body surface direction), and the mobile body. A protection device comprising: a stimulator that is equipped to stimulate the body surface; and an operating body that controls movement of the moving body and stimulation of the stimulus. 2. The frame body is provided with a vertical moving body movably mounted in a vertically moving empty portion formed in a vertical direction (body length direction), and vertically lowered (stimulated) provided on the vertical moving body. The protective device according to claim 1, further comprising: a stimulator that rises (sudden). 3. The frame body includes a vertical moving body provided with a vertical drive wheel that meshes with a vertical drive receiver formed in a vertical sliding groove formed on a side edge of the vertical moving empty portion, and the stimulating body has an acupuncture point around the spinal cord. 3. The protection device according to claim 2, further comprising a pair of main shafts and a stimulator driving tool that lowers and raises the stimulator, which are installed at intervals of. 4. The stimulator is an elastic member mounted between the main shaft and the stimulator, and a stimulator having a shape and softness similar to a finger or a palm of a human body, which is mounted below the stimulator. The protection device according to claim 3, further comprising a lower part of the tool. 5. The frame body includes a mounting body connected to a base end edge of the frame body via a connecting tool, and a free end edge of the frame body connected to a lower end of the mounting body via a holding tool. The protective device according to claim 1, further comprising: a support body that holds the protective body. 6. The frame body is connected to a connector for connecting a base end edge of the frame body to a building body, and is connected to a free end edge of the frame body to hold the frame body substantially horizontally and substantially vertically. The protective device according to claim 1, further comprising a holder. 7. The holding tool comprises: a holding release section for releasing holding by receiving an excessive stimulating force of the stimulator; and a holding section for automatically lifting the frame body upward. 5. The protection device according to 5, 6. 8. The operation body includes a movement adjuster for manually operating the movement of the moving body in a horizontal (longitudinal) direction, and automatic movement switching for maintaining an operation of repeating the movement automatically. The protection device according to claim 1. 9. The operating body according to claim 1, further comprising: a stimulator for manually operating a stimulating operation of the stimulating body, and an automatic stimulus switching for maintaining an operation of automatically repeating the stimulating operation. The described protection device. 10. The frame body is provided with a vertically movable body mounted on the frame body so as to be movable in a vertical direction (body length direction) under the control of an electronic computer, and in a horizontal direction (body width direction) under the control of an electronic computer. A lateral moving body movably mounted on the vertical moving body, and a stimulating body mounted on the lateral moving body so that the stimulating tool descends (stimulates) and rises (duplicate) in the vertical direction under the control of an electronic computer;
The protection device according to claim 1, further comprising: 11. A vertical drive vehicle in which the frame body is vertically movably mounted in a vertically movable space formed in a central portion of the rectangular frame body and engages with a vertical drive receiver formed in a side portion. A vertical moving body equipped with a horizontal moving vehicle that is laterally movable in a horizontal moving empty part formed in the middle of the rectangular frame-shaped vertical moving body and that meshes with a lateral drive receiver formed on the side part. The protective device according to claim 1, further comprising a lateral moving body. 12. The frame body includes a photodetector for detecting the position and physique of a user's body by receiving reflected light of light emitted from a light emitter with a photodetector, and a detection result by the photodetector. 2. The protective device according to claim 1, further comprising: a vertical moving body and a lateral moving body that are moved to the positions of the acupuncture points corrected by comparing the physique of the standard human body and the physique of the user by inputting . 13. The photodetector is a light-emitting device that irradiates light on a surface of a user's undergarment, which is colored (printed), with an acupuncture point mark or a position mark, and light reflected from the mark or its surroundings. 13. A light receiver for receiving light and inputting the signal to an electronic computer.
The protection device described in. 14. A program storing the acupuncture point display plate for positioning the external shape (body shape) of a standard human body in which the acupuncture points of the whole body are displayed and the acupuncture points with a plurality of vertical and horizontal lines at regular intervals. , Acupuncture points that position the outer shape (body shape) of the user detected by the light detection body with a large number of vertical lines and horizontal lines at regular intervals, and position the corrected acupuncture points in comparison with the body shape of the standard human body. 2. A program storing a display board, the program comprising:
The protection device according to 2. 15. The electronic computer inputs a symptom of a disease, selects a position of an acupuncture point to be stimulated, and drives the moving body, and a position of an acupuncture point to be stimulated for recovery of fatigue and promotion of health. 13. The protection device according to claim 12, further comprising a program for selecting and driving the moving body. 16. A body according to claim 16, wherein the body and the legs are substantially the same as each other, and the center mounting portion formed at the bottom depth where the user's torso and legs are placed, and both arms of the user are placed. It has both side mounting portions formed to have a shallow bottom so that the correction mounting body mounted on the mounting body and the user's lower or upper body are placed and installed adjacent to the mounting body of the user. An auxiliary support that holds the body almost horizontally,
The protection device according to claim 1, further comprising: 17. The frame body is configured to be replaced with a stimulator configured to be removed when not in use, a stimulator having a vibrating part and a fir part, and a stimulus driving tool for driving them. The protection device according to claim 1, further comprising a stimulator. 18. The frame body is provided with a connecting tool or a mounting body in which a base end edge of the frame body is rotatably connected to a member of a closet or a storage wall (storage furniture). The protection device according to claim 1, further comprising: a suspension string connected to a free end edge of the frame body so as to be hung horizontally and to be hung and stored in a substantially vertical or inclined state when not in use.