KR101468147B1 - Portable acupressure device - Google Patents

Abstract

The present invention relates to a portable acupressure device. The portable acupressure device includes an acupressure part in which first and second acupressure members are pivotally coupled to each other with respect to a pivot axis, a length adjustment member coupled to a side of the first acupressure member, a first acupressure support movably disposed on the length adjustment member, and a second acupressure support disposed on a side of the second acupressure member. Thus, a user can continuously perform acupressure treatment on a predetermined portion of the human body to be treated by using the first and second acupressure supports that are pivoted by the pivotable acupressure part (the first and second acupressure members) without performing the acupressure treatment on a portion of the human body by directly using a user′s hand or foot. Also, the first acupressure support can vertically move along a length direction of the length adjustment member to perform the acupressure treatment while being adjusted to a distance adequate for a predetermined portion of the human body to be treated.

Description

[0001] Portable acupressure device [0002]

The present invention relates to a portable pressure-sensitive device, and more particularly, to a portable pressure-sensitive device which is capable of pivoting a pivot axis about a pivot axis by providing a first pressure-sensitive pad provided on a first pressure-sensitive member and a second pressure- The user does not apply pressure to a part of the body with a hand or a foot, but uses a first finger pressure unit and a second finger pressure unit which are pivoted by pivotable pressure parts (first pressure member and second pressure member) And a length adjusting member is installed to guide the first pressure applying unit in the up / down direction along the longitudinal direction of the length member, The distance between the first and second fingers can be adjusted, and a scratch portion is formed on the front and rear surfaces of the length adjusting member and a non-slip member is provided on the outer circumferential surface of the pin member When pressure when supported on the first pressure return length adjusting member by, the present invention relates to a portable pressure mechanism to avoid that the additional non-slip part and the sliding scratch in engagement.

At present, the pace of industrialization is changing rapidly, and the increase of the elderly population is a global trend. As a result, modern people can use the computer for a long time, or suffer from fatigue and stress in a variety of environments, such as physical labor and housework in the workplace, in the workplace, and all the body parts such as the shoulders, Pain in the body such as cuffs, elbows, shoulders, and knees due to aging occurs in the elderly and the like due to neuralgia and rheumatism. As a means for solving the pain or abnormality felt in the body, acupressure is performed to promote blood circulation by stimulating the menstrual blood by applying pressure to various parts of the body such as skin, muscle skeletal system and muscle.

Generally, acupressure has an artificial method and an instrument. An artificial method is a method in which a person directly rubs and rubs the skin by using the hands and feet of the body, and the method of using the instrument includes a power transmission mechanism that receives power and automatically performs a linear or rotary reciprocating motion, Or a manual device of various shapes, etc., to rub the skin while pressing it.

Conventionally, when a person directly applies acupressure to a part of the body by using hands and feet, the person who performs acupressure gradually becomes depleted with time and the pressure applied to a part of the body is lowered In particular, in the case of the elderly people, even when using the hands and feet, there is a serious problem that the effect of the acupressure is low because the pressure to compress the body relatively is lower than that of the young adult.

In addition, since the conventional transmission mechanism requires electric power, it can be used only at a specific place where electric power can be received, and there is a serious problem that a cost such as a power consumption cost and a purchase cost of a power transmission mechanism are spent.

Further, even if the conventional apparatus and devices for pressing the body are used, the effect of the pressure is insufficient, and the pressure for pressing a certain part of the body can not be controlled, which causes a serious problem that the effect of the pressure is insufficient.

Korean Patent Registration No. 10-0540514 (Registered on December 26, 2005), entitled " Korean Patent Registration No. 10-0680572 (Registered on Feb. 2, 2007), entitled "Massage" Korean Registered Utility Model No. 20-0373933 (Registered on Dec. 12, 2005), title of invention: "bar for exercise machine"

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems,

SUMMARY OF THE INVENTION It is an object of the present invention to provide a pneumatic pressure control device and a pneumatic pressure pneumatic pressure control device, The first and second acupressure belts opposed to each other in a certain part of the body are placed so as to be wrapped around the body so that the user can continuously apply acupressure.

Further, it is an object of the present invention to provide the first pressure-sensitive pad so as to be guided in the up-down direction to the length-adjusting member so that the first pressure-sensitive pad can be spaced apart from the second pressure-

Further, after the pin member including the front pin member and the rear pin member is provided on one side of the first pressing member, the length adjusting member is positioned between the pin members so that the one pressing member is not separated from the length adjusting member, So that each pin member can be held in contact with the front surface and the rear surface of the length adjusting member.

It is also an object of the present invention to prevent the pin member from slipping from the length adjusting member by forming a thread-like non-slip portion on the outer surface of the pin member.

It is also an object of the present invention to provide a release preventing member on both sides of the length adjusting member so that the first pressure applying belt can not be separated from the length adjusting member even if the first pressure applying belt moves upward or downward along the length adjusting member.

It is also an object of the present invention to provide a scratch portion on the front and rear surfaces of the length adjusting member to prevent the pin member from sliding from the length adjusting member.

According to an aspect of the present invention, there is provided a portable acupressure device including a acupressure part in which a first acupressure member and a second acupressure member are pivotally coupled to each other about an axis of a pivot axis, And a second contact pressure pad mounted on one side of the second contact pressure member.

Preferably, the first contact pressure pad is formed with a guide groove at one side thereof so as to be guided in the up / down direction along the length adjusting member.

Wherein the first finger support member is disposed on one side of the first finger support member so as to be supported by the length adjustment member so that the first finger support member is not separated from the length adjustment member when the first finger support member is held on a predetermined portion of the body, It is preferable that a pin member including a pin member is provided.

Preferably, the pin member is formed with a non-slip part in the form of a thread on the outer circumferential surface.

Preferably, the length adjusting member is formed with a release preventing portion at one side of the length adjusting member to prevent the first adjusting pressure belt from being separated from the length adjusting member when the first pressure supporting belt moves in the up / down direction.

Preferably, the length adjusting member is formed with a scratching portion to prevent the pin member from sliding from the length adjusting member when the respective pin members abut the front surface and the rear surface of the length adjusting member.

As described above, the portable acupressure device according to the present invention uses a first acupressure pad and a second acupressure pad that are pivoted by a pivotable acupressure part without directly pressing a part of the body with a hand or a foot Since the user is shivering a certain part of the body to be shaved, there is an effect that the shaved part of the body to be shaved can be wrapped around and a large area can be continuously pressed.

In addition, even if acupressure can be continuously performed using the pivotable acupressure part, it is possible to maintain the pressure applied to the body due to the low exhaustion of the physical strength because it does not require a lot of force and physical strength, There is an excellent effect that can be.

Further, since the first pressure pad is installed so as to be guided in the up / down direction on the length adjusting member and the first pressure pad can be spaced apart from the second pressure pad by a predetermined distance, the interval between the first pressure pad and the second pressure pad can be increased It is possible to adjust the size of the body to fit the size of the body to be shaved, even if the body size is different.

In addition, since the length adjusting member is disposed between the pin members after the pin member including the front pin member and the rear pin member is provided on one side of the first pressing member, the effect that the ground contacting member does not separate from the length adjusting member Since each pin member is held in contact with the front face and the rear face of the length adjusting member during the pressing, the first pressing bar is fixed and presses a certain part of the body positioned between the first pressing bar and the second pressing bar, There is an effect that can be done.

Further, by forming a non-slip part in the form of a thread on the outer surface of the pin member and forming a scratch part on the front surface or the rear surface of the length adjusting member, the pin member can be easily There is a non-slip effect.

Further, by providing the release preventing members on both sides of the length adjusting member, even if the first pressure applying belt moves up and down along the length adjusting member, it is moved only by a predetermined distance, and when it reaches the release preventing member, The first pressure-sensitive belt can not be detached from the length-adjusting member because it can not move.

1 is an entire perspective view of a portable press mechanism.
2 is an exploded perspective view of FIG.
Fig. 3 shows an embodiment of the first and second pressurizing bands.
4 is a state of use of the portable acupressure mechanism according to the present invention.
5 is a view showing the state of use of the portable acupressure mechanism according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Unless defined otherwise, all terms herein are the same as the general meaning of the term as understood by one of ordinary skill in the art to which this invention belongs, and if the terms used herein conflict with the general meaning of the term Are as defined herein.

It is to be understood that both the foregoing general description and the following detailed description of the present invention are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. .

Hereinafter, with reference to Figs. 1 to 3, the construction of a portable acupressure mechanism 100 according to the present invention will be described in detail. Fig. 1 is an entire perspective view of the portable press mechanism 100, Fig. 2 is an exploded perspective view of Fig. 1, and Fig. 3 is an embodiment of the first pressure pad 150 and the second pressure pad 170. [

1 to 3, the portable pressure-sensitive device 100 includes a pressure-applying portion 110 pivotally coupled, a length-adjusting member 130 provided on the first pressure-applying member 111, And a second pressure pad 170 installed on the first pressure pad 150 and the second pressure pad 113 installed on the first pressure pad 111.

The acupressure part 110 may include a first acupressure member 111 and a second acupressure member 113 that are pivotably coupled to the pivot shaft 115 about an axis.

Here, the above-described pivot is a method in which the pivot shaft 115 is pivoted about the axis of the first punching member 111 and the second punching member 115 in the same manner as the punching of the basketball, handball, badminton, (113) are rotated with each other, which will be described later in detail.

The first pressure applying member 111 may include a length adjusting member 130 on one side and a first gripping unit 1110 on the other side. The first grip portion 1110 and the second grip portion 1130, which will be described later, will be described later in more detail, So that the user can grasp it.

The first pressure applying member 111 may have a first coupling hole 111a formed on one side thereof. This is to allow the pivot shaft 115, which will be described later, to be coupled to the first coupling hole 111a.

The second pressure applying member 113 may be provided with a second pressure applying belt 170 on one side thereof and a second gripping part 1130 on the other side thereof. This allows the user to grasp the first grip portion 1110 and the second grip portion 1130 and allows the user to grip a certain portion P of the body to be shaved by the first grip portion 150 And the second fingernail 170. The detailed description will be given later.

The second pressure applying member 113 may have a second coupling hole 113a formed on one side thereof. This is the same as the above-described first engagement hole 111a, and a detailed description thereof will be omitted.

The second pressure applying member 113 may be curved at one end. This is for the purpose of enabling the second pressure pad 170, which can be installed on one side of the second pressure applying member 113, to be installed in the 'A' shape from the second gripper 1130 as described above .

The pivot shaft 115 may be installed to pass through the first engagement hole 111a and the second engagement hole 113a. This is to cause the first pressure member 111 and the second pressure member 113 to pivot about the pivot shaft 115 as described above.

On the other hand, it has been described that the above-mentioned acupressure part 110 can be pivotally coupled, which can be described as follows.

1 and 2, one side of the first pressure applying member 111 and the second pressure applying member 113 are positioned in contact with each other, and the first and second pressure applying holes 111a, The pivot shaft 115 may be inserted into the first engagement hole 111a and the second engagement hole 113a after the engagement hole 113a is positioned on the straight line. At this time, the pivot shaft 115 is preferably formed in the form of a bolt or the like. This is because the pivot shaft 115 connects a nut or the like to one side of the pivot shaft 115 passing through the first engagement hole 111a and the second engagement hole 113a, So that the first pressure member 111 and the second pressure member 113 are not separated from the pivot shaft 115. Accordingly, the first pressure-applying member 111 and the second pressure-applying member 113 can be pivoted together with the pivot shaft 115 as an axis. Therefore, after the user grasps the first grip portion 1110 and the second grip portion 1130 of the pressure applying portion 110, the first pressure applying member 111 and the second pressure applying member 113 are pivoted to the pivot shaft 115 Can be pivoted about an axis.

The length adjusting member 130 may be formed in a bar shape having a predetermined length L and a width W1, as shown in FIGS. This is because the guide groove 150b of the first pressing bar 150 to be described later is positioned on the length adjusting member 130 and can be guided by the length L of the length adjusting member 130. [

The length adjusting member 130 may have a scratch portion S1 having various shapes on the front surface 130a and the rear surface 130b. At this time, the scratch portion may be formed to have various shapes, but it may be formed in a comb shape. This is because the pin member 151 provided on the first pressing member 150 to be described later can be held in contact with the front surface 130a and the rear surface 130b of the length adjusting member 130, 151 from slipping out of the length adjusting member 130.

One side of the length adjusting member 130 may be installed on one side of the first pressure applying member 111. At this time, the length adjusting member 130 is preferably disposed in a straight line along the straight length direction of the first pressure applying member 111. This is because the first supporting belt 150 provided on the length adjusting member 130 is guided by the length adjusting member 130 to move up and down along the length direction of the length adjusting member 130, In detail, the second pressure pad 170 is kept horizontal with the second pressure pad 170 to be spaced apart from the second pressure pad 170 at a predetermined interval.

Although the length adjusting member 130 is installed on one side of the first pressure applying member 111, the length adjusting member 130 may be provided separately as described above. However, the length of the first pressure applying member 111 As shown in Fig. However, it is preferable that the length adjusting member 130 is separately provided as described above so that the first pressure applying member 111 and the length adjusting member 130 are arranged to be positioned on a straight line, It is possible.

The length adjusting member 130 may be provided with a release preventing member 131 at one side thereof. This is because as described above, the first follower 150 that can be installed on the length adjusting member 130 moves up and down along the length adjusting member 130, while the first follower 150 The first presser bar 150 can no longer move upward or downward so that the first presser bar 150 is separated from the length adjusting member 130 So that it can be prevented.

The release preventing member 131 may be formed as a protrusion protruding from one side of the length adjusting member 130. Preferably, the release preventing member 131 may be detachably attached to one side of the length adjusting member 130 Bolts, nuts, and the like. The first adjuster 150 may be installed on the length adjusting member 130. When the first adjuster 150 is damaged or broken, 130 so that the first pressure-sensitive pad 150 can be repaired or replaced.

As shown in FIGS. 1 and 2, the first pressing part 150 may be formed as a rod extending in one direction, and a lower pressing surface 150a having a predetermined area may be formed at a lower part thereof. This is for the purpose of placing a certain part P of the user's body to be pressed by the user on the lower pressing surface 150a of the first pressing part 150. [ As shown in FIG. 3, the lower pressing surface 150a may be formed in a shape having a parallel surface (a), but is not limited thereto. In one embodiment, the lower pressing surface 150a may have a concave , A convexly protruding shape (c), and a plurality of protrusions protruding (d). This is to allow the user to pressurize a certain part P of the body to be shaved in various ways through the various lower pressing surfaces 150a and the upper upper pressing surface 170a.

The first presser foot 150 may have a guide groove 150b penetrating in one direction. This is because the length adjusting member 130 is installed in the guide groove 150b formed in the first pressing bar 150 so that the first pressing bar 150 can be rotated in the lengthwise direction of the length adjusting member 130 So that it can be guided downward.

The first pressure-sensitive pad 150 may be installed on the length adjusting member 130, and may be installed in a '' shape. This is because it has been described that the second pressure pad 170 can be installed in the second pressure pad member 113 in the 'A' shape as described above. At this time, the first pressure pad 150 ' So that the lower pressurizing surface 150a of the first pressurizing belt 150 and the upper pressurizing surface 170a of the second pressurizing belt 170 are opposed to each other. Accordingly, the user can grasp the first gripper 1110 and the second gripper 1130 with one hand so that the user can easily press the predetermined portion P of the body.

A pin member 151 may be inserted through the first finger support 150 at a position where the guide groove is formed. At this time, it is preferable that the pin member 151 is installed so as to penetrate perpendicularly to the guide groove 150b. In this case, the guide member 150b is formed so as to penetrate in one direction. At this time, the pin member 151 may be installed so as to block the one side direction of the guiding groove, So that it is prevented from being separated from the member 130 in the left / right direction. Here, the above-described left / right direction may correspond to one direction of the guide groove.

The pin member 151 may include a front pin member 151a and a rear pin member 151b and may have a width W2 of a certain distance from each other. Although the front pin member 151a and the rear pin member 151b have a width W2 of a certain interval, the width W2 of the pin member 151 is set to be the same as the width W2 of the length adjusting member 130 (W1). This is because the length adjusting member 130 is positioned between the width W2 of the pin member 151 and the width W1 of the length adjusting member 130 when the first pressing bar 150 is moved, Since the width W2 of the pin member 151 is wider than that of the pin member 151, the first pressing member 150 is moved in the up / down direction along the length direction of the length adjusting member 130 without any hitching. 4, when the lower pressing surface 150a of the first pressing bar 150 is mounted on a predetermined portion P of the body, the front pin member 151a is engaged with the front portion of the length adjusting member 130 And the rear pin member 151b is abutted against the rear surface 130b of the length adjusting member 130 so that the first pressing bar 150 is fixed and can not move .

On the other hand, the pin member 151 may be formed with a non-slip part S2 in the form of a thread. This is because when the pin member 151 and the length adjusting member 130 are held in contact with each other as in the case where the scratch portion S1 is formed on the length adjusting member 130 described above, (S1) are engaged with each other to prevent the pin member (151) from sliding off the length adjusting member (130).

As shown in FIGS. 1 and 2, the second finger pressure pad 170 may be formed as a rod extending in one direction, and an upper finger pressure surface 170a having a predetermined area may be formed thereon. This is to allow a certain part P of the user to be pressed by the user to be positioned on the upper pressing surface 170a of the second pressing belt 170. [ 3, the upper pressurizing surface 170a may have a parallel surface, but it is not limited thereto, and in one embodiment, A concave depressed shape, a convexly protruded shape, a plurality of protrusions protruding, or the like. This is to allow a user to press a certain part P of the body to be shivered in various ways through the various lower pressure-receiving surface 150a and the lower pressure-receiving surface 150a.

The second pressure pad 170 may be installed on one side of the second pressure member 113 so that one side of the second pressure pad 170 is shaped like a letter. This is because, as described above, the first pressure pad 150 can be installed on one side of the first pressure sensitive member 111 in a '' 'shape. At this time, the second pressure pad 170 is' So that the lower pressurizing surface 150a of the first pressurizing belt 150 and the upper pressurizing surface 170a of the second pressurizing belt 170 are opposed to each other.

The portable pads 100 according to the present invention are constructed such that the lower pads 150a of the first pads 150 and the second pads 170 of the second pads 170 It is possible to place a certain part P of the body to be shaved by the user between the upper pressurizing surface 170a and press the pressurizing part.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. 4 to 5 are use state diagrams of the portable acupressure instrument 100 according to the present invention.

Hereinafter, as shown in Figs. 4 to 5 as an embodiment, a method of using the portable acupressure instrument 100 according to the present invention and a principle of operation when shaking the arm can be described.

First, the user grips the first gripper 1110 and the second gripper 1130 provided on the pressure-applying portion 110 with one hand. Accordingly, the user rotates the first gripper 1110 and the second gripper 1130 about the pivot shaft 115 to rotate the lower pressure-receiving surface 150a of the first pressure-receiving member 111 and the second pressure- The upper abutment surface 170a of the abutment member 113 can be engaged with each other,

Next, as shown in FIG. 4, the user grasps the first presser foot 150 with the other hand, and then moves up / down along the length direction of the length adjusting member 130. At this time, the user can adjust the interval between the lower pressurizing surface 150a of the first pressurizing table 150 and the upper pressurizing surface 170a of the second pressurizing table 170 to be in an interval corresponding to the thickness of the arm. Accordingly, even if the thickness of the arm is different for each person, the user can move the first pressure applying belt 150 in the upward / downward direction, as described above, so that the pressure applied between the first pressure applying belt 150 and the second pressure applying belt 170 The arm can be positioned between the lower and upper pressing surfaces 150a and 170a by adjusting the interval.

5, when the arm is positioned between the lower pressing surface 150a and the upper pressing surface 170a as described above, the user can press the first gripping portion 1110 and the second gripping portion 1110, The second grip portion 1130 is pivoted so that the first and second pressing portions 150 and 170 are used to press the arm. As a result, the opposed lower pressurizing surface 150a and the upper pressurizing surface 170a press the arms to press the pressurizing force. As described above, the front pin member 151a and the rear pin member 151b are pressed against the arm portion of the length adjusting member 130, as described above, when the lower pressing surface 150a of the first pressing member 150 is inserted into the arm, Is supported by the front surface (130a) and the rear surface (130b), so that the one pressure pad can not move in the up / down or left / right direction and is fixed. That is, when the lower pressurizing surface 150a and the upper pressurizing surface 170a are pressed by the arms when the pressurization is performed, the first pressurizing belt 150 is fixed to the length adjusting member 130, The pressure is applied to the arm using the pressure applied by the two pressure tapes 170. Therefore, since the user uses the pivotable pressure-applying portion 110 to pressurize the arm, the user does not need much physical power such as when the user uses the hand or foot to apply pressure, and can continue to apply pressure for a long time. The pivoting portion 110 can be sufficiently pivoted, so that even when an elderly person or the like is used, a certain portion P of the body can be sufficiently pressed.

The pin member 151 including the front pin member 151a and the rear pin member 151b is supported and fixed to the length adjusting member 130. In this case, Since the scratch portion S1 is formed on the front surface 130a and the rear surface 130b of the pin member 151 and the non-slip portion S2 is formed on the outer circumferential surface of the pin member 151, 130, the engagement occurs and can be further fixed without slipping with respect to each other.

As described above, the method and the operating principle of the arm supporting part 100 according to an embodiment of the present invention are not limited to the above, (P) (shoulder, leg, waist, etc.).

Accordingly, the portable acupressure instrument 100 according to the present invention is configured such that the first acupressure pad 150 and the second acupressure pad 150, which are pivoted by the pivotable pressure portion 110, The user is able to maintain the pressure applied to the body for a long time because the user does not require a lot of force and physical strength even if the user applies the acupressure continuously because he or she uses the acupressure pad 170 to apply the acupressure to a certain part P of the body, It is possible to sufficiently apply pressure to a certain region P of the body.

Since the first pressure sensor 150 is installed to guide the length adjusting member 130 in the up and down direction and the first pressure sensor 150 can be spaced apart from the second pressure sensor 170 by a predetermined distance, There is an effect that the gap between the first and second pressurizing bands 150 and 170 can be increased or decreased by adjusting the interval to match the size of the body to be pressurized.

The pin member 151 may have a threaded slip prevention portion S2 formed on the outer surface thereof and a scratch portion formed on the front surface 130a or the rear surface 130b of the length adjusting member 130, The pin member 151 can be prevented from slipping easily from the length adjusting member 130 when the support member 151 is supported by the length adjusting member 130.

100: portable acupressure device 110: acupressure part
111: First pressure applying member 111a: First fitting hole
113: second pressure applying member 113a: second fitting hole
115: pivot shaft 130: length adjusting member
S1: Scratch portion 131:
150: first pressing part 150a: lower pressing surface
151b: guide groove 151: pin member
151a: front pin member 151b: rear pin member
S2: non-slip portion 170: second pressure pad
170a:

Claims (6)

An acupressure part in which the first pressure member and the second pressure member are pivotally coupled to each other with the pivot shaft as an axis;
A length adjusting member coupled to one side of the first pressure applying member;
A first pressurizing belt movably installed on the length adjusting member; And
And a second finger pressure pad provided on one side of the second pressure-sensitive member,
The first contact pressure pad is formed with a guide groove on one side so as to be guided in the up / down direction along the length adjusting member,
The first contact pressure pad is disposed on one side of the first contact pressure pad so that the first contact pressure pad is not separated from the length adjusting member in the left / And a pin member is provided on the base.
delete delete 2. The image forming apparatus according to claim 1,
And a non-slip part in the form of a thread is formed on the outer peripheral surface.
6. The apparatus of claim 4, wherein the length-
And a scratch portion is formed on the front and back surfaces to prevent the pin member from sliding from the length adjusting member when the pin member abuts the front surface and the rear surface of the length adjusting member. .
The portable device according to any one of claims 1 to 5,
Further comprising a release preventing member provided at one side of the length adjusting member to prevent the first pressure applying belt from being separated from the length adjusting member when the first pressure applying belt moves in the up / down direction.

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