KR102402180B1 - Portable accupressure apparatus - Google Patents

Abstract

The present invention relates to a portable acupressure device, and in general, the acupressure device is a device used to easily and effectively apply acupressure to acupressure parts of the human body. More specifically, it includes a fixed part 100 , a variable part 200 , and a main hinge part 300 , and the fixed part 100 and the variable part 200 are arranged to cross each other, and the main hinge part 300 . Hinges the cross center so that the fixed part 100 and the variable part 200 can be folded or separated by diffracting each other through the main hinge shaft 310 . And with the main hinge part 300 as the center, one side of the fixed part 100 is provided as a fixed pressing unit 110 for applying a grip force, and the other side is provided as a fixed acupressure unit 120 for applying acupressure. In addition, one side of the variable part 200 with the main hinge part 300 as the center is provided as a variable pressure unit 210 for applying a grip force, and the other side is provided as a variable pressure unit 220 for applying acupressure.

Description

PORTABLE ACCUPRESSURE APPARATUS

The present invention relates to a portable acupressure device. Acupressure is a device used to easily and effectively apply acupressure to body parts.

Acupressure is performed to relieve pain or abnormalities in the body. It stimulates acupuncture points and promotes and maintains blood circulation by applying pressure to various body parts such as the skin, musculoskeletal system, and muscles. However, if you continuously apply acupressure with your hands, your physical strength will be exhausted later, and the pressure applied to the acupressure will be lowered. On the other hand, the conventional electric acupressure mechanism has a large purchase cost depending on the electric device and the device for power supply and is poor in portability. As a countermeasure against these problems, an acupressure device that directly maximizes the power of a person and presses the body is disclosed.

In relation to the present invention, in the related art, Patent Registration No. 1554119 (2015.09.11) relating to a lever-type acupressure device (acupressure device) is exemplified in FIG. 1A. Specifically, the working point support 10 constitutes one end of the pedestal 20 and operates as the working point of the three kinds of levers. The pedestal 20 extends from the working point support 10 to act as a fulcrum of the 3rd class lever, and the acupressure part 30 forms the other end of the pedestal 20 and forms the other end of the 3rd class lever together with the working point support 10 . It is configured to acupressure the human body while operating as an action point.

And Patent Registration No. 1468147 (2014.11.26) relating to a portable acupressure device (acupressure device) is illustrated in FIG. 1B. Its configuration, the first acupressure member and the second acupressure member with respect to the pivot axis as an acupressure portion is pivotally coupled; a length adjusting member coupled to one side of the first acupressure member; a first acupressure bar which is movably installed on the length adjusting member; and a second acupressure band installed on one side of the second acupressure member, wherein a guide groove is formed on one side of the first acupressure band to be guided in an up/down direction along the length adjusting member, and the first acupressure member A pin member is installed on one side of the first acupressure to prevent the first acupressure from being separated from the length adjusting member in the left/right direction, and to be supported by the length adjusting member when it is mounted on a certain part of the body and pressed . Through this, the user does not directly press a part of the body with his/her hands, but instead uses the first and second acupressure bands pivoted by the pivotable acupressure unit to place the first acupressure unit facing a certain part of the body that the user wants to pressurize. The acupressure band and the second acupressure band are positioned so that they can be covered so that continuous acupressure can be performed, and the first acupressure band is installed to be guided in the up/down direction to the length adjusting member so that the first acupressure band is spaced apart from the second acupressure band at a certain distance. can be located

However, even if such a conventional acupressure device does acupressure, the effect does not meet expectations, and it is not easy to control the pressure to press a certain part of the body.

The present invention provides a configuration that can be performed more efficiently and without effort when applying continuous acupressure, can more efficiently respond to the shape of the body part of the acupressure target, and realize a more modern and stylish appearance would like to provide

The present invention portable acupressure device,

The fixed part 100, the variable part 200 disposed to intersect the fixed part 100, and the main hinge shaft 310 to which the intersecting axis of the fixed part 100 and the variable part 200 is diffractively hinged. ) including a main hinge part 300 having a,

One side of the fixed unit 100 with the main hinge unit 300 as the center is provided as a fixed pressing unit 110 that applies a grip force, and the other side is provided as a fixed acupressure unit 120 that applies acupressure, fixed pressure. The part 110 and the fixed acupressure part 120 are connected at an angle to each other,

One side of the variable part 200 with the main hinge part 300 as the center is provided as a variable pressure unit 210 for applying a grip force, and the other side is provided as a variable pressure unit 220 for applying acupressure, variable pressure. The part 210 and the variable acupressure part 220 are connected at an angle to each other,

The main hinge part 300 is arranged at the connection part of the fixed pressure unit 110 and the fixed acupressure unit 120 and at the same time, it is arranged at the connection site of the variable pressure unit 210 and the variable acupressure unit 220 so that it is high The government 100 and the variable part 200 are hinge-coupled,

When a person holds the fixed pressure unit 110 and the variable pressure unit 210 and applies a grip force to narrow the distance between them, diffraction is performed around the main hinge shaft 310, and the fixed pressure unit ( As the distance between 120) and the variable acupressure unit 220 is narrowed, the acupressure bundle 122 disposed at the front end of the fixed acupressure unit 120 and the acupressure bundle 222 disposed at the front end of the variable acupressure unit 220 are human. Acupressure is applied by pinching and pressing the acupressure target part of In the rear side 211, in the front side of the fixed pressing unit 110, a receiving groove 111 with a groove in it along the vertical length corresponding to the external shape of the rear side of the variable pressing unit is formed, so that the receiving groove of the fixed pressing unit 110 ( 111) is configured so that the variable front part can be entered and seated,

In addition, the main hinge part 300 includes a pressure holding part 320 to continuously maintain the pressurized and acupressure state without applying any force after applying the pressure to apply acupressure, and the pressurization holding part 320 is a ratchet part It includes a 321 and a pole portion 322,

The ratchet portion 321 includes a ratchet body 321a and a ratchet gear 321b,

The ratchet body 321a is a body of the ratchet part 321 and is configured to be fixedly integrated with the variable pressing part 210 of the variable part 200 and move together, and the ratchet gear 321b is the ratchet part 321. It is disposed on the rear side of the ratchet body 321a and is formed in a ratchet tooth shape that allows only one-way diffraction of itself or a component in contact with it and prevents reverse diffraction, and is disposed along an arc centered on the main hinge shaft 310 become,

The pole part 322 takes the form of a pole and includes a pole lever 322a, a pole lever shaft 322b, a pole body 322c, a pole lever shaft hole 322d, and a pole body shaft 322e,

The pole lever 322a is disposed on the outer surface of the variable part 200 and is fixed to be integrated with the pole body 322c through the pole lever shaft 322b,

The pole lever shaft 322b is interposed (passed through) in the pole lever shaft hole 322d and is diffractively coupled (diffractably fastened) to the fixing part 100, and the outer end of the pole lever shaft 322b (to the outside of the fixing part) The exposed portion) is fixed with the pole control lever, and the inner end of the pole lever shaft 322b has a cylindrical shape, but the pole body pressure release part 322b1 formed by cutting a part of the cylindrical shape into a plane is configured,

The pole body 322c is built in the variable part 200, and takes a ┛ shape and is disposed behind the ratchet part 321 and the pole body pressure release part 322b1, and the upper end of the pole body 322c is the pole body axis. Diffraction-coupled to (322e), the engaging portion (322c3) located at the lower end of the pole body (322c) is a gear tooth type corresponding to the ratchet gear (321b) so as to apply a stopping action against the reverse diffraction of the ratchet By having or taking the form of a locking end, in a state in which the plane of the pole body pressure release part 322b1 is in contact with the front side of the pole body 322c, the locking part 322c3 can be disposed more forward, so the ratchet gear 321b maintain contact with

The pole lever shaft hole 322d is configured in the transverse direction of the fixing part 100,

The pole body shaft 322e is configured in the lateral direction of the fixing part 100,

When the diffraction direction of the fixed part 100 and the variable part 200 is in the forward direction, the locking part 322c3 and the ratchet gear 321b slip to each other while allowing diffraction. 322c3 applies a locking action to prevent reverse diffraction of the variable portion 200 so that the distance between the fixed portion 100 and the variable portion 200 can be fixed, so that the fixed portion 100 and the variable portion once When the gap between 200 is narrowed, the human tissue of the acupressure target is continuously pinched between the fixed acupressure unit 120 and the variable acupressure unit 220, so that the fixed pressure unit 110 and the variable pressure unit 110 and variable pressure are no longer applied. The acupressure state is maintained even if a continuous grip force is not applied to the pressing unit 210,

When releasing the acupressure state, when the pole control lever installed on the outside of the fixing part 100 is diffracted by hand, the pole shaft and the pole body pressure release part 322b1 are diffracted together along this, and the pole body pressure release part 322b1 first. As the pole body 322c, which was in contact with the plane of the pole body, is pushed back by the cylindrical shape of the pressure release part 322b1, the contact of the ratchet gear 321b from the locking part 322c3 is released to allow reverse diffraction operation. Since it can be freely diffracted, the distance between the fixed acupressure part 120 and the variable acupressure part 220 can be increased while the variable part 200 returns to its original position, so that the acupressure state is canceled.

In addition, the present invention, the variable part 200 further includes a sub-hinge part 230 for adjusting the initial distance separately,

The sub-hinge part 230 is divided into a variable pressure part 210 and a variable acupressure part 220 with the variable part 200 as a center of the main hinge part 300, and the variable pressure part 210 and the variable acupressure part Each end divided into 220 is temporarily threaded on the main hinge shaft 310 of the main hinge unit 300 and hinged, but each separate (separately) diffraction is possible, for this purpose, the variable acupressure unit 220 The side surfaces of each divided end of the are provided as a variable pressure unit side sub hinge unit bundle 231 and a variable pressure unit side sub hinge unit bundle 232, respectively, and each sub hinge unit bundle ( 231) (232), the variable pressure part side sub-hinge part shaft (231a) and the variable pressure part side sub-hinge part shaft (232a) passing through the center of the disc are configured, hinged to each other, and at the same time, the main hinge shaft 310 of the main hinge part 300 is hinged to, and on the surface of the disk of each sub-hinge bundle (231, 232)), the variable pressure unit side binding concavo-convex portion (231b) and the variable pressure unit side binding concavo-convex portion (232b) are arranged along the circumference of the disc at equal intervals are formed to correspond to each other, and as the variable pressure unit side sub-hinge unit bundle 231 and the variable pressure unit side sub-hinge unit bundle 232 are in close contact with each other and away from each other along the hinge axis on the hinge axis of the hinge unit, the variable pressure unit side binding concavo-convex portion ( 231b) and the variable acupressure part-side binding concavo-convex part 232b are installed to enable mutual binding or unbonding, so that the initial distance is adjusted according to the shape of the acupressure target, and thereafter, the fixed pressing part 110 and the variable pressing part 210 ) to apply the grip force to perform acupressure.

According to the present invention, when continuous acupressure is applied and performed, it can be performed more efficiently without effort, can more efficiently respond to the shape or thickness of the body part subject to acupressure, and can provide a more sophisticated appearance.

1 shows an example of a pressure mechanism according to the prior art. (However, the reference numerals are not related to the present invention)
Hereinafter, as according to the present invention,
2 is a perspective view viewed from different directions.
3 is an exploded perspective view and a partial view.
4 is an exploded perspective view of a detailed part;
5 is an exemplary view showing an operating state.
FIG. 6 is an exemplary view showing an operation state following FIG. 5 .
7 is an exemplary view showing another operating state.

Hereinafter, a detailed description will be provided based on the embodiments of the accompanying drawings.

The portable acupressure device of the present invention, when holding in the hand and applying a grip force (grasping force), the fixing part 100 serving as a fixed pedestal, and moving in the longitudinal direction (front and back, front and back) to acupressure (picking force) ) to be applied or released, the variable portion 200 intersected with the fixed portion 100 and the fixed portion 100 and the variable portion 200 through the main hinge shaft 310 (diffraction axis, intersecting axis). It consists of a main hinge part 300 that is hinged (diffraction-coupled) so that mutual diffraction (rotation, refraction) is possible about the intersection center as an axis. Reference is made to the examples of FIGS. 2 and 3 .

The fixing part 100 takes the ∩ shape bent downward (downward direction) with the main hinge part 300 as the center, and the fixed pressing part 110 located on the rear side (rear side) and the front side (front). It is divided into a fixed acupressure unit 120 . That is, the fixed pressure unit 110 and the fixed pressure unit 120 are provided at an angle to each other.

The fixed pressing unit 110, when a person pulls the variable pressing unit 210 of the variable unit 200 backward (rearward direction) to apply a grip force, counter (opposite, opposite) to the front (forward direction) The push generates a virtual force to serve as a support, and for this, the fixed pressing unit 110 takes the same shape (size, shape) as the handle of a handgun that can be held by hand.

The fixed acupressure unit 120 is fixed to the fixed pressure unit 110 as a single body, so that when the variable acupressure unit 220 of the variable unit 200 is pulled back to apply acupressure to the human body, it is opposed to the front to generate a virtual pushing force and serve as a support. is composed

The variable portion 200 is divided into a variable pressure unit 210 located at the rear side and a variable pressure unit 220 located at the front side by taking a ∩ shape bent downward around the main hinge unit 300 . That is, the variable pressure unit 210 and the variable pressure unit 220 may be provided at an angle to each other.

The variable pressure unit 210 is located between the fixed pressure unit 110 and the fixed acupressure unit 120, and takes the same shape as a trigger of a pistol so that a person can hold it by hand and pull it backward to apply a grip force.

The variable acupressure unit 220 is located in front of the fixed acupressure unit 120, is fixed to the variable pressure unit 210 and one body, and is pulled rearward along the variable pressure unit 210 to apply acupressure, To this end, at the lower end of the variable acupressure unit 220, a ball-shaped variable unit 200 side acupressure bundle 222 is configured to apply a pressing force toward the rear.

The body of the fixed acupressure part 120 and the variable acupressure part 220 may take the form of an arc facing each other corresponding to each other when viewed from the side.

The main hinge part 300, the fixed part 100 and the variable part 200, each center, that is, the upper side of each of the fixed part 100 and the variable part 200 ∩ shape, that is, the fixed pressing part 110 and the fixed acupressure The intersection of the action of folding and unfolding like scissors by hinge-combining the connecting portion (between) of the portion 120 and the connecting portion (between) of the variable pressing portion 210 and the variable acupressure portion 220 with the main hinge shaft 310 acts as an axis. The main hinge shaft 310 is formed in the inner body of the fixing part 100 in the transverse direction (the longitudinal direction, the left and right side directions) (the diffraction shaft is formed to protrude or perforated by making a hole).

At this time, the fixed pressing unit 110 and the variable pressing unit 210 and the rear side 211 of the fixed pressing unit 110 and the variable pressing unit 210 facing each other so that the working distance can be improved (increased) by overlapping the fixed pressing unit 110 and the variable pressing unit. In the front side of the fixed pressing unit 110, a receiving groove 111 (accept hole) formed by recessing a groove along the vertical length corresponding to the external shape of the rear side of the variable pressing unit may be configured, and through this configuration, the fixed pressing unit 110 may be configured. The variable front part is seated (entered) in the receiving groove 111 of the can be stacked.

Through the above configuration, when holding the fixed pressing unit 110 and the variable pressing unit 210 by hand and applying a grip force to narrow the distance between them (m1), that is, the fixed pressing unit 110 and the variable pressing unit When the part 210 conducts circular diffraction (m1 ``) (diffraction in the direction of pressing and pressing) around the main hinge shaft 310 of each other, the distance between the fixed acupressure part 120 and the variable acupressure part 220 The acupressure bundle 122 of the fixed part 100 and the acupressure bundle 222 of the variable part 200 may be pinched and pressurized by pressing the acupressure part of the body while also narrowing (m1`). Conversely, if the distance between the fixed pressing unit 110 and the variable pressing unit 210 is increased (m3), that is, the fixed pressing unit 110 and the variable pressing unit 210 are mutually connected to the main hinge shaft 310 . When the reverse diffraction (m3``) (diffraction in the opposite direction) is performed to the center, the distance between the fixed acupressure unit 120 and the variable acupressure unit 220 is also increased (m3`). Reference is made to the examples of FIGS. 5 and 6 .

At this time, an elastic body (spring) can be hung between the two corresponding components to facilitate the return to the original position. The spring can be applied to apply elasticity.

In addition, while performing acupressure, it can be configured to continuously maintain the state of pressurization and acupressure without further applying human force, and for this purpose, the main hinge unit 300 is pressurized disposed at the rear of the main hinge shaft 310 . A holding part 320 is further provided, and the pressure holding part 320 is configured to include a ratchet part 321 and a pawl part 322 . Reference is made to the examples of FIGS. 3 and 4 .

The ratchet part 321 is composed of a ratchet body 321a and a ratchet gear 321b. The ratchet body 321a is a body of the ratchet part 321 and is formed as a body with the variable pressing part 210 of the variable part 200 from the beginning, or a variable pressing part ( 210) is fixed to the one body and is configured to move together. The ratchet gear 321b is disposed on the rear side of the ratchet part 321 and the ratchet body 321a to allow only one-way diffraction of itself or an object in contact with it, that is, forward diffraction (forward diffraction) and reverse diffraction (reverse diffraction) It is formed in a ratchet tooth shape to prevent (block), and is disposed along an arc centered on the main hinge shaft 310 (on the arc of the main hinge shaft 310 ).

The pole part 322 takes the form of a pole engaging the ratchet, and a pole lever 322a, a pole lever shaft 322b, a pole body 322c, a pole lever shaft hole 322d, and a pole body shaft ( 322e) is included.

The pole lever 322a is disposed on the outer surface of the variable part 200 by taking the shape of a rod so that it can be operated by turning by hand, and the upper side of the pole lever 322a is the outer end (outside) of the pole lever shaft 322b. It is fixed to the portion where it is located) and is configured to be integrated with the pole body 322c and to perform diffraction operation together.

The pole lever shaft 322b is disposed in the transverse direction and is interposed (interposed, passed) in the pole lever shaft hole 322d to be diffractively coupled to the fixing part 100, and the inner end (inner side) of the pole lever shaft 322b. location), a portion of the cylindrical outer peripheral surface of the pole lever shaft 322b is retracted (cut off) to the center of the pole lever shaft 322b, and the pole body pressure release part 322b1 formed in a plane is configured, so that the pole body presses normally. The pole body side contact portion 322c2 in contact with the branch 322b1 is in an advanced state, and accordingly, the locking portion 322c3 is in a state in which the ratchet gear 321b and the ratchet gear 321b are in normal contact. When the pole body pressure release part 322b1 passes to another place along the diffraction m2 of the pole lever shaft 322b (the position is changed) and the cylindrical outer peripheral surface of the pole lever shaft 322b is located toward the pole body 322c, As a new contact is made between the outer peripheral surface of the pole lever shaft 322b and the pole body side contact portion 322c2, the cylindrical outer peripheral surface of the pole lever shaft 322b pushes the pole body 322c back (m2``), and at this time, the pole body The pole body 322c is diffractively moved backwards around the axis 322e so that the engaging portion 322c3 is retreated backward, and eventually the engaging portion 322c3 is retreated from the ratchet gear 321b to the rear, and mutual contact is canceled. See the example of Figure 6C.

The pole body 322c is built in the inside of the variable part 200, and takes the shape of the ratchet part 321, the pole lever shaft 322b or the pole body pressure release part 322b1, and is disposed behind the pole body 322b1. The upper end of the body 322c is diffractively coupled to the pole body shaft 322e, a locking portion 322c3 is formed at the lower end of the pole body 322c, and the locking portion 322c3 has a stopping action against the reverse diffraction of the ratchet. It has a gear tooth shape corresponding to the ratchet gear 321b or takes the form of a locking end (lockable end) so that it is normally engaged with the ratchet gear 321b, but in the case of circuit diffraction, the mountain of the ratchet gear 321b The locking portion 322c3 is installed to slide upward, and when reverse diffraction is applied, the locking portion 322c3 deep into the bone of the ratchet gear 321b penetrates and suppresses the movement to catch it. Incidentally, in a state in which the plane of the pole body pressurization release part 322b1 is in contact with the front plane of the pole body 322c, the lower end of the pole body 322c can be disposed more forward, so that the engaging part 322c3 is a ratchet While maintaining contact while being bitten by the gear 321b, in a state in which the cylindrical outer peripheral surface of the pole lever shaft 322b comes into contact with the front plane of the pole body 322c, the pole body 322c is pushed back and the ratchet gear 321b) The locking part 322c3 bitten by the diaphragm falls out of the ratchet gear 321b and is no longer in contact.

The pole lever shaft hole 322d is provided so that the inside and outside penetrate through the upper side of the fixing part 100 and at the rear of the main hinge shaft 310, the fixing part 100 body in the transverse direction. Both ends of the pole lever shaft 322b are positioned inside and outside, respectively, as the pole lever shaft 322b passes and is fitted, and these are referred to as the inner end and the outer end.

The pole body shaft 322e is formed in the transverse direction in the inner body of the fixing part 100 (protruding the diffraction axis or forming a hole by making a hole) to serve as a diffraction axis, and here the pole body upper end 322c1 is diffractically coupled.

Through this configuration, when the fixed part 100 and the variable part 200 are cyclic diffraction (m1``), the engaging part and the ratchet gear 321b mutually slip (sliding) while diffraction is possible, and vice versa In the case of diffraction, the distance between the fixed part 100 and the variable part 200 is fixed in such a way that diffraction of the variable part 200 is prevented by applying the locking action of the locking part 322c3 to the ratchet gear 321b, Once the gap between the fixed part 100 and the variable part 200 is narrowed, the human tissue that is the acupressure target is kept being pinched between the fixed acupressure part 120 and the variable acupressure part 220, so no more effort is needed. Even if a continuous grip force is not applied to the fixed pressing unit 110 and the variable pressing unit 210 , the acupressure is maintained so that the acupressure can be continued. Reference is made to the examples of FIGS. 5 and 6 .

Conversely, when releasing the acupressure state, if the pole control lever installed on the outside of the fixing part 100 is diffracted by hand, the pole shaft and the pole body pressure release part 322b1 are diffracted together, and accordingly, the pole body pressure release part The contact of the ratchet gear 321b from the locking part 322c3 is canceled while the pole body 322c, which has been advanced in contact with the plane of the 322b1, is pushed back by the cylindrical shape of the pole body pressure release part 322b1 and retreats. , Accordingly, the reverse diffraction (m3``) operation of the variable part 200 fixed integrally with the ratchet part 321 is allowed, allowing free diffraction, so that the variable part 200 returns to its original position while the fixed acupressure part ( 120) and the variable acupressure unit 220 may be farther apart so that the acupressure state is canceled. At this time, the elastic body (spring) can be hung between the two corresponding components to facilitate the return to the original position. can be hung to give Reference is made to the examples of FIGS. 5 and 6 .

In addition, in order to set (align) the initial angle and distance adjustment of the fixed acupressure unit 120 of the fixed unit 100 and the variable acupressure unit 220 of the variable unit 200, the sub-hinge unit 230 is further configured separately. can do. To this end, first, the variable portion 200 is divided into the variable pressure portion 210 and the variable pressure portion 220 with the main hinge portion 300 as the center (divided, split) and provided separately and then diffractically coupled to one body. make up Reference is made to the examples of FIGS. 3 and 4 .

The sub-hinge part 230 is divided into a variable pressure unit 210 and a variable pressure unit 220, and each end provided is temporarily threaded on the main hinge shaft 310 of the main hinge part 300 (one-axis threaded through). d) Diffraction coupling, but each (separately, each separately) independent diffraction is made possible. To this end, the side surfaces of each divided end of the variable acupressure unit 220 are provided in the form of a disk facing each other as a variable pressure unit side sub hinge unit bundle 231 and a variable acupressure unit side sub hinge unit bundle 232, respectively. do. At the center of the disk of each sub-hinge bundle 231 and 232, the variable pressure-side sub-hinge shaft 231a and the variable-pressure-side sub-hinge shaft 232a are formed (the diffraction shaft is formed to protrude or perforated by making a hole), so that both are diffractively coupled to each other, and form a hinge coupling together with the main hinge shaft 310 of the main hinge part 300 . And on the disk surface of each sub-hinge bundle (231, 232)), the variable pressing unit side binding concavo-convex portions 231b and the variable acupressure unit side binding concavo-convex portions (232b) are arranged along the circumference of the disc at equal intervals so that they correspond to each other. It is formed and bound (interlocked). Accordingly, as the variable pressing unit side sub-hinge unit bundle 231 and the variable pressure unit side sub-hinge unit bundle 232 are in close contact with each other and away from each other on the hinge axis of the hinge unit (along the hinge axis), the variable pressing unit side binding concavo-convex portion 231b It can be installed to enable mutual binding or unbonding (disengagement of engagement) between the and the variable acupressure part-side binding concavo-convex part 232b. For this operation, at least one of the sub-hinge unit bundles 231 and 232) is configured to slide in a predetermined range along the axial direction of the main hinge shaft 310 . In this case, the initial angle adjusting unit 231c in the form of a dial may be formed on the outer surface of at least one of the variable pressure unit side sub hinge unit bundle 232 or the variable pressure unit side sub hinge unit bundle 232 . In use, the initial angle adjustment part 231c is pulled out a little (a predetermined range) by hand to release the mutual binding (release the binding) of the binding concavo-convex part 231b and the variable acupressure part-side binding concavo-convex part 232b, and then, While turning the initial angle adjusting unit 231c by hand, before acupressure, the relative distance adjustment of the variable acupressure unit 220 to the fixed acupressure unit 120 according to the shape (size, thickness, area, etc.) of the acupressure target is performed in advance. After setting the optimized acupressure distance, if the initial angle adjusting unit 231c is pushed again to bind the binding concavo-convex portion 231b and the variable acupressure unit-side binding concavo-convex unit 232b again, the set distance and angle are maintained and optimized It is possible to perform acupressure in a state of being. See the example of FIG. 7 .

When performing this binding, an elastic body (spring) can be hung between two corresponding components to facilitate the return to the original position. For example, both ends of the spring in the variable pressure unit 210 and the variable pressure unit 220 You can apply the elasticity by applying a spring by fixing each of them.

fixing unit 100; Fixed pressing unit 110; Fixed acupressure unit 120;
variable unit 200; variable pressure unit 210; Variable acupressure unit 220;
Main hinge unit 300; main hinge shaft 310;

Claims (2)

It includes a fixed part 100, a variable part 200 disposed to cross the fixed part 100, and a main hinge part 300 for hinge-joining the center of intersection of the fixed part 100 and the variable part 200. do,
One side of the fixed part 100 is provided as a fixed pressing unit 110 with the main hinge unit 300 as a center, and the other side is provided as a fixed acupressure unit 120 , and the fixed pressing unit 110 and the fixed pressing unit are provided. (120) is connected at an angle to each other,
One side of the variable part 200 is provided as the variable pressure unit 210 with the main hinge unit 300 as the center, and the other side is provided as the variable pressure unit 220 , and the variable pressure unit 210 and the variable pressure unit are provided. (220) is a portable acupressure device that is connected to each other at an angle,
The main hinge part 300 includes a pressure holding part 320, and the pressure holding part 320 includes a ratchet part 321 and a pole part 322,
The ratchet portion 321 includes a ratchet body 321a and a ratchet gear 321b,
The ratchet body 321a is fixed to the variable pressing part 210 as a body of the ratchet part 321, and the ratchet gear 321b is disposed on the rear side of the ratchet body 321a,
The pole part 322 takes the form of a pole and includes a pole lever 322a, a pole lever shaft 322b, a pole body 322c, a pole lever shaft hole 322d, and a pole body shaft 322e,
The pole lever 322a is disposed on the outer surface of the variable part 200 and is fixed to be integrated with the pole body 322c through the pole lever shaft 322b,
The pole lever shaft 322b passes through the pole lever shaft hole 322d and is diffractively coupled to the fixing part 100, and has a cylindrical shape at the inner end of the pole lever shaft 322b, but a part of the cylinder is cut into a plane. Pole body pressure release portion (322b1) is configured,
The pole body 322c is embedded in the variable part 200, and the pole body is disposed behind the pressure release part 322b1 by taking a ┛ shape, and the upper end of the pole body 322c is diffractively coupled to the pole body shaft 322e and , The engaging portion 322c3 located at the lower end of the pole body 322c takes a gear tooth shape corresponding to the ratchet gear 321b, and the plane of the pole body pressure release portion 322b1 is the front side of the pole body 322c. It is configured to maintain a state of contact with the ratchet gear 321b by being forwardly disposed of the engaging portion 322c3 in a state in which it is in contact with the
The pole lever shaft hole 322d and the pole body shaft 322e are respectively formed in the transverse direction of the fixing part 100,
When the diffraction direction of the fixed part 100 and the variable part 200 is in the forward direction, diffraction is allowed while the engaging part 322c3 and the ratchet gear 321b slip to each other, and when the diffraction direction is the reverse direction, the ratchet gear 321b and the engaging part ( 322c3) is prevented due to the jamming action of the reverse diffraction, the distance between the fixed part 100 and the variable part 200 is fixed so that the acupressure state is maintained,
A portable acupressure device, characterized in that. It includes a fixed part 100, a variable part 200 disposed to cross the fixed part 100, and a main hinge part 300 for hinge-joining the center of intersection of the fixed part 100 and the variable part 200. do,
One side of the fixed part 100 is provided as a fixed pressing unit 110 with the main hinge unit 300 as a center, and the other side is provided as a fixed acupressure unit 120 , and the fixed pressing unit 110 and the fixed pressing unit are provided. (120) is connected at an angle to each other,
One side of the variable part 200 is provided as the variable pressure unit 210 with the main hinge unit 300 as the center, and the other side is provided as the variable pressure unit 220 , and the variable pressure unit 210 and the variable pressure unit are provided. (220) is a portable acupressure device that is connected to each other at an angle,
The variable part 200 further includes a sub-hinge part 230 for initial distance adjustment,
The sub-hinge unit 230 is divided into a variable pressure unit 210 and a variable pressure unit 220 around the main hinge unit 300 in which the variable unit 200 is divided into a variable pressure unit 210 and a variable pressure unit. Each end divided by 220 is temporarily threaded and hinged on the main hinge shaft 310 of the main hinge unit 300, and the side of each divided end of the variable acupressure unit 220 is in the form of a disc facing each other. It is provided as a variable pressure unit side sub-hinge unit bundle 231 and a variable acupressure unit side sub-hinge unit bundle 232, respectively, and is disposed along the circumference of the disk surface of each sub-hinge unit bundle 231 and 232, The variable pressure-side binding concavo-convex portion 231b and the variable acupressure unit-side binding concavo-convex portion 232b are formed to correspond to each other, so that the variable pressure-side sub-hinge unit 231 and the variable acupressure unit-side sub-hinge unit bundle 232 are in close contact with each other. and as farther apart, the two binding concavo-convex portions 231b and 232b are configured to be mutually bound or unbound,
A portable acupressure device, characterized in that.

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