KR20080075077A - Massage geostatic shock nine - Google Patents

Abstract

A massage and acupressure striker is provided to embody an action that strikes a human body repeatedly, and to be manufactured at a low cost. A massage and acupressure striker includes: a left-protruded hole(12) having a left-protruded hole entrance and/or a right-protruded hole(22) having a right-protruded hole entrance; a striker inner circumference(160) comprising at least any one selected from a left hole inner circumference(16) and a right hole inner circumference(26); and an inner circumference striker comprising at least any one selected from an inner circumference left striker(102) one side of which is protruded from the striker inner circumference to the outer circumference of the left-protruded hole entrance, and an inner circumference right striker(103) one side of which is protruded from the striker inner circumference to the outer circumference of the right-protruded hole entrance. If the left-protruded hole or the right-protruded hole strikes a human body, one side of the inner circumference striker formed by at least any one of the inner circumference left striker and the inner circumference right striker hits the human body, and subsequently the one side of the inner circumference striker moves to the striker inner circumference through the left-protruded hole entrance and right-protruded hole entrance, and then one side of the left-protruded hole or right-protruded hole embodies an action that strikes the human body.

Description

Massage geostatic shock nine {Massage geostatic shock nine}

The present invention relates to a massage and acupressure hitting hole, the left side hitting hole formed in the left side of the left side flange including the left side projection on the one end of the left side through hole opening is formed with a hitting part coupling hole formed at the one end Forming a hitting surface, and forming a left hitting force coupling tab on one side of the left hitting tool including a left projection, left hitting hitting surface, and left curved flange, and forming an inner periphery of the left periphery of the left hitting hitting surface The inner circumference of the inner circumferential left hammer hole escape brace is formed by the left exit hole exit, and the inner circumference of the left bulge hole and the inner circumference of the left circumferential left hammer breakout prevention jaw and the inner circumference of the left curved flange Forming a left hammer, including the step of forming an inner circumference of the left through,

A right curved flange formed with a hitting portion coupling tab is formed at one end of the right protrusion hole formed in one side of the right side exit hole facing the left striker, and at the other end, a right striker strike surface including the right protrusion is formed. A right hitting force coupling tab is formed on one side of the right hitting tool including the right protrusion, the right hitting hitting surface, and the right bent flange, and the through hole inner peripheral right hitting hole stopper is formed at the inner circumference of the right hitting hitting surface. The inner periphery of the inner periphery right striker escape stop is formed by the right side exit hole entrance, the inner periphery of the right perforated hole and the inner periphery of the right periphery right side hitch escape stopper and the inner periphery of the right curved flange Forming a right periphery including forming a periphery

The left curved flange of the left hammer is formed in the left hole and the right curved flange of the right hammer is formed in the right hole. An inner peripheral hammer is formed by inserting a left hammer and a right inner hammer.

At this time, the striking portion coupling hole formed on one side of the left hammer and the striking portion coupling tab formed on one side of the right hammer are interlocked to form a striking portion by a high frequency fusion process.

Therefore, one end of the elastic portion formed the elastic portion of the hitting coupling hole of the means to be connected to the hitting portion and the other end protruding the elastic portion handle engaging tab of the means to be connected to the handle portion formed left side hitting elastic coupling tabs on one side of the hitting hole And the right striker resilient coupling tab is formed by fitting and joining the resilient portion of the elastic coupling portion formed in one end of the elastic portion, and the handle portion elastic coupling hole of the means to be connected to the resilient portion in one end of the handle portion formed in the elastic portion When the elastic part handle engaging tab is inserted into the inner circumference of the handle part elastic coupling hole formed on the handle part, the joint is formed and hits any one selected from the left and right hammers toward the human body. Any one selected from an inner circumferential left side hitter including an inner circumferential right side hitting hole including an inner circumferential right side hitting hole projection; Inner periphery consisting of an inner circumferential left hammer hole and an inner circumferential right hammer hole flange and an inner circumferential right hammer hole protrusion that strikes the human body and is subsequently operated by an elastic body. One of the right hitters moves to the percussion circumference, and the left hitters and the right hitting flanges, the right hitchholes and the right protrusions, which include the left bent flange, the left protrusion hole, the left protrusion and the left hitter strike surface, Provides a massage and acupressure batting device that implements the action of battering the human body of one side selected from the right hitting tool including the right hitting hitting surface.

In general, the massage and acupressure blower is formed with a plurality of projections on the hitting surface is a slight effect of the multiple hitting the human body at the same time a number of protrusions on the hitting surface according to one hit.

Conventionally, according to the Republic of Korea Patent Office No. 10-0784157-0000 known by the applicant, the secondary strike sphere, the lower strike projection formed on the secondary strike sphere · lower surface (second strike sphere upper surface, secondary strike sphere lower surface) The length of the striking striking projections (strike striking strike 1, striking striking strike 2) including the thickness of the striking pitcher (strike 1, striking 2) Forming longer, holding the handle by hand and hitting the blow (hit ball 1, hit ball 2) toward the surface of the human body hitting the blow hit by the elasticity of the elastic portion (hit ball 1 resilient part, hitting ball 2 resilient parts) One side of the projection (strike 1 strike projection, strike 2 strike projection) hits the surface of the human body in succession, the second strike shot by the elasticity of the second strike hitting force part, the lower strike projection (second strike hit top projection, secondary strike One side of the lower inferior hammer strikes the body surface Is characterized to be formed makes it possible to realize the function.

In addition, according to the Republic of Korea Patent Office No. 20-0421182-0000 known by the applicant applicants to form a secondary hammer hole in the inner periphery of the pair of curved hitting ball (hit ball 1, hitting ball 2), the pair of curved The secondary striker edge 1 guider and the secondary striker edge 2 guider are used for the purpose of promoting the variable function of the secondary striker inserted in the inner periphery of the striker (hits 1 and 2). The periphery of one side of the inner periphery of the secondary striker, and the edge of the secondary striker resilient portion spoken to one side of the secondary striker is an elastic portion integrally addressed to one side of the striker (striker 1, striker 2) ( Resilient parts (strike ball 1 resilient part, integrally addressed to one side of the hitting ball (strike ball 1, striking ball 2) when used in the edge handle portion of the striking ball 1 resilient part, the striking ball 2 resilient part) Hold the handle of the edge of the striking hole 2 resilient part) with your hand and When knocked, the impactor 1 resilient part repels the striker 1 striker 1 striker strikes the surface of the human body, and the second striker edge 1 formed at the inner periphery of the striker (hitter1, striker2) is subsequently hit. Due to the elasticity of the resilient portion, the secondary striking edge has a feature formed so as to rush toward the edge 1 induction hole and the secondary striking edge 1 striking projection can strike the surface of the human body.

Such a configuration and action can not be lowered due to a large range of packaging volume in the manufacturing process and distribution process because the handle and the elastic portion can be spaced at a predetermined angle to produce a predetermined effect.

A left curved flange is formed on one end of the left side through hole formed with a hitting part coupling hole formed on one side of the left side through hole, and the other end forms a left hitting surface including a left protrusion, and a left protrusion and left hitting hit surface The left striker elastic coupling tab is formed on one side of the left hitter formed by the left and the left curved flange, and the through-hole inner periphery left striker escape stopper is formed at the inner periphery of the left hitting hitter surface to disengage the inner periphery left hitch. The inner periphery of the prevention jaw is composed of the left protrusion through the entrance, and forming the left through the inner periphery consisting of the inner periphery of the left protrusion through hole and the inner periphery of the inner periphery left hammer hole escape prevention jaw and the inner periphery of the left curved flange The left hitting hole is formed, and the hitting part is missed at one end of the right exit hole in which the right exit hole opening is formed at one side facing the left hitting hole. Formed through-hole right curved flange formed with a tab, and at the other end of the right striker strike surface including the right protrusion, and the right striker at one side of the right striker formed by including the right protrusion and the right hitter strike surface and the right curved flange Forming a coupling tab, and forming a through hole inner peripheral right side hitter escape stop at the inner circumference of the right hitting hitting surface, so that the inner circumference of the right outer hitting thrower stopper is composed of the right protrusion exit entrance, and the inside of the right exit hole Forming the right perforation and forming the right perforation including the inner periphery of the main periphery and the periphery of the right percussion throwaway prevention jaw and the inner periphery of the right bend flange, forming the right percussion and forming the left perforation in the left perforated flange And the right bent flange of the right striker formed with the right through hole peripherally formed to be opposed to each other to form an inside hole of the hitting hole. It is formed by inserting an inner circumferential hammer hole consisting of an inner circumferential left hammer and an inner circumferential right hammer at an inner circumferential edge.

At this time, the striking portion coupling hole formed on one side of the left hammer and the striking portion coupling tab formed on one side of the right hammer are interlocked to form a striking portion by a high frequency fusion process.

Therefore, one end of the elastic portion formed the elastic portion of the hitting coupling hole of the means to be connected to the hitting portion and the other end protruding the elastic portion handle engaging tab of the means to be connected to the handle portion formed left side hitting elastic coupling tabs on one side of the hitting hole And the right striker resilient coupling tab is formed by fitting and joining the resilient portion strike coupling hole formed at one end of the elastic portion, and formed by the elastic portion by forming the handle portion elastic fitting hole of the means to be connected to the resilient portion at one end of the handle portion The elastic part handle is formed by fitting the fitting tab to the inner circumference of the handle part elastic coupling hole formed in the handle portion.

Therefore, when one of the left hitter and the right hitter is blown toward the human body during use, the inner periphery right strike including the inner periphery left percussion protrusion and the inner periphery right percussion bumper Any one selected from the spheres strikes the human body, and the inner circumferential left side impactor flange and the inner circumferential right side impactor flange and inner circumferential right side strike formed by the action of the elastic body, followed by the inner circumferential left side mallet flange and the inner circumferential left side striking protrusion. One of the inner right side hitters, including the bumps, is selected to move to the perimeter of the hitting ball, and the left hitch and the right bends, including the left bend flange, the left protruding hole, the left protrusion and the left hitch hitting surface. Among the right strikers, including the flange, the right protrusion hole, and the right protrusion and the right hitting strike surface. Implementing the selected document is a side effect of the roll body portion of one being massage, there is provided a blow syntax for acupressure.

A left curved flange is formed on one end of the left side through hole formed with a hitting part coupling hole formed on one side of the left side through hole, and the other end forms a left hitting surface including a left protrusion, and a left protrusion and left hitting hit surface A left striker elastic coupling tab is formed on one side of the left striker formed by including a left and a left curved flange,

The inner periphery of the left percussion left hitter escape stopper is formed on the inner periphery of the left percussion striking plane, and the inner periphery of the inner periphery left percussion breakout prevention jaw consists of the left protruding hole entrance and the inner periphery of the left protruding hole Forming a left hammer hole, including forming an inner circumferential edge of the left through hole formed of an inner circumference of the yaw prevention jaw and an inner circumference of the left curved flange;

A right curved flange formed with a hitting portion coupling tab is formed at one end of the right protrusion hole formed in one side of the right side exit hole facing the left striker, and at the other end, a right striker strike surface including the right protrusion is formed. A right striker resilient coupling tab is formed on one side of the right striker including the right protrusion, the right hitting hitting surface, and the right curved flange, and a through hole inner peripheral right hitting hole separation prevention barrier is formed on the inner circumference of the right hitting hitting surface. The inner circumference of the inner periphery right striker escape stop is composed of the right exit hole exit, the inner periphery of the right exit hole and the inner periphery of the right perforated strike hole escape bump, and the inner periphery of the right curved flange Forming a right striker including the step of forming a;

Forming an impact hole inner periphery by jointly joining the left curved flange of the left striker formed with the left through hole and the right curved flange of the right striker formed with the right through hole;

Insert the inner circumferential landing gear consisting of the inner circumferential left hammer and the inner circumferential right hammer which have one end protruding into the outer circumference of the inner circumferential left side hitter breakout prevention jaw and the inner circumferential right side hitter breakout prevention jaw with the elastic body interposed therebetween. Forming by,

Forming a striking portion by a high frequency fusion process by interlocking the striking portion joining hole formed on one side of the left striking hole and the striking portion joining method formed on one side of the right striking hole;

At one end of the resilient portion forms a resilient portion strike coupling hole of the means to be connected to the hitting portion and the other end protruding the resilient handle grip tab of the means to be connected to the handle portion, left striker elastic coupling tab and the right side formed on one side of the hitting hole An elastic part formed by the elastic part by forming a grip part elastic coupling hole of the means to be connected with the elastic part in one end of the handle portion by forming a joint by striking the elastic ball hitting hole formed in one end of the elastic portion The handle coupling tab is characterized in that it comprises a step of fitting to the inner periphery of the handle portion elastic coupling hole formed in the handle portion to form a coupling.

When one of the left and right protrusion holes is blown toward the human body, one side of the inner peripheral hammer is formed by hitting one or more of the inner peripheral left hammer and the inner right hammer, and the elastic body is continuously connected. One side of the inner peripheral hammer is formed by selecting at least one of the inner circumferential left hammer and the inner circumferential right hammer which hit the human body by the action of The portion formed to protrude to the outer periphery of the above) is a striking periphery consisting of any one or more selected from the left through-hole and the right through-hole through the left through-hole exit and the right through-hole exit formed by selecting any one or more Move in succession to the left and right exit holes Selected to create the effect of implementing a function to roll the side body portion formed of one

1 is a perspective view of the present invention.

2 is a cross-sectional view of main parts of the present invention.

Figure 3 is a sectional view of the main portion of the inner peripheral hammer strike according to the present invention.

4 is a cross-sectional view taken along the line AA ′ of FIG. 1.

5 is a cross-sectional view taken along line BB ′ of FIG. 1.

6 is an exploded perspective view of the present invention.

7 is a modified perspective view according to the present invention.

8 is a sectional view of the main part according to FIG. 7;

9 is a cross-sectional view taken along the line AA ′ of FIG. 7.

FIG. 10 is a cross-sectional view taken along line BB ′ of FIG. 7.

11 is an exploded perspective view of FIG. 7.

12 is another modified cross-sectional view according to the present invention.

Figure 13 is another perspective view according to the present invention.

14 is a cross-sectional view taken along the line AA ′ of FIG. 13.

15 is a cross-sectional view taken along the line BB ′ of FIG. 13.

16 to 17 is a state diagram showing the use of "an embodiment" of the present invention.

As shown in Figure 1, the handle portion 801 is formed on one side of the elastic portion 601 formed in a predetermined width, thickness, length, and the other end is formed with the impact portion 301,

As shown in Fig. 2 to Fig. 3, the hitting part coupling facing the hitting part coupling hole 52 of the left bent flange 10 and the left bent flange 10 formed with the hitting part coupling hole 52 at one end thereof. To form the right curved flange 20, the tab 51 is formed,

On the inner circumference of the left curved flange 10 to form a left projection hole 12 consisting of a predetermined left through hole inner circumference 16,

A predetermined right through-hole inner periphery 26 is formed at the inner periphery of the right curved flange 20 opposite to the left-sided through-hole 12 having a predetermined left through-hole periphery 16 formed at the inner periphery of the left-curved flange 10. Form a right protrusion through-hole (22),

The outer periphery of the left hammer hole 100 formed with a hitting portion coupling hole 52 in one side of the left protrusion through-hole 12, the inner periphery of the predetermined left through-hole 16 is formed on the inner periphery of the left curved flange 10 The left projecting hole 12 formed with a left hitting ball resilient coupling tab 302 as a means to connect with the elastic portion 601 on the side, and a predetermined left through hole inner circumference 16 formed on the inner circumference of the left curved flange 10. Right curved opposite to the left striker resilient tab 302 formed by a means for connecting with the elastic portion 601 on the outer peripheral side of the left striker 100 formed with a hitting portion coupling hole 52 in one side of the) Resilient portion at one side of the right periphery 200 of the right hitting hole 200 in which a hitting part coupling tab 51 is formed at one side of the right side protrusion through-hole 22 having a predetermined right through-hole inner periphery 26 formed at the inner periphery of the flange 20. The right striker elastic coupling tab 306 is formed as a means for connecting with the unit 601.

Therefore, the inner circumferential left side of the inner circumferential strike hole 101 with the elastic body 500 therebetween in the step of forming the impact hole circumference 160 by bonding the left inner circumferential edge 16 and the right inner circumferential edge 26 to each other. One side of the hitting hole 102 and the inner peripheral right hammer (103) is formed by inserting protruding to the outer periphery of the inner circumferential left hammer striker departure prevention jaw (14) and the inner peripheral right hammer striker departure prevention jaw (24).

At this time, the striking portion coupling hole 52 formed in the left curved flange 10 and the striking portion coupling tab 51 formed in the right curved flange 20 are interlocked with each other to form a striking portion 301 including a high frequency fusion process. And, one end of the elastic portion 601 to form a resilient portion hitting coupling hole 303 of the means to be connected to the striking portion 301 and the other end of the elastic portion handle coupling tab 304 of the means to be connected to the handle portion 801 To form a protrusion,

The left striker resilient coupling tab 302 and the right striker resilient coupling tab 306 formed on one side of the hitting hole 301 is fitted into the resilient portion strike coupling hole 303 formed at one end of the resilient portion 601. Bonding to form a bond,

A handle portion elastic coupling hole 305 of the elastic portion 601 is formed by forming a handle portion elastic coupling hole 305 of a means to be connected to the elastic portion 601 at one end of the handle portion 801. 305 is bonded to the inner periphery to form a bond.

At this time, the elastic body 500 formed between the inner circumferential left hammer (102) and the inner circumferential right hammer (103) of the impact hole inner periphery 160 was formed by selecting the spring of the "embodiment", cotton, sponge It would be desirable to use elastic materials such as rubber.

As shown in FIG. 4, the hitting part 301 has a plurality of left protrusions 15 formed at one side of the left hitting hit surface 13, and a left curved flange at the other end of the left hitting hit surface 13. (10) is formed, the inner periphery of the left curved flange 10, the inner periphery (16) of the left through hole is formed, a plurality of right protrusions (25) are formed on one side of the right hitting strike surface (23), The right curved flange 20 is formed at the other end of the right hitting strike surface 23, and the right through-hole inner periphery 26 is formed at the inner circumference of the right curved flange 20 to form the left curved flange 10 and the right side. Combining the curved flanges 20 to form a blow hole peripheral (160).

At this time, the impact hole circumference 160 is made in the step of joining the left through-hole 16 and the right through-hole circumference 26, one side portion with the elastic body 500 between the blow circumference 160. An inner circumferential strike consisting of an inner circumferential left hitter 102 and an inner circumferential right hitter 103 formed to protrude into an outer circumferential edge of the inner circumferential left hitter dropout prevention jaw 14 and the inner circumferential right hitter dropout prevention jaw 24. The sphere 101 is inserted and formed.

Therefore, it is preferable that each of the left bent flange 10 and the right bent flange 20 has a diameter larger than the diameter of each of the left protruding through hole 12 and the right protruding through hole 22, and the left bent flange 10 The inner circumferential diameter of the hitting part coupling hole 52 formed in the) is formed to be larger than the outer circumferential diameter of the hitting part coupling tab 51 formed on the right curved flange 20 to hit the hitting part coupling hole 52 and It will be easy in the process of mutual engagement of the sub coupling tabs 51.

At this time, the inner periphery left striker 102 inserted into the left periphery of the inner periphery 16 through the horizontal line on one side of the edge of the left percussion strike surface 13 of the left protrusion through-hole 12 as a means to prevent the departure A right striker strikes the right-side protrusion hole 22 as a means for forming an inner circumferential left side hitter drop prevention jaw 14 and preventing the inner circumferential right side hitch 103 inserted into the right through-hole inner periphery 26 from being separated. On the periphery of one side of the edge of the surface 23 to form a through-hole inner peripheral right side hitting drop prevention jaw (24).

Therefore, the inner circumferential left side hammer hole flange formed at the other end of the inner circumferential left side hammer hole protrusion 33 and the inner circumferential right side hammer hole protrusion 43 formed on the inner circumferential left side hammer hole 102 and the inner circumferential right side hammer hole 103. (32) and inner circumferential right side hitting flange (42) when the inner circumferential right side hitter escape stopper (14) and the inner circumferential right side hitter escape stopper (24) in the strike hole peripheral edge (160) The outer circumferential diameters of the spherical flange 32 and the inner circumferential right side hammer hole flange 42 are formed to be larger than the inner circumferential diameters of the inner circumferential left side hammer hole escape jaw 14 and the inner circumferential right side hammer hole escape jaw 24, respectively. The inner circumferential left side hitch flange 32 and the inner circumferential right side hitch flange 42 are prevented from escaping from the impact hole circumference 160.

At this time, the inner circumferential left side hitch formed at the other ends of the inner circumferential left side hitting protrusion 33 and the inner circumferential right side hitting protrusion 43 formed on the inner circumferential left side hitting hole 102 and the inner circumferential right side hitting hole 103, respectively. The inner circumferential left side when the flange 32 and the inner circumferential right side mallet flange 42 come into contact with the inner circumferential left side hitter dropout prevention jaw 14 and the inner circumferential right side hitch release stopper 24 at the impact hole inner circumference 160. Outer periphery one side and inner periphery right side percussion protrusion of the inner periphery left percussion hole 102 including the inner periphery left percussion protrusion 33 except for the striking hole flange 32 and the inner periphery right side percussion gear flange 42. The diameter of the outer circumferential one side portion of the inner circumferential right side hitting hole 103 including the 43 is larger than the inner circumferential diameter of the inner circumferential right side hitting hole departure preventing jaw 14 and the inner circumferential right side hitting dropping prevention jaw 24, respectively. It is formed small but the inner circumferential left side hitter 102 and the inner circumferential right side hitter 103, the inner circumferential left side hitting flange 32 and the inner circumferential side The side hammer flange 42 is formed to have a size that can not pass through the inner circumferential left side hitter escape stop 14 and the inner circumferential right side hitch release stop 24, respectively, and the inner circumferential left side hitch flange 32 and The inner circumferential left hammer 101, which includes an inner circumferential right hammer strike flange (42) and an inner circumferential right hammer (103), has a smooth movement in the percussion hole (160). It would be desirable to form.

Therefore, the inner circumferential edge including the inner circumferential left side impactor projection 33 when hitting any one selected from the inner circumferential left side hitter 102 and the inner circumferential right side hitter 103 toward the human body 1000. One of the one side selected from the inner peripheral right side hitting hole 103 including the left hitting hole 102 and the inner peripheral right side hitting protrusion 43 strikes the human body 1000, and subsequently the elastic body 500 of the The inner circumferential left side hitter 102 and the inner circumferential right side hitter 103 by the action of the elastic body 500 that are selected from the inner circumferential left side hitting protrusion 33 and the inner circumferential left side hitting protrusion 33 by the action. Any one side selected from among the hitting the human body 1000, and one of the one selected from the inner circumferential left side hitting hole 102 and the inner circumferential right side hitting hole 103 by the action of the elastic body 500 is subsequently hitting Move to the circumference of the premises, followed by the left projection (15) and the left striker One side portion selected from the left protrusion hole 12 including the hitting surface 13 and the right protrusion hole 22 including the right protrusion 25 and the right hitting strike surface 23 is formed by the human body 1000. The inner circumferential left side hitting protrusion 33 of the inner circumferential left side hitting hole 102 and the inner circumferential right side hitting hole 103 of the inner circumferential right side hitting hole 103 are left as a means for implementing the battering action. The vertex of the inner circumferential left side thrust projection (33) and the inner circumferential right side thrust projection (43) is the left thrust hitting surface (13) when it proceeds to the protruding through hole entrance (18) and the right protrusion exit hole entrance (28) as much as possible. The left protrusion 15 and the right hitting hitting surface 23 formed on the side portion are formed to be longer than the vertices of the right protrusion 25 formed on one side, respectively.

That is, when the inner peripheral hammer hole 101 expands as much as possible in the percussion hole peripheral 160, the inner peripheral left hammer flange 32 and the inner peripheral right hammer flange 42 become the inner peripheral left hammer escape gap 14 ) And the inner circumferential right side hitting surface (300) and the inner circumferential right side hitting protrusions (43), including the inner circumferential left side hitting protrusion (33), which are formed to have a size that cannot pass through the inner circumferential right side hitting drop prevention jaw (24). One side of the inner peripheral right side hitting surface 400, including) is to form the inner circumferential left side hitting drop prevention jaw 14 and the inner peripheral right side hitting drop escape jaw (24), respectively.

Therefore, the inner peripheral hammering hole 101 is expanded as much as possible in the percussion hole peripheral 160, so that the inner peripheral left side hammer flange 32 and the inner peripheral right side hammer flange 42 are the inner peripheral left side hammer escape stop 14 And an inner circumferential left side hitting surface 300 including an inner circumferential left side hitting protrusion 33 and an inner circumferential right side hitting protrusion 43 when contacted with the inner circumferential right side hitting ball escape prevention jaw 24. Vertices of the right hitting strike surface 23 including the vertex of the left hitting strike surface 13 and the right protrusion 25 having the lengths of the vertices of the peripheral right strike surface 400, respectively. It will be desirable to form each one more long

5 to 6, the striking portion 301 is provided with the elastic body 500 interposed between the striking aperture circumference 160 consisting of the left through hole inner perimeter 16 and the right through hole inner perimeter 26. An inner circumferential hammer (101) consisting of a main circumferential left hammer (102) and an inner circumferential right hammer (103) is inserted into and formed on a portion of the left curved flange (10) and the right curved flange (20) facing each other. Each hitting part coupling hole 52 and hitting part coupling tabs 51 are formed to be interlocked with each other to be fitted and bonded to each other.

Therefore, in the "embodiment" of the present invention, the left curved flange 10 and

In the process of joining the right bent flange 20, the hitting part coupling hole 52 formed in one side of the left bent flange 10 and the hitting part coupling tab 51 formed in one side of the right bent flange 20 Although the high frequency fusion process is shown alternately, various substitutions, modifications, and changes are possible to those skilled in the art without departing from the technical spirit of the present invention. Yes "and the drawings are not limited.

As shown in FIG. 6, the left striker 100 and the right striker 200 having the inner circumferential left side hitting hole 102 and the inner circumferential right side hitting hole 103 are included.

The left striker resilient coupling tab 302 and the right strike at one end of the left striker 100 and the right striker 200 as a means for connecting the striking portion 301 with one end of the elastic portion 601. Each of the elastic force coupling tap tabs 306 is formed, and an elastic portion strike coupling hole 303 is formed at one end of the elastic portion 601 to form an elastic portion strike coupling hole 303 at one end of the elastic portion 601. The left striking ball elastic coupling tab 302 and the right striking ball elastic coupling tab tab 306 are respectively inserted into and fitted to each other.

Therefore, the elastic part handle coupling tab 304 is formed at the other end of the elastic part 601 in which the elastic part strike coupling hole 303 is formed as a means for connecting the elastic part 601 and the handle part 801, and the handle part ( Handle portion elastic coupling hole 305 is formed at one end of the 801, the elastic portion handle coupling tab 304 formed at one end of the elastic portion 601 handle portion elastic coupling formed at one end of the handle portion 801 The ball 305 is fitted and bonded to form a bond.

As shown in FIG. 7, a handle portion 801 is formed at one side of the elastic portion 601 formed in a predetermined width, thickness, and length, and the impact portion 301 is formed at the other end thereof.

As shown in FIG. 8, the left protruding through-hole 12 having the predetermined left through-hole inner periphery 16 formed on the inner circumference of the left bent flange 10 and the predetermined right through the inner circumference of the right bent flange 20 are formed. The right protruding through-hole 22 having the inner circumference 26 formed therein is joined to each other by the coupling of the left bent flange 10 and the right bent flange 20, and the left through-hole 16 and the right through-hole 26 are formed. Inner circumferential left side hitting hole 102 with an elastic body 500 therebetween

An inner circumferential hammer strike 101 formed of an inner circumferential right strike portion 103 is inserted and formed.

Accordingly, the inner circumferential left side flange 32 formed at the other end of the inner circumferential left side hitting protrusion 33 and the inner circumferential right side hitting protrusion 43 formed at the inner circumferential left side hitting hole 102 and the inner circumferential right side hitting hole 103. ) And the inner peripheral right flange 42 is formed.

As shown in FIGS. 9 to 10 and 11, the inner periphery left periphery 16 and the periphery right periphery 26 have an elastic body 500 interposed therebetween and the inner periphery left striking hole 102 and the inner periphery right side. The other end 103 is inserted and formed, and one end portion of the left side elastic portion 600 and the right side elastic portion 700 formed at one side of the left curved flange 10 and the right curved flange 20 are left-handed portions. It is formed on one side of the 800 and the right handle 900.

Therefore, when the left curved flange 10 and the right curved flange 20 are formed to be coupled to each other, the left elastic portion 600, the right elastic portion 700, the left handle portion 800 and the right handle portion 900 In addition, it will be preferable to form a combination.

At this time, in the "embodiment" of the present invention, each hitting portion coupling hole 52 and hitting portion coupling tabs 51 are formed at one side of the left curved flange 10 and the right curved flange 20, and the left side The elastic part 600 and the right elastic part 700, respectively, the elastic part coupling hole 54 and the elastic part coupling tabs 53 are formed, and the left handle part 800 and the right handle part 900 have respective handles. The sub coupling hole 56 and the handle part coupling tab 55 are formed to be bonded to each other and bonded by a high frequency fusion bonding process.

As shown in FIG. 12, the left bent flange 10 and the right bent flange 20, the left elastic part 600 and the right elastic part 700, the left handle part 800, and the right handle part 900, respectively. In the joining process, the left bent flange nut 19 and the right bent flange bolt hole 29 in one side of the left bent flange 10 and the right bent flange 20 to form a left bent flange nut ( 11) and the right bent flange bolt 21 is inserted and formed, the left elastic portion 600 and the right elastic portion 700, the left elastic portion nut ball 62 and the right elastic portion bolt ball 72, respectively And the left elastic part nut 61 and the right elastic part bolt 71 are inserted and combined, respectively, and the left handle part 800 and the right handle part 900 have left handle part nut holes 82 and right handles. The sub-bolt ball 92 is formed to insert the left-handed part nut 81 and the right-handed part bolt 91, respectively. In the technical field belonging here to a person of ordinary skill it is possible various changes and modifications may be made without departing from the scope of the invention and are not intended to be limited to the above-described "Example", and drawings.

As shown in FIG. 13, a handle portion 801 is formed at one side of the elastic portion 601 formed in a predetermined width, thickness, and length, and the impact portion 301 is formed at the other end thereof.

As shown in Fig. 14 to 15, the hitting hitting surface 9 and the hitting projection 3 is formed at one end of the predetermined protruding through hole (8), the other end is formed through the hole curved flange (7) One side of the curved flange 7 has a plurality of protruding through hole coupling holes 6 formed therein, and an inner circumferential edge of the protruding through hole 8 and an inner circumferential edge of the curved flange 7 have an impact hole inner periphery 160 formed therein. The other end of the curved flange 7, which is joined to one end of the protruding through hole 8, has a support plate 505 having a support plate coupling tab 5 formed on one side thereof, so that one end of the elastic body is formed in the impact hole circumference 160. An additional curved flange 7 is formed by being bonded and the other end is formed by being bonded to one side of the inner peripheral hammering hole 101 including the inner peripheral protrusion 45 and the inner peripheral hammering strike surface 308, The protruding through hole 6 formed in one side of the curved flange 7 and the support plate engaging tab 5 formed in one side of the support plate 505 are mutually interlocked. The high impact bonding unit 301 is formed.

Accordingly, the striking force elastic coupling tab 309 and the support plate elastic coupling tab 307 are formed at one side of the striking portion 301 by the connecting means of the striking portion 301 and the elastic portion 601 and the elastic portion 601. An elastic portion strike coupling hole 303 is formed at one end of the hitting force elastic coupling tab 309 and the support plate elastic coupling tab 307 is formed by mating and bonding to the elastic portion strike coupling hole 303.

Accordingly, the elastic part handle coupling tab 304 is formed at the other end of the elastic part 601 joined to the striking part 301 by the connecting means of the elastic part 601 and the handle part 801, and the handle part 801. A handle part elastic coupling hole 305 is formed at one end of the elastic part handle coupling tab 304 and the handle non-elastic coupling hole 305 by mating and bonding to form.

As shown in Figs. 16 to 17, when one of the inner peripheral left side hitter 102 and the inner peripheral right side hitter 103 is hit toward the human body 1000, the inner peripheral left side hitter Either one side selected from the inner circumferential left side hitting hole 102 including the protrusion 33 and the inner circumferential right side hitting hole 103 including the inner circumferential right side hitting protrusion 43 is used for the human body 1000. And one of the inner peripheral left hammer (102) and the inner peripheral right hammer (103) is moved by the action of the elastic member 500, and then moves to the impact hole inner periphery (160), and the left protrusion (15) ) Is selected from the left projection hole (12) including the left hitting surface 12 and the right protrusion hole (22) including the right projection 25 and the right hitting strike surface (23)

One side is to implement the action of battering the human body 1000.

As shown in FIG. 16, when the inner circumferential left side hitter 102 is selected and hits toward the human body 1000 in one embodiment, the inner circumferential left side hitting protrusion 33 and the left inner circumferential strike surface are shown. One side of the inner circumferential left hammer (102) including the (300) hits toward the human body 1000 and subsequently the inner circumferential left hammer strike projection (33) and the left inner circumferential strike surface 300 by the action of the elastic body 500 The inner circumferential left side hitting hole 102 including) moves to the percussion hole circumference 160, and one side of the left protrusion through hole 12 including the left protrusion 15 and the left hitting hitting surface 13 is a human body. (1000) battered.

As shown in FIG. 17, when the inner peripheral right side hammer 103 is selected and hits toward the human body 1000, the inner peripheral right side hammer projection 43 and the right inner peripheral strike surface ( One side of the inner circumferential right side hitting hole 103 including 400 is blown toward the human body 1000 and subsequently the inner circumferential right side hitting protrusion 43 and the right inner circumferential strike surface 400 by the action of the elastic body 500. An inner circumferential right side hitting hole 103 including a moving part in the hitting hole circumferential edge 160, and one side of the right protrusion through hole 22 including the right protrusion 25 and the right hitting hitting surface 23 is a human body ( 1000) battered.

1 is a perspective view of the present invention.

2 is a cross-sectional view of main parts of the present invention.

Figure 3 is a sectional view of the main portion of the inner peripheral hammer strike according to the invention.

4 is a cross-sectional view taken along the line AA ′ of FIG. 1.

5 is a cross-sectional view taken along line BB ′ of FIG. 1.

6 is an exploded perspective view of the present invention.

7 is a modified perspective view according to the present invention.

8 is a sectional view of the main part according to FIG. 7;

9 is a cross-sectional view taken along the line AA ′ of FIG. 7.

FIG. 10 is a cross-sectional view taken along line BB ′ of FIG. 7.

11 is an exploded perspective view of FIG. 7.

12 is another modified cross-sectional view according to the present invention.

Figure 13 is another perspective view according to the present invention.

14 is a cross-sectional view taken along the line AA ′ of FIG. 13.

15 is a cross-sectional view taken along the line BB ′ of FIG. 13.

16 to 17 is a state diagram showing the use of "an embodiment" of the present invention.

(Symbol description for main part of drawing)

3: strike ball projection.

5: Support plate coupling tab.

6: protrusion through hole coupling.

7: curved flange.

8: outgoing hole.

9: hitting surface.

10: left curved flange.

11: Left curved flange nut.

12: left projection hole.

13: Left striker strike surface.

14: inner circumferential left side hitter deviation prevention jaw.

15: left projection.

16: Left side through the inside.

18: left side exit opening and exit.

19: left curved flange nut ball.

20: right curved flange.

21: Right curved flange bolt.

22: right side exit hole.

23: right side hitting surface.

24: Inner circumferential right side hitter deviation prevention jaw.

25: right protrusion.

26: left side through the inside.

28: right side exit exit port.

29: right bent flange bolt ball.

32: Inner circumferential left side hammer flange.

33: inner peripheral left striker.

42: inner peripheral right striker flange.

43: inner peripheral right striker projection.

45: inner peripheral protrusion.

51: hitting part tap.

52: hitting part coupling ball.

53: elastic coupling tab.

54: elastic coupling hole.

55: handle part engaging tab.

56: handle portion coupling hole.

61: left side elastic nut.

62: left elastic buoyant ball.

71: right side elastic bolt.

72: right side elastic bolt

81: Left hand grip nut.

82: left handed nut nut ball.

91: left hand grip bolt.

92: right-hand grip part bolt ball.

100: left striker.

101: inner peripheral strike.

102: inner peripheral left striker.

103: inner peripheral right striker.

160: in the strike ball.

200: right striker.

300: left inner peripheral strike surface.

301: the hitting part.

302: left striker resilient coupling tab.

303: the elastic portion of the hitting ball.

304: resilient handle grip tab.

305: handle buoyancy elastic coupling ball.

306: right striker resilient coupling tab.

307: support plate elastic coupling tab.

308: inner peripheral hitting surface.

309: Strike ball resilient coupling tab

400: right inner peripheral strike surface.

500: elastic body.

505: support plate.

600: left elastic part.

601: elastic part.

700: right elastic part.

800: left hand grip part.

801: Handle part.

900: the right handle.

1000: human body.

Claims (1)

In the massage / chiropractic blower, one of the left protruding through-holes 12 having the left protruding through hole 18 at one side thereof and the right protruding through-hole 22 having the right protruding through hole 28 at one side thereof is selected. It forms one or more, and the impact hole periphery 160 formed of any one or more selected from the left through-hole 16 and the right through-hole 26 is formed, the left through-hole 16 and the right through-hole An inner circumferential left side strike hole 102 and one side of which is formed to protrude to the outer periphery of the left bulge exit port 18 in the hitting hole circumference 160 made of at least one selected from (26). Among the inner periphery percussion hole 101 formed of any one or more selected from the inner periphery right side percussion hole 103 formed to protrude into the outer periphery of Formed by choice When hitting one of them toward the human body 1000, one side portion of the inner peripheral hammer (101) is formed by selecting any one or more of the inner peripheral left hammer (102) and the inner peripheral right hammer (103). One side (inner circumference) of the inner circumferential edge (101) formed by selecting at least one selected from the inner circumferential left side hitter (102) and the inner circumferential right side hitter (103) that strikes the body 1000 consecutively A portion formed to protrude by being selected as one or more outer circumferences from the left striker escape stop 14 and the inner peripheral right strikeout breakout jaw 24) is formed at least one of the left protrusion exit port entrance 18 and the right The protruding through hole entrance 28 moves to the impact hole perimeter 160 formed of any one or more selected from the left through hole 16 and the right through hole 26, followed by the left through hole 12 and the right through hole. Choose from 22 types Massage pressure device for acupressure, characterized in that one side of the formed one to implement the action to hit the human body (1000).

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