KR200435976Y1 - Multipurpose motion organization - Google Patents

Abstract

In the multi-purpose exercise chair of the present invention, in the chair 10 in which the seat plate 102 is installed on the upper portion of the vertical shaft 101 having the wheels mounted thereon, and the backrest 103 is coupled to the rear of the seat plate 102. Arm movement means (110) coupled to both sides of the backrest (103) of the chair (10) to generate an exercise load of the arm through the elastic force of the spring (114); The fixing plate 151 is formed to be fixed to the vertical axis 101 of the chair 10 in the horizontal direction, and the connecting block 152 having the female screw 152a formed at the front end of the fixing plate 151 to be rotatable. Connecting means 150 formed; It is coupled to the connection block 152 of the connecting means 150 is configured as a leg press exercise means 120 for generating an exercise load when extending the leg joint through the elastic force of the spring 123.

Chair, Arm, Leg, Exercise, Leg Press, Leg Extensions, Cycling

Description

Multipurpose motion organization {Multipurpose motion organization}

1 is a perspective view showing the arm movement means of the multi-purpose exercise chair of the present invention.

Figure 2 is a perspective view showing the leg press exercise means of the multipurpose exercise chair of the present invention.

Figure 3 is a perspective view of the leg extension exercise means of the multi-purpose exercise chair of the present invention.

Figure 4 is a perspective view showing the cycling exercise means of the multipurpose exercise chair of the present invention.

Figure 5 is a cross-sectional view showing the arm movement means of the multipurpose exercise chair of the present invention.

Figure 6 is a cross-sectional view showing the leg exercise equipment of the multi-purpose exercise chair of the present invention.

Figure 7 is a cross-sectional view showing the leg extension exercise means of the multipurpose exercise chair of the present invention.

8 is a cross-sectional view showing the cycling exercise means of the multi-purpose exercise chair of the present invention.

9 is a front view showing a state of use of the arm exercise means of the multi-purpose exercise chair of the present invention.

10 is a front view showing a state of use of the leg press exercise means of the multi-purpose exercise chair of the present invention.

11 is a front view showing a state of use of the leg extension exercise means of the multi-purpose exercise chair of the present invention.

12 is a front view showing a state of use of the cycling exercise means of the multi-purpose exercise chair of the present invention.

Figure 13 is a perspective view showing a chiropractor and a weak force on the rotating frame of the multi-purpose exercise chair of the present invention.

14 is a cross-sectional view showing the shiatsu bar and the biceps on the rotating frame of the multipurpose exercise chair of the present invention.

Figure 15 is a perspective view showing the shoulder frame as a rotary frame as another embodiment of the multi-purpose exercise chair of the present invention.

16 is a cross-sectional view showing a shoulder frame as a rotating frame as another embodiment of the multi-purpose exercise chair of the present invention.

<Description of the symbols for the main parts of the drawings>

10: chair 101: vertical axis

102: seat 103: backrest

110: arm movement means 111, 183: support frame

112, 186: rotation frame 112a: bent portion

112b: Insertion groove 112c: Seating groove

113, 184: hinge shaft 114, 185: spring

115, 187: connector 116: tension adjusting means

116a: tension adjusting bolt 120: leg press exercise means

121: guide frame 121a: male thread

122: moving frame 123: spring

124: scaffold 130: leg extension exercise means

131: support frame 131a: male thread

132: rotating frame 133: hanging frame

134: spring 135: connector

140: cycling exercise means 141: support frame

141a: male thread 142: friction plate

143: central axis 144: crankshaft

145: pedal 146: tension control means

146a: belt 146b: lech

146c: Pinion 146d: tension adjusting bolt

150: connecting means 151: fixing plate

151a: coupling hole 152: connection block

152a: female thread 152b: communicating hole

153: fixed pin 160: shiatsu

161: shiatsu rod 162: protrusion

163: rotation axis 164: cover

165: engaging jaw 170: grip

171: gripper 171a: handle

171b: shiatsu ball 171c: protrusion

172: torsion spring 173: hinge

180: shoulder exercise means 181: vertical frame

181a: front frame 181b: rear frame

182: branch frame

The present invention relates to a multi-purpose exercise chair, and more particularly, to a multi-purpose exercise chair that can strengthen the strength of the arm and leg by allowing the arm and leg exercise easily during learning or work.

As is well known, students or office workers who have to sit and study or work for a long time become weaker in the lower body, especially the arms and legs, as time passes, because of the rapid development of transportation facilities and the improvement of living culture level. Most members of the society operate their own cars to commute to work or work, and the excessive work reduces the time to exercise, which results in a loss of health.

In particular, modern people are in a difficult situation to use a sports center due to lack of time to exercise depending on the working hours.

As a result, they are not free from chronic fatigue and various diseases, and even if the time and place of exercise are secured, they may not be able to go steadily.

Therefore, the main purpose of the present invention is to be able to easily and easily perform the arm exercise and various leg exercises in the office or home.

In addition, another object of the present invention is to easily mount the leg press exercise means, leg extension exercise means and cycling exercise means through the connecting means of the chair to provide a variety of leg exercises while strengthening the leg muscle strength To maximize.

In addition, another object of the present invention is to allow to selectively adjust the tension of the spring through the tension adjusting means when generating the exercise load through the tension of the spring to provide a customized exercise load according to the user having a variety of physical conditions There is.

In addition, another object of the present invention is to selectively adjust the mounting angle of the leg press exercise means, leg extension exercise means, cycling exercise means to the connection means of the chair exhibits the optimum exercise effect according to the various physical conditions of the user Is to be able to be.

In order to achieve the above object, the multipurpose exercise chair of the present invention is installed in a vertical axis of which the wheel is mounted on the bottom of the chair in which a seat plate is installed at the top and the backrest is coupled to the rear of the seat plate.
The support frame is formed upright on both sides of the back of the chair, and the rotating frame is coupled to the upper portion of the support frame to be rotatably coupled to the hinge axis, and the rotating frame and the support frame are interconnected by a spring and installed on the outer circumference of the spring. Arm movement means for combining the connecting tube which can be elongated in the shape of an arc to arbitrarily rotate the support frame upward to generate the movement load of the arm by the elastic force of the spring,
A fixed plate formed with a plurality of coupling holes at the front end of the chair is formed to be fixed in a horizontal direction, and a connecting block having a female screw formed at the front end of one side of the fixed plate is formed, while the rear end of the connecting block is hinged to the fixed plate. A hinge means fixedly formed to be rotatable, and forming a communication hole in the connection block opposite to the coupling hole and passing through the communication hole and the coupling hole with a fixing pin to selectively adjust the coupling angle of the connection block;

Form a guide frame protruding a male screw at one end to be coupled to the connection block female screw of the connecting means, and slidably couples the movable frame equipped with a spring into the guide frame, the spring of the front end of the movable frame and the guide frame It is characterized in that the leg press movement means for generating a movement load of the leg by tensioning the spring connected to the moving frame through the footrest fixed to the end of the moving frame by installing connected to the inner surface.
According to the present invention, while forming a support frame having a male screw to be coupled to the connection block female screw of the connecting means, the upper side of the support frame rotatably coupled to the hinge axis, the lower end of the rotation frame Fixing and mounting the locking frame horizontally on the spring, the support frame and the rotating frame is installed by the interconnection of the spring, and the coupling of extendable length in an arc shape on the outer circumference of the spring to rotate the rotating frame upward through the locking frame spring Characterized in that the leg extension exercise means configured to generate the exercise load of the leg by the elastic force of the.

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According to the present invention, a support frame having a male screw is formed to be fastened to the connection block female screw of the connecting means, and through the central axis penetrating through the friction plate inside the support frame, mutually opposite to both sides of the central axis exposed to the outside. By fixing the crank shaft to which the pedal is rotatably coupled in the direction to enable the crank shaft to rotate through the pedal, characterized in that the cycling exercise means for generating the exercise load of the leg by the repetitive rotation movement.

According to the present invention, the front end of the tension adjusting bolt and one side of the spring by partially entering into the inside of the connector while fastening the tension adjusting bolt to the support frame of the arm movement means to selectively adjust the spring tension of the arm movement means. It is characterized in that it is configured to adjust the tension of the spring by moving the tension adjustment bolt lead according to the fastening state.
According to the present invention, the front end of the tension adjusting bolt and the spring by tightening the tension adjusting bolt to the support frame of the leg extension movement means so as to selectively adjust the spring tension of the leg extension movement means to the inside of the connection pipe. One side of the connection is characterized in that it is configured to adjust the tension of the spring by moving the tension adjustment bolt according to the fastening state.

According to the present invention, the cycling movement part partially wraps the belt on the outer circumference of the friction plate, one side of the belt is fixed to the inner surface of the support frame, and the other side is coupled to the rack capable of reciprocating from the side of the support frame, By fastening the tension adjusting bolt through the pinion coupled to the lower portion of the tension adjusting bolt and engaging the rack, sliding the rack according to the tightening state of the tension bolt, characterized in that the belt is in close contact with the friction plate to adjust the tension.

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According to the present invention, the arm movement means forms a bent portion of the front end of the rotating frame which is the front of the chair plurally bent downward, and the acupressure sphere provided with a plurality of protrusions at the end of the bent portion in parallel with the rotating frame, One side end is hinged to the bent portion at the lower portion of the acupressure port to form a handle that is rotated, and a torsion spring is provided between the handle and the acupressure port to form a grip unit for forming a grip force for grip force and acupressure. .

According to the present invention, the arm movement means to form a space-shaped seating groove on one side of the bent portion of the rotating frame, to form a shiatsu rod provided with a plurality of protrusions on the outer periphery in the seating groove to the rotating shaft to rotate inside the seating groove It is combined to form, and the insertion groove is formed in the upper end of the rotating frame in close proximity to the shiatsu rod so that the cover with a locking jaw can enter and exit the insertion groove to include a shiatsu rod to selectively expose and protect the shiatsu rod to the outside Characterized in that configured.

Meanwhile, the arm movement means forms a support frame at the center of the seat plate side of the chair, branching the upper end of the support frame upward to form a rear frame having a hinge axis coupled thereto, and a branch frame having a front frame in which the spring is embedded. The rear end of the branch frame is rotatably coupled to the rear end of the rotating frame by the hinge axis, and the front end of the rotating frame is connected with the spring inherent in the front frame of the branch frame to rotate the rotating frame upwards about the hinge axis. As the spring is tensioned, the shoulder movement means for generating an exercise load on the shoulder is characterized in that it is configured.

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

First, in the drawings, the same components or parts are to be noted that the same reference numerals as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

1 is a perspective view showing the arm exercise means of the multi-purpose exercise chair of the present invention, Figure 2 is a perspective view of the leg press exercise means of the multi-purpose exercise chair of the present invention, Figure 3 is a leg extension exercise of the multi-purpose exercise chair of the present invention Figure 4 is a perspective view showing the means, Figure 4 is a perspective view showing a cycling exercise means of the multi-purpose exercise chair of the present invention, Figure 5 is a cross-sectional view showing the arm exercise means of the multi-purpose exercise chair of the present invention, Figure 6 is a multi-purpose exercise of the present invention Figure 7 is a cross-sectional view showing the leg exercise means of the chair, Figure 7 is a cross-sectional view showing the leg extension exercise means of the multi-purpose exercise chair of the present invention, Figure 8 is a cross-sectional view showing the cycling exercise means of the multi-purpose exercise chair of the present invention, Figure 9 is a front view showing the state of use of the arm exercise means of the multi-purpose exercise chair of the present invention, Figure 10 is a multi-purpose luck of the present invention Figure 11 is a front view showing a state of use of the leg press exercise means of the chair, Figure 11 is a front view showing a state of use of the leg extension exercise means of the multipurpose exercise chair of the present invention, Figure 12 is a cycling exercise means of the multipurpose exercise chair of the present invention Figure 13 is a front view showing a state of use, Figure 13 is a perspective view showing a chiropractor and a gripper on the rotary frame of the multi-purpose exercise chair of the present invention, Figure 14 is a cross-sectional view showing a chiropractor and a gripper on a rotating frame of the multipurpose exercise chair of the invention, Figure 15 Is a perspective view showing a rotating frame as a shoulder exercise means as another embodiment of the multi-purpose exercise chair of the present invention, Figure 16 is a cross-sectional view showing a shoulder frame as a rotating frame as another embodiment of the multi-purpose exercise chair of the present invention.

As shown in Figures 1 to 16, the multipurpose exercise chair of the present invention is installed in the vertical axis 101, the wheel mounted on the lower portion to install the seat plate 102 on the top and the backrest 103 to the rear of the seat plate 102 In the combined chair,

Arm movement means (110) coupled to both sides of the backrest (103) of the chair (10) to generate an exercise load of the arm through the elastic force of the spring (114); The fixing plate 151 is formed to be fixed to the vertical axis 101 of the chair 10 in the horizontal direction, and the connecting block 152 having the female screw 152a formed at the front end of the fixing plate 151 to be rotatable. Connecting means 150 formed; It is coupled to the connection block 152 of the connecting means 150 is configured as a leg press exercise means 120 for generating an exercise load when extending the leg joint through the elastic force of the spring 123.

The arm movement means 110 is arranged to the support frame 111 upright on both sides of the backrest 103 of the chair 10 while rotating frame 112 to the hinge shaft 113 on the upper end of the support frame 111. Rotatingly coupled and the rotary frame 112 and the support frame 111 is installed by interconnecting the spring 114, and the coupling pipe 115 that can be elongated in an arc shape on the outer periphery of the spring 114 to arbitrarily The support frame 111 is rotated upwards to generate the movement load of the arm by the elastic force of the spring 114.
In addition, while fastening the tension control bolt 116a of the tension adjusting means 116 to the support frame 111 so as to selectively adjust the tension of the spring 114 of the arm movement means 110 of the connection pipe 115 Partial inwards to connect the front end of the tension adjusting bolt (116a) and one side of the spring 114 to move the tension adjusting bolt (116a) according to the fastening state to adjust the tension of the spring (114).
On the other hand, the arm movement means 110 may further comprise a grip portion 170 that can raise the grip force.

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Here, the grip portion 170 is formed by bending a plurality of front end portions of the rotating frame 112, which is the front of the chair downward to form a bent portion (112a), a plurality of protrusions (171c) at the end of the bent portion (112a). One acupressure port 171b is formed in parallel with the rotation frame 112.

Further, a lower end of the acupressure port 171b forms a handle 171a which is hinged to the bent portion 112a by a hinge 173 and is rotated between the handle 171a and the acupressure port 171b. 173 is provided to configure the gripper 171 capable of grip movement and acupressure.

In addition, the acupressure unit 160 for acupressure the palm of the hand may be further configured on one side of the bent portion 112a in which the rotating frame 112 is bent.

Here, the acupressure unit 160 forms a space-seated groove 112c at one side of the bent portion 112a, and one side is exposed at the seating groove 112c and provided with a plurality of protrusions 162 along the outer circumference. Forms the shiatsu bar 161 and is coupled to the rotating shaft 163 so that the shiatsu bar 161 is rotated in the mounting groove (112c).

In addition, the insertion groove 112b is formed at the upper end of the rotating frame 112 close to the acupressure rod 161 so that the cover 164 having the locking jaw 165 can be inserted into or inserted into the insertion groove 112b. It is configured to be configured to selectively expose and protect the shiatsu rod 161 to the outside.

The connecting means 150 is formed to be fixed in the horizontal direction fixed plate 151 formed a plurality of coupling holes (151a) at the front end on the vertical axis 101 of the chair, the fixed plate 151 at one end A connecting block 152 is formed to form a female screw 152a, but a rear end portion of the connecting block 152 is hinged to the fixing plate 151 to be rotatably formed, and a coupling hole 151a is formed at the tip of the connecting block 151. By forming a communication hole 152b opposite to the through hole 152b and the coupling hole 151a through the fixing pin 153 to selectively adjust the coupling angle of the connection block 152.
The leg press movement means 120 forms a guide frame 121 protruding the male screw 121a at one end to be coupled to the female screw 152a of the connecting block 152 of the connecting means 150, and guide frame ( 121) Slidably couples the moving frame 122 equipped with the spring 123 into the inside, and installs the spring 122 connected to the front end of the moving frame 122 and the inner surface of the guide frame 121. Through the footrest 124 fixed to the end of the frame 122, the spring 123 connected to the moving frame 122 is tensioned to generate a movement load of the leg.

In addition, the support block 152 of the connecting means 150 to form a support frame 141 having a male screw 141a to be coupled to the female screw 152a, the hinge shaft 136 on the side of the support frame 141 Coupling the rotating frame 132 to be rotatable) but the support frame 141 and the rotating frame 132 is interconnected by a spring 134 while fixing the locking frame 133 horizontally to the end of the rotating frame 132 Install and couple the connecting pipe 135 extendable in the shape of an arc on the outer circumference of the spring 134 by rotating the rotating frame 132 upward through the locking frame 133 leg by the elastic force of the spring 134 Leg extension movement means 130 for generating an exercise load of may be configured to be selectively coupled to the connecting means 150.
Here, the connecting pipe 135 while fastening the tension adjusting bolt 116a of the tension adjusting means 116 to the support frame 131 to selectively adjust the tension of the spring 134 of the leg extension movement means 130. Partial lead into the inside of the tension control bolt 116a to connect the one end of the spring 134 and the tension adjustment bolt 116a according to the fastening state to move the spring 134 to adjust the tension do.

In addition, a support frame 141 having a male screw 141a is formed to be coupled to the connection block 152 of the connecting means 150 by the female screw 152a, but the friction plate penetrates the inside of the support frame 141. Crank through the pedal 145 by fixing the crank shaft 144 through which the pedal 145 is rotatably coupled in opposite directions to both sides of the central shaft 143 exposed to the outside through the central shaft 143 By allowing the shaft 144 to rotate, a cycling exercise means 140 capable of generating an exercise load of the leg by repetitive rotational movement may be configured to be selectively coupled to the connecting means 150.

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In addition, the cycling movement means 140 partially wraps the belt 146a on the outer circumference of the friction plate 142, and one side of the belt 146a is fixed to the inner surface of the support frame 141 and the other side of the support frame 141. The pinion 146c coupled to the lower portion of the tension adjusting bolt 146 by fastening the tension adjusting bolt 146 to the upper side of the support frame 141 and coupled to the rake (146b) capable of reciprocating from the side. 146b) to engage the belt 146a on the friction plate 142 by sliding the rack 146b according to the fastening state of the tension adjusting bolt 146 to adjust the adhesion.

In particular, after selecting any one of the leg press exercise means 120, leg extension exercise means 130, cycling exercise means 140, using a male screw (121a, 131a, 141a) connecting block of the connection means 150 ( 152) It can be mounted on the female screw (152a), it is possible to replace the movement means (120, 130, 140) to the connecting means 150 for each user's exercise part.

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On the other hand, the arm exercise means 110 may be formed as a shoulder exercise means 180 for the shoulder exercise.

Here, the shoulder movement means 180 is branched upwards of the upper end of the vertical frame 181 fixed to the side of the seat plate 102 and the front frame 181a and the spring 185 to which the hinge shaft 184 is coupled are embedded. The support frame 183 is formed by forming the branch frame 182 having a pair of the rear frame 181b.

Furthermore, the front frame 181a is coupled to the front end portion so as to rotate upward by a predetermined angle about the hinge shaft 184, and the rotation frame 156 is formed by forming a rotation frame 186 connecting the spring 185 with the center portion. By rotating upward about the hinge axis 184 constitutes a shoulder exercise means 180 for generating an exercise load on the shoulder.

In addition, the outer periphery of the spring 185 may be coupled to the connecting pipe 187 capable of extending the length in an arc shape.

Referring to the operation of the present invention is as follows.

First, in a state in which the chair 10 is seated, the front end of the rotating frame 112 is bent by hand and the arm joint is bent to raise the rotating frame 112 upward, while supporting frame 111 around the hinge axis 113. ) Rotates the rotating frame 112 upward.

At this time, the length of the connecting pipe 115 is elongated while interlocking with the spring 114 therein, the movement load is generated in the arm portion when rotating the rotary frame 112 by the elastic force of the spring 114. Strengthens biceps strength in particular.

Here, the spring 114 is penetrated by the support frame 111 by loosening or tightening the tension adjusting bolt 116a of the long-row control means 116 so as to provide an appropriate exercise load in accordance with an athlete having various physical conditions. By moving the lead according to the fastening state of the connected tension adjusting bolt 116a, by tensioning or compressing the spring 114 to be able to adjust the elastic force of the spring 114 to properly adjust the exercise load.

In addition, when performing the leg press exercise means 120, the chair 10 by fastening the male screw 121a of the guide frame 121 of the leg press exercise means 120 to the female screw 152a of the connecting means 150. The leg press exercise means 120 is mounted on.

In this way, the various leg movement means (120, 130, 140) can be easily mounted through the connecting means 150, various leg movements to selectively adjust the coupling angle of the leg movement means (120, 130, 140) mounted on the connecting means 150 By rotating the support frame 111, 131, 141 and the guide frame 121 of the means to communicate with any one of the plurality of coupling holes (151a) formed in the communication hole (152b) to be fixed with a fixing pin (153) Various mounting angles can be changed.

Here, when the leg press movement means 120 is coupled to the connection block 152 of the connection means 150, the foot is placed on the upper surface of the footrest 124 in a state seated on the chair 10 to straighten legs When the movable frame 122 coupled to the guide frame 121 so as to slidably extends in conjunction with the scaffold 124, the spring 123 interconnecting the guide frame 121 and the movable frame 122 is As the tension is generated, the exercise load of the leg can be strengthened to strengthen the leg strength.

Through the leg press exercise means 120 can develop muscles of the quadriceps, gluteal muscles of the legs.

Next, in the case of performing the leg extension movement means 130, the legless movement means 120 coupled to the connection block 152 of the connection means 150 is separated, and then the female screw 152a of the connection block 152 is performed. The leg extension movement means 130 is mounted using a male screw 131a, and then the foot is placed on the lower surface of the locking frame 133, and then lifts the lower limb of the joint of the leg upward. Rotating frame 132 interlocking with the () is rotated upward and is extended at an obtuse angle in the upright state with the support frame 131 extends the length of the connection pipe 355 and the spring 134.

At this time, when the rotary frame 132 is rotated upward by the elastic force of the spring 134 being tensioned, an exercise load is generated on the leg portion to strengthen the muscle strength of the leg.

Through the leg extension exercise means 130 can develop the muscles of the femoral leg.

In addition, when the cycling exercise means 140 is performed as described above, the movement means coupled to the connection block () of the connection means () is used, and then the male screw 134a is used for the female screw 152a of the connection block 152. By mounting the cycling exercise unit 140 and put the foot on the pair of pedals 145 and repeatedly pedaling to enable aerobic exercise.

At this time, the tension adjusting bolt 146d by loosening or tightening the tension adjusting bolt 146d of the tension adjusting means 146 to give a load to the rotational movement pedaled to provide an appropriate exercise load in accordance with the athlete with various physical conditions. Pinion (146c) integrally fixed to the lower portion of the) is in close contact with the outer periphery of the friction plate 142 that interlocks integrally with the pedal (145) by sliding the rake (146b) engaged to the front or rear while rotating The rotational tension of the pedal 145 is adjusted by pulling or pushing out the belt 146a to adjust the friction force of the outer periphery of the belt 146a and the friction plate 142. At this time, a brake pad is applied to the belt 146a as necessary. It is also possible to configure so that friction with the outer periphery of the friction plate 142 by attaching.

As such, using the arm exercise means 110, leg press exercise means 120, leg extension exercise means 130, the cycling exercise means 140 in the chair to enable arm movements and various leg movements do.

In addition, in addition to the arm movement, leg movement to use the grip force 171 consisting of a handle (171a) and acupressure sphere (171b) to raise the grip of the hand.

Here, the gripper 171 so that the bottom of the hand is located in the pressure port (171b) and the fingertips are gripped so as to be located in the handle (171a). At this time, when the force is retracted by the hand torsion spring 172 is pressed While the handle 171a is rotated to the upper side about the hinge 173.

When the handle 171a is rotated in this way, when the handle 171a portion is in close contact with the acupressure port 171b, a force must be continuously applied to the hand to closely contact the handle 171a with the acupressure port 171b.

Then, when the hand applying the force is released, the pressurized torsion spring 172 is released while the handle 171a is spaced apart from the acupressure port 171b.

In this way, the hands are held and stretched out repeatedly to raise the grip of the hand.

In addition, while raising the grip of the hand by the projection 171c of the acupressure port 171b, the operation of pressing the bottom of the hand is also in progress.

In addition, if you want to only acupressure is to use acupressure rod 161 of the acupressure part 160 configured on one side of the bent portion (112a) to acupressure the body part.

Here, the shiatsu bar 161 is selectively exposed or protected by the cover 164, so that when the cover 164 protects the shiatsu bar 161, the cover 164 slides into the insertion groove 112b, and is inserted therein. A portion of the shiatsu rod 161 is to the outside and the cover 164 is not completely in the insertion groove 112b by the locking jaw 165.

As such, when the shiatsu bar 161 is exposed, the shiatsu bar 161 is rotated about the rotation axis 163 by pressing the bottom of the hand or a body part, and the shiatsu is performed.

And, if the pressure is not applied to cover the cover 164 to protect the pressure rod 161 while exposing the cover 164 in the insertion groove (112b) so that the pressure is no longer made.

In addition, when the cover 164 is used in the mouth of the insertion groove (112b), when the locking jaw 165 is used as a handle, the cover 164 is more easily gripped.

On the other hand, when using the shoulder exercise means 180, the arm is held in a rotating frame 186 formed in front of the chair while sitting on the chair.

As such, when the rear of the rotary frame 186 is gripped and the rotary frame 186 is lifted upward, the compressed spring 185 is tensioned and rotated upwardly about the hinge axis 184.

And the rotating frame 186 rotated to the upper side is returned to the original while the tensioned spring 185 is compressed.

In this way, it is possible to perform the shoulder movement by repeatedly performing the operation to rotate the rotating frame 186 to the upper side.

As described above, the multipurpose exercise chair of the present invention has an effect of popularizing the exercise by allowing the user to easily and easily perform arm exercises and various leg exercises in an office or a general home.

In addition, the present invention maximizes the strength strengthening of the leg exercise while providing a variety of leg exercises by easily mounting the leg press exercise means, leg extension exercise means and cycling exercise means through the connecting means of the chair It has the effect of making it work.

In addition, the present invention has the effect of providing a customized exercise load according to the user having a variety of physical conditions by selectively adjusting the tension of the spring through the tension control means when generating the exercise load through the tension of the spring. .

In addition, the present invention is to selectively adjust the mounting angle of the leg press exercise means, leg extension exercise means, cycling exercise means to the connecting means of the chair so that the optimum exercise effect can be exhibited according to various physical conditions of the user It works.

In addition, the present invention is a chiropractor is formed at the tip of the rotating frame to exercise the arm can simply acupressure the palm of the palm during working hours or study, and long-term exercise and even acupressure evenly reduced body parts on the palm to recover fatigue In addition, sitting in a chair for a long time to prevent back pain, constipation, etc. can occur that occurs.

In addition, the present invention is that the gripper is formed on the rotating frame of the chair, and if there is no risk of loss, the office workers or students who work while sitting on the chair may not be able to exercise hands, so the grip force may be small. It can be done so that the effect can be improved.

On the other hand, it is possible to form a shoulder exercise means on the rotating frame of the present invention to reduce the fatigue of the shoulder and office workers to use the computer for a long time occurs an effect that can be exercised.

Claims (9)

In a chair in which a vertical axis with wheels mounted on the lower part is installed, a seat plate is installed at the top, and the backrest is coupled to the rear of the seat plate. The support frame is formed upright on both sides of the back of the chair, and the rotating frame is coupled to the upper portion of the support frame to be rotatably coupled to the hinge axis, and the rotating frame and the support frame are interconnected by a spring and installed on the outer circumference of the spring. Arm movement means for combining the connecting tube which can be elongated in the shape of an arc to arbitrarily rotate the support frame upward to generate the movement load of the arm by the elastic force of the spring, Form a fixed plate in which a plurality of coupling holes are formed at the front end of the chair on the vertical axis of the chair to be fixed in a horizontal direction, and form a connection block having female screws formed at the front end to one side of the fixed plate, while hinge-fixing the rear end of the connection block to the fixed plate. A connecting means formed to be rotatable, and forming a communication hole in the connection block facing the coupling hole to selectively control the coupling angle of the connection block by passing the communication hole and the coupling hole with a fixing pin; Form a guide frame protruding a male screw at one end to be coupled to the connection block female screw of the connecting means, and slidably couples the movable frame equipped with a spring into the guide frame, the spring of the front end of the movable frame and the guide frame Multi-purpose exercise chair, characterized in that consisting of leg press exercise means for generating a movement load of the leg by tensioning the spring connected to the moving frame through a footrest fixed to the end of the moving frame by installing connected to the inner surface. The method of claim 1, A support frame having a male screw is formed to be coupled to the connecting block female screw of the connecting means, and the upper side of the rotating frame is rotatably coupled to a hinge axis on the side of the supporting frame, and the locking frame is horizontally disposed at the lower end of the rotating frame. And the support frame and the rotation frame are interconnected with the spring, and the connecting tube which can be elongated in the shape of an arc is connected to the outer circumference of the spring to rotate the rotation frame upward through the locking frame, Multi-purpose exercise chair, characterized in that configured leg extension exercise means to generate the exercise load. The method of claim 2, By connecting the front end of the tension adjustment bolt and one side of the spring by fastening the tension adjustment bolt to the support frame of the leg extension movement means so as to selectively adjust the spring tension of the leg extension movement means. Multi-purpose exercise chair, characterized in that configured to adjust the tension of the spring by moving the tension adjustment bolt according to the fastening state. The method of claim 1, A support frame having a male thread is formed to be coupled to the connection block female screw of the connecting means, and the pedal is rotated in opposite directions intersected with each other on both sides of the central axis exposed to the outside by penetrating the central shaft through the friction plate. A multipurpose exercise chair comprising a cycling exercise unit configured to secure a coupled crankshaft so that the crankshaft can be rotated through a pedal to generate an exercise load of a leg by repetitive rotational motion. The method of claim 4, wherein The cycling movement means is partially wrapped around the belt on the outer periphery of the friction plate, one side of the belt is fixed to the inner surface of the support frame, the other side is coupled to the rake capable of reciprocating from the side of the support frame and the tension adjustment bolt on the upper portion of the support frame Multi-purpose exercise chair, characterized in that the pinion coupled to the lower portion of the tension adjusting bolt by engaging to penetrate through the rack and sliding the rack according to the tightening state of the tension bolt to adjust the tension of the belt in close contact with the friction plate. The method of claim 1, Fastening the tension adjusting bolt through the support frame of the arm movement means so as to selectively adjust the spring tension of the arm movement means and partially inserted into the inside of the connection pipe to connect the end of the tension adjustment bolt and one side of the spring to the fastening state Multi-purpose exercise chair, characterized in that configured to adjust the tension of the spring by moving the tension adjustment bolt according to. The method of claim 1, A bent portion having a plurality of bent ends of the rotating frame that is the front of the chair in the arm movement means is formed in the arm movement means, and the acupressure port provided with a plurality of protrusions at the ends of the bent portion is formed in parallel with the rotating frame, one side of the lower pressure ball Multi-purpose exercise chair, characterized in that the end is hinged to the bending portion to form a handle, and the grip portion formed with a gripping force capable of grip movement and acupressure by providing a torsion spring between the handle and the acupressure sphere. . The method of claim 1, The arm movement means forms a space-shaped seating groove on one side of the bent portion of the rotating frame, forms a shiatsu rod having a plurality of protrusions on the outer periphery of the seating groove, but is formed by coupling to the rotating shaft to rotate inside the seating groove, Forming an insertion groove in the upper end of the rotating frame in close proximity to the insert so that the cover with a locking jaw can enter and exit the insertion groove, characterized in that it is configured to include acupressure portion that can selectively expose and protect the shiatsu rod to the outside Multipurpose exercise chair. The method of claim 1, The arm movement means forms a support frame in the center of both sides of the seat of the chair, branching the upper end of the support frame upwards to form a branch frame having a rear frame combined with a hinge axis, and a front frame in which the spring is embedded. The rear end of the frame is rotatably coupled to the rear end of the rotating frame by the hinge axis, and the front end of the rotating frame is connected with the spring embedded in the front frame of the branch frame to rotate the rotating frame upward about the hinge axis. Multi-purpose exercise chair, characterized in that the shoulder is configured to exercise means to exercise load on the shoulder while being tensioned.

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