TWM620025U - Machine for standing upside down - Google Patents

Abstract

An inverted machine is suitable for assisting a user to stand upside down, and comprises a main support body and an auxiliary inverted mechanism. The auxiliary inverted mechanism includes an auxiliary inverted unit assembled on the main support body, and a clamp unit and a locking unit arranged on the auxiliary inverted unit. The locking unit is detachably connected to the main support body. The auxiliary inverted mechanism can be switched between a stopped state and a rotatable state relative to the main support body. In the stopped state, the locking unit is connected to the main support body, and the auxiliary inverted mechanism cannot rotate. In the rotatable state, the clamping foot unit is engaged with the locking unit and the locking unit is disengaged from the main support body, and the auxiliary inverted mechanism can rotate. With the design of the foot clamping unit and the locking unit, the user can stand upside down when the inverted machine is in a rotatable state, which effectively improves safety.

Description

Inverted machine

This model relates to a fitness equipment, especially an inverted machine.

Using the inverted machine to assist the user to stand upside down, in addition to promoting blood circulation to strengthen oxygenated blood and increase brain oxygen, it can also relieve muscle soreness and relax the spine. Therefore, the inverted machine has gradually become one of the mainstream equipment for home fitness and rehabilitation.

When using an inverted machine at home, safety is the first priority. Therefore, the development of an inverted machine that allows users to safely perform inverted movements is one of the goals of active research and development in this technical field.

Therefore, the object of the present invention is to provide an inverted machine that can at least overcome the shortcomings of the prior art.

Therefore, the new inverted machine is suitable for assisting a user to stand upside down, and includes a main support body and an auxiliary inverted mechanism.

The auxiliary inverted mechanism includes an auxiliary inverted unit, a foot-clamping unit, and a locking unit. The auxiliary inverted unit is suitable for leaning on the back of the user, and is pivotally assembled on the main support body. The foot clamping unit is suitable for clamping the user's foot, And set on the bottom side of the auxiliary inverted unit. The locking unit is assembled on the bottom side of the auxiliary inverted unit, and is detachably connected to the main support body.

The auxiliary inverted mechanism can be changed between a stopped state and a rotatable state relative to the main support body. In the stopped state, the clamping foot unit is not engaged with the locking unit, and the locking unit is connected to the main support body, so that the auxiliary inverted mechanism cannot rotate relative to the main support body. In the rotatable state, the clamping foot unit is engaged with the locking unit, the locking unit is disengaged from the main support body, and the auxiliary inverted mechanism can rotate relative to the main support body.

The effect of the present invention is that the locking unit of the auxiliary inverted mechanism can be detachably connected to the main support body, and the clamping foot unit can be engaged with the design of the locking unit, so that when the inverted machine is in the stopped state, the The auxiliary inverted mechanism cannot be rotated; and in the rotatable state, the auxiliary inverted mechanism can rotate relative to the main support body, which prevents the user from standing upside down before being ready, and effectively improves the safety of the inverted machine.

1: Main support body

11: Front main support

111: Front main support

112: Reinforced connector

12: Rear main support

13: Auxiliary handle

14: The first locking piece

15: Auxiliary mat

2: Auxiliary inverted mechanism

21: Auxiliary inverted unit

211: Back Support Set

212: Extension set

213: Back support skeleton

214: Back Support

215: Assembled tube

216: Assemble Channel

217: Slot

218: Perforation

219: Pedal

22: Locking unit

221: fixed parts

222: Moving Parts

223: The second locking piece

224: Elastic

225: Through hole

226: Rack

23: Foot unit

231: Front clamp

232: Rear clamp

233: Sprocket

234: front crossbar

235: Front pressing piece

236: Back Rod

237: Back abutment

238: Teeth

24: control unit

241: Control Components

242: Linkage

243: Pivot Head

9: User

θ1: included angle

θ2: predetermined included angle

A1: The first arrow

A2: Second arrow

A3: Third arrow

The other features and effects of the present invention will be clearly presented in the embodiment with reference to the drawings, in which: Fig. 1 is a perspective view illustrating an embodiment of the present invention; Fig. 2 is another perspective of the embodiment Figure 3 is a perspective exploded view illustrating this embodiment; Figure 4 is a front view illustrating the embodiment; Figure 5 is a side view illustrating that the embodiment is in a stopped state; Figure 6 is an incomplete section taken along line IV-IV in Figure 4 Fig. 7 is a view similar to Fig. 6, illustrating that the embodiment is in a rotatable state; Fig. 8 is a view similar to Fig. 5, illustrating that the embodiment is in the rotatable state and has been rotated; and Fig. 9 is a view The view similar to FIG. 6 illustrates that the embodiment is in the rotatable state and has been rotated.

1 to 3, an embodiment of the new inverted machine is suitable for assisting a user 9 to stand upside down, and includes a main support body 1 and an auxiliary inverted mechanism 2.

The main supporting body 1 includes a front main supporting portion 11, a rear main supporting portion 12, two auxiliary handle portions 13, a first locking member 14, and an auxiliary pedal 15 that are jointly supported on the ground. The front main support portion 11 has a front main support 111 that is generally "U"-shaped and whose bottom side can be flat against the ground, and a reinforced connection connected between the left and right sides of the front main support 111 Piece 112. The rear main support portion 12 is also roughly "U"-shaped, its top side is fixedly connected to the top side of the front main support portion 11 and a predetermined angle is sandwiched therebetween, and its bottom side and the front main support portion 11 jointly support against ground. The auxiliary handle portions 13 are respectively arranged on the left and right rear sides of the rear main support portion 12. The first locking member 14 is disposed on the bottom side of the front main support member 111, It extends diagonally upward and forward from the bottom side of the front main support 111. The auxiliary pedal 15 is disposed on the bottom side of the front main support portion 11 and located on the rear side of the first locking member 14.

The auxiliary inverted mechanism 2 includes an auxiliary inverted unit 21, a locking unit 22, a clamping unit 23, and a manipulation unit 24.

The auxiliary inverted unit 21 includes a back support set 211 and an extension set 212. The back support assembly 211 has a back support frame 213 that is pivotally assembled on the top side of the main support body 1 and extends along the length direction, and a back support frame 213 suitable for leaning on the back of the user 9 and assembled on the back support The back support plate 214 on the front side of the frame 213.

Referring to FIGS. 3 to 6, the extension set 212 includes an assembly tube 215 and a pedal 219 suitable for being stepped on by the user 9 and assembled on the bottom side of the assembly tube 215 respectively. The assembly tube 215 is hollow, and is fixedly assembled to the bottom side of the back support frame 213 and extends downward along a length direction. The assembly tube 215 defines an assembly channel 216, a slot 217, and a through hole 218. The assembling channel 216 extends diagonally downward and forward along the length direction. The slot 217 radially penetrates the rear side of the assembly pipe 215 to communicate with the assembly passage 216 and extends along the length direction of the assembly pipe 215. The through hole 218 radially penetrates the assembling tube 215 to communicate with the assembling channel 216, and is located at intervals below the slot 217, so that the first locking member 14 of the main support body 1 can penetrate into the assembling channel 216 .

The locking unit 22 is assembled in the assembling channel 216 of the assembling tube 215 of the auxiliary inverted unit 21, and is detachably hooked to the first locking of the main support body 1 Piece 14. The locking unit 22 includes a fixing member 221, a moving member 222, a second locking member 223, and an elastic member 224.

The fixing member 221 is fixedly connected to the inner wall surface of the assembly tube 215 and has a through hole 225. The movable member 222 is movable relative to the fixed member 221 and penetrates the through hole 225 with its top side, extends along the length direction of the assembly tube 215, and has a rack portion 226 extending along the length direction. The second locking member 223 integrally extends from the bottom side of the moving member 222 in a direction opposite to the back brace group 211, and is located at the through hole 218 of the assembly tube 215, and can be disengaged or hooked in the first locking The two states of the component 14 can be operatively changed. The elastic member 224 abuts between the top side of the fixing member 221 and the moving member 222, and provides the moving member 222 with an elastic force constantly facing the back support member group 211. The first locking member 14 can penetrate into the assembling channel 216 through the through hole 218 of the assembling tube 215, and can be hooked with the second locking member 223. In this embodiment, the second locking member 223 is a hook, and the first locking member 14 is a semi-annular buckle that hooks with the second locking member 223.

The foot clamping unit 23 is suitable for clamping the feet of the user 9 and is arranged on the bottom side of the auxiliary inverted unit 21. The leg clamping unit 23 includes a front clamping leg group 231, a rear clamping leg group 232, and a tooth piece 233 fixedly disposed on the rear clamping leg group 232.

The front foot clamp set 231 is suitable for pressing against the front side of the ankle of the user 9 and fixedly disposed on the bottom side of the assembly tube 215 of the extension piece set 212 and located above the pedal 219. The front clamp set 231 includes two parts respectively mounted on the bottom side of the assembly tube 215 The front and left-right symmetrical front pressing member 235. The rear foot clamp set 232 is suitable for abutting against the back of the ankle of the user 9, and is suitable for clamping the ankle of the user 9 together with the front foot clamp set 231. The rear clip set 232 is pivotally assembled behind the bottom side of the assembly tube 215, and includes a rear rod 236 pivotally assembled to the extension piece set 212, and two rear rods 236 assembled on the top side of the rear rod 236 After the abutment piece 237. The rear rod 236 is pivotally assembled on the rear side of the pedal 219, and an included angle θ1 is formed between its own axis and the extending direction of the rack portion 226. The tooth piece 233 is fixedly assembled on the bottom side of the rear rod 236 and has a predetermined angle θ2 with the rear rod 236, and has a tooth portion 238 facing the rack portion 226 of the moving member 222. The slot 217 of the assembly tube 215 allows the tooth piece 233 to penetrate into the assembly channel 216 and engage with the rack portion 226.

The manipulation unit 24 can be operated to rotate relative to the auxiliary inverted unit 21, and includes a manipulation component 241 and two linkage members 242. The manipulation assembly 241 is pivotally assembled on the front side of the assembly pipe 215 using a pivot head 243. One end of each link 242 is pivotally connected to the manipulation assembly 241, and the other end is pivotally connected to the left and right sides of the rear rod 236, and is located between the tooth piece 233 and the rear abutment members 237, When the manipulation component 241 is operated to rotate, the linkage members 242 can be used to drive the rear clamp assembly 232 to rotate.

It should be noted that the number of the linkage member 242 is not limited to two, and can be one according to actual needs, and is pivotally connected between one of the left and right sides of the rear rod 236 and the manipulation assembly 241.

Referring to FIGS. 5 to 7, the auxiliary inverted mechanism 2 can be switched between a non-rotating state (FIG. 6) and a rotatable state (FIG. 7) relative to the main support body 1. In the stopped state, the tooth portion 238 of the tooth piece 233 of the rear clamp foot set 232 is not engaged with the rack portion 226 of the moving member 222 of the locking unit 22, and the second locking member 223 of the locking unit 22 is The first locking members 14 are hooked to each other, so that the auxiliary inverted mechanism 2 cannot rotate relative to the main support body 1. In the rotatable state, the tooth portion 238 of the tooth piece 233 is engaged with the rack portion 226 of the moving member 222, and the second locking member 223 is disengaged from the hook of the first locking member 14, the auxiliary inverted mechanism 2 It can rotate relative to the main support body 1.

Before use, the inverted machine is in the stopped state. When in use, the feet of the user 9 are first moved from the auxiliary mat 15 to the pedal 219, and the back rests on the back support plate 214. At this time, the front side of the ankle of the user 9 abuts against the front pressing member 235 of the front foot clamp 231.

Next, operate and rotate the manipulation assembly 241 in the direction of a first arrow A1 toward the foot, so that the linkage 242 is pulled up by the manipulation assembly 241, and the rear rod 236 of the rear clamp set 232 The rear abutting members 237 are driven to rotate in the direction of a second arrow A2 toward the direction of the assembly tube 215, so that the included angle θ1 between the axis of the rear rod 236 and the extending direction of the rack portion 226 Until the tooth portion 238 of the tooth piece 233 is engaged with the rack portion 226 of the moving member 222, then the moving member 222 is pressed down again, and the rear abutting members 237 also abut against the moving member 222. The back of the user's 9 ankle. At this time, the second locking member 223 is interlocked with the moving member 222 to be pressed down in the direction opposite to the back brace group 211, and then disengaged from the first locking member 14, and the inverted machine is converted to the rotatable state.

Referring to FIGS. 7-9, when the inverted machine is in the rotatable state, since the second locking member 223 has been separated from the first locking member 14, and the rear clamping leg set 232 has been connected to the front clamping leg set 231 Clamp the ankle of the user 9 together, so the user 9 can use the auxiliary inverted mechanism 2 by holding the auxiliary handle portion 13 to assist the body of the user 9 to stand upside down in the direction of a third arrow A3 .

In this embodiment, the design in which the manipulation component 241 can be locked to a gear plate provided on the pivot head 243 is used to control the manipulation component 241 not to rotate arbitrarily when it is not operated. Since there are many ways to control the control component 241 to stay at a predetermined rotation angle and are not the focus of the present invention, no further description will be given here.

When the inverted movement is finished, the user 9 also assists the body to return to the upright posture of head and feet by holding the auxiliary handle portion 13 from back to front. Then the manipulation assembly 241 is rotated in a direction away from the assembling tube 215 opposite to the first arrow A1, so that the linkage member 242 drives the rear abutment member 237 to rotate away from the assembling tube 215, and the sprocket 233 separates from the movement Member 222, so that the moving member 222 receives the resilient force of the elastic member 224 and moves upward in the direction adjacent to the back support set 211, so that the second locking member 223 also moves in the same direction to be locked with the first The piece 14 is hooked and returns to the stopped state as shown in Figure 6.

In summary, the new inverted machine uses the design of the second locking member 223 of the locking unit 22 to be detachably hooked to the first locking member 14 of the main support body 1, and the teeth of the rear clamp set 232 The piece 233 can engage and press down the rack part 226 of the moving part 222, so that when the foot clamp unit 23 has not clamped the user's 9 foot, the auxiliary inverted mechanism 2 cannot be relative to the main support body. 1 is rotated to be in the stopped state; and when the foot clamp unit 23 clamps the feet of the user 9, the inverted machine will be in the rotatable state, and at this time the auxiliary inverted mechanism 2 will rotate to avoid The user 9 carries out the risk of inverting in a dangerous state, effectively improving the safety of using the inverted machine. In addition, the locking unit 22 does not require additional operation by the user, but is performed at the same time as the feet are clamped. Therefore, the inverted machine is very simple, convenient and intuitive to use, and it can indeed achieve the purpose of new cost.

However, the above are only examples of the present model. When the scope of implementation of the present model cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present model and the contents of the patent specification shall still belong to This new patent covers the scope.

1: Main support body

11: Front main support

12: Rear main support

13: Auxiliary handle

14: The first locking piece

15: Auxiliary mat

2: Auxiliary inverted mechanism

21: Auxiliary inverted unit

211: Back Support Set

212: Extension set

215: Assembled tube

218: Perforation

219: Pedal

22: Locking unit

221: fixed parts

222: Moving Parts

223: The second locking piece

224: Elastic

23: Foot unit

231: Front clamp

232: Rear clamp

233: Sprocket

235: Front pressing piece

236: Back Rod

237: Back abutment

24: control unit

241: Control Components

242: Linkage

Claims (8)

An inverted machine is suitable for assisting a user to stand upside down, and includes: a main support body; and an auxiliary inverted mechanism, including an auxiliary inverted unit, a clamp unit, and a locking unit. The auxiliary inverted unit is suitable for the The user’s back is leaned against and is pivotally assembled to the main support body, the foot clamping unit is adapted to clamp the user’s feet and is arranged on the bottom side of the auxiliary inverted unit, and the locking unit is assembled to the auxiliary inverted The bottom side of the unit is detachably connected to the main support body. The auxiliary inverted mechanism can be switched between a stop state and a rotatable state relative to the main support body. In the stop state, the leg unit Is not engaged with the locking unit, and the locking unit is connected to the main support body, so that the auxiliary inverted mechanism cannot rotate with respect to the main support body. The locking unit is disengaged from the main support body, and the auxiliary inverted mechanism can rotate relative to the main support body. The inverted machine according to claim 1, wherein the main support body has a first locking member located on the bottom side, the auxiliary inverted unit of the auxiliary inverted mechanism includes a back support set and an extension set, the back The supporting piece group is pivotally assembled to the main supporting body, the extension piece group is connected to the back supporting piece group and extends downward along a length direction, and the locking unit of the auxiliary inverted mechanism includes a fixing piece and a moving piece , An elastic piece, and a second locking piece, the fixed piece is fixedly connected to the extension piece set, the moving piece can move relative to the fixed piece, the second locking piece extends downward from the bottom side of the moving piece, and can Detachably hooked to the first locking piece, the elastic piece abuts between the fixed piece and the moving piece, and lifts When the auxiliary inverted mechanism is in the anti-rotation state, the second locking member of the locking unit is connected to the first locking member of the main support body for the movable member to be a constant elastic force toward the back support member group. The inverted machine according to claim 2, wherein the moving member of the locking unit has a rack portion extending along the length direction, and the foot clamp unit of the auxiliary inverted mechanism includes a front foot clamp and a rear clamp The foot set, and a tooth piece fixedly arranged on the rear foot clamp set, the rear foot clamp set is suitable for abutting against the back of the user's foot, and is suitable for clamping the user together with the front foot clamp For the feet, the rear clamping leg set can be pivotally assembled to the extension piece set, and an included angle is sandwiched between the rack portion and the auxiliary inverted mechanism. When the auxiliary inverted mechanism is in the stopped state, the second locking member is hooked The first locking member, and the tooth piece is not engaged with the rack portion, when the rear clamping foot assembly rotates to reduce the included angle, the tooth piece engages with the rack portion and is opposite to the back support piece assembly The ground is pushed against the moving part, and the second locking part is disengaged from the first locking part, and the auxiliary inverted mechanism is converted from the rotation-stopping state to the rotatable state. The inverted machine according to claim 3, wherein the extension set of the auxiliary inverted unit includes an assembly tube and a pedal suitable for the user to step on, and the assembly tube is fixedly arranged at the bottom of the back support assembly Side, and define an assembly channel, a slot, and a perforation, the assembly channel extends along the length direction and the locking unit is arranged therein, the slot penetrates the assembly tube radially and extends along the length direction , And the tooth piece for the foot clamping unit can penetrate into the assembly channel and can be engaged with the rack portion of the moving part. The piece can penetrate into the assembly channel and can be hooked with the second locking piece. The inverted machine according to claim 4, wherein the rear clamping leg set of the clamping leg unit includes a rear rod pivotally assembled to the extension piece set, and two rear abutments assembled on the top side of the rear rod The supporting piece, the tooth piece of the foot clamping unit is fixedly assembled on the bottom side of the rear rod and has a tooth part facing the rack part of the moving part. The inverted machine according to claim 3, wherein the auxiliary inverted mechanism further includes a manipulation unit that can be operated to rotate relative to the auxiliary inverted unit, and includes a set of extension pieces that is pivotally assembled The control component and at least one linkage piece pivotally connected between the control component and the rear foot clamp group, so that when the control component rotates, the at least one linkage element is used to drive the rear foot clamp group to rotate. The inverted machine according to claim 3, wherein the front leg clamp set of the leg clamp unit is adapted to press against the front side of the user's foot and fix the extension set provided on the auxiliary inverted unit. The inverted machine according to claim 7, wherein the front clamping leg set of the clamping leg unit includes two front pressing members respectively installed on the front side of the extension member set.

Images