TWM604649U - Device for stretching - Google Patents

Abstract

The present model discloses a bracing stretcher, comprising: a carrier, including a supporting seat and a carrier plate, the supporting seat is placed on the ground and carrying the carrier plate, the carrier plate is in the shape of a plate, and is connected to the supporting seat and There is a distance between the ground; a riser is tubular, fixed on the carrier, and set in an upright direction relative to the carrier; because the carrier of the carrier has the distance from the ground, the user When standing on the carrier board with one foot, the other foot can swing back and forth on the side of the carrier board without touching or hitting the ground, thereby improving the smoothness of the swing of the foot.

Description

Stretcher

A stretcher for stretching, especially a stretcher that can prop up the user's feet so that the user's feet can swing back and forth without touching the ground, which is convenient for stretching.

In order to stretch the muscles and veins of the legs, many people use the method of throwing the legs to relax the muscles and veins of the legs. The practice is generally to stand sideways on the wall and support the wall, and use the feet against the wall. Stand with your feet and swing the feet away from the wall continuously back and forth to achieve the effect of stretching the legs.

Although the above method can achieve the effect of stretching and relaxing the legs, in actual operation, since the feet responsible for standing are standing on the ground, and everyone's feet are the same length, the swinging feet are continuously swinging back and forth. Will frequently touch and rub against the ground. Because of the resistance from the ground, the soles of the feet will frequently rub against the ground, and the swinging of the feet is not very smooth and cannot swing smoothly. At this stage, there is no tool that can solve the problem of touching the ground when swinging the leg, so many people can only shorten the number of swinging legs or find other ways of stretching.

In order to provide a tool that prevents the foot from touching the ground when swinging the foot, the present invention provides a stretcher for stretching, which includes: A carrier, including a support seat and a carrier board, the support seat is placed on the ground and carries the carrier board, the carrier board is in a plate shape, is connected to the support seat and is spaced apart from the ground; A standpipe is tubular, fixed on the carrier, and arranged in an upright direction relative to the carrier.

The carrier board of the carrier platform of the present invention has a certain distance from the ground, so that the user can pick it up on the raised carrier board. When the user stands on the carrier board with one foot, the center of gravity can be stably placed on one foot, the hand relaxes and naturally holds the riser to maintain balance, and the other foot can swing back and forth on the side of the carrier board , Without touching or hitting the ground, improving the smoothness of foot swing. At the same time, the hand on the same side as the swinging foot can also be relaxed back and forth to naturally swing, in addition to stretching, the effect of exercise can also be achieved. Users can also increase the number of swings, swing speeds, and exchange swings between left and right feet according to their own needs, with high degree of freedom in use.

In addition, the present invention has the standpipe for the user to hold and balance. Therefore, the present invention can be placed on any level ground for use, no need to lean against a wall, and the use convenience is high.

Please refer to FIG. 1, the present invention is a brace stretcher, which includes a carrier 10 and a riser 20.

In the first preferred embodiment of the present invention, the carrier 10 includes a bottom and a top. A supporting seat 11 is provided at the bottom of the carrier 10, and a carrier 13 is provided on the top of the carrier 10 . The support base 11 is placed on the ground. The carrier board 13 is carried by the supporting base 11, and is connected to the supporting base 11 and separated from the ground by a distance, preferably, the distance is 10cm; the carrier board 13 is in the shape of a plate and is used for carrying Preferably, the carrier board 13 is a rectangular board.

Specifically, the support base 11 includes a frame 111, four connecting posts 113, and four anti-slip members 115. The frame 111 is frame-shaped and arranged on the ground; the four connecting posts 113 are arranged on the frame 11, extending toward the carrier board 13 and connected to the carrier board 13; the four anti-slip members 115 are arranged on the frame 111 and contact the ground, specifically, the four anti-slip members 115 are arranged on the frame The four corners of the body 111, any one of the four anti-slip elements 15 is made of a material with elastic, soft and anti-slip function, which is used to prevent the frame 111 from sliding relative to the ground, and When using the stretcher, avoid the noise generated when the frame 111 hits the ground; for example, the anti-slip member 115 can be made of foam, plastic, rubber, silicon, or the like.

In the second preferred embodiment of the present invention, the support base 11A is in the shape of a cylinder, and the end area of the support base 11A is slightly smaller than the area of the carrier board 13, and the support base 11A is provided with the stop where it contacts the ground. A sliding member 115, and the anti-slip member 115 covers the area where the support base 11A contacts the ground. Since the diameter of the support base 11A is slightly smaller than the width of the carrier board 13, the cross-sectional area of the support base 11A relative to the ground is larger, which can prevent the support base 11A from tipping over accidentally when the user swings his feet.

The riser 20 is a tubular and integrally formed single member, and is fixed to the carrier 10 and is arranged upright relative to the carrier 10. The riser 20 has an upright direction and has opposite ends. One end of the riser 20 is fixed to the carrier 10, and the other end is provided with an elastic grip 30. The elastic grip 30 covers the end of the riser 20 away from the carrier 10 for the user to hold , To provide the user with a more comfortable grip on the riser 20; preferably, the elastic grip 30 may be foam. The riser 20 can be fastened to the carrier 13 with bolts and nuts, and can also be fixed to the carrier 13 by welding. In addition, the riser 20 can also be fixed to the carrier 13 and the support at the same time. The seat 11 makes the connection between the riser 20 and the carrier 10 more stable.

In addition, the stand pipe 20 may include a fixed pipe body 21 and more than one extension pipe body 23, the fixed pipe body 21 is fixed to the carrier 10, and the one or more extension pipe bodies 23 stand upright toward the stand pipe 20 It is installed on the fixed pipe body 21 in a direction, so that the user can adjust the length of the stand pipe 20 according to his height, and can disassemble the more than one extension pipe body 23 after the stretcher is used. Storage. Specifically, the fixed tube body 21 is radially provided with a positioning hole 211; each extension tube body 23 includes an insertion portion 231 and a sleeve portion 233, the insertion portion 231 and the sleeve portion 233 are integrally formed The diameter of the inserting portion 231 is smaller than the diameter of the sleeve portion 233; the surface of the inserting portion 231 is provided with a positioning bead 232, and the position of the positioning bead 232 is the same as the positioning hole 211 of the fixing tube. Corresponding to the position; the sleeve portion 233 radially penetrates a positioning hole 234, the insertion portion 231 of each extension tube body 23 can be inserted into the fixed tube body 21 or the sleeve of another extension tube body 21 A portion 333 is provided, and the positioning bead 232 can penetrate through the positioning hole 211 of the fixed tube body to engage the one or more extension tube bodies 23.

As shown in FIG. 4, the present invention may include two extension tube bodies 23, one of which the insertion portion 231 of the extension tube body 23 is inserted into the fixed tube body 21, and the positioning bead 232 of the insertion portion 231 can penetrate The positioning hole 211 is provided in the fixed pipe body 21. The insertion part 231 of the other extension tube body 23 is inserted from above into the sleeve part 233 of the extension tube body 23 below, and the positioning bead 234 of the extension tube body 23 above penetrates the extension tube below The positioning hole 21 of the body 23.

Furthermore, the end of the fixed tube body 21 extending in the upright direction can be aligned with the plane of the carrier board 13, or slightly higher than the plane of the carrier board 13, so that the stretcher can be disassembled after use When storing, reduce the overall height of the carrier 10 and the fixed pipe body 21 so as to be placed under the bed, in a drawer or other low space, and improve the effectiveness of home storage.

5, in application, the user can stand on the carrier plate 13 with one standing foot, and the other foot (ie, a swinging foot) can be suspended on the side of the carrier plate 13, and hold the stand For the tube 20, in the application example of FIG. 5, the user stands on the carrier board 13 with his left foot as the standing foot, and hangs on the side of the carrier board 13 with his right foot as the swing foot. Please refer to FIG. 6, after the user stands firmly on the standing foot (left foot) and stands firmly, the side of the carrier board 13 can be swung back and forth by swinging the swinging foot (right foot). Since there is this distance between the standing foot and the swinging foot of the user and the ground, when the swinging foot swings back and forth, it will not touch the ground, so that the swinging foot can swing more smoothly to pull the leg muscles, The effect of tendons. At the same time, the arm on the same side as the swinging foot can also swing back and forth, so that the effect of stretching is better. When the number of swings of the swinging foot is sufficient or the foot is sore, the user can also switch the foot swings, interchange the standing foot and the swinging foot (exchanging the left and right feet), and also allow the other foot to swing and stretch.

Based on the above structure and instructions, the enhanced effects of the present invention are as follows:

1. The carrier 13 of the carrier 10 has the distance from the ground, so that when the user stands on the carrier 13 with one foot, the other foot can swing back and forth on the side of the carrier 13, without Touch or hit the ground to improve the smoothness of the foot swing.

2. The anti-slip element 115 is provided where the support base 11 contacts the ground, which can prevent the user from sliding relative to the ground when the user stands on the carrier plate 13 and swings his feet. The accident, it is safer to use.

3. The anti-slip member 115 can also be made of elastic and soft materials. When the user swings his feet, it can absorb the noise caused by the impact or friction of the support base 11 with the ground and avoid noise to the neighbors.

4. The stand pipe 20 can adopt the design of the detachable fixed pipe body 21 and the more than one extension pipe body 23, which is convenient for the user to store and organize after disassembly.

10: Stage 11, 11A: Support seat 111: Frame 113: connecting column 115: anti-slip parts 13: carrier board 20: riser 21: fixed pipe body 211: positioning hole 23: Extension tube 231: Insertion Department 232: positioning beads 233: Set Up Department 234: positioning hole 30: Elastic grip

Figure 1: A schematic diagram of the three-dimensional appearance of the first preferred embodiment of the present invention. Figure 2: An exploded perspective view of the first preferred embodiment of the present invention. Figure 3: A perspective view of the second preferred embodiment of the present invention. Figure 4: An exploded perspective view of the fixed pipe body and the extension pipe body of the second preferred embodiment of the present invention. Figure 5: A schematic plan view of a user standing on the present invention. Figure 6: A schematic diagram of the continuous action of the user using the present invention.

10: Stage

11: Support seat

111: Frame

113: connecting column

115: anti-slip parts

13: carrier board

20: riser

30: Elastic grip

Claims (13)

A lacing stretcher, including: A carrier, including a support seat and a carrier board, the support seat is placed on the ground and carries the carrier board, the carrier board is in a plate shape, is connected to the support seat and is spaced apart from the ground; A standpipe is tubular, fixed on the carrier, and arranged in an upright direction relative to the carrier. The stretcher according to claim 1, wherein the support base includes: A frame, which is frame-shaped and set on the ground; Four connecting posts are arranged on the frame body, extend toward the carrier board and connect with the carrier board. The lacing stretcher described in claim 2 further includes four anti-slip elements, and the four anti-slip elements are arranged on the frame and contact the ground. According to the lacing stretcher described in claim 3, the riser pipe is a single integrally formed tubular member. For the lacing stretcher described in claim 3, the riser includes: A fixed pipe body, which is tubular and fixed to the carrier; More than one extension pipe body is installed on the fixed pipe body toward the vertical direction of the stand pipe, each extension pipe body includes an insertion portion and a sleeve portion, the insertion portion and the sleeve portion extend integrally, and The diameter of the insertion part is smaller than the diameter of the sheath part, and the insertion part can be inserted into the sheath part of the fixed tube body or another extension tube body. For the lacing stretcher described in claim 5, the insertion part of each extension tube body is provided with a positioning bead, the fixed tube body is radially provided with a positioning hole; the sleeve part of each extension tube body is radially provided with a positioning bead Hole; The positioning beads provided in the insertion portion of each extension tube can be engaged with the positioning hole provided in the fixed tube body or the positioning hole provided in the sleeve portion. The lacing stretcher according to any one of claims 1 to 6, which further comprises an elastic grip, and the elastic grip covers the end of the riser away from the carrier. According to the lacing stretcher described in claim 1, the support base is a cylinder, and the end area of the support base is slightly smaller than the area of the carrier board. For the stretcher according to claim 8, a non-slip element is provided at the contact point between the support base and the ground, and the non-slip element covers the contact point between the support base and the ground. The lacing stretcher according to claim 8, the standpipe is a single member integrally formed. For the lacing stretcher described in claim 8, the riser includes: A fixed pipe body, which is tubular and fixed to the carrier; More than one extension pipe body is installed on the fixed pipe body toward the vertical direction of the stand pipe, each extension pipe body includes an insertion portion and a sleeve portion, the insertion portion and the sleeve portion extend integrally, and The diameter of the insertion part is smaller than the diameter of the sheath part, and the insertion part can be inserted into the sheath part of the fixed tube body or another extension tube body. According to claim 11, the insertion part of each extension tube body is provided with a positioning bead, and the fixed tube body is radially provided with a positioning hole; the sleeve part of each extension tube body is radially provided with a positioning bead Hole; The positioning beads provided in the insertion portion of each extension tube can be engaged with the positioning hole provided in the fixed tube body or the positioning hole provided in the sleeve portion. The lacing stretcher according to any one of claims 8 to 12, further comprising an elastic grip, the elastic grip covering the end of the riser away from the carrier.

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