TWM588564U - Quick buckle tension belt - Google Patents

Abstract

A quick buckle tension band includes a palm guard cushion body and a limb joint member arranged on the palm guard cushion body. The anti-slip structure provided on the palm guard cushion body is at least one stitch, which is sewed on one side of the palm guard cushion body. Since the non-slip structure is protrudingly provided on the contact surface between the palm pad body and the training apparatus, the increased friction can prevent slipping.

Description

Quick pull tension band

This creation is about a quick-release tension band. More precisely, it is about a quick-release tension band that uses stitching as a non-slip structure. It can make the structure of the quick-release tension band simpler, and it can improve both friction and use. Dryness can also prevent slippage caused by the sweat-absorbent saturation of the palm guard body.

In weight-bearing exercises or sports that need to be grasped or held, palm guards are needed to increase the holding power to stabilize sports equipment (such as barbells) to prevent strain and protect the wrist. Since the contact surface between the palm guard and the training apparatus will bear large resistance and frequent friction, the surface material of the existing palm guard is mainly leather or nylon. In addition, in order to prevent stickiness and slippage caused by palm perspiration, a moisture absorption pad will be added inside the palm pad body. However, when the absorption function of the moisture absorption pad has reached saturation, the sweat may have a lubricating effect, making it non-slip The effect is greatly reduced, but there is a danger in use. On the other hand, in order to increase the natural feel of holding training equipment, practitioners continue to research more robust, durable, sweat-absorbing and lightweight armor.

Based on the above purpose, this creative department provides a quick buckle tension band, which includes a palm guard cushion body and a limb joint member arranged on the palm guard cushion body, characterized in that the anti-slip structure provided on the palm guard cushion body is stitched to the guard One side of the palm rest body. Moreover, it is better that the anti-slip structure protrudes from the contact surface of the palm guard cushion body and the training apparatus.

Since the anti-slip structure is protruding from the middle part of the palm guard body and the training device, in addition to improving friction, it can increase the air circulation between the palm and the palm guard body, and can also prevent the palm guard body from absorbing sweat and saturation. The resulting slip phenomenon.

In addition, the suture as a non-slip structure may be formed in a straight line pattern in the middle portion of the palm guard body, or may be designed as a plurality of suture areas. The material of the suture is wear-resistant, and it does not have the effect of absorbing water (sweat absorption) and can produce a certain hardness and toughness.

In addition, the palm guard cushion body may be a plurality of stitched cushion bodies. As a non-slip structure, the stitches directly sew the plurality of cushion bodies into one piece, and the cushion body interlayer may also be provided with a water-absorbing cushion.

In order to clearly explain the specific implementation, structure and achieved effect of this creation, the illustrations with the illustrations are as follows:

Please refer to FIG. 1 to FIG. 3, which shows a quick-release tension band, which includes a palm guard cushion body in the form of a long sheet, the middle portion 12 of the palm guard cushion body is stitched with stitches, and is formed around the palm guard cushion The two ends of the body are relatively flat, and can contact the training equipment (for example: horizontal bar, dumbbell, barbell), and the middle portion 12 forms a free end 11 and a fixed end 13 at opposite ends. Wherein, the fixed end 13 is combined with the limb joint so that the palm guard cushion body can be located at the palm, and the free end 11 abuts against the user's palm and/or fingers. Based on durability considerations, the material of the palm guard body can be nylon or cowhide.

The limb joint of this embodiment is a wrist fixation device, which has two straps 21 and 22 sewn to the fixed end 13 and extends outwards. The strap 21 is provided with a hook-and-loop strap 23 and the strap 22 is provided with a loop 24. A person can attach the strap 21 to the strap 23 through the loop 24 to fix the straps 21, 22 and the fixed end 13 to the wrist. In addition, in consideration of wearing comfort, a cushion 25 may be provided on the belt bodies 21 and 22 to fit the body part. However, in other embodiments, the limb coupling member may also be other wrist fixing structures or gloves, and the palm guard cushion body is stitched to the palm portion of the glove.

The middle portion 12 of the palm guard body is provided with a non-slip structure, which is an internal stitch 32 sewn to the palm guard body and exposed on at least one side, and forms at least one straight line pattern perpendicular to the direction of resistance applied to the palm guard body. In this embodiment, the palm guard cushion body is a piece of cushion body folded in half to form a two-layer elongated sheet cushion body, and the internal suture 32 passes through the stitched two-layer palm guard cushion body to form a non-slip structure on opposite sides; In addition, the palm guard body is also provided with surrounding stitches 31 to sew the contour of the palm guard body. The material of the internal suture 32 includes a wear-resistant material, which does not have the effect of absorbing water (sweat absorption) and can give the palm guard body a certain stiffness and toughness. In addition, if considering the durability, the material of the surrounding suture 31 is also It may be the same as the internal suture 32.

The quick-release tension band of this embodiment is used as a sheath for holding a barbell. The palm guard body is provided with a plurality of linear sutures 32 which are slightly perpendicular to the long axis direction of the palm guard body. Slightly parallel to the rod body can reduce the rotating torque of the rod body. The internal suture 32 also forms two triangular spirals extending outward from the center of the middle portion 12 and forms a slightly symmetrical pattern covering the entire middle portion 12 to form a non-slip structure.

Since the anti-skid structure of the palm guard pad body is arranged at the part contacting with the training apparatus, the friction force can be improved to produce the anti-slip effect. It is worth mentioning that the internal suture 32 is sewn to the palm guard body and protrudes from the contact surface of the palm guard body and the training device. In other words, the internal suture 32 does not make the cushion body tighter when it is sutured. The pad body near the suture is not lower than the pad body far from the suture, therefore, the internal suture 32 will preferentially contact the training apparatus, at the same time increase the air circulation between the palm and the palm guard pad body, and prevent the palm guard The slip phenomenon caused by the cushion body saturating with water.

Please refer to FIG. 4, which shows another pattern structure formed by the internal sutures 32 of the palm guard body. Unlike the previous embodiment, the internal sutures 32 divide the middle portion 12 into upper, lower, left, and right suture regions. , The internal stitches 32 in the upper and lower areas form a plurality of straight line patterns at the stitches defining the middle portion 12 perpendicular to the long axis direction of the palm pad body, when the palm pad body is bent into a C shape to hold the rod body, the straight line pattern is located The opening of the C-shaped structure makes the rod body difficult to slide. The internal stitches in the left and right areas form two triangular spirals to fill the remaining middle portion 12, forming a non-slip structure. However, the user can also design a plurality of suture regions according to the sense of beauty or the direction of force/resistance, and make the suture constitute a simple geometric figure or totem.

In other embodiments, the internal suture 32 may be sewn to only one side of the palm guard body, or individually stitched to the middle portion of the palm guard body, and then the external suture 31 may be used to sew multiple layers of palm guard body In addition, the interlayer of the palm guard body may also be provided with additional heightening pads or water absorbing pads, and the protrusion is provided with a middle part of the area of the internal suture 32 to increase the holding power.

11‧‧‧ free end 12‧‧‧ middle part 13‧‧‧Fixed end 21、22‧‧‧Body 23‧‧‧ Velcro 24‧‧‧Piercing 25‧‧‧Cushion 31‧‧‧Suture around 32‧‧‧ Internal suture

FIG. 1 is a schematic side view of a quick-release tension band.

2 is a schematic diagram of another side of the quick-release tension band.

Fig. 3 is a schematic diagram of the use of a quick pull tension band.

4 is another schematic diagram of the non-slip structure of the quick-release tension band.

11‧‧‧ free end

12‧‧‧ middle part

13‧‧‧Fixed end

21、22‧‧‧Body

25‧‧‧Cushion

31‧‧‧Suture around

32‧‧‧ Internal suture

Claims (7)

A quick buckle tension band comprising a palm guard cushion body and a limb joint is arranged on the palm guard cushion body, and is characterized by: A non-slip structure is a suture stitched on one side of the palm guard body. The quick-release tension band as described in item 1 of the patent application scope, wherein the non-slip structure protrudes from a contact surface of the palm guard body. The quick-release tension band as described in item 1 of the patent application range, wherein the suture forms a straight line pattern perpendicular to a resistance direction applied to the palm guard body. As described in item 1 of the patent application scope, the quick-release tension band has a plurality of sutures. The quick-release tension band as described in item 1 of the patent application scope, wherein the palm guard cushion body is a plurality of stitched cushion bodies. The quick-release tension band as described in item 5 of the patent application scope, wherein the seam stitches the palm guard body. The quick-release tension belt as described in item 1 of the patent application scope, wherein the limb joint is a belt body or a glove.

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