JP3179636U - Weight training cushion - Google Patents

Abstract

Provided is a cushion material for weight training that is easy to wear during use, is easily adapted to a palm, and has excellent hygiene management and durability.
A cushioning material for gripping a shaft in a state of being placed on a palm when using a barbell or a dumbbell, the base being arranged on the wrist side of the palm, and expanding from both ends of the base. A pair of oblique sides 12 that rises and an arcuate upper side 14 that is arranged on the finger side and curves outwardly between the upper ends 13 of the pair of oblique sides 12 are provided.
[Selection] Figure 3

Description

  The present invention relates to a cushion material for weight training.

  In general, when weight training is performed, a weight training glove made of genuine leather or chemical fiber is worn on the hand, or training is performed with bare hands.

However, the conventional weight training cushion material is a glove, etc., which is in the shape of a bag that covers the entire hand, and because of its high degree of sealing, air permeability is poor, sweating due to sweating, and an unpleasant odor Or Moreover, even if it is the glove etc. which were formed so that the fingertip part might be exposed, the part which is not exposed will still produce the stuffiness and unpleasant smell by perspiration. Furthermore, since attachment and detachment of the glove etc. in the state which produced the stuffiness has adhered closely to a hand, it is difficult to attach and detach immediately. In addition, people with weak skin, etc. may lead to skin diseases such as skin irritation or injury. In addition, when washing, since the material is difficult to dry or in the form of a bag, there is a problem that the inside is difficult to dry easily and the material is easily damaged when washed frequently.
Also, when weight training using barbells or dumbbells with bare hands, if the shaft is knurled to prevent slipping, the knurled protrusion structure will bite into the palm to hold the shaft firmly There were times when it was difficult to put in force due to pain, and dizziness.

  The present invention is for solving such a conventional problem, and the problem is that the weight is easy to wear when used, easy to adjust to the palm, and excellent in hygiene management and durability. The purpose is to provide a cushioning material for training.

In order to achieve the above object, in the device according to claim 1, as a weight training cushion material for gripping the shaft in a state of being placed on the palm during weight training, when using a barbell or dumbbell, A circle that is arranged on the wrist side, a pair of oblique sides that expands and rises from both ends of the base, and a finger that is curved outwardly between the upper ends of the pair of oblique sides An arcuate upper side is provided.
Therefore, the device according to the first aspect has a shape that fits the palm, and can be used simply by placing a cushion material for weight training on the wrist side of the palm.

The invention of claim 2 is characterized in that it is curved as a whole in the direction between the bottom side and the arcuate top side.
Therefore, in the invention of claim 2, since the weight training cushion material is formed to be curved as a whole in the direction between the bottom side and the arcuate upper side, it is easy to become familiar with the palm. Also, the weight training cushion material is curved with respect to the curved surface of the cylindrical shaft of a barbell or dumbbell.

  In the invention of claim 3, the length of the base is 60 mm, the height from the base to the top of the top of the arc is 90 mm, and from the base to the upper end of the hypotenuse. The height dimension is 63 mm, the gap dimension between both ends of the arc portion is 90 mm, the thickness dimension is 3 mm, and the peripheral edge portion is formed by a chamfer having a circular arc shape protruding outward. To do.

  In the invention of claim 4, the curvature in the direction between the bottom side and the arcuate upper side is R43.5, and the curvature of the chamfer having a circular arc cross section at the peripheral edge is R1.5. It is characterized by.

  The invention of claim 5 is characterized by being made of ethylene propylene rubber.

In the invention of claim 1, during weight training, when using a barbell or dumbbell, as a cushioning material for gripping the shaft in a state of being placed on the palm, a bottom portion disposed on the wrist side of the palm; A pair of oblique sides that rise and expand from both ends of the bottom side, and an arcuate upper side that is arranged on the finger side and curves outwardly between the upper ends of the pair of oblique sides. And As a result, the shape of the weight training cushion material is easily adapted to the palm, and can be used simply by placing the weight training cushion material on the wrist side of the palm, so that the barbell or dumbbell can be easily attached and detached before and after use.
In addition, the weight training cushion material is not a bag shape unlike a bag-like glove, so it has excellent breathability and reduces sweating due to sweating in areas other than those that are in close contact with the palm cushion material. There is little uncomfortable feeling when wearing a glove-like shape.
Furthermore, since the weight training cushion material has the above-mentioned shape, it is easy to clean when it becomes dirty, and it is hygienic, and it is less likely to cause skin diseases due to stuffiness caused by sweating.
It also has the effect of protecting hands and improving safety for those who have been weight training with bare hands.

  In the invention of claim 2, since it is formed as a whole curved in the direction between the bottom side and the arcuate top side, it is easy to become familiar with the palm and has a cylindrical shape of a barbell or dumbbell. Since it has a shape that is familiar to the curved surface of the shaft, it is easy to wrap around the shaft in the palm and use it.

In the invention of claim 3, the length of the base is 60 mm, the height from the base to the top of the arcuate upper side is 90 mm, from the base to the upper end of the hypotenuse The height dimension is 63 mm, the distance between both ends of the arcuate upper side is 90 mm, the thickness is 3 mm, and the peripheral edge is chamfered in a circular arc shape that protrudes outward. As a result, it is easy to become familiar with the shape of the palm, and it is difficult to feel uncomfortable when using the cushion material for weight training. Further, the barbell or dumbbell shaft can be securely gripped through the weight training cushion material.
Since the cushion material is formed in conformity with the shape and size of the palm of ordinary people, most users can use it without feeling uncomfortable.
Further, since the peripheral edge portion is chamfered with an arc-shaped cross section, the weight training cushion material is not caught and the skin or the like is hardly damaged.
Furthermore, because the chamfer is applied, the edge in the thickness direction of the weight training cushion material does not bite into the palm skin when gripping the shaft via the weight training cushion material in the palm. Can provide a good feeling of use.

  In the invention of claim 4, since the curvature in the direction between the bottom side and the arcuate top side is R43.5, the shape is easily adapted to the shape of a general human palm. In addition, it is difficult to cause a sense of incongruity when the cushion material is used, and the barbell or dumbbell shaft can be securely gripped through the cushion material.

In the invention of claim 5, since the material of the cushion material is made of ethylene propylene rubber having excellent water resistance, ozone resistance, impact resilience, and abrasion resistance, the cushion material has quick drying properties. It is resistant to deterioration due to ultraviolet rays and has moderate elasticity, so it is easy to fit into the palm and barbell or dumbbell shaft and is easy to grip, and does not hurt easily even after frequent washing. Moreover, an unpleasant odor does not permeate. It also helps protect your palms during weight training.
Further, the cushion material can have various colors by adding a dye to ethylene propylene rubber.

It is a top view which shows the form of one Example of the cushion material for weight training which concerns on this invention, Comprising: The figure which shows the state of the surface (weight training cushion material surface) which touches a palm when using the cushion material for weight training It is. It is a side view which shows the form of one Example of the cushioning material which concerns on this invention, Comprising: It is a right side view at the time of seeing a cushioning material from the surface. It is a perspective view which shows the form of one Example of the weight training cushion material which concerns on this invention, Comprising: When using a cushion material, the surface (weight training cushion material back surface) which contact | connects the grip hand of dumbbells has been arrange | positioned upwards It is a perspective view at the time.

Hereinafter, the present invention will be described in detail based on embodiments shown in the accompanying drawings.
As shown in FIGS. 1, 2, and 3, the present embodiment is a weight training cushion material (10) for gripping a shaft in a state of being placed on a palm when a barbell or dumbbell is used. A base part (11) arranged on the wrist side, a pair of oblique side parts (12, 12) rising from both ends of the base part (11), and a pair of oblique side parts arranged on the finger side A weight training cushion material (10) including an arcuate upper side portion (14) that curves outwardly between upper end portions (13) of (12, 12). Further, the peripheral edge (15) is chamfered (16) with a curvature R1.5 having an arcuate cross section.
Further, since the weight training cushion (10) has the above-mentioned shape, it is easy to become familiar with the palm and is chamfered (16).

As shown in FIGS. 2 and 3, the weight training cushion material (10) is formed to be curved as a whole in the direction between the base (11) and the arcuate upper side (14). .
The weight training cushion material (10) has a length (L) of the bottom side (11) of 60 mm and a top (17) of the arcuate upper side (14) from the bottom (11). ) Is 90 mm, the height dimension (H1) from the base (11) to the upper end (13) of the oblique side (12) is 63 mm, and the arcuate upper side (14) ) Between both ends (upper end of the hypotenuse) (13) is 90 mm, the thickness is (D) 3 mm, and the peripheral portion (15) is a cross-sectional circle protruding outward. An arcuate chamfer (15) is formed.
Moreover, it is formed as a curve having a curvature R43.5 as a whole in the direction between the bottom side (11) and the arcuate upper side (14). Further, the peripheral edge (15) is chamfered (16) with a curvature R1.5 having an arcuate cross section.

  The weight training cushion material (10) shown in FIGS. 1, 2, and 3 is made of ethylene propylene rubber. Moreover, the weight training cushion material (10) which has various colors can be provided by mix | blending dye.

Hereinafter, an operation of the weight training cushion material according to the present embodiment will be described.
The weight training cushion material (10) includes a base (11) disposed on the wrist side of the palm, a pair of oblique sides (12) that stand up from both ends of the base (11), and a finger side. An arcuate upper side part (14) that is disposed between the upper end parts (13) of the pair of oblique sides (12), the bottom side part (11), and the arcuate upper side part (14). Since it is formed to be curved as a whole in the direction between the two, it has a shape that is easy to adapt to the palm, and is easy to wind around a barbell or dumbbell shaft.
Further, the peripheral edge (15) of the weight training cushion material (10) is chamfered (16) having an arc-shaped cross section, so that it does not get caught and the hand is not easily damaged. This also helps to reduce the sense of discomfort.

  The present invention can be applied to a cushion material when using a barbell or dumbbell which is weight training.

DESCRIPTION OF SYMBOLS 10 Weight training cushion material 11 Bottom part 12 Slope part 13 Upper end part, both ends 14 Arc-shaped upper side part 15 Peripheral part 16 Chamfer 17 Top part L Length dimension L1 Spacing dimension H Height dimension H1 Height dimension D Thickness

Claims (5)

  When using a barbell or dumbbell, it is a cushioning material for gripping the shaft in the state of being placed on the palm, and a bottom side portion arranged on the wrist side of the palm, and a pair of oblique sides rising from both ends of the bottom side portion A weight training cushioning material comprising: a portion, and an arcuate upper side portion that is arranged on the finger side and curves outwardly between the upper end portions of the pair of oblique sides.   The weight training cushion material according to claim 1, wherein the cushion material is weight curved as a whole in a direction between the bottom side and the arcuate top side.   The length of the bottom side is 60 mm, the height from the bottom to the top of the arcuate upper side is 90 mm, the height from the bottom to the upper end of the hypotenuse is 63 mm, and the arc shape 3. The weight according to claim 2, wherein the distance between both ends of the upper side is 90 mm, the thickness is 3 mm, and the peripheral edge is chamfered in a circular arc shape protruding outward. Cushion material for training.   4. The weight according to claim 3, wherein a curvature in a direction between the bottom side portion and the arcuate upper side portion is R43.5, and a curvature of a chamfer having a cross-sectional arc shape at the peripheral portion is R1.5. Cushion material for training.   The cushion material for weight training according to claim 4, wherein the cushion material is made of ethylene propylene rubber.