CN203777626U - Shock absorption table tennis bat - Google Patents

Abstract

The utility model relates to the field of table tennis equipment, in particular to the field of table tennis rackets. The utility model adopts the following technical scheme: a shock-absorbing table tennis racket, which has a table tennis hitting plate, a rubber layer and a racket handle. The racket handle is provided with upper, middle and lower layers of cavities. Two independent cavities are set, and each cavity is provided with a shock-absorbing shrapnel. The shock-absorbing shrapnel in the two cavities of the middle layer are S-shaped, while the shock-absorbing shrapnel in the four cavities set on the upper and lower layers are S-shaped. It is arc-shaped, and ventilating holes are provided at corresponding positions on the front and rear surfaces of each cavity for ventilation. The utility model has the advantages of good damping effect, good hand feeling and the like.

Description

Shock-absorbing table tennis racket

technical field

The utility model relates to the field of table tennis appliances, in particular to the field of multifunctional table tennis rackets. the

Background technique

Table tennis is a popular ball game in the world and is our country's national sport. In terms of project characteristics, table tennis is a game of confrontation between the nets. There is no physical contact, the requirement for confrontation is very small, and the amount of exercise is not large. Normally, it is an aerobic exercise. Therefore table tennis is a sport suitable for all ages. Playing table tennis regularly can not only exercise your body, but also delay vision loss. the

Present table tennis racket, ball handle is relatively hard, inelastic, causes greater impact to the user's wrist when hitting the ball, especially the elderly and children, and this effect is just more obvious. the

Utility model content

The utility model provides a shock-absorbing table tennis racket, which can solve the above-mentioned technical problems, thereby meeting people's better requirements for the table tennis racket and protecting the health of table tennis players. the

The utility model adopts the following technical solutions:

A shock-absorbing table tennis racket has a table tennis batting board, a rubber layer and a racket handle. The racket handle is provided with upper, middle and lower layers of cavities, and each layer of cavities is oppositely provided with two independent cavities. Shock-absorbing shrapnel are arranged in each cavity, and the shock-absorbing shrapnel in the two cavities of the middle layer are S-shaped, while the shock-absorbing shrapnel in the four cavities arranged on the upper and lower layers are arc-shaped, and each cavity Ventilation holes are provided at corresponding positions on the front and rear surfaces of the body for ventilation.

The handle of the racket is provided with rubber particle protrusions, and the top of the rubber particle protrusions is concave. the

A plurality of through holes are provided at corresponding positions on the batting plate and the rubber layer. the

The utility model has the advantages of:

Six cavities are arranged in the handle of the racket, and shock-absorbing shrapnels are arranged in each cavity, thereby reducing the impact on the opponent when hitting the ball. People hold the handle of the racket, and the center of the palm is the part that absorbs the most vibrations. If only one cavity is provided at the handle of the racket for buffering, the buffering effect is not good. The utility model divides the internal space of the handle of the racket reasonably into three layers, each layer is provided with two buffer chambers, and an S-shaped buffer shrapnel with better shock absorption effect is arranged on the middle layer in contact with the center of the palm, so that the shooter It feels better and protects the wrist better.

There are ventilation holes on the front and rear surfaces of the cavity, so as to optimize the ventilation of the racket, prevent the palms from sweating, and make the racket holder have a better experience. In order to prevent slipping, rubber particle protrusions are provided at the handle of the racket, but the rubber particles are relatively hard and the feel is not good. Therefore, the top of the rubber particle protrusions is set to be concave, which can not only increase friction, but also make the particles soft and improve the feel. the

Description of drawings

The schematic diagram of Fig. 1 utility model table tennis racket;

Fig. 2 is an enlarged schematic diagram of the cavity part of the racket handle of the present utility model;

Figure 3 is an enlarged schematic diagram of the rubber particle part at the handle of the racket of the present invention;

1-Rubber layer, 2-Table tennis ball, 3-Racket handle, 4-Through hole on the racket, 5-Ventilating hole on the racket handle, 6-Upper layer cavity, 7-Middle layer cavity, 8-Lower layer Cavity, 9-the arc-shaped shock-absorbing shrapnel in the upper and lower cavity, 10-the S-shaped shock-absorbing shrapnel in the hollow space of the middle layer, 11-the rubber particle protrusion at the handle of the racket.

Detailed ways

With reference to Figures 1-3, the table tennis racket of the present utility model has a table tennis batting plate 2, a rubber layer 1 and a racket handle 3, and the racket handle 3 is provided with upper, middle and lower three-layer cavities 6, 7, 8 , each cavity is provided with two independent cavities, and each independent cavity is provided with a shock-absorbing shrapnel, the shock-absorbing shrapnel 10 in the two cavities of the middle layer are S-shaped, and the upper and lower layers are arranged The shock-absorbing shrapnel 9 in the four cavities are arc-shaped, and vent holes 5 are provided at corresponding positions on the front and rear surfaces of each cavity for ventilation. When in use, the focus of the hand is mostly concentrated on the cavity of the middle layer. The S-shaped shock-absorbing shrapnel with good shock-absorbing effect is installed here, which can more specifically shock-absorb the wrist and improve the user's hand feel. the

In order to reduce air resistance, a through hole 4 can be set on the surface of the table tennis racket, that is, the part corresponding to the hitting plate and the rubber layer, and a plurality of through holes 4 can be set, thereby reducing the resistance of the wind to the table tennis racket. the

In order to enable the user to hold the racket more firmly, rubber particle protrusions 11 that increase friction can be provided on the handle of the table tennis racket, but the rubber particles are relatively thick and hard, and the hand feel is not good, so the top of the rubber particle protrusions 11 is arranged as a concave structure. , so that the friction between the hand and the handle of the racket can be improved, and the top depression softens the top of the rubber particle protrusions, thereby improving the hand feeling. the

Claims (3)

1. a damping table tennis bat, there is table tennis ball kicking plate (2), rubber layer (1) and racket handle (3), it is characterized in that, in described racket handle (3), be provided with three layers of cavity of upper, middle and lower (6,7,8), every layer is oppositely arranged two independent cavitys, in each independent cavity, be provided with damping shell fragment, damping shell fragment (10) in the cavity of two, described intermediate layer is S type, and damping shell fragment (9) in four cavitys of upper and lower two-layer setting is arc, the corresponding position, front and rear surfaces place of each cavity is equipped with air-vent (5), in order to ventilated.

2. damping table tennis bat according to claim 1, is characterized in that, is provided with rubber grain projection (11) on described racket handle, the top indent of described rubber grain projection (11).

3. damping table tennis bat according to claim 1, is characterized in that, the upper corresponding position of described striking plate (2) and rubber layer (1) is provided with multiple through holes (4).