Table tennis bat with anti-slip function

Abstract

The utility model relates to a table tennis bat with anti -slip function belongs to sports equipment table tennis bat technical field. Aiming at the traditional straight bat structure of table tennis, the problem that the style easily causes the insufficient ball pushing force, the unstable backhand grip, the thumb easy to slip and lead to the deformation of pushing action and the heavy bat easily deviate direction and so on, the utility model provides a table tennis bat with anti -slip function, through the columnar, the inclination, the hollow -out design of bat handle, make the index finger hook more stable, convenient to push and block, increase the setting resistance module with the panel smooth pasting or concave integral molding in combination with the bat panel at the bat face bottom, the grip thumb outside side, increase the grip stability jointly, avoid the finger slip, more easily realize the push and action conversion. Handle hollow -out, the inclination design can reduce the bat weight, reduce the resistance, be favorable to table tennis movement and sports goods technology innovation and development.

Description

Technical Field

[0001] This utility model application belongs to the field of sports equipment technology, specifically relating to an improved racket for penhold table tennis, including the handle structure and style, the table tennis racket face, and the table tennis racket. Background Technology

[0002] In modern table tennis, the Chinese penhold grip is widely used. However, the complexity of the traditional penhold structure, style, and grip makes it difficult to adapt to different playing styles, limiting the technical performance of penhold players and hindering their ability to improve their results. Issues such as insufficient power in the stroke, unstable backhand grip, thumb slippage leading to distorted pushing motions, and excessive racket weight causing shots to deviate from their intended direction all restrict the popularization and development of table tennis. Therefore, it is essential to develop an improved racket that is more suitable for penhold play, especially for backhand and reverse backhand techniques. Summary of the Invention

[0003] This utility model application relates to an improved table tennis racket, including a handle, a faceplate, and the racket itself. By improving the handle structure and adding a resistance module to the shoulder of the faceplate, the grip stability is enhanced, overcoming the shortcomings of existing penhold racket technology. The specific solution is as follows:

[0004] Table tennis racket panel: A resistance module is added to the outside of the thumb to increase thumb resistance and prevent slippage. Combined with the innovative columnar handle, it makes the grip more stable and powerful, and makes it easier to perform push and block actions and switch between forehand and backhand strokes.

[0005] Preferred option: The panel resistance module is located on the shoulder of the racket face, on the outside of the thumb when holding the racket, and is smoothly connected to the panel.

[0006] Preferred options: The panel resistance module is connected to the panel by adhesive, splicing, screwing, riveting, welding, or recessed integral molding.

[0007] Preferred option: The panel resistance module is located on the shoulder of the panel, outside the thumb of the grip, and can be selected for left or right hand position according to the user's grip habits.

[0008] Preferred option: The shape and thickness of the panel resistance module should be such that it can prevent the thumb from slipping out.

[0009] Preferred material: The panel resistance module is made of wood, rubber, plastic, leather, carbon fiber or composite material.

[0010] Ping Pong Paddle Handle: It adopts a columnar + hollow design. The columnar cross-section is thicker than the traditional handle and is tilted at an angle, which can effectively support the index finger holding the paddle and make the index finger hook grip more stable. The hollow part of the handle is hollow or semi-hollow, which is intended to reduce the weight of the ping pong paddle and reduce resistance, making it easier for users to grip and control the paddle more flexibly and accurately.

[0011] Preferred option: The handle cross-section is preferably square, protruding above the panel, and wider than the index finger grip position. Alternatively, it can be polished into a round or polygonal cross-section according to usage habits or aesthetic requirements.

[0012] Preferred option: The front of the handle faces forward, and the index finger gripping the racket is tilted 1-5° towards the thumb side.

[0013] Preferred feature: The handle is cylindrical, with a rounded design at the rear of the cylinder and on the upper side of the base of the index finger when gripping the racket.

[0014] Preferred feature: The handle's arc and tilt angle design allows users to choose between left- or right-handed grip positions based on their grip habits.

[0015] Preferred feature: The handle is cylindrical, with the front of the cylinder tilted at approximately 15° from the middle to the tail to appropriately reduce the weight of the racket.

[0016] Preferred option: The handle is cylindrical, and the cylindrical body can be hollowed out. The hollowed-out part is located in the vertical direction of the handle. The size and shape of the hollowed-out part can be selected as needed and evenly distributed. The purpose is to reduce weight and reduce resistance.

[0017] This improved table tennis racket makes the use of the Chinese penhold grip in the backhand topspin technique more stable and the movements more flexible. It also has the practical features of being aesthetically pleasing, easy to manufacture, and suitable for mass production and widespread use. It is suitable for professional table tennis players, amateur enthusiasts, and beginners. Attached Figure Description

[0018] To more clearly illustrate the design concept and working principle of this utility model table tennis racket, the following example drawings are provided based on the grip habits of most users—right-handed grip and square columnar handle. The drawings are merely one representation of the design concept of this utility model; any other drawings and examples obtained by extending this design concept are within the scope of protection of this utility model.

[0019] Figure 1 This is a top view of the improved table tennis racket with the racket face upwards; Figure 2 This is a front view of the improved table tennis racket with the racket face up, i.e., a cross-sectional view of the left side when holding the racket with the right hand. Figure 3 This is a right-hand view of the improved table tennis racket with the racket face upwards, i.e., a cross-sectional view from the tail of the handle downwards.

[0020] Explanation of reference numerals in the attached figures: 1. Panel resistance module; 2. Inclined angle of the front section of the handle; 3. Rounded design of the rear side of the handle column; 4. Hollowed-out position of the handle; 5. Inclined design of the front of the handle column. Detailed Implementation

[0021] The following description, in conjunction with the accompanying drawings, details the implementation of the table tennis racket of this utility model. This implementation is merely an example based on the user's right-handed grip and a square, columnar handle, and is not exhaustive. All implementations made by those skilled in the art based on this example (such as changes to the shape, specifications, and materials of various components and designs) without new creative effort are within the protection scope of this utility model.

[0022] like Figure 1-3 The table tennis racket shown is designed for the penhold backhand technique and includes a racket face, a resistance module, and a novel columnar hollow handle.

[0023] The drag module on the racket face is located on the shoulder of the face and serves to prevent the thumb from slipping. Its shape is preferably a long semi-circular arc with the outer edge overlapping the edge of the racket. Other shapes can also be changed according to usage habits or aesthetic needs to achieve the same function. The height of the resistance module should be such that it can prevent the thumb from slipping out; a height of 7-8mm is recommended. It can also be shaped by grinding according to the user's habits. The resistance module can be smoothly connected to the racket panel using existing processes, including but not limited to adhesive bonding, splicing, screwing, riveting, welding and grinding, and one-piece molding. If the smooth shoulder area of ​​the racket panel is ground, carved, or shaved to make the panel concave and create a blocking effect on the thumb, the purpose of the resistance module design of this utility model can also be achieved, and it still falls within the scope of the claims of this utility model. The materials used for the resistance module include, but are not limited to, wood, rubber, plastic, leather, carbon fiber, or other composite materials.

[0024] This improved table tennis racket also includes a new type of cylindrical handle.

[0025] The handle cross-section is preferably square, protruding above the panel, and wider than the index finger grip position; the square here includes, but is not limited to, rectangle, square, rhombus, trapezoid, parallelogram; it can also be polished and shaped, or have circular, polygonal, or irregular cross-sections, depending on usage habits or aesthetic requirements, to facilitate index finger grip; With the front of the handle facing forward, the index finger should be tilted 1-5° towards the thumb side when gripping the racket.

[0026] The handle is cylindrical, with a rounded design at the back of the column and on the upper side of the base of the index finger when gripping the racket. The size of the roundness can be selected according to needs, which helps to avoid bumps and reduce the weight of the racket.

[0027] The handle's arc and tilt angle design allow users to choose between left- or right-handed grips based on their grip habits.

[0028] The handle is cylindrical, with the front of the cylinder tilted at about 15° from the middle to the tail. The specific angle and position can be changed according to needs to appropriately reduce the weight of the racket.

[0029] The handle is cylindrical, and the column can be designed with a hollowed-out shape. The hollowed-out parts are located in the upper and lower directions of the handle. The size and shape of the hollowed-out parts can be selected as needed and evenly distributed. Alternatively, multiple hollowed-out points can be set according to aesthetic requirements, which can reduce the weight of the racket and reduce resistance.

[0030] According to the aforementioned description, this utility model of a table tennis racket features an innovative design compared to existing standard rackets. This includes an added resistance module on the faceplate to help prevent thumb slippage during pushes, especially backhand shots; a columnar handle and a tilted front angle design for a more stable grip by the index finger, improving hitting efficiency; the columnar handle can be configured with side, front curvature, or tilt designs to enhance safety and reduce racket weight; and the hollowed-out design of the columnar handle further reduces racket weight and resistance, allowing for greater flexibility, accuracy, and performance improvement. This design contributes to the technological innovation and development of table tennis and sporting goods.

[0031] The prototypes, materials, and accessories required for the realization of this utility model can all be sourced from existing conventional products, and the manufacturing process can also be selected from existing mature processes according to requirements. Based on the innovative table tennis racket design concept, working principle, and illustrative examples described in this specification, any modifications, substitutions, and improvements to the aforementioned technical solutions and features are all within the protection scope of this utility model.

Claims

1. A ping-pong paddle with anti-slip function, characterized in that: The racket handle features a cylindrical, slanted, and hollowed-out design; the racket face has added resistance modules at the bottom of the racket face and on the outside of the thumb grip, which are smoothly glued to the face or recessed into the face.

2. A ping-pong paddle with anti-slip function according to claim 1, characterized in that: The resistance module is connected to the panel by adhesive, splicing, screwing, riveting, welding, or recessed integral molding.

3. A ping-pong paddle with anti-slip function according to claim 1, characterized in that: The panel resistance module can be made of wood, rubber, plastic, leather, carbon fiber, or composite materials.

4. A ping-pong paddle with anti-slip function according to claim 1, characterized in that: The handle has a square cross-section, protrudes above the panel, and is wider than the area where the index finger can grip. It can also be polished into a round or polygonal cross-section depending on usage habits or aesthetic requirements.

5. A ping-pong paddle with anti-slip function according to claim 1, characterized in that: With the front of the handle facing forward, the index finger should be tilted 1-5° towards the thumb side when gripping the racket.

6. A ping-pong paddle with anti-slip function according to claim 1, characterized in that: The handle is cylindrical, with a rounded design at the back of the cylinder and on the upper side of the base of the index finger when gripping the racket.

7. A ping-pong paddle with anti-slip function according to claim 1, characterized in that: The handle post is designed to be tilted at approximately 15° from the middle to the tail to appropriately reduce the weight of the racket.

8. A ping-pong paddle with anti-slip function according to claim 1, characterized in that: The handle post can be designed with a hollowed-out shape. The hollowed-out part is located in the upper and lower direction of the handle. The size, shape and number of hollowed-out parts can be selected as needed. The purpose is to reduce the weight of the racket and reduce resistance.

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