Basketball stand and manufacturing method thereof

Abstract

The invention discloses a basketball stand which comprises a basketball board support and a basketball board. The basketball board support is provided with a basketball ring, two transverse supporting parts are arranged on the rear side of the basketball ring, and two triangular supporting structures are arranged on the lower rear sides of the two transverse supporting parts. A rectangular frame structure is arranged above the front ends of the two triangular supporting structures, and a diagonal supporting pillar is arranged between the middle of the upper end of the rectangular frame structure and the rear end of each triangular supporting structure. The basketball ring, the two triangular supporting structures, the rectangular frame structure and the two diagonal supporting pillars are each formed by bending a steel pillar. Buckles are arranged on the rear side of the basketball board, and the basketball board is connected with the rectangular frame structure in a combined mode through the buckles. A flange plate is welded on the rear sides of the two triangular supporting structures. The basketball board support is formed by bending a steel pillar, the number of connecting points is small, strength is guaranteed, the defect that corrosion can happen easily due to multiple joints is overcome, and the structural design is scientific. The basketball board is supported and fixed by the basketball board support, the basketball ring and the basketball board support are of an integrated structure, so that the strength is high, and the basketball ring and the basketball board can both achieve good mechanical properties. The adopted method is simple and easy to implement, the method can be realized by a bending machine and welding equipment, cost is low, and machining efficiency is high.

Description

technical field [0001] The invention relates to a sports facility, in particular to a novel basketball stand and a manufacturing method thereof. Background technique [0002] The basketball stand is a necessary equipment for the basketball court. It usually consists of a basketball stand, a backboard and a rim. The hoop has to withstand the pressure of dunking, so the connection between the hoop and the backboard, and between the backboard and the basketball stand must be very firm. It should have good impact resistance and cushioning. In actual processing, reinforced materials or settings have to be used. More connectors are needed to meet this requirement, which leads to higher cost and troublesome processing of the basketball stand. [0003] The structure design of the existing basketball stand is unreasonable. The rim is a component with a large force and should even bear the weight of a single person. However, it is usually supported by the backboard and indirectly con...

AI Technical Summary

Problems solved by technology

[0002] The basketball stand is the necessary equipment for the basketball field. It usually consists of a basketball stand, a backboard and a rim. The hoop has to withstand the pressure of dunking, so the connection between the hoop and the backboard, and between the backboard and the basketball stand must be very firm. It should have good impact resistance and cushioning. In actual processing, reinforced materials or settings have to be used. More connectors are required to meet this requirement, resulting in higher cost of the basketball stand and more troublesome processing

[0003] The structure design of the existing basketball stand is unreasonable. The hoop is a component with a large force, and it should even bear the weight of a single person. However, it is usually supported by the backboard and indirectly connected to the basketball hoop, which makes it difficult to fix the hoop and the backboard. Large, aggravated the force of the backboard, prone to deformation, cracking and other situations

In fact, the backboard only needs to have the ability to withstand the impact of a basketball. However, since the backboard needs to provide support for the hoop, the requirements for the strength of its connection with the basketball stand are increased, and the processing difficulty and production cost are increased. And when the backboard is made of transparent materials At the same time, more connecting supports on the back side will affect its transparency and aesthetics

In addition, the current basketball stand is connected by welding, which is cumbersome to process, difficult to install, and the weld is easy to corrode. Since most of the backboards are not made of metal materials, they are prone to deformation and damage, and it is very inconvenient to replace and maintain.

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