Fully automatic tennis ball felting machine

Abstract

The invention provides an efficient and quick full-automatic tennis felt wrapping machine. Aiming at the defects of existing automatic tennis felt wrapping equipment, the invention provides the efficient and quick full-automatic tennis felt wrapping machine which can integrate felt separation and felt wrapping. The machine comprises a machine body, a felt separating device, a felt wrapping device and a conveying device, wherein the felt separating device, the felt wrapping device and the conveying device are all arranged on the machine body; the felt separating device and the felt wrapping device are arranged at two sides of the conveying device; the felt separating device comprises a feeding box and a separating mechanism; tennis felt formed by cutting is arranged in the feeding box; the separating mechanism comprises a separating needle and a power mechanism I; the separating needle is arranged at one end of the feeding box and moves under the action of the power mechanism I to separate the tennis felt at the outermost layer in the feeding box; a tennis liner with an outer layer coated with glue is arranged on the conveying device; and the conveying device sequentially conveys the tennis liner to the felt separating device and the felt wrapping device to operate.

Description

Technical field [0001] The invention relates to the technical field of tennis making equipment, in particular to an efficient and convenient automatic tennis felting machine. Background technique [0002] Tennis has been widely developed all over the world and has become a worldwide sport. The outer layer of the tennis ball is a layer of soft material wrapped on the inner liner of the tennis ball, which is made of two symmetrical tennis felts. The felting process in tennis production is the most complicated and requires high precision. The traditional production method is to manually wrap the felt after cutting as required, which is inefficient and the yield rate is not ideal. At present, there is an automatic equipment for tennis felting on the market. After the cut tennis felt is separated and transferred to the felting device for felting operation, it is easy to shift during the felt transfer process, resulting in inaccurate position of the felting. The yield of the product...

AI Technical Summary

Problems solved by technology

The felting process in tennis making is the most complicated and requires high precision

The traditional production method is to cut the felt according to the requirements and then wrap it manually, which is inefficient and the yield rate is not ideal

At present, there are automatic equipment for felting tennis balls on the market. After separating the cut tennis felt, it is transferred to the felting device for felting operation. During the felt transfer process, it is easy to shift, resulting in inaccurate felting position and affecting product yield

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