Automatic rubber pipe feeding structure in rubber pipe sleeving device

Abstract

The invention provides an automatic rubber pipe feeding structure in a rubber pipe sleeving device, and belongs to the field of the rubber pipe sleeving devices. The automatic rubber pipe feeding structure solves the technical problem that the conventional rubber pipe is not cut precisely. The automatic rubber pipe feeding structure comprises a rack, wherein a motor, a mounting plate, a fixing plate and a material disc capable of rotating along the axis of the material disc are fixedly arranged on the rack; a guide plate and a guide wheel capable of rotating are fixedly arranged on the mounting plate; a cover plate is arranged on the guide plate in a covering manner; a gap through which a rubber pipe material belt can pass is formed between the cover plate and the guide plate; a first rolling shaft capable of rotating around the axis of the first rolling shaft and a second rolling shaft capable of rotating around the axis of the second rolling shaft are arranged on the rack in a parallel and spaced manner; the first rolling shaft is connected with an output shaft of the motor; the motor can drive the first rolling shaft to rotate; a second air cylinder facing downwards vertically is arranged on the fixing plate; an output shaft of the second air cylinder is connected with a cutter base; a cutter is fixedly arranged on the cutter base; and an expanding mechanism capable of allowing the rubber pipe material belt to form a cylindrical rubber pipe and a transferring mechanism transferring the cylindrical rubber pipe to a rubber pipe sleeving station are arranged at one side of the cutter. With the adoption of the technical scheme, the rubber pipe can be cut precisely.

Description

technical field [0001] The invention belongs to the technical field of electronic component production equipment, and relates to a rubber hose sleeve device, in particular to an automatic rubber feeding hose structure in the rubber hose sleeve device. Background technique [0002] In the production process of various electronic components, it is necessary to attach rubber tubes to bare components to protect them and print relevant product information. For example, after the bare battery or capacitor is produced, it needs to be covered with a trademark rubber tube or transparent rubber tube with production-related information printed on it. This process is usually completed automatically by the rubber tube device, which requires a long material. The rubber hose is delivered to the top of the battery, then cut to a specified length, and finally inserted into the battery. The structure of the rubber tube in the traditional rubber tube device is to install a sleeve rod before t...

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Problems solved by technology

[0004] In the above-mentioned patents, the sleeve rod is used to open the casing to cut the rubber hose, and the cutting will be uneven, which will cause the rubber hose to shrink out of circle at the end, and it is easy to cut the rubber hose, resulting in polarity and low production efficiency.

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