Contact high-speed continuous rolling cotton gin

Abstract

The invention relates to a contact high-speed continuous rolling cotton gin which comprises a workbench, a contact vibration disc, a contact transmission track, an upper cotton ginning wheel, a lower cotton ginning wheel, a rotating device and a material receiving box, the contact vibration disc, the contact transmission track, the upper cotton ginning wheel, the lower cotton ginning wheel, the rotating device and the material receiving box are arranged on the workbench, the upper cotton ginning wheel and the lower cotton ginning wheel are vertically arranged, and a processing position is formed between the upper cotton ginning wheel and the lower cotton ginning wheel. The material receiving box is located on the other side, opposite to the contact conveying track, of the machining position, the rotating device drives the upper embossing wheel and the lower embossing wheel to rotate, an upper embossing male die is arranged on the outer circumferential face of the upper embossing wheel in the circumferential direction, and a lower embossing male die is arranged on the outer circumferential face of the lower embossing wheel in the circumferential direction. A lower embossing male die opposite to the upper embossing male die is arranged on the outer circumferential face of the lower embossing wheel in the circumferential direction, and guide plates forming a concave structure are detachably arranged on the two sides of the lower embossing male die respectively. By adopting the scheme, the invention provides the contact high-speed continuous rolling cotton gin capable of improving the processing efficiency.

Description

technical field [0001] The invention relates to the field of contact processing equipment, in particular to a contact high-speed continuous rolling embossing machine. Background technique [0002] In the process of contact processing, it is often necessary to emboss the surface of the contact to identify the welding surface of the product. The traditional embossing method requires manual placement of the contacts in the embossing die and manual removal after the embossing is completed. , resulting in low processing efficiency and each embossing die requires a staff member to cooperate with the production for a long time, which increases the labor cost of enterprise processing. [0003] The Chinese utility model patent with the application number CN201120376906.5 discloses a knurling machine, which solves the technical problem that industrial knurling is not possible at present. Can be knurled on the profile surface. However, this structure is mostly used for processing pro...

AI Technical Summary

Problems solved by technology

[0002] In the process of contact processing, it is often necessary to emboss the surface of the contact to identify the welding surface of the product. The traditional embossing method requires manually placing the contact on the embossing die and manually removing it after the embossing is completed. , leading to low processing efficiency and each embossing die requires a staff member to cooperate with the production for a long time, which increases the labor cost of enterprise processing

[0003] The Chinese utility model patent with the application number CN201120376906.5 discloses a knurling machine, which solves the technical problem that cannot be industrialized knurling at present. Can be knurled on profile surface

However, this type of structure is mostly used for processing profiles and cannot process contacts. The main difficulties are concentrated in the following aspects: ①The length of profiles is long, and a single feeding can last for a certain period of time, so no feeding device is needed, and the volume of contacts Small size and large processing quantity, it is necessary to develop a contact feeding device to continuously feed materials to meet the requirements of automatic processing; ②The size of the profile is large, and the distance between the knurling knife and the driven roller is adjusted by manually rotating the screw rod, and the adjustment accuracy is relatively high Poor, unable to meet the processing requirements of small contact volume and high precision; ③Due to the small contact volume and large processing quantity, it is necessary to collect the finished product in a timely manner to prevent damage or loss of the finished product

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