Rotary rubber turbine

Abstract

The invention relates to a rotary rubber turbine, which comprises a base and a rotating plate rotatably connected with the base in a vertical direction. A rotary air distribution block is arranged at a position, close to the center, of the rotating plate, at least one yarn abrading unit is arranged on the edge of the rotating plate, each yarn abrading unit comprises a rotating barrel and a rotating rod rotatably connected with the rotating barrel, each rotating rod is provided with a rubber turbine leg, each yarn abrading unit is further provided with a brake cylinder, an inflating cylinder and a deflating cylinder, wherein each brake cylinder is used for limiting rotation of the corresponding rotating rod, and each inflating cylinder and the corresponding deflating cylinder are respectively used for inflating and deflating the corresponding rubber turbine leg. A plurality of yarn abrading stations are integrated on the same rotating plate, complexity of each station is reduced, on the one hand, cost of staff training of a company is reduced, on the other hand, skill of staffs is improved advantageously, and product percent of pass is improved. Simultaneously, yarn abrading time of single products is shortened due to assembly line production, close-fitting pants can be transferred to a next work procedure in time, integral production period of production of the pants is shortened, and delivery time is shortened.

Description

technical field [0001] The present invention relates to a garment processing equipment, more specifically, to a rotary rubber wave machine. Background technique [0002] The existing surface sanding of jeans mainly includes two methods: aircraft rack desktop sanding and vertical rubber wave machine sanding. Among them, the aircraft rack desktop sanding is to put the jeans on the air frame made of canvas, and place the jeans in place. Flat, manually use sandpaper to wipe the surface of the jeans according to the technical effect requirements. This method often takes a long time to take the trousers and adjust the position; while the vertical rubber wave machine sanding is to put the jeans on the rubber wave and step on the pedal to clean the jeans surface. The switch adds air to the rubber wave machine to expand the rubber wave to hold up the trousers, then manually wipe the surface of the jeans with a sand cleaning tool according to the process effect requirements, and final...

AI Technical Summary

Problems solved by technology

[0002] The existing surface sanding of jeans mainly includes two methods: aircraft rack desktop sanding and vertical rubber wave machine sanding. Among them, the aircraft rack desktop sanding is to put the jeans on the air frame made of canvas, and place the jeans in place. Flat, manually use sandpaper to wipe the surface of the jeans according to the technical effect requirements. This method often takes a long time to take the trousers and adjust the position; while the vertical rubber wave machine sanding is to put the jeans on the rubber wave and step on the pedal to clean the jeans surface. The switch adds air to the rubber wave machine to expand the rubber wave to hold up the trousers, then manually wipe the surface of the jeans with a sand cleaning tool according to the process effect requirements, and finally step on the foot switch to remove the rubber wave and remove the wiped trousers from the ergonomics From a scientific point of view, the operator needs to bend over at any time when using this equipment to scrub sand, and the movement range of its up and down movement is relatively large, which increases labor intensity to a certain extent and reduces production efficiency. In addition, the existing yarn wiping method also has the following problems: Common deficiencies:

[0003] Since the current sand scrubbing equipment is in the form of a single machine, the production area occupied by each post is 6.5m 2 -10.8m 2 In the industrialized production, this will inevitably occupy a large area of ​​workshops and increase production costs; at the same time, in the prior art, a single person independently completes the surface sanding of a pair of jeans, and the processing technology of each station has Higher complexity, on the one hand, it is necessary to improve the technical requirements for employees to operate, which greatly increases the company's training costs. On the other hand, because employees cannot get started in time, the defective rate of jeans remains high, which indirectly increases production costs. ;In addition, the production that relies on traditional equipment adopts the mode of batch production of one employee at one station and one person, which causes a large amount of work-in-progress to be accumulated in the sand scrubbing process of jeans, and is not transferred to the next process in time, making the overall quality of jeans The shipping time is extended, which affects the timely delivery of orders

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