Gear swing-arm single-motor jig dyeing machine

Abstract

The invention provides a gear swing-arm single-motor jig dyeing machine which relates to a jig dyeing machine in the technical field of weaving and dyeing machines. The invention aims at designing a novel transmission mechanism with the characteristics of simpler structure, device matched investment reduction, motor power reduction, energy saving, stable operation, convenient maintenance, and thelike. Disclosed by adopting a picture 2, a main-drive swing gear 13 is arranged at the upper end of a transmission supporting arm 4, a passive large gear 7 is respectively arranged on one end shafts of a left and a right cloth roller 10, and an air cylinder 3 is connected with the transmission supporting arm 4, has an action of towing an extension function and is in tight contact with the passivelarge gears 7 arranged on the left and right cloth rollers 10. When the right cloth roller 10 reversely operates, the air cylinder 3 has the actions of automatically towing the extension function, isin tight contact with the passive large gear 7 arranged on the right cloth roller 10 and realizes the repeated alternating operation function of the left and right cloth rollers 10. The gear swing-arm single-motor jig dyeing machine is characterized by reducing power of an electric motor 1 and the matched investment of one electric motor 1 and one speed reducer 2, obviously saving electric energyand smoothly operating and can be quickly operated. Owing to the adoption of a novel transmission structure, the structure of the device is more simple and compact, the manufacturing cost of the device is reduced, and more importantly, the gear swing-arm single-motor jig dyeing machine is capable of saving large numbers of energy sources, reducing production cost and increasing economic benefit for users.

Description

technical field [0001] The invention relates to the technical field of textile printing and dyeing machinery. Especially suitable for dyeing jiggers for open-width dip dyeing in the textile printing and dyeing industry. Background technique [0002] In recent years, the common open-width printing and dyeing equipment in the market mainly includes combined descouring and bleaching machines and dyeing jiggers. The combined descouring and bleaching machine occupies a large area and requires a lot of one-time investment, so it is not suitable for small batch trial production and production of fabrics. The existing jiggers in the market are low in price, small in floor space, suitable for trial production and production in small batches, and meet the current market demand, and are welcomed by printing and dyeing manufacturers. However, at present, most manufacturers of dyeing machines at home and abroad adopt a double-motor structure, which has two disadvantages: one is to incr...

AI Technical Summary

Problems solved by technology

However, at present, most manufacturers of dyeing machines at home and abroad adopt a double-motor structure, which has two disadvantages: one is to increase the investment in motors and reducers, which increases the purchase cost of equipment; Direct-connected torque operation increases the power of the motor, which does not comply with the national energy-saving and emission-reduction policies

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