Cashmere wool carding machine transmission system and carding machine

Abstract

The invention discloses a cashmere wool carding machine transmission system and a carding machine, which have the effects that a transmission process has good synchronism and the energy utilization rate of a transmission mechanism is improved. According to the technical scheme, the cashmere wool carding machine transmission system comprises a breast cylinder, wherein one end of the breast cylinderis connected with a plurality of breast cylinder working rollers through a first chain transmission mechanism; the other end of the breast cylinder is connected with a plurality of breast cylinder stripping rollers through a first belt transmission mechanism; the breast cylinder is further connected with the breast cylinder through a first synchronous belt transmission mechanism; the breast cylinder is further connected with a primary carding roller through a second belt transmission mechanism; one end of the primary carding roller is connected with a plurality of primary carding cylinder working rollers and a first wind wheel through a second chain transmission mechanism; the other end of the primary carding roller is connected with a plurality of primary carding cylinder stripping rollers, a transferring roller and a second wind wheel through a third belt transmission mechanism; the primary carding roller is connected with a motor through a fourth belt transmission mechanism; the primary carding roller is further connected with a doffer through a fifth belt transmission mechanism; the doffer is connected with a cleaning roller through a sixth belt transmission mechanism.

Description

technical field [0001] The invention relates to the technical field of cashmere carding machines, in particular to a cashmere carding machine transmission system and a carding machine. Background technique [0002] The carding machine has high requirements on the speed of each carding element. The difference in needle direction of the matching carding rollers and the difference in speed ratio between the two will have a great impact on the carding effect, and because the wool fiber is relatively fragile, It is required that the speed of each carding unit during the carding process should not be too high, and the carding should not be interrupted, otherwise, the wool fiber will be damaged or even broken. Therefore, the characteristics of its raw materials put forward high requirements on the transmission ratio of the carding machine transmission system, and the transmission systems of each carding unit must be synchronized, which puts forward higher requirements for the desig...

AI Technical Summary

Problems solved by technology

This type of carding machine has four carding machines. Although it has 11 gears with variable speed, it cannot realize stepless speed regulation in a wide range, and is not suitable for spinning various wool yarn products.

[0008] In summary, existing carding machine transmission schemes on the market generally have problems such as poor synchronization, small speed regulation range, and low transmission efficiency. In order to solve the above problems, the present invention proposes a new type of carding machine transmission scheme. Each carding unit is equipped with a motor, the previous synchronous main shaft is canceled, and the electronic control system is used to ensure its synchronization. At the same time, the gear transmission group between the opening cylinder and the opening roller is changed, which greatly improves the efficiency of the carding machine transmission system. Stability and Reliability

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