Big Data Cloud Computing, Through Innovation And Development Of Textile Enterprises, Such As Synergy.

The textile industry is a traditional labor-intensive industry with many production processes, high technology requirements, large employment and thin profit margins.

In the fierce market competition to improve product quality, we should pay more attention to energy conservation and consumption reduction.

Pay attention to management innovation and save labor.

First, we should concurrently, jointly, and reduce institutions.

Office automation, improve work efficiency, reduce duplication and invalid labor.

If the roving is dropped directly to the spare spindle or run the spindle, reduce the labor in the middle part.

The equipment is contracted and chartered to the people to improve the employment environment.

The implementation of fine quota fincustom, full load work, enhance staff responsibility.

Two is to improve the degree of automation and informatization.

If the blowing carding technology is omitted, the 2/3 doffing can be reduced by using the parallel connection technology, and the labor between the spinning and winding can be completely omitted.

The general spinning machine adopts automatic collective doffing or intelligent doffing trolley to save labor.

The three is to innovate operating methods, simplify operation procedures and technical requirements.

For example, the "sleeve connection" instead of the "pipe jacking connection" is used to reduce the technical difficulty. If the electronic clearer is used on the winder, the joint defects will be eliminated, the joint time will be shortened, the training time will be reduced, the workers' stands will be increased, and the employment will be reduced.

Four is to optimize the process.

The use of super drafting can not only improve the yarn quality level, but also effectively improve the pre spinning unit yield, achieve high production and low consumption, and reduce employment.

Avoid peak valley and save electricity.

One is to pform energy conservation and to analyze, demonstrate and pform the links with high energy consumption.

Such as fine spinning, concentrated yarn suction, spinning spindles, spinning spindles, air conditioning systems, blowing and suction cleaning and intermittent work.

The two is energy saving management. The electricity consumption index will be broken down to the working section and team to implement various measures to reduce roving, spinning and winding empty empty cars.

The air volume of each process is optimized, frequency regulation is used to stop "big horse drawn cart", and the speed of each machine is optimized to achieve high yield and energy saving.

The three is process energy saving to ensure output.

The yarn twist is small and hold, optimize the process speed and increase the output of the stage.

The four is policy energy conservation, making good use of peak, valley and Ping Dian price differentials.

The difference between peak and valley amounts to 0.774 yuan /kW. H, which is a considerable economic benefit. It is necessary to raise the power factor of pformer and save energy when we open up the valley, avoid the peak hours and make reasonable use of peacetime.

The use of raw materials should be focused on quality.

We should seriously analyze the quality requirements of user orders, rationally distribute cotton, so as to achieve the standard of quality and no excess.

At the same time, we should improve the production rate of each process as far as possible.

First, improve the use value of raw materials.

Reduce back flowers, control the return rate and the rate of silk rewinding in each process, such as the rate of qualified cotton cleaning and rolling up to more than 98%, control the return of cotton carding and roll back, control the roving head rate, guarantee roving not bad yarn, control the remaining circle of roving when spinning, control the rate of return, ensure that the yarn does not touch the collar, grind the collar, reduce the bad yarn, and ensure that the yarn is well formed.

No tail yarn should be left in the winding process, the yarn cleaning parameters should be determined reasonably, and the winding of the winding can be effectively controlled.

The two is to save the cost of raw materials.

Control the cotton dropout rate of each process, such as controlling the belly cleaning of open and clear cotton cart, loosening frequently, dropping more impurities and less white. Combing cotton must be more miscellaneous, less damage fiber, multi row neps, control the growth range of short staple, ensure the cotton net is clear and well formed.

Combing ensures less droppings, multi row lint and neps.

The three is reasonable cotton blending.

The process optimization measures are adopted to improve the execution ability of the technological level.