Network distributor gas supply pipeline network system

Abstract

The invention discloses a network distributor gas supply pipeline network system, comprising at least two levels of network air pressure air pressure stabilizing devices, wherein, each level of network air pressure air pressure stabilizing device is provided with a plurality of buffer tanks, one end of each buffer tank is communicated with an air inlet and the other end is communicated with at least two air outlets, the level one network air pressure air pressure stabilizing device is provided with a buffer tank, each air outlet of each buffer tank in each level of network air pressure air pressure stabilizing device is respectively communicated with the air inlet of one buffer tank in the next level of network air pressure air pressure stabilizing device, and each air outlet of each buffer tank in the last one level of network air pressure air pressure stabilizing device is respectively communicated with the network distributor. The network distributor gas supply pipeline network system is a multi-level multi-branch system, air flow is subject to buffer through multiple buffer tanks, so that the air pressure is more stable, the degree of network and network uniformity of filaments and mixed filaments are increased, the winding tension is stabilized, end breaking and waste filaments are reduced, the production state is improved, and the product quality, production efficiency and economic benefit are improved.

Description

technical field [0001] The invention relates to a polyester filament network processing device, in particular to a network distributor gas supply pipe network system capable of improving network degree and network uniformity. Background technique [0002] The air pipe network of the network distributor in the general filament production plant is as follows: figure 2 As shown, there is a buffer tank 1, one end of the buffer tank is communicated with an air inlet pipe 2 and the other end is communicated with several outlet pipes 3, and the outlet pipes are connected to the network distributor on each production position. Such a network distributor gas pipeline network can be used to produce products that do not require high network degree and network uniformity, but it cannot meet the requirements when producing products that require high network degree and network uniformity. Some factories increase the network pressure in order to increase the network degree, so that althou...

AI Technical Summary

Problems solved by technology

Such a network distributor gas pipeline network can be used to produce products that do not require high network degree and network uniformity, but it cannot meet the requirements when producing products that require high network degree and network uniformity

Some factories increase the network pressure in order to increase the network degree, so that although the network degree can meet the requirements, the network uniformity may not be able to meet the requirements

When producing one-step mixed fiber yarn, the requirements for network degree of this product are much higher than those of conventional filament yarn, because the network degree and network uniformity of mixed fiber yarn directly affect the fabric style of the finished fabric. For mixed fiber yarn products, the more network points, the better, at least 30 points / m or more. At the same time, two bundles of tows with different physical properties are bonded and networked during network processing, so the network processing The difficulty is very high. The original design of the air pipe network of the conventional filament network distributor is far from meeting the production requirements of mixed fiber yarn.

Originally, the gas pipeline network of the network distributor is the gas source sent by the air compressor station, and the gas used for the network of the winding head pressure control cabinet, the gas used for the winding head, the gas used for oil mist cooling, and the gas used for the pre-network all share this gas. This causes pressure fluctuations from time to time, which leads to unstable network pressure during production, resulting in unstable winding tension, more interruptions in the production process, and poor product quality and low rate of excellent products, especially due to the network degree. Insufficient and more inferior

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