Dust collecting and processing system in textile machine

Abstract

The present invention provides a dust collecting and processing system that sucks and collects fly waste generated during operation of a spinning machine or the like. In the dust collecting and processing system, a centrifugal separator is applied to a fly waste sucking section to prevent a possible variation in suction force and to reduce a machine frame size and power consumption. The dust collecting and processing system includes a large number of units (U) arranged in a machine frame (Ma) in one direction and each including a fly waste suction line (1) that sucks fly waste or the like, and a fly waste separating means (4) for separating the fly waste from suction air. The dust collecting and processing system sucks the fly waste generated during operation of each of the units (U) for separating and collecting the fly waste or like. The fly waste separating means (4) is provided for the fly waste suction line (1) in association with at least one unit (U). The fly waste separating means (4) includes a centrifugal separator (6). The centrifugal separator (6) separates and sucks the fly waste so that the separated fly waste is collected in a dust collecting section (31) via a fly waste conveying means (4).

Description

Technical field [0001] The present invention relates to a collection and processing system for collecting and processing fly, dust, etc. generated during operation in various fiber machines such as textile machines and winders. Background technique [0002] Conventionally, in textile machines such as spinning machines, as a device that collects and processes fly, dust, etc. generated during operation, there is, for example, a cotton collection processing system shown in FIG. 9. In this conventional cotton collection processing system, a long passage 41 is arranged in the longitudinal direction of the machine Ma, and each spindle U is directly connected to the long passage 41 to suck and collect waste cotton from each spindle U. [0003] In this conventional cotton collecting processing system, the collected fly flowers and the like enter the cotton collecting chamber 42 through the long passage 41 directly connected to each spindle U. In the collection chamber 42, the fly 44 and ...

AI Technical Summary

Problems solved by technology

(2) Due to the structure that maintains static pressure through a long channel, the pressure loss becomes larger

Therefore, the cross-sectional dimension d1 of the channel must be increased, resulting in an increase in the size of the machine

(3) In order to compensate for the static pressure fluctuation and pressure loss of (1) and (2) above, the size of the blower must be increased, resulting in an increase in energy consumption

(4) In the collecting room, there are operating parts such as bypass switching, and flying flowers after collecting are easy to gather in the operating part

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