Viscose long filament monitor for bathing

Abstract

This invention discloses a kind of viscose filament yarn bath monitoring instrument. It relates to a picture-monitoring device, which can observe the spinneret state of viscose filament yarn in the acid bath at real time. It can visual inspect weather the viscose filament yarn's spinneret is blinded. It can also observe the spinneret state of viscose filament yarn and take count of the monofil. This monitoring instrument is made up of an image probe, a mechanical adjuster and a master tank. The image probe includes a lighting source and an imagery caput. Each of them is encapsulated in the capsid that is made up from the acid-proof material and has a lucid window. The mechanical adjuster includes a curved regulating shelf and a mechanical adjustment shelf. The mechanical adjustment shelf is made up of a lead-screw drive gear. The lighting source and imagery caput are installed on the curved regulating and can move along with it. The outlet lines of lighting source and imagery caput are encapsulated in the hand-bar through the wire-bunched tube and are connected to the master tank. The curved regulating shelf is installed on the below of hand-bar through the adjusting nut. The top of hand-bar is installed on the mechanical adjustment shelf. The mechanical adjustment shelf is fixed on the spinneret shelf through the clamp.

Description

technical field [0001] The invention relates to an image monitoring device for real-time observation of the spinning state of viscose filaments in an acid bath, which can visually check whether the spinneret of viscose filaments is blocked, observe the spraying state of monofilaments, and count the number of monofilaments . Background technique [0002] Chemical fiber viscose filaments are formed by spraying viscose filaments through a spinneret placed in an acid bath, and are composed of dozens of monofilaments with a diameter of tens of μm. system for people to observe. Currently, known imaging systems are digital cameras or video cameras. However, the viscose filaments sprayed by the spinneret work in a highly corrosive acid bath, the contrast between the monofilament and the background is low, the ambient illumination is low, and the space is narrow. General digital cameras or video cameras cannot realize the image monitoring of the spinning state of viscose filaments...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the problem that ordinary digital cameras or video cameras cannot realize the image monitoring of the spraying state of viscose filaments in the acid bath and the insufficiency of intelligent evaluation of the spraying number of monofilaments, the present invention provides a real-time observation of the spraying of viscose filaments in the acid bath. In-bath monitor for viscose filament yarn state

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