CN202658316U

CN202658316U - Fiber output device of antistatic fiber breaking strip-forming machine

Info

Publication number: CN202658316U
Application number: CN 201220291451
Authority: CN
Inventors: 夏卫东; 崔荣; 储瑞龙; 施泽平; 葛存林
Original assignee: HAIAN TEXTILE MACHINERY CO Ltd
Current assignee: HAIAN TEXTILE MACHINERY CO Ltd
Priority date: 2012-06-20
Filing date: 2012-06-20
Publication date: 2013-01-09
Anticipated expiration: 2022-06-20

Abstract

The utility model provides a fiber output device of an antistatic fiber breaking strip-forming machine. The fiber output device of the antistatic fiber breaking strip-forming machine comprises an electric conduction roller, an upper roller, a lower roller, a bearing seat, a bearing seat which is arranged on the bearing seat, and an air cylinder which is arranged on the upper roller. The electric conduction roller, the upper roller and the lower roller are fixed on the bearing seat, and the electric conduction roller is arranged on a holding jaw place which is formed by the upper roller and the lower roller. The fiber output device of the antistatic fiber breaking strip-forming machine is characterized in that a hyperbola brass electric conduction roller device is adopted, when a fiber which generates severe static is contacted with the electric conduction roller, static charge outflows from the fiber through the electric conduction roller, simultaneously the electric conduction roller plays a role of gathering for drifting short fibers, so that cohesive force of the fiber is increased, the problem of winding between fibers and the upper roller and the lower roller is solved, and normal revolving of the machine is guaranteed.

Description

Antistatic fibre leads and is broken into bar organic fiber output device

Technical field

The utility model relates to a kind of antistatic fibre and leads and be broken into bar organic fiber output device, belongs to technical field of textile machine.

Background technology

In Fiber Stretching Strip Forming Machine uses, fiber is by crush cutting (breaking) under the heavy pressurized state of upper bottom roll, owing to have pressure between fiber and the roller, can produce a large amount of static between fiber and the upper bottom roll, particularly between the roller and fiber of main drawing area, fiber length after the Fiber Stretching Strip Forming Machine crush cutting is shorter, cohesive force between the fiber is very poor, under the electrostatic interaction that produces, cause leading the fiber of having no progeny and the upper bottom roll generation wrapping phenomena that forms jaw, cause production normally to carry out.

Summary of the invention

The purpose of this utility model is to overcome the deficiencies in the prior art part, provides a kind of antistatic fibre to lead and is broken into bar organic fiber output device.

Antistatic fibre of the present utility model leads and is broken into bar organic fiber output device, comprise conductive rollers, top roller, bottom roll, supporting base, be located at bearing block on the supporting base, be located at the cylinder on the top roller, said conductive rollers, top roller and bottom roll are fixed on the bearing block, and said conductive rollers is located at the gripping jaw place of top roller and bottom roll composition.

Said conductive rollers is hyperbola brass conductive roller, and with the passive rotating in same direction of top roller.

Antistatic fibre of the present utility model leads and is broken into bar organic fiber output device, has following technique effect: owing to adopted hyperbola brass conductive roller arrangement, when the more serious fiber of generation static contacts with conductive rollers, electrostatic charge will flow out fiber by conductive rollers, simultaneously conductive rollers to float from staple fibre also have one to gather effect, increase the cohesive force of fiber, solve the winding of fiber and upper bottom roll, guarantee the normal operation of machine.

Description of drawings

Fig. 1 is that antistatic fibre of the present utility model leads the structural representation that is broken into bar organic fiber output device.

Wherein, 1 is conductive rollers, and 2 is top roller, and 3 is bottom roll, and 4 is supporting base, and 5 is bearing block, and 6 is cylinder.

The specific embodiment

As shown in Figure 1, antistatic fibre of the present utility model leads and is broken into bar organic fiber output device, comprise conductive rollers 1, top roller 2, bottom roll 3, supporting base 4, be located at bearing block 5 on the supporting base 4, be located at the cylinder 6 on the top roller 2, said conductive rollers 1, top roller 2 and bottom roll 3 are fixed on the bearing block 5, and said conductive rollers 1 is located at the gripping jaw place of top roller 2 and bottom roll 3 compositions.Said conductive rollers 1 is hyperbola brass conductive roller, and with the passive rotating in same direction of top roller.

The utility model grips the jaw place by the upper bottom roll at main drawing area increases a hyperbola brass conductive roller 1, fiber is exported smoothly when leading the fiber of having no progeny and by conductive rollers 1 surface the static that produces is derived, thereby reduces the phenomenon of bottom roll on the Filament-wound Machine.

Claims

1. antistatic fibre leads and is broken into bar organic fiber output device, it is characterized in that, comprise conductive rollers, top roller, bottom roll, supporting base, be located at bearing block on the supporting base, be located at the cylinder on the top roller, said conductive rollers, top roller and bottom roll are fixed on the bearing block, and said conductive rollers is located at the gripping jaw place of top roller and bottom roll composition.

2. antistatic fibre according to claim 1 leads and is broken into bar organic fiber output device, it is characterized in that, said conductive rollers is hyperbola brass conductive roller.