CN204825174U

CN204825174U - Weaving spindle is to shock attenuation isolating barrel

Info

Publication number: CN204825174U
Application number: CN201520397132.2U
Authority: CN
Inventors: 王刚; 王利平
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-06-11
Filing date: 2015-06-11
Publication date: 2015-12-02
Anticipated expiration: 2025-06-11

Abstract

The utility model discloses a weaving spindle is to shock attenuation isolating barrel, including central sleeve, a first pot head section of thick bamboo, a second pot head section of thick bamboo, first shock pad, second shock pad, first outer loop and second outer loop, the suit is at central sleeve both ends respectively for a first pot head section of thick bamboo and a second pot head section of thick bamboo, and a first pot head section of thick bamboo is provided with first fender ring at the tip, and a second pot head section of thick bamboo is provided with the second fender at the tip and encircles, and it is inboard that first fender ring is located a first pot head section of thick bamboo, and the second keeps off encircling and is located second pot head section of thick bamboo inboard, the suit is in a first pot head section of thick bamboo and the second pot head section of thick bamboo outside respectively for first shock pad and second shock pad, and the tip of first shock pad is provided with the third and keeps off the ring, and the tip of second shock pad is provided with the fourth and keeps off the ring, and the third keeps off the ring and presses on first fender ring, and the fourth keeps off the ring and presses on the second keeps off the ring, first outer loop suit is in the first shock pad outside, and second outer loop suit is in the second shock pad outside. The utility model discloses can effectively eliminate or reduce the noise of spinning machine collision and oscillation generation.

Description

Weaving loom axial damping isolating cylinder

Technical field

The utility model relates to a kind of textile machine, specifically, relates to a kind of weaving loom axial damping isolating cylinder.

Background technology

Textile machine is the machinery of fiber process needed for textiles.

Man-made noise refers to factory in process of production due to the noise of mechanical shock, frictional impact and flow perturbation generation.Man-made noise can be divided into pneumatic noise and mechanical noise by sound source characteristic.Disperse, noise type more complicated because man-made noise sound source more, because of the continuity sound source also more difficult identification of producing, administer quite difficulty.

Textile mills due to equipment many, mechanical collision, vibration, friction are frequent, so textile mills' noise ratio is more serious.The noise that mechanical collision produces with vibration is main cause, the emphasis that the noise how reducing mechanical collision and vibration generation is studied always and solved.

Utility model content

The technical problem that the utility model solves is to provide a kind of weaving loom axial damping isolating cylinder, can effectively eliminate or reduce the noise of textile machine collision and vibration generation.

Technical scheme is as follows:

A kind of weaving loom axial damping isolating cylinder, comprises cylindrical central sleeve, first end sleeve, the second end sleeve, the first beam, the second beam, the first outer shroud and the second outer shroud; Described first end sleeve and described second end sleeve are set in described cylindrical central sleeve two ends, described first end sleeve is provided with the first baffle ring in end, described second end sleeve is provided with the second baffle ring in end, described first baffle ring is positioned at inside described first end sleeve, and described second baffle ring is positioned at inside described second end sleeve; Described first beam and described second beam are set in outside described first end sleeve and described second end sleeve, the end of described first beam is provided with third gear ring, the end of described second beam is provided with fourth gear ring, described third gear ring is pressed on described first baffle ring, and described fourth gear ring is pressed on described second baffle ring; Described first exterior ring cap is contained in outside described first beam, and described second exterior ring cap is contained in outside described second beam.

Further: described first outer shroud suit is pressed on described third gear ring, and described second outer shroud is pressed on described fourth gear ring.

Compared with prior art, the utility model technique effect comprises: the utility model can effectively cushion rocking arm axial vibration and collision, thus can effectively eliminate or reduce the noise of textile machine collision and vibration generation.

Accompanying drawing explanation

Fig. 1 is the structural representation of weaving loom axial damping isolating cylinder in the utility model;

Fig. 2 is the structural representation in the utility model after the assembling of weaving loom axial damping isolating cylinder.

Detailed description of the invention

Below with reference to the accompanying drawings and preferred embodiment, technical solutions of the utility model are elaborated.

As shown in Figure 1, be the structural representation of weaving loom axial damping isolating cylinder in the utility model; As shown in Figure 2, be in the utility model weaving loom axial damping isolating cylinder assembling after structural representation.

The structure of weaving loom axial damping isolating cylinder comprises: cylindrical central sleeve 10, first end sleeve 21, second end sleeve 22, first beam 31, second beam 32, first outer shroud 41, second outer shroud 42; First end sleeve 21 and the second end sleeve 22 are set in cylindrical central sleeve 10 two ends, first end sleeve 21 is provided with the first baffle ring 211 in end, second end sleeve 22 is provided with the second baffle ring 221 in end, first baffle ring 211 is positioned at inside first end sleeve 21, and the second baffle ring 221 is positioned at inside the second end sleeve 22; First beam 31 and the second beam 32 are set in outside first end sleeve 21 and the second end sleeve 22, the end of the first beam 31 is provided with third gear ring 311, the end of the second beam 32 is provided with fourth gear ring 321, third gear ring 311 is pressed on the first baffle ring 211, and fourth gear ring 321 is pressed on the second baffle ring 221; First outer shroud 41 is sleeved on outside the first beam 31, and is pressed on third gear ring 311; Second outer shroud 42 is sleeved on outside the second beam 32, and is pressed on fourth gear ring 321.

The material of the first beam 31 and the second beam 32 adopts rubber, and the material of cylindrical central sleeve 10, first end sleeve 21, second end sleeve 22, first outer shroud 41, second outer shroud 42 adopts organic resin.

When the utility model uses, cylindrical central sleeve 10 is sleeved on axle, the end of another rocking arm to be arranged on outside cylindrical central sleeve 10 and between first end sleeve 21 and the second end sleeve 22, like this, when gear shaft connecting multiple rocking arm, just multiple rocking arm can be separated, avoid rocking arm axial jump, thus decrease rocking arm due to the noise produced that jumps.Meanwhile, because rocking arm end is connected on cylindrical central sleeve 10, thus avoid rocking arm and contact with the direct of axle, decrease the gap because direct contact friction produces, decrease due to the collision that gap is caused between rocking arm and axle, and the noise produced due to collision.

Claims

1. a weaving loom axial damping isolating cylinder, is characterized in that: comprise cylindrical central sleeve, first end sleeve, the second end sleeve, the first beam, the second beam, the first outer shroud and the second outer shroud; Described first end sleeve and described second end sleeve are set in described cylindrical central sleeve two ends, described first end sleeve is provided with the first baffle ring in end, described second end sleeve is provided with the second baffle ring in end, described first baffle ring is positioned at inside described first end sleeve, and described second baffle ring is positioned at inside described second end sleeve; Described first beam and described second beam are set in outside described first end sleeve and described second end sleeve, the end of described first beam is provided with third gear ring, the end of described second beam is provided with fourth gear ring, described third gear ring is pressed on described first baffle ring, and described fourth gear ring is pressed on described second baffle ring; Described first exterior ring cap is contained in outside described first beam, and described second exterior ring cap is contained in outside described second beam.

2. weaving loom axial damping isolating cylinder as claimed in claim 1, is characterized in that: described first outer shroud suit is pressed on described third gear ring, and described second outer shroud is pressed on described fourth gear ring.