CN212051817U

CN212051817U - Loom machine carried redundant warp recovery machine

Info

Publication number: CN212051817U
Application number: CN201821706586.3U
Authority: CN
Inventors: 张占平
Original assignee: Quzhou Snow Cotton Co Ltd
Current assignee: Quzhou Snow Cotton Co Ltd
Priority date: 2018-10-22
Filing date: 2018-10-22
Publication date: 2020-12-01
Anticipated expiration: 2028-10-22

Abstract

The utility model discloses a loom machine carries unnecessary warp and retrieves machine, including the fiber container, the gear fixed plate, a bearing, first sprocket and axle, the first drive gear of the warp cylinder both sides on the loom drives the second gear on the gear fixed plate, hexagonal axle in the second gear rotates thereupon, drive first sprocket, it rotates to drive the second sprocket through the chain, epaxial fiber container rotates thereupon, the tangent line bearing is moving the place that has unnecessary second warp about the rolling loading board is controlled on the optical axis, unnecessary second warp on the rolling warp cylinder, unnecessary second warp goes out from the warp cylinder, walk around on the second cylinder on the loom, walk around in the ditch inslot on first cylinder, drive first cylinder and rotate, the horizontal hunting winding is on the fiber container, and normal first warp gets into to weave in the loom. Compared with the prior art, the method has the following advantages: saves resources, occupies no space, and has high efficiency and good effect.

Description

Loom machine carried redundant warp recovery machine

Technical Field

The utility model relates to a retrieve the machine, especially a loom machine carries unnecessary warp and retrieves machine.

Background

At present, among the present cotton spinning weaving technology, during the loom weaves, all take off the spool from high-speed warper, put on the loom, occasionally, warp on the spool can be many in quantity, do not have the place to put, hinder the work of loom, occupy the spool place, throw away too extravagant, consequently, design a loom machine carries unnecessary warp and retrieves the machine, the loom is unnecessary line rolling elsewhere to go to recycle again, do not hinder the work of loom, be the technical problem that needs to solve at present.

Disclosure of Invention

The utility model aims to overcome the not enough of prior art, provide a loom machine carries unnecessary warp and retrieves machine.

The object of the utility model can be achieved by the following technical measures:

a loom onboard redundant warp recovery machine comprises a paper tube (18), a gear fixing plate, a bearing (12), a first chain wheel (9) and a shaft (13), wherein the gear fixing plate is positioned under a first transmission gear (2) of a loom warp roller and placed on the ground, a second gear (3) is fixed through a screw fixing bearing, the second gear (3) is meshed with the first transmission gear (2), a hexagonal shaft (8) is fixed in the middle through the bearing, the first chain wheel (9) is fixed on the hexagonal shaft (8) through a screw, optical shafts (5) are fixed on two sides of the gear fixing plate (20) through the bearing, sleeved linear bearings (6) are fixed on the optical shafts (5) through screws, the linear bearings (6) are fixed on a rolling bearing plate (4) through screws, holes for rotating the hexagonal shaft (8) are reserved at the joint of the rolling bearing plate (4) and the hexagonal shaft (8), a bearing (12) is fixed on the outer side of a winding bearing plate (4) through a screw, a shaft (13) is arranged in the bearing (12), a second chain wheel (11) is fixed on the shaft (13) through a screw, a rotating first chain wheel (9) drives the second chain wheel (11) to rotate through a chain (10), the shaft (13) rotates along with the shaft, a paper tube (18) is a paper tube for winding redundant warps, is sleeved on the shaft (13) and is screwed and fixed on the outer side through a side plate nut (14), a first roller (7) is welded on the shaft and supports the shaft to rotate along with the shaft (13), the first roller (7) rotates on the shaft, a curved groove is formed in the surface of the first roller (7), the redundant warps swing left and right along with the groove to wind on the paper tube (18), and first transmission gears (2) on two sides of a warp roller (19) on a loom (1) drive a second gear (3) on a gear fixing plate (20), six arris axles (8) in second gear (3) rotate along with it, drive first sprocket (9), drive second sprocket (11) through chain (10) and rotate, fiber container (18) on axle (13) rotate along with it, linear bearing (6) are bearing rolling loading board (4) and are moving about on optical axis (5) and are moved to the place that has unnecessary second warp (16), unnecessary second warp (16) on rolling warp cylinder (19), unnecessary second warp (16) are gone out from warp cylinder (19), walk around from second cylinder (17) on loom (1), walk around in the ditch groove on first cylinder (7), drive first cylinder (7) and rotate, the swing winding is on fiber container (18) about, and normal first warp (15) get into loom (1) and weave.

Compared with the prior art, the utility model has the following advantage: saves resources, occupies no space, and has high efficiency and good effect.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a partial enlarged view of the present invention;

fig. 3 is a side view of the present invention.

Detailed Description

Loom machine carries unnecessary warp and retrieves machine, as shown in the figure, including fiber container (18), gear fixing plate, bearing (12), first sprocket (9) and axle (13), gear fixing plate is located under loom warp cylinder's first drive gear (2), is putting on ground, through screw fixed bearing fixed second gear (3), second gear (3) and first drive gear (2) interlock, middle through bearing fixed hexagonal axle (8), pass through screw fixed first sprocket (9) on hexagonal axle (8), pass through bearing fixed optical axis (5) in gear fixing plate both sides, pass through the screw fixed linear bearing (6) of suit on optical axis (5), linear bearing (6) pass through screw fixed rolling loading board (4), the place of meeting of loading board rolling (4) and hexagonal axle (8) reserves hexagonal axle (8) pivoted hole, the bearing (12) is fixed on the outer side of the winding bearing plate (4) through a screw, a shaft (13) is arranged in the bearing (12), a second chain wheel (11) is fixed on the shaft (13) through a screw, a rotating first chain wheel (9) drives the second chain wheel (11) to rotate through a chain (10), the shaft (13) rotates along with the shaft, the paper tube (18) is a paper tube for winding redundant warps, the paper tube is sleeved on the shaft (13) and is screwed and fixed on the outer side through a side plate nut (14), the first roller (7) is welded on the shaft and supports the shaft to rotate along with the shaft (13), the first roller (7) rotates on the shaft, a curved groove is formed in the surface of the first roller (7), the redundant warps swing left and right along with the groove to wind on the paper tube (18), and first transmission gears (2) on two sides of a warp roller (19) on the loom (1) drive second gears (3) on the gear fixing, six arris axles (8) in second gear (3) rotate along with it, drive first sprocket (9), drive second sprocket (11) through chain (10) and rotate, fiber container (18) on axle (13) rotate along with it, linear bearing (6) are bearing rolling loading board (4) and are moving about on optical axis (5) and are moved to the place that has unnecessary second warp (16), unnecessary second warp (16) on rolling warp cylinder (19), unnecessary second warp (16) are gone out from warp cylinder (19), walk around from second cylinder (17) on loom (1), walk around in the ditch groove on first cylinder (7), drive first cylinder (7) and rotate, the swing winding is on fiber container (18) about, and normal first warp (15) get into loom (1) and weave.

Claims

1. Loom machine carries unnecessary warp and retrieves machine, including fiber container (18), gear fixing plate, bearing (12), first sprocket (9) and axle (13), characterized in that, gear fixing plate is located loom warp cylinder's first drive gear (2) under, is putting on ground, through screw fixation bearing fixed second gear (3), second gear (3) and first drive gear (2) interlock, the middle hexagonal axle (8) of passing through the bearing fixed, pass through screw fixation first sprocket (9) on hexagonal axle (8), pass through bearing fixed optical axis (5) in gear fixing plate both sides, pass through the screw fixation linear bearing (6) of suit on optical axis (5), linear bearing (6) pass through screw fixation loading board (4), six prismatic axle (8) pivoted holes are reserved in the department that meets rolling loading board (4) and six prismatic axle (8), the bearing (12) is fixed on the outer side of the winding bearing plate (4) through a screw, a shaft (13) is arranged in the bearing (12), a second chain wheel (11) is fixed on the shaft (13) through a screw, a rotating first chain wheel (9) drives the second chain wheel (11) to rotate through a chain (10), the shaft (13) rotates along with the shaft, the paper tube (18) is a paper tube for winding redundant warps, the paper tube is sleeved on the shaft (13) and is screwed and fixed on the outer side through a side plate nut (14), the first roller (7) is welded on the shaft and supports the shaft to rotate along with the shaft (13), the first roller (7) rotates on the shaft, a curved groove is formed in the surface of the first roller (7), the redundant warps swing left and right along with the groove to wind on the paper tube (18), and first transmission gears (2) on two sides of a warp roller (19) on the loom (1) drive second gears (3) on the gear fixing, six arris axles (8) in second gear (3) rotate along with it, drive first sprocket (9), drive second sprocket (11) through chain (10) and rotate, fiber container (18) on axle (13) rotate along with it, linear bearing (6) are bearing rolling loading board (4) and are moving about on optical axis (5) and are moved to the place that has unnecessary second warp (16), unnecessary second warp (16) on rolling warp cylinder (19), unnecessary second warp (16) are gone out from warp cylinder (19), walk around from second cylinder (17) on loom (1), walk around in the ditch groove on first cylinder (7), drive first cylinder (7) and rotate, the swing winding is on fiber container (18) about, and normal first warp (15) get into loom (1) and weave.