CN206034082U

CN206034082U - Industrial spindryer cloth feeding mechanism

Info

Publication number: CN206034082U
Application number: CN201621000883.7U
Authority: CN
Inventors: 魏中华
Original assignee: Zhejiang Zhonghua Home Textile Group Co Ltd
Current assignee: Zhejiang Zhonghua Home Textile Group Co Ltd
Priority date: 2016-08-30
Filing date: 2016-08-30
Publication date: 2017-03-22
Anticipated expiration: 2026-08-30

Abstract

The utility model discloses an industrial spindryer cloth feeding mechanism, connect in final drive roller and auxiliary setter's action roller at T word support length direction both ends including T word support, rotation, T word support is close to hydroextractor one end and is equipped with around the cloth subassembly, around the cloth subassembly including rotate connect in T word support be close to hydroextractor one end the pivot, connect in the pivot outer wall and be used for wearing to establish the cloth lead the cloth ring, lead the cloth ring along with the rotatory cloth that drives of pivot along the circumferencial direction evenly around the outer fringe in the inside rotor of hydroextractor. The utility model provides a can, the cloth can wind the industrial spindryer cloth feeding mechanism in the rotor outer fringe uniformly when conveying to hydroextractor inside.

Description

A kind of INDUSTRY SPINDRYER cloth inlet mechanism

Technical field

The utility model is related to dyeing apparatus field, more particularly to a kind of INDUSTRY SPINDRYER cloth inlet mechanism.

Background technology

At present in dyeing textile industry, it is must be indispensable and yarn fabric quality to be risen to carry out dewatering operation to material of weaving The operation of most important effect, currently when dehydrating to material of weaving, centrifugal dewatering equipment is mainly used.

When cloth needs to dry, needs are manually carried to cloth in dewaterer, as the cloth after rinsing contains water Point, heavier mass needs to expend substantial amounts of manpower when carrying cloth, considerably increases the labour intensity of workman.And general enter Cloth mechanism is simply directly transported to cloth in dewaterer, stacks uneven problem so as to produce cloth.

Utility model content

The purpose of this utility model is to provide a kind of INDUSTRY SPINDRYER cloth inlet mechanism, by what is can rotated with rotating shaft Selvage guide ring is driving the cloth can be uniformly around in the outer rim of rotor when being sent to inside dewaterer.

Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of INDUSTRY SPINDRYER enters Cloth mechanism, a kind of INDUSTRY SPINDRYER cloth inlet mechanism including T word supports, are rotationally connected with the main biography at T word stent length directions two ends Dynamic roller and auxiliary driving roller, the T words support are provided with around cloth component near dewaterer one end, described to include rotating connection around cloth component In T words support near dewaterer one end rotating shaft, be connected to rotating shaft outer wall and selvage guide ring for wearing cloth, the selvage guide ring The outer rim that cloth is along the circumferential direction uniformly around in dewaterer inner rotator is rotarily driven with rotating shaft.

By adopting above-mentioned technical proposal, when needing the cloth to having rinsed to carry out dehydration drying, cloth is passed through into T first The main drive roller and auxiliary driving roller of word support, then selvage guide ring is fed through, when rotating shaft starts rotation, rotating shaft can drive selvage guide ring Rotate together, while can just drive cloth to rotate together, cloth is transmitted by major and minor live-roller, while around The outer rim for dewaterer inner rotator is rotated, so that cloth can be uniformly around around rotor, without the need for manually confronting The larger cloth to be drained off of amount is carried, without going again to adjust position of the cloth inside dewaterer, by major and minor transmission Roller has then been automatically performed the requirement uniformly put during being driven.

The utility model is further arranged to：The T words support includes in the support bar being vertically arranged, is connected to support bar Upper end and be in horizontally disposed cross bar, is rotating with post upper in the middle part of the cross bar, the main drive roller and secondary biography Dynamic roller is rotationally connected with the two ends of cross bar length direction respectively.

By adopting above-mentioned technical proposal, cloth can be carried out using the major and minor live-roller on horizontally disposed cross bar Transmission；By cloth can be adjusted in the cross bar that post upper is rotated into T words support and when exporting from T words support Position and direction, can be put according to the situation of actual place whole T words support position and as far as possible reduce its to space The impact of size is put, and rotating shaft and the position relationship of dewaterer inner rotator on T word supports can be adjusted, start rotating shaft During rotation, cloth can be moved by the enough outer rims around dewaterer inner rotator of selvage guide annulus kinetic energy.

The utility model is further arranged to：Motor is connected with the middle part of the cross bar, and the motor output shaft is coaxially connected There is the first belt wheel, the main drive roller is coaxially connected with driving pulley, biography is arranged between first belt wheel and driving pulley Dynamic belt.

By adopting above-mentioned technical proposal, rotated using Motor drive first band wheel, while driving master by driving belt Movable belt pulley is rotated, and has also just driven main drive roller rotation simultaneously, and then cloth is transmitted, which is put into from remaining position To inside dewaterer；Motor is arranged on into the centre position of cross bar, the stability of whole T words support can be kept, it is to avoid occurred Topple over.

The utility model is further arranged to：In being vertically arranged, the rotating shaft is coaxial away from selvage guide ring one end for the rotating shaft It is connected with first bevel gear；The cross bar is rotatably connected to drive link, described drive link one end be coaxially connected with drive pulley and The other end is coaxially connected with first bevel gear in the second bevel gear for engaging setting, and the main drive roller is coaxially connected with driven Belt wheel, is connected with follower belt between the driven pulley and drive pulley.

By adopting above-mentioned technical proposal, drive drive rod rotation by main drive roller, then by first bevel gear and The engaged transmission of second bevel gear, rotation formula that can be by drive link around horizontal axis are converted into rotating shaft around vertical direction The form of rotation, and then the final axis rotation for driving selvage guide around dewaterer inner rotator.

The utility model is further arranged to：The T words mid-stent is connected with the support ring for wearing cloth.

By adopting above-mentioned technical proposal, the cloth in transmit process can be played one and be supported by support ring and be made With, it is to avoid cause cloth to occur to drop in transmit process because the rotating speed of major and minor live-roller is different, while the transmission to live-roller Direction carries out guide and limit, enable cloth be steadily placed on major and minor live-roller without deviating from.

The utility model is further arranged to：The support bar includes upper bar and the lower pole for connecing setting in upper and lower sleeve, It is provided with the lower pole in the cylinder being vertically arranged, the cylinder piston rod is connected to the one end of upper bar away from cross bar.

By adopting above-mentioned technical proposal, can be by the upper bar in the vertical direction being socketed on lower pole using cylinder Lifted, so as to just the height of cross bar be declined, cloth at the beginning when by major and minor live-roller, can be more convenient Easily placed, it is to avoid when transmitting at the beginning, need by cloth be pulled to it is higher where, further around excessively major and minor live-roller And cause to increase labour intensity.

In sum, the utility model has the advantages that：By a motor, major and minor biography can be driven simultaneously Dynamic roller synchronizes rotation persistently to convey cloth, while, moreover it is possible to the rotating shaft that drive is engaged with drive link one end is carried out Rotate, so as to drive the selvage guide ring in rotating shaft to rotate, selvage guide ring can wear the cloth at its center in rotation process Band action rotates bar together, cloth then in transmit process, while around the axis rotation of dewaterer inner rotator, so as to Cloth is allow to be uniformly placed in the outer rim of dehydration inboard rotor.

Description of the drawings

Fig. 1 is that the present embodiment is mainly used in embodying the structural representation of T word supports；

Fig. 2 is the I portions enlarged drawing of Fig. 1, is mainly used in embodying first bevel gear and second bevel gear；

Fig. 3 is that the present embodiment is mainly used in embodying the structural representation of follower belt；

Fig. 4 is the II portions enlarged drawing of Fig. 3；

Fig. 5 is that the present embodiment is mainly used in embodying the structural representation of cylinder.

Reference：1st, T words support；11st, support bar；111st, upper bar；112nd, lower pole；12nd, cross bar；2nd, main transmission Roller；21st, driving pulley；22nd, driven pulley；3rd, auxiliary driving roller；4th, around cloth component；41st, rotating shaft；42nd, selvage guide ring；5th, motor；51、 First belt wheel；6th, driving belt；7th, first bevel gear；8th, second bevel gear；9th, drive link；91st, drive pulley；92nd, the second cone Gear；10th, follower belt；13rd, support ring；14th, cylinder；15th, installing plate.

Specific embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

A kind of INDUSTRY SPINDRYER cloth inlet mechanism, with reference to shown in Fig. 1 and Fig. 5, including a T words support 1, T words support 1 includes A piece support bar 11；Support bar 11 includes one in the lower pole 112 being vertically arranged, and the bottom of lower pole 112 is connected with one Individual cuboid base；One is socketed with the upper bar 111 being vertically arranged, the inwall of upper bar 111 in the top of lower pole 112 It is connected in sliding is contradicted with the outer wall of lower pole 112；One is provided with the cylinder 14 being vertically arranged in the inside of lower pole 112, The piston rod of cylinder 14 is in be vertically arranged and be connected to upper bar 111.

With reference to shown in Fig. 3, a length direction and 111 height side of upper bar is rotatably connected on the top of upper bar 111 To the cross bar 12 being vertical setting；Upper bar 111 rotates the middle part that the position being connected is cross bar 12 with cross bar 12；Make cross bar 12 two ends are equal with the distance between upper bar 111；Cross bar 12 is in hollow setting, is vertically connected with 111 top end of upper bar One piece of installing plate 15, is provided with a motor 5 on installing plate 15, and the output shaft of motor 5 is arranged in the side wall of cross bar 12 and same Axle is connected with first belt wheel 51, is arranged with a driving belt 6 on the first belt wheel 51.

With reference to shown in Fig. 1 and Fig. 4, main drive roller 2 and secondary biography is rotatably connected to respectively at the two ends of 12 length direction of cross bar Dynamic roller 3, major and minor live-roller 2,3 are cylinder and are axially vertical setting with the length direction of cross bar 12, outside main drive roller 2 Wall is provided with the groove for being embedded cloth along its circumferencial direction；2 central coaxial of main drive roller be connected with driving pulley 21 and from Movable belt pulley 22；Driving belt 6 is sheathed on the outer rim of driving pulley 21, so as to main drive roller 2 be driven to enter using driving belt 6 Row is rotated.

With reference to shown in Fig. 1-2, one is rotatably connected in the rotating shaft being vertically arranged in cross bar 12 near one end of dewaterer 41, the outer wall of rotating shaft 41 is connected with a selvage guide ring 42 for wearing cloth, outer wall and the 41 outer wall phase of rotating shaft of selvage guide ring 42 The axis at connection and 42 center of selvage guide ring is set in parallel with the axial direction of rotating shaft 41；Rotating shaft 41 is partially attached to horizontal stroke near upper end The side of bar 12；The upper end of rotating shaft 41 is coaxially connected with a first bevel gear 7；A biography is rotatably connected in 12 side wall of cross bar Lever 9, shown in reference picture 3-4, it is in engage second for arranging that one end of drive link 9 is coaxially connected with one with first bevel gear 7 The bevel gear 92 and other end is arranged in 12 side wall of cross bar and is coaxially connected with a drive pulley 91, drive pulley 91 and main drive roller Follower belt 10 is arranged between driven pulley 22 on 2 such that it is able to drive drive link 9 to rotate.

The operation principle of the present embodiment is：Start cylinder 14, the upper bar 111 for being connected to cross bar 12 is reduced, so as to incite somebody to action Cloth bypass successively auxiliary driving roller 3 outer rim, through support ring 13, further around cross main drive roller 2 outer rim, eventually pass through selvage guide ring 42；Raising upper bar 111, starts motor 5, drives main drive roller 2 to rotate using driving pulley 21, so as to continuously by cloth Bar is sent in dewaterer, while driven rotating shaft 41 to rotate by follower belt 10 so that selvage guide ring 42 drive cloth around The rotor periphery motion at dewaterer center, cloth is uniformly placed in dewaterer.

This specific embodiment is only which is not to restriction of the present utility model, ability to explanation of the present utility model Field technique personnel can make the modification for not having creative contribution after this specification is read as needed to the present embodiment, but As long as all being protected by Patent Law in right of the present utility model.

Claims

1. a kind of INDUSTRY SPINDRYER cloth inlet mechanism, including T word supports（1）, be rotationally connected with T word supports（1）Length direction two ends Main drive roller（2）With auxiliary driving roller（3）, it is characterized in that：The T words support（1）It is provided with around cloth component near dewaterer one end （4）, it is described around cloth component（4）Including being rotationally connected with T word supports（1）Near the rotating shaft of dewaterer one end（41）, be connected to turn Axle（41）Outer wall and the selvage guide ring for wearing cloth（42）, the selvage guide ring（42）With rotating shaft（41）Cloth is rotarily driven along circle Circumferential direction is uniformly around in the outer rim of dewaterer inner rotator.

2. a kind of INDUSTRY SPINDRYER cloth inlet mechanism according to claim 1, is characterized in that：The T words support（1）Including being in The support bar being vertically arranged（11）, be connected to support bar（11）Upper end and be in horizontally disposed cross bar（12）, the cross bar（12） Middle part and support bar（11）Upper end is rotating, the main drive roller（2）With auxiliary driving roller（3）Cross bar is rotationally connected with respectively （12）The two ends of length direction.

3. a kind of INDUSTRY SPINDRYER cloth inlet mechanism according to claim 2, is characterized in that：The cross bar（12）Middle part connection There is motor（5）, the motor（5）Output shaft is coaxially connected with the first belt wheel（51）, the main drive roller（2）It is coaxially connected with master Movable belt pulley（21）, first belt wheel（51）With driving pulley（21）Between be arranged with driving belt（6）.

4. a kind of INDUSTRY SPINDRYER cloth inlet mechanism according to claim 3, is characterized in that：The rotating shaft（41）In vertically setting Put, the rotating shaft（41）Away from selvage guide ring（42）One end is coaxially connected with first bevel gear（7）；The cross bar（12）Rotate connection There is drive link（9）, the drive link（9）One end is coaxially connected with drive pulley（91）And the other end is coaxially connected with and the first cone Gear（7）In the second bevel gear that engagement is arranged（92、8）, the main drive roller（2）It is coaxially connected with driven pulley（22）, institute State driven pulley（22）With drive pulley（91）Between be connected with follower belt（10）.

5. a kind of INDUSTRY SPINDRYER cloth inlet mechanism according to claim 1, is characterized in that：The T words support（1）Middle part connects It is connected to the support ring for wearing cloth（13）.

6. a kind of INDUSTRY SPINDRYER cloth inlet mechanism according to claim 2, is characterized in that：The support bar（11）Including being in The upper bar of setting is socketed up and down（111）With lower pole（112）, the lower pole（112）Inside it is provided with the cylinder being vertically arranged （14）, the cylinder（14）Piston rod is connected to upper bar（111）Away from cross bar（12）One end.