CN208501169U - A kind of beam splitting helps twirl formula air vortex spinning equipment - Google Patents

Abstract

The utility model discloses a kind of beam splitting to help twirl formula air vortex spinning equipment, including air vortex spinning device, yarn inlet and fiber channel, the yarn inlet and fiber channel, which are both turned on, to be connected at the top of air vortex spinning device, the fiber channel is located at yarn inlet side, the air vortex spinning device inner cavity top is located at yarn inlet and the end of fiber channel is fixed with vortex tube, the vortex tube side conducting is connected with air inlet pipe, the air inlet pipe output end conducting is connected with blast orifice, the vortex bottom of the tube is located at air vortex spinning device inner cavity and is fixed with hollow shaft, the hollow shaft top side is located at air vortex spinning device inner wall and is fixed with negative tube.The utility model is designed reasonably is novel, easy to operate and use, can effectively improve the efficiency of the twisting of cotton yarn and single fiber, improve the quality of later period yarn, and it can fall to illusive fiber filament group is twisted and twist again, practicability with higher is suitble to be widely popularized and use.

Description

A kind of beam splitting helps twirl formula air vortex spinning equipment

Technical field

The utility model relates to a kind of spinning equipment, in particular to a kind of beam splitting helps twirl formula air vortex spinning equipment.

Background technique

Air vortex spinning is to make shredding at the fibre deposition of single state and the method for twist resultant yarn using air-swirl effect, Due to replacing mechanical twist and cohesion without the parts of revolution with vortex, thus structure is simple, spinning speed compared with Height, the air-flow for forming revolving speed up to 300,000 revs/min twist region, are the highest spinning new technology being currently known, spinning speed It is 10~20 times of mainstream ring spinner in the market up to 450 ms/min, and instead of the rove of traditional spinning technique, thin Yarn, winder three process, substantially increase spinning efficiency, meet the demand that client efficiently produces.

But when portion generates vortex including existing vortex spinning spool, vortex can be made more unstable, so as to cause fiber filament After carrying out vortex spinning spool inside, it is easy to influence the quality of spinning, while traditional general work of air injection air vortex spinning equipment It is relatively low to make efficiency, can not handle illusive fiber filament is twisted, be not suitable for permanent development and use.For this purpose, I Propose that a kind of beam splitting helps twirl formula air vortex spinning equipment.

Utility model content

The main purpose of the utility model is to provide a kind of beam splitting to help twirl formula air vortex spinning equipment, can effectively solve to carry on the back The problems in scape technology.

To achieve the above object, the technical solution that the utility model is taken are as follows:

A kind of beam splitting helps twirl formula air vortex spinning equipment, including air vortex spinning device, yarn inlet and fiber channel, the yarn inlet It is both turned on and is connected at the top of air vortex spinning device with fiber channel, the fiber channel is located at yarn inlet side, the air vortex spinning Device inner cavity top is located at yarn inlet and the end of fiber channel is fixed with vortex tube, and the vortex tube side conducting is connected with air inlet Pipe, air inlet pipe output end conducting are connected with blast orifice, and the vortex bottom of the tube is located at during air vortex spinning device inner cavity is fixed with Empty axis, the hollow shaft top side are located at air vortex spinning device inner wall and are fixed with negative tube, other side position at the top of the hollow shaft Spray head is fixed in air vortex spinning device inner wall.

Further, the vortex tube wall is hollow structure, and the blast orifice is located at vortex inside pipe wall and and vortex tube The hollow structure of tube wall is conducted.

Further, the hollow shaft inner cavity is fixed with curved channel pipe, and curved channel tube top portion is fixedly welded with Line bar is dialled, the conducting of curved channel tube bottom end offers yarn outlet.

Further, air vortex spinning device bottom end is fixedly connected with driving motor, and the driving motor output end passes through Chain drive is connected to curved channel pipe outer ring.

Further, the curved channel pipe is fixedly welded in hollow shaft intracavity bottom, and hollow shaft outer ring is positioned at hollow Axis bottom end is fixed with waste port.

Compared with prior art, the utility model has the following beneficial effects:

1. this kind of beam splitting helps twirl formula air vortex spinning equipment, by the way that the yarn inlet being connected at the top of air vortex spinning device is connected by cotton Yarn imports air vortex spinning device inner cavity, and will import fiber channel, whirlpool in the ribbon of single fiber state by licker-in release Flow tube tube wall is hollow structure, and blast orifice is located at vortex inside pipe wall and is conducted with the hollow structure of vortex tube wall, Jin Erli Carry out air blast to blast orifice with the external air blower of air inlet pipe, make be vortexed tube cavity generate vortex, and then realize to single fiber into Row traction.

2. dispersing hollow shaft top for several single fibers using spray head simultaneously, roused by negative tube to hollow shaft inner cavity Enter negative pressure gas flow, and then several single fibers for being distributed in hollow shaft top are imported into hollow shaft inner cavity, in the lead in empty axis It leads several single fibers and is attached to cotton yarn surface, while air vortex spinning device bottom end is fixedly connected with driving electricity Machine, driving motor output end are connected to curved channel pipe outer ring by chain drive, and curved channel pipe is fixedly welded in hollow shaft Intracavity bottom, and hollow shaft outer ring is located at hollow shaft bottom end and is fixed with waste port, and then carries out cotton yarn using curved channel pipe Rotation increases the efficiency of the twisting of cotton yarn and single fiber, improves the quality of later period yarn.

3. curved channel tube top portion, which is fixedly welded with, simultaneously dials line bar, the conducting of curved channel tube bottom end offers yarn outlet, The extra of yam surface and the illusive fiber of attachment are stirred using line bar is dialled, the fiber filament fallen is arranged by waste port It removes, is stirred for not falling and twisting illusive fiber filament, make it into curved channel tube cavity, and then improve yarn Quality, it is more practical.

Detailed description of the invention

Fig. 1 is the overall structure diagram that the utility model beam splitting helps twirl formula air vortex spinning equipment.

In figure: 1, air vortex spinning device；2, yarn inlet；3, fiber channel；4, vortex tube；5, air inlet pipe；6, blast orifice；7, in Empty axis；8, spray head；9, negative tube；10, line bar is dialled；11, curved channel pipe；12, driving motor；13, chain；14, waste port.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

As shown in Figure 1, a kind of beam splitting helps twirl formula air vortex spinning equipment, including air vortex spinning device 1, yarn inlet 2 and fiber to lead to Road 3, the yarn inlet 2 and fiber channel 3, which are both turned on, is connected to 1 top of air vortex spinning device, and the fiber channel 3 is located at yarn inlet 2 sides, 1 inner cavity top of air vortex spinning device is located at yarn inlet 2 and the end of fiber channel 3 is fixed with vortex tube 4, the whirlpool The conducting of 4 side of flow tube is connected with air inlet pipe 5, and 5 output end of the air inlet pipe conducting is connected with blast orifice 6,4 bottom of vortex tube It is fixed with hollow shaft 7 positioned at 1 inner cavity of air vortex spinning device, 7 top side of hollow shaft is located at 1 inner wall of air vortex spinning device and is fixed with Negative tube 9, the 7 top other side of hollow shaft are located at 1 inner wall of air vortex spinning device and are fixed with spray head 8.

Wherein, 4 tube wall of vortex tube be hollow structure, the blast orifice 6 be located at 4 inner wall of vortex tube and with vortex tube 4 The hollow structure of tube wall is conducted.

Wherein, 7 inner cavity of hollow shaft is fixed with curved channel pipe 11, is fixedly welded at the top of the curved channel pipe 11 Line bar 10 is dialled, 11 bottom end of the curved channel pipe conducting offers yarn outlet.

Wherein, 1 bottom end of air vortex spinning device is fixedly connected with driving motor 12, and 12 output end of driving motor passes through Chain 13 is sequentially connected in 11 outer ring of curved channel pipe.

Wherein, the curved channel pipe 11 is fixedly welded in 7 intracavity bottom of hollow shaft, and 7 outer ring of hollow shaft is positioned at hollow 7 bottom end of axis is fixed with waste port 14.

It should be noted that the utility model is that a kind of beam splitting helps twirl formula air vortex spinning equipment, when work, passes through conducting and connect Cotton yarn is imported 1 inner cavity of air vortex spinning device by the yarn inlet 2 for being connected to 1 top of air vortex spinning device, and will be by licker-in release in single The ribbon of fiber condition imports fiber channel 3, and 4 tube wall of vortex tube is hollow structure, and blast orifice 6 is located at 4 inner wall of vortex tube And be conducted with the hollow structure of 4 tube wall of vortex tube, and then carry out air blast to blast orifice 6 using the external air blower of air inlet pipe 5, make 4 inner cavity of vortex tube generates vortex, and then realizes and draw to single fiber, while being divided several single fibers using spray head 8 It dissipates in 7 top of hollow shaft, negative pressure gas flow is blasted to 7 inner cavity of hollow shaft by negative tube 9, and then 7 top of hollow shaft will be distributed in Several single fibers import 7 inner cavity of hollow shaft, while empty 7 inner cavity of axis several single fibers are led in the lead and are attached to Cotton yarn surface, while 1 bottom end of air vortex spinning device is fixedly connected with driving motor 12,12 output end of driving motor is passed by chain 13 Dynamic to be connected to 11 outer ring of curved channel pipe, curved channel pipe 11 is fixedly welded in 7 intracavity bottom of hollow shaft, and 7 outer ring of hollow shaft It is fixed with waste port 14 positioned at 7 bottom end of hollow shaft, and then rotates cotton yarn using curved channel pipe 11, increases cotton yarn and list The efficiency of the twisting of root fiber, improves the quality of later period yarn, while being fixedly welded at the top of curved channel pipe 11 and dialling line bar 10, The conducting of 11 bottom end of curved channel pipe offers yarn outlet, illusive to the extra of yam surface and attachment using line bar 10 is dialled Fiber is stirred, and the fiber filament fallen is excluded by waste port 14, is dialled for not falling and twisting illusive fiber filament It is dynamic, 11 inner cavity of curved channel pipe is made it into, and then improve the quality of yarn, it is more practical.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above.Current row The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention.The utility model Claimed range is defined by the appending claims and its equivalent thereof.

Claims (5)

1. a kind of beam splitting helps twirl formula air vortex spinning equipment, including air vortex spinning device (1), yarn inlet (2) and fiber channel (3), institute It states yarn inlet (2) and fiber channel (3) is both turned on and is connected at the top of air vortex spinning device (1), the fiber channel (3) is located at into yarn Mouth (2) side, it is characterised in that: air vortex spinning device (1) inner cavity top is located at the end of yarn inlet (2) and fiber channel (3) Portion is fixed with vortex tube (4), and vortex tube (4) the side conducting is connected with air inlet pipe (5), and air inlet pipe (5) output end is led Lead to and be connected to blast orifice (6), vortex tube (4) bottom is located at air vortex spinning device (1) inner cavity and is fixed with hollow shaft (7), described Hollow shaft (7) top side is located at air vortex spinning device (1) inner wall and is fixed with negative tube (9), the other side at the top of the hollow shaft (7) Positioned at air vortex spinning device (1), inner wall is fixed with spray head (8).

2. a kind of beam splitting according to claim 1 helps twirl formula air vortex spinning equipment, it is characterised in that: the vortex tube (4) Tube wall is hollow structure, and the blast orifice (6) is located at vortex tube (4) inner wall and mutually leads with the hollow structure of vortex tube (4) tube wall It is logical.

3. a kind of beam splitting according to claim 1 helps twirl formula air vortex spinning equipment, it is characterised in that: the hollow shaft (7) Inner cavity is fixed with curved channel pipe (11), is fixedly welded at the top of the curved channel pipe (11) and is dialled line bar (10), the arc The conducting of tube channel (11) bottom end offers yarn outlet.

4. a kind of beam splitting according to claim 1 helps twirl formula air vortex spinning equipment, it is characterised in that: the air vortex spinning device (1) bottom end is fixedly connected with driving motor (12), and driving motor (12) output end is sequentially connected by chain (13) in arc Shape tube channel (11) outer ring.

5. a kind of beam splitting according to claim 3 helps twirl formula air vortex spinning equipment, it is characterised in that: the curved channel pipe (11) it is fixedly welded in hollow shaft (7) intracavity bottom, and hollow shaft (7) outer ring is located at hollow shaft (7) bottom end and is fixed with waste port (14).