CN209906960U

CN209906960U - Air texturing machine for producing high-strength polypropylene industrial yarn

Info

Publication number: CN209906960U
Application number: CN201921734326.1U
Authority: CN
Inventors: 季逸恺
Original assignee: Changzhou Wujin Huaxin Chemical Fiber Co Ltd
Current assignee: Changzhou Wujin Huaxin Chemical Fiber Co Ltd
Priority date: 2019-10-16
Filing date: 2019-10-16
Publication date: 2020-01-07
Anticipated expiration: 2029-10-16

Abstract

The utility model belongs to the technical field of mechanical production equipment technique and specifically relates to a high-strength polypropylene fibre industrial yarn production is with air texturing machine, including the shell, the shell both ends are equipped with the precursor respectively and place the support and batch and receive a support, the shell inner chamber is equipped with first disconnected silk detector, humidification device, deformation nozzle, heat setting case and the disconnected silk detector of second in proper order. The utility model discloses an air texturing machine is used in production of high-strength polypropylene fibre industrial yarn, place the precursor from the precursor and get into the shell inner chamber after drawing forth on the support and pass first disconnected silk detector in proper order, humidification device, deformation nozzle, the disconnected silk detector of heat setting case and second, finally accomplish through batching receipts silk support and collect, this air texturing machine simple structure, its humidification device can be more thorough carries out the humidification to its precursor, make the air deformation more thoroughly of its follow-up precursor, the more effectual polypropylene fibre industrial yarn that excels in of completion follows the precursor to the transformation of warp silk more.

Description

Air texturing machine for producing high-strength polypropylene industrial yarn

Technical Field

The utility model belongs to the technical field of mechanical production equipment technique and specifically relates to an air texturing machine is used in production of high-strength polypropylene fibre industrial yarn.

Background

The air texturing machine is also called air texturing machine, and uses compressed air jet processing method to treat filament to make it obtain fluffiness and have some characteristics similar to spun yarn, and its product is called air textured yarn. In the production process of the high-strength polypropylene industrial yarn, the air texturing machine is also required to carry out air texturing on the high-strength polypropylene industrial yarn, however, the air texturing yarn used in the existing production process needs to be wetted before the high-strength polypropylene industrial yarn is blown off and fluffy through the nozzle, the humidifier is used for wetting the high-strength polypropylene industrial yarn in the previous step in the existing equipment, the wetting effect is poor, the subsequent nozzle is not beneficial to fully blowing off and fluffy, the structure of the air texturing machine in the existing production is complex, and the production cost is greatly improved.

SUMMERY OF THE UTILITY MODEL

In order to overcome current air texturing machine humidification position not enough and lead to the air deformation degree to receive the not enough of influence, the utility model provides a high-strength polypropylene fibre is air texturing machine for industrial yarn production places the precursor and gets into the shell inner chamber and pass first disconnected silk detector, humidification device, deformation nozzle, heat setting case and the disconnected silk detector of second in proper order after drawing forth on the support from the precursor, finally collects through batching receipts silk support completion.

The utility model provides a technical scheme that its technical problem adopted is: the utility model provides a high-strength polypropylene fibre industrial yarn production is with air texturing machine, includes the shell, and the shell both ends are equipped with the precursor respectively and place the support and batch and receive a support, shell inner chamber is equipped with first disconnected silk detector, humidification device, deformation nozzle, heat setting case and the disconnected silk detector of second in proper order, humidification device includes the water tank, be equipped with the pressure silk leading wheel in the water tank.

Further, include that the precursor on the precursor placement support draws forth and gets into the shell inner chamber and pass first direction roller set, the precursor that first direction roller set wore out passes second direction roller set after passing first disconnected silk detector, the precursor that second direction roller set wore out passes third direction roller set after passing humidification device, the humidification precursor that third direction roller set wore out passes fourth direction roller set after passing the deformation nozzle, the deformation silk that fourth direction roller set wore out passes fifth direction roller set after passing heat setting case, the deformation silk that fifth direction roller set wore out passes sixth direction roller set after passing second disconnected silk detector, the deformation silk that sixth direction roller set wore out is collected through batching receipts silk support.

Further, the nozzle comprises a nozzle body and a guide wire cone, and a guide wire inner cavity for inserting the guide wire cone is formed in the nozzle body.

Furthermore, a guide wire cone is inserted into the guide wire inner cavity, the front end of the guide wire cone and the guide wire inner cavity form a scattering cavity, and an air inlet hole is formed in the side face of the nozzle body and communicated with the guide wire inner cavity.

The beneficial effects of the utility model are that, the utility model discloses a high-strength polypropylene fibre industrial yarn production is with air texturing machine places the precursor and gets into the shell inner chamber and pass first disconnected silk detector in proper order after drawing forth on the support from the precursor, humidification device, the deformation nozzle, thermoforming case and the disconnected silk detector of second, finally collect through batching receipts silk support completion, this air texturing machine simple structure, its humidification device can be more thorough carries out the humidification to its precursor, make its air deformation more thorough of follow-up precursor, the polypropylene fibre industrial yarn that excels in of more effectual completion follows the precursor to the transformation of textured yarn.

Drawings

The present invention will be further explained with reference to the drawings and examples.

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

FIG. 2 is a schematic diagram of the construction of the humidification apparatus of FIG. 1;

fig. 3 is a schematic view of the structure of the deformation nozzle of fig. 1.

In the drawing, 1 is a shell, 2 is a precursor placing support, 3 is a winding and reeling support, 4 is a first broken filament detector, 5 is a humidifying device, 6 is a deformation nozzle, 7 is a heat setting box, 8 is a second broken filament detector, 9 is a first guide roller set, 10 is a second guide roller set, 11 is a third guide roller set, 12 is a fourth guide roller set, 13 is a fifth guide roller set, 14 is a sixth guide roller set, 51 is a water tank, 52 is a filament pressing guide wheel, 61 is a nozzle body, 62 is a filament guide cone, 63 is a filament guide inner cavity, 64 is a scattering cavity, and 65 is an air inlet hole.

Detailed Description

Fig. 1 is the utility model discloses a schematic structure diagram, a high-strength polypropylene fibre industrial yarn production is with air texturing machine, including shell 1, shell 1 both ends are equipped with the precursor respectively and place support 2 and batch and receive a support 3, shell 1 inner chamber is equipped with first disconnected silk detector 4, humidification device 5, deformation nozzle 6, heat setting case 7 and the disconnected silk detector 8 of second in proper order, humidification device 5 includes water tank 51, be equipped with in the water tank 51 and press a guide wheel 52. The filament pressing guide wheel 52 presses the precursor filaments entering the water tank 51 into water, so that the precursor filaments are thoroughly humidified. The hot box is a biphenyl heating box, is non-circulating biphenyl gas and liquid phase heating, the heat source of the hot box is an electric heating rod, and the structure of the hot box is the same as that of the hot box in the false twist texturing machine.

Combine fig. 1 and fig. 2 to show, the precursor on the precursor placement support 2 draws forth and gets into 1 inner chamber of shell and passes first direction roller set 9, the precursor that first direction roller set 9 wore out passes second direction roller set 10 after passing first disconnected silk detector 4, the precursor that second direction roller set 10 wore out passes third direction roller set 11 after passing humidification device 5, the humidification precursor that third direction roller set 11 wore out passes fourth direction roller set 12 after passing texturing nozzle 6, the deformation silk that fourth direction roller set 12 wore out passes fifth direction roller set 13 after passing hot setting case 7, the deformation silk that fifth direction roller set 13 wore out passes sixth direction roller set 14 after passing second disconnected silk detector 8, the deformation silk that sixth direction roller set 14 wore out is collected through batching receipts silk support 3.

As shown in fig. 1 and 3, the deforming nozzle 6 includes a nozzle body 61 and a guide wire cone 62, and a guide wire lumen 63 for inserting the guide wire cone 62 is formed in the nozzle body 61. The guide wire cone 62 is inserted into the guide wire inner cavity 63, the front end of the guide wire cone 62 and the guide wire inner cavity 63 form a scattering cavity 64, and the side surface of the nozzle body 61 is provided with an air inlet hole 65, and the air inlet hole 65 is communicated with the guide wire inner cavity 63. The air inlet hole 65 is connected with an air pump, the air pump controls air flow to enter the air inlet hole 65, the air flow is accelerated in the gap between the guide wire cone 62 and the guide wire inner cavity 63, strong air flow is generated at the annular gap of the scattering cavity 64, and the kinetic energy of the air flow enables the precursor fibers entering the scattering cavity 64 through the small holes in the guide wire cone 62 to be scattered and fluffy.

During the use, place the precursor from the precursor and place 1 inner chamber of back entering shell and pass first disconnected silk detector 4 in proper order on support 2 and draw forth, humidification device 5, texturing nozzle 6, heat setting case 7 and the disconnected silk detector 8 of second, finally collect through batching receipts silk support 3 completion, the polypropylene fibre industrial yarn that excels in is blown away under the high velocity draught effect in texturing nozzle 6, fluffy become arc and ring, and intertwine each other and form and become the textured yarn, this air texturing machine simple structure, its humidification device 5 can be more thorough carries out the humidification to its precursor, make the air deformation more thorough of its continuous precursor, the more effectual polypropylene fibre industrial yarn that excels in of completion follows precursor to the transformation of textured yarn.

The foregoing description is intended to be illustrative rather than limiting, and it will be appreciated by those skilled in the art that many modifications, variations or equivalents may be made without departing from the spirit and scope of the invention as defined in the appended claims.

Claims

1. The utility model provides a high-strength polypropylene fibre industrial yarn production is with air texturing machine, includes shell (1), shell (1) both ends are equipped with the precursor respectively and place support (2) and batch and receive a support (3), characterized by, shell (1) inner chamber is equipped with first disconnected silk detector (4), humidification device (5), deformation nozzle (6), heat setting case (7) and the disconnected silk detector (8) of second in proper order, humidification device (5) include water tank (51), be equipped with in water tank (51) and press silk leading wheel (52).

2. The air texturing machine for producing the high-strength polypropylene industrial yarns according to claim 1, which is characterized in that the protofilament on a protofilament placing support (2) is led out to enter an inner cavity of a shell (1) and pass through a first guide roller wheel set (9), the protofilament penetrating out of the first guide roller wheel set (9) passes through a second guide roller wheel set (10) after passing through a first yarn breaking detector (4), the protofilament penetrating out of the second guide roller wheel set (10) passes through a third guide roller wheel set (11) after passing through a humidifying device (5), the humidifying protofilament penetrating out of the third guide roller wheel set (11) passes through a fourth guide roller wheel set (12) after passing through a deforming nozzle (6), the deformed filament penetrating out of the fourth guide roller wheel set (12) passes through a fifth guide roller wheel set (13) after passing through a heat setting box (7), and the deformed filament penetrating out of the fifth guide roller wheel set (13) passes through a sixth guide roller wheel set (14) after passing through a second yarn breaking detector (8), the deformed wire penetrating out of the sixth guide roller set (14) is collected through a coiling wire collecting support (3).

3. The air texturing machine for producing the high-strength polypropylene industrial yarn as claimed in claim 1, wherein the texturing nozzle (6) is composed of a nozzle body (61) and a guide wire cone (62), and a guide wire inner cavity (63) for inserting the guide wire cone (62) is formed in the nozzle body (61).

4. The air texturing machine for producing the high-strength polypropylene industrial yarn as claimed in claim 3, wherein the guide wire cone (62) is inserted into the guide wire inner cavity (63), the front end of the guide wire cone (62) and the guide wire inner cavity (63) form a scattering cavity (64), the side surface of the nozzle body (61) is provided with an air inlet hole (65), and the air inlet hole (65) is communicated with the guide wire inner cavity (63).