CN216550899U

CN216550899U - Texturing machine for polyester yarn texturing test

Info

Publication number: CN216550899U
Application number: CN202123114332.7U
Authority: CN
Inventors: 陈荣俭
Original assignee: Jiangmen Gorgeous Color Masterbatch Co ltd
Current assignee: Jiangmen Gorgeous Color Masterbatch Co ltd
Priority date: 2021-12-10
Filing date: 2021-12-10
Publication date: 2022-05-17
Anticipated expiration: 2031-12-10

Abstract

The utility model discloses a texturing machine for a polyester yarn texturing test, which mainly comprises a yarn suction gun, three groups of rotating roller assemblies, a heating box for heating and deforming yarn strips, another heating box for heating and shaping yarn strips, an air cooling machine, a false twister for increasing the elasticity of yarn deformation, a winding assembly for finally guiding the yarn into a winding mode to form low-elasticity tensile textured yarn, a network device, a control box and the like. The heating deformation temperature of the heating box is reduced, and the filament is cooled by an air cooling machine after coming out, so that the temperature of the filament is reduced to 80 ℃ before entering the false twister, the temperature of the filament is reduced, and the filament is ensured to be consistent with the conditions of subsequent processing; in addition, the three groups of the additional rotating rod assemblies strengthen the conduction of the silk strips, so that the silk strips cannot shift, and the holding force of the silk strips is increased. The texturing machine for the polyester yarn texturing test is reasonable in design, attractive and elegant, convenient to maintain, less in feeding, fast in sampling and good in ventilation during the test, and the running noise of the whole machine is smaller than 78 dB.

Description

Texturing machine for polyester yarn texturing test

Technical Field

The utility model relates to the technical field of elasticizer, in particular to an elasticizer for polyester yarn elasticizer tests.

Background

The draw texturing machine in the prior art can cause various fault problems due to various structural problems when a draw texturing test of polyester yarns is carried out, such as: the spinning winding is not uniform, which causes defects to the spinning; dirt exists on all yarn guides, friction disc hot boxes and the like which are contacted with the silk strips on the spinning machine and the texturing machine, so that the yarn guides, the friction discs and the hot boxes are polluted; the cohesion force among the monofilaments is low due to insufficient or uneven oiling rate; excessive friction; the temperature of the first hot box is higher, so that the temperature of the strand silk is higher before entering the false twister, and the temperature of the strand silk is higher; the winding tension is too high; the drawing deformation processing speed of the strand silk is high; the unwinding of the protofilament is not uniform; too high a temperature in the false twister; damage or dirt accumulation of the friction disc; the strand silk slips; the threadline slips at the friction disk in the false twister, etc. In addition, the existing texturing machine can also frequently cause the situations of wire moving deviation and untight holding of the silk strips, and the reason is that the guide wires are unreasonable in arrangement, the number of the roller tubes of the guide wires is small, and the situation that the speed of the guide wires is not adjustable easily occurs.

Therefore, certain improvements in the art of prior art draw texturing machines are needed.

Disclosure of Invention

The utility model aims to overcome the defects of the prior art and provides a texturing machine for a polyester POY (polyester pre-oriented yarn) texturing test, which is mainly composed of a yarn suction gun, three groups of rotating rod assemblies, a heating box for heating and deforming yarns, another heating box for heating and setting the yarns, an air cooling machine, a false twister for deforming the yarns and increasing elasticity, a winding assembly for finally guiding the yarns into a winding to form low-elasticity tensile textured yarns, a network device, a control box and the like. The heating deformation temperature of the heating box is reduced, and the filament is cooled by an air cooling machine after coming out, so that the temperature of the filament is reduced to 80 ℃ before entering the false twister, the temperature of the filament is reduced, and the filament is ensured to be consistent with the conditions of subsequent processing; in addition, three groups of rotating rod assemblies are additionally arranged to strengthen the conduction to the silk strips, so that the silk strips cannot shift and the holding force to the silk strips is increased. The texturing machine for the polyester yarn texturing test has the advantages of reasonable equipment design, elegant appearance, convenient maintenance, less feeding, quick sampling and good ventilation during the test, and the running noise of the whole machine is less than 78dB (A) and meets the requirements of GMP (good manufacturing practice) on the equipment.

The technical scheme adopted by the utility model for solving the technical problems is as follows: the texturing machine comprises a texturing machine frame, a yarn suction gun, a first rotating roller assembly, a first heating box, a false twister, a second rotating roller assembly, a second heating box, a third rotating roller assembly, a winding assembly and a control box, wherein the yarn suction gun is arranged on the texturing machine frame and used for guiding a yarn into a pre-oriented yarn, the first rotating roller assembly is used for guiding and conducting the yarn, the first heating box is used for guiding the yarn into a heating deformation, the false twister is used for guiding the yarn into the heating deformation and increasing the elasticity of the yarn, the second rotating roller assembly is used for guiding the yarn into the heating deformation and increasing the strength of the yarn, the second heating box is used for heating and shaping the yarn, the third rotating roller assembly is used for guiding and conducting the yarn, and finally the yarn is guided into the winding assembly and wound to form a low-elasticity tensile deformation yarn; a netting device capable of knotting yarns is arranged between the second heating box and the third rotating roller assembly, and an air cooling machine is arranged between the first heating box and the false twister; the rotating speed of the first rotating roller component is 250 r/min, the rotating speed of the second rotating roller component is 410 r/min, and the rotating speed of the third rotating roller component is 380 r/min; the heating temperature of the first heating box is 150-.

Furthermore, a first conduction roller tube is further arranged between the first rotating roller assembly and the first heating box, a second conduction roller tube and a third conduction roller tube are further arranged between the first heating box and the false twister, a fourth conduction roller tube is further arranged between the second rotating roller assembly and the second heating box, and a fifth conduction roller tube is further arranged between the third rotating roller assembly and the winding assembly.

Furthermore, the first rotating roller assembly and the second rotating roller assembly comprise fixed godet wheels, a wire feeding roller and a leather collar which are driven to rotate by a first variable frequency motor.

Further, first heating cabinet and second heating cabinet all set up stainless steel heating shell outward, all be equipped with the cast aluminium hot plate that heating power is 2.5KW in first heating cabinet and the second heating cabinet and heat the silk.

Further, the false twister comprises a ceramic disc which is driven to rotate by a second variable frequency motor.

Furthermore, the winding assembly comprises a winding motor and a winding paper tube driven by the winding motor to rotate.

In summary, the texturing machine for the polyester yarn texturing test is used for the texturing test of the polyester POY yarn and mainly comprises a yarn suction gun, three groups of rotating roller assemblies, a heating box for heating and deforming the yarn strips, another heating box for heating and shaping the yarn strips, an air cooling machine, a false twister for deforming the yarn strips and increasing the elasticity, a winding assembly for finally guiding the yarn into the winding to form the low-elasticity drawn textured yarn, a network device, a control box and the like. The heating deformation temperature of the heating box is reduced, and the filament is cooled by an air cooling machine after coming out, so that the temperature of the filament is reduced to 80 ℃ before entering the false twister, the temperature of the filament is reduced, and the filament is ensured to be consistent with the conditions of subsequent processing; in addition, three groups of rotating rod assemblies are additionally arranged to strengthen the conduction to the silk strips, so that the silk strips cannot shift and the holding force to the silk strips is increased. The texturing machine for the polyester yarn texturing test has the advantages of reasonable equipment design, elegant appearance, convenient maintenance, less feeding, quick sampling and good ventilation during the test, and the running noise of the whole machine is less than 78dB (A) and meets the requirements of GMP (good manufacturing practice) on the equipment.

Drawings

Fig. 1 is a schematic diagram of an elasticizer for polyester yarn elasticizing tests in embodiment 1 of the present invention.

Detailed Description

Example 1

The texturing machine for the polyester yarn texturing test described in the embodiment 1 comprises a texturing machine frame 1, a yarn suction gun 2 which is installed on the texturing machine frame and used for guiding a yarn into a pre-oriented yarn, a first rotating roller component 3 for guiding and conducting the yarn, a first heating box 4 for guiding, heating and deforming the yarn, a false twister 5 for guiding the yarn and increasing the yarn deformation elasticity, a second rotating roller component 6 for conducting the yarn and increasing the yarn strength, a second heating box 7 for guiding the yarn and performing heating and shaping, a third rotating roller component 8 for guiding and conducting the yarn, a winding component 9 for finally guiding the yarn into a machine type and winding to form a low-elasticity tensile textured yarn, and a control box 10, wherein the yarn suction gun 2 is installed on the texturing machine frame; a netting device 11 capable of knotting yarns is also arranged between the second heating box and the third rotating roller assembly, and an air cooling machine 12 is also arranged between the first heating box and the false twister; the rotating speed of the first rotating roller component is 250 r/min, the rotating speed of the second rotating roller component is 410 r/min, and the rotating speed of the third rotating roller component is 380 r/min; the heating temperature of the first heating box is 150-.

The action principle of the elasticizer is as follows: the method comprises the steps of firstly, leading silk strips into a yarn suction gun for pre-orienting yarns, then leading the silk strips into a first heating box through a first rotating roller assembly, carrying out heating deformation on the silk strips through the first heating box, carrying out air cooling on the silk strips after the silk strips come out of the first heating box by an air cooling machine, reducing the temperature of the silk strips to be below 80 ℃, enabling the cooled silk strips to enter a false twister to deform the silk strips to increase the elasticity, conducting the silk strips after coming out of the false twister through a second rotating roller assembly to enter a second heating box for heating and shaping, conducting the silk strips after coming out of the second heating box through a third rotating roller assembly and forming the silk strips capable of being knotted through a network device, and finally leading the silk into a winding assembly and winding the silk to form the low-elasticity stretch textured yarn.

In this embodiment 1, a first conducting roller tube 13 is further provided between the first rotating roller assembly and the first heating box, a second conducting roller tube 14 and a third conducting roller tube 15 are further provided between the first heating box and the false twister, a fourth conducting roller tube 16 is further provided between the second rotating roller assembly and the second heating box, and a fifth conducting roller tube 17 is further provided between the third rotating roller assembly and the winding assembly.

In this embodiment 1, the first and second roller assemblies include a fixed godet roller, a feeding roller and a apron driven to rotate by a first variable frequency motor.

In this embodiment 1, first heating cabinet and second heating cabinet all set up stainless steel heating shell outward, all be equipped with the cast aluminium hot plate that heating power is 2.5KW in first heating cabinet and the second heating cabinet and heat the silk.

In this example 1, the false twister comprises a ceramic disc driven in rotation by a second variable frequency motor.

In this embodiment 1, the winding assembly includes a winding motor and a winding paper tube driven by the winding motor to rotate.

The texturing machine for the polyester yarn texturing test is used for the texturing test of polyester POY yarns and mainly comprises a yarn suction gun, three groups of rotating rod assemblies, a heating box for heating and deforming yarn strips, another heating box for heating and shaping yarn strips, an air cooling machine, a false twister for texturing yarn and increasing elasticity, a winding assembly for guiding and winding the yarn into a winding mode to form low-elasticity tensile textured yarn, a network device, a control box and the like. The heating deformation temperature of the heating box is reduced, and the filament is cooled by an air cooling machine after coming out, so that the temperature of the filament is reduced to 80 ℃ before entering the false twister, the temperature of the filament is reduced, and the filament is ensured to be consistent with the conditions of subsequent processing; in addition, three groups of rotating rod assemblies are additionally arranged to strengthen the conduction to the silk strips, so that the silk strips cannot shift and the holding force to the silk strips is increased. The texturing machine for the polyester yarn texturing test has the advantages of reasonable equipment design, elegant appearance, convenient maintenance, less feeding, quick sampling and good ventilation during the test, and the running noise of the whole machine is less than 78dB (A) and meets the requirements of GMP (good manufacturing practice) on the equipment.

The above description is only for the preferred embodiment of the present invention, and is not intended to limit the structure of the present invention in any way. Any simple modification, equivalent change and modification made to the above embodiments according to the technical spirit of the present invention still fall within the scope of the technical solution of the present invention.

Claims

1. The texturing machine is characterized by comprising a texturing machine frame, a yarn suction gun, a first rotating roller assembly, a first heating box, a false twister, a second rotating roller assembly, a second heating box, a third rotating roller assembly, a winding assembly and a control box, wherein the yarn suction gun is arranged on the texturing machine frame and used for guiding a yarn into a pre-oriented yarn, the first rotating roller assembly is used for guiding and conducting the yarn, the first heating box is used for guiding and heating the yarn to deform, the false twister is used for guiding the yarn and increasing the elasticity of the yarn, the second rotating roller assembly is used for conducting the yarn and increasing the yarn strength, the second heating box is used for conducting the yarn and heating and shaping, the third rotating roller assembly is used for guiding and conducting the yarn, and finally the yarn is guided into the winding assembly and wound to form a low-elasticity tensile textured yarn; a netting device capable of knotting yarns is arranged between the second heating box and the third rotating roller assembly, and an air cooling machine is arranged between the first heating box and the false twister; the rotating speed of the first rotating roller component is 250 r/min, the rotating speed of the second rotating roller component is 410 r/min, and the rotating speed of the third rotating roller component is 380 r/min; the heating temperature of the first heating box is 150-.

2. The texturing machine for the polyester yarn texturing test according to claim 1, wherein a first conduction roller tube is further arranged between the first rotating roller assembly and the first heating box, a second conduction roller tube and a third conduction roller tube are further arranged between the first heating box and the false twister, a fourth conduction roller tube is further arranged between the second rotating roller assembly and the second heating box, and a fifth conduction roller tube is further arranged between the third rotating roller assembly and the winding assembly.

3. The texturing machine for the polyester yarn texturing test according to claim 2, wherein the first rotating roller assembly and the second rotating roller assembly comprise a fixed godet wheel, a yarn feeding roller and a leather collar which are driven to rotate by a first variable frequency motor.

4. The texturing machine for the polyester yarn texturing test according to claim 3, wherein the first heating box and the second heating box are both externally provided with stainless steel heating shells, and cast aluminum heating plates with heating power of 2.5KW are arranged in the first heating box and the second heating box to heat the yarns.

5. The texturing machine for polyester yarn texturing test as claimed in claim 4, wherein the false twister comprises a ceramic disc driven to rotate by a second variable frequency motor.

6. The texturing machine for the polyester yarn texturing test according to claim 5, wherein the winding assembly comprises a winding motor and a winding paper tube driven by the winding motor to rotate.