CN210103170U - Fiber line waxing device of bobbin winder - Google Patents

Abstract

The utility model discloses a fiber line waxing attachment of cone winder, including bobbin groove, spring bracket, mount A, linear displacement sensor, mount B, yarn guide tube A, wax section of thick bamboo B, wire casing and mount C, the drive wheel is installed in the lower part of bobbin groove, and the drive wheel links together through belt and motor device, mount A fixed mounting is in the cone winder, and installs the slip sheath nail above the mount A, the slip sheath nail links together through support and pulley B and pulley C, and pulley B and pulley C are fixed connection. The fiber yarn waxing device of the bobbin winder is reasonable in structure arrangement, yarns which are waxed are guided to a finished product wire groove by the yarn guide tube B, the wire groove is placed on the wire groove support, the yarn guide tube B and the yarn guide tube A are ceramic devices, yarns cannot be abraded, efficient operation of the bobbin winder can be better guaranteed, and development of the bobbin winder industry is promoted.

Description

Fiber line waxing device of bobbin winder

Technical Field

The utility model relates to a cone winder equipment science and technology technical field specifically is a fiber line waxing attachment of cone winder.

Background

The bobbin is used as the first process of preparation before weaving, because the speed is high, the friction parts in the yarn path are many, the friction force is large, the unwinding balloon is relatively long and changes along with the change of the unwinding point position, the spinning bobbin winder is used for winding the dyed yarn into a finished product, the yarn bobbin waxing structure is an important component of the spinning bobbin winder, the yarn is waxed on the surface of the yarn through the yarn bobbin waxing structure, the prior yarn bobbin waxing has 2 ways, liquid waxing and solid waxing, the liquid waxing is to apply a certain amount of slurry to the yarn, and then the yarn is dried to form a firm and tough sizing film on the surface of the sizing yarn so as to achieve the important processes of attaching hairiness and improving the wear resistance, thereby the weaving performance of the warp is improved, however, the waxing adds trouble to the after finishing, the liquid waxing can only be used in high-grade wool spinning but can not be widely popularized, the solid waxing is to allow the yarn to pass through the formed solid wax, the wax is coated on the yarn through the friction effect, the hairiness of the cheese after the waxing process is obviously reduced, the main reason is that after waxing, the filoplume on the surface of the yarn is covered by the wax, which reduces the friction coefficient and the static voltage accumulation on the surface of the yarn, thereby reducing the phenomenon of yarn hairiness, greatly improving the appearance of yarn hairiness, having simple solid waxing device, lower cost, high production speed and easier removal, and various novel fibers continuously appear along with the innovation and development of the fibers, the improvement of the waxing on the yarn quality is increasingly important, the defects of the original waxing device are more and more obvious, and the production quality of the yarn is influenced even to a great extent, however, due to the limitation of the existing waxing device, uneven waxing and incomplete yarn coating by wax become main defects of the waxing device, and if the waxing device is not optimized, the normal use of the bobbin winder can be influenced.

In order to overcome the defects in the market at present, the technology for improving waxing of the bobbin winder is urgently needed, the efficient operation of the bobbin winder can be better guaranteed, and the development of the bobbin winder industry is promoted.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a fiber line waxing attachment of cone winder to solve and to propose in the above-mentioned background art because receive the limitation of waxing attachment now, the waxing is uneven, the wax is not comprehensive to the cladding of yarn, becomes its main defect, if not optimize the waxing attachment, can influence the normal use scheduling problem of cone winder.

In order to achieve the above object, the utility model provides a following technical scheme: a fiber line waxing device of a bobbin winder comprises a drum groove, a spring support, a fixing frame A, a linear displacement sensor, a fixing frame B, a yarn guide tube A, a wax drum B, a wire groove and a fixing frame C, wherein the drum groove is arranged at the upper part of the bobbin winder, the drum groove is connected with a driving wheel through a belt, the driving wheel is arranged at the lower part of the drum groove, the driving wheel is connected with a motor device through the belt, the fixing frame A is fixedly arranged on the bobbin winder, a sliding sheath nail is arranged on the fixing frame A, the sliding sheath nail is connected with a pulley B and the pulley C through a support, the pulley B and the pulley C are fixedly connected, the sliding sheath nail is connected with the pulley B, the pulley C is movably connected, the fixing frame B is arranged at the lower part of the fixing frame A, the fixing frame B is provided with a pulley D and a pulley E, the yarn guide tube A, and the head part of the fixing frame B is of a circular structure, the wax cylinder A is arranged on the lower side of the yarn guide tube A and is connected with the hydraulic device A, the wax cylinder B is arranged on the lower part of the wax cylinder A and is connected with the hydraulic device B, the wire groove is arranged at the bottom of the bobbin winder, the yarn guide tube B is arranged on the upper part of the wire groove, and the wire groove is overlapped on the wire groove support.

Preferably, the wax cylinder A is connected with the hydraulic device A, the wax cylinder A is of a detachable structure, and the wax cylinder B is connected with the hydraulic device B, and the hydraulic device B is also of a detachable structure.

Preferably, the wax cylinder A and the wax cylinder B are sequentially arranged on the winding machine, and the wax cylinder A and the wax cylinder B are arranged in an S shape.

Preferably, the hydraulic device A and the hydraulic device B are respectively connected with the controller A and the controller B.

Preferably, the inside of the barrel groove is provided with a spinning thread, and the spinning thread sequentially passes through a pulley C, a pulley D, a pulley B and a pulley E in an inverted N shape.

Preferably, the yarn guide tube A and the yarn guide tube B are porcelain tubes.

Preferably, the bobbin winder is fixedly arranged on the bobbin winder main body through a mounting part, and the yarn guide tube A and the wax tube A are located on the same plane.

Preferably, the spring support connects the fixing frame C and the fixing frame A with the bobbin winder, and the spring support, the fixing frame C, the fixing frame A and the bobbin winder are in a triangular structure.

Preferably, the linear displacement sensor, the controller a and the controller B are electrically connected to the microcomputer device.

Preferably, a linear displacement sensor is installed at the bottom of the fixing frame C, and the linear displacement sensor is installed on the winding machine.

Compared with the prior art, the beneficial effects of the utility model are that: the fiber yarn waxing device of the bobbin winder is reasonable in structure, when a spun yarn is tight, the linear displacement sensor detects the spun yarn and sends the spun yarn to the microcomputer processor in an electric signal mode, the microcomputer reduces the frequency of the motor device, the winding speed of the spun yarn becomes slow, the spun yarn can be loosened, similarly, when the spun yarn is loosened, the linear displacement sensor detects the spun yarn and sends the spun yarn to the microcomputer processor in an electric signal mode, the microcomputer accelerates the frequency of the motor device, the winding speed of the spun yarn becomes fast, and therefore the purpose of tightening the spun yarn is achieved, in the waxing process of the spun yarn, the spun yarn firstly passes through the bottom of the wax cylinder A, half of the spun yarn is firstly waxed, then the spun yarn passing through the bottom of the wax cylinder A and then passes through the upper part of the wax cylinder B, the waxing process of the spun yarn is carried out in an S-shaped mode, the completeness of the spun yarn is guaranteed, and in the waxing process of the spun yarn, the single position of the wax cylinder can be sunken through yarn friction, when the wax cylinder is sunken, the waxing effect of the yarn can be influenced, the wax cylinder A, the wax cylinder B, the hydraulic device A and the hydraulic device B are respectively connected with the controller A and the controller B, and the electric signals can be transmitted to the controller A and the controller B through the microcomputer device, so that the yarn can be waxed by the wax cylinder A and the wax cylinder B from different angles, the efficient operation of a winder can be better ensured, and the development of the winder industry is promoted.

Drawings

FIG. 1 is a front view of the structure of the present invention;

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

fig. 3 is a schematic view of the structure drum groove, the belt and the driving wheel of the present invention.

In the figure: 1. the device comprises a bobbin groove, 2, a belt, 3, a driving wheel, 4, a motor device, 5, a spring support, 6, a fixing frame A, 7, a linear displacement sensor, 8, a fixing frame B, 9, a yarn guide tube A, 10, a wax tube A, 11, a wax tube B, 12, a yarn groove support, 13, a sliding sheath nail, 14, a pulley B, 15, a pulley C, 16, a pulley D, 17, a pulley E, 18, a yarn guide tube B, 19, a yarn groove, 20, a controller A, 21, a hydraulic device A, 22, a hydraulic device B, 23, a controller B, 24, a bobbin winder, 25 and a fixing frame C.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1-3, the present invention provides a technical solution: a fiber line waxing device of a bobbin winder comprises a cylinder groove 1, a spring support 5, a fixing frame A6, a linear displacement sensor 7, a fixing frame B8, a yarn guide tube A9, a wax tube A10, a wax tube B11, a wire slot 19 and a fixing frame C25, wherein the cylinder groove 1 is installed at the upper part of the bobbin winder 24, the cylinder groove 1 is connected with a driving wheel 3 through a belt 2, the driving wheel 3 is installed at the lower part of the cylinder groove 1, the driving wheel 3 is connected with a motor device 4 through a belt 2, the fixing frame A6 is fixedly installed on the bobbin winder 24, a sliding sheath nail 13 is installed on the fixing frame A6, the sliding sheath nail 13 is connected with a pulley B14 and a pulley C15 through a support, the pulley B14 is fixedly connected with the pulley C15, the sliding sheath nail 13 is connected with the pulley B14, the pulley C15 is connected through a movable device, a spinning line is arranged inside the cylinder groove 1, and the spinning line sequentially passes through an inverted N-shaped pulley C85, Pulley B14, pulley E17, fixing frame B8 is installed at the lower part of fixing frame A6, pulley D16 and pulley E17 are installed on fixing frame B8, yarn guide tube A9 is installed at the lower side of fixing frame B8, the head part of fixing frame B8 is of a circular structure, wax cylinder A10 is installed at the lower side of yarn guide tube A9, wax cylinder A10 is connected with a hydraulic device A21, yarn guide tube A9 and yarn guide tube B18 are porcelain tubes, wax cylinder A10 is connected with a hydraulic device A21, wax cylinder A10 is of a detachable structure, wax cylinder B11 is connected with a hydraulic device B22, hydraulic device B22 is also of a detachable structure, wax cylinder B11 is installed at the lower part of wax cylinder A10, wax cylinder B11 is connected with a hydraulic device B22, wax cylinder A10 and wax cylinder B11 are sequentially installed on a bobbin winder 24, wax cylinder A63 10 and wax cylinder B11 are arranged into a line slot S19, a bobbin groove 8219 is installed at the bottom part of bobbin winder 18, the bobbin winder 24 is fixedly arranged on a bobbin winder main body through a mounting part, a yarn guide tube A9 and a wax tube A10 are positioned on the same plane, a yarn groove 19 is overlapped on a yarn groove bracket 12, a hydraulic device A21 and a hydraulic device B22 are respectively connected with a controller A20 and a controller B23, a spring bracket 5 connects a fixing bracket C25 and a fixing bracket A6 with the bobbin winder 24, the spring bracket 5, the fixing bracket C25, the fixing bracket A6 and the bobbin winder 24 are in a triangular structure, a linear displacement sensor 7 is arranged at the bottom of the fixing bracket C25, the linear displacement sensor 7 is arranged on the bobbin winder 24, the linear displacement sensor 7, the controller A20 and the controller B23 are electrically connected with a microcomputer device, when a spun yarn is tight, the linear displacement sensor 7 detects the spun yarn and sends the spun yarn to the microcomputer device in an electric signal mode, the microcomputer reduces the frequency of the motor device 4, and slows down the winding speed of the spun yarn, the spinning thread can be loosened, and similarly, when the spinning thread is loosened, the linear displacement sensor 7 detects the loosening and sends the loosening to the microcomputer processor in an electric signal mode, and the microcomputer accelerates the frequency of the motor device 4 and the winding speed of the spinning thread is increased, so that the purpose of tightening the spinning thread is achieved.

The working principle is as follows: when the device for waxing the fiber yarns of the bobbin winder is used, when the motor device 4 is started, the motor device 4 rotates to drive the driving wheel 3 to rotate through the belt 2, then the bobbin groove 1 is driven to rotate through the auxiliary belt, the fixing frame A6 is fixedly arranged on the bobbin winder 24, the sliding sheath nail 13 is arranged on the fixing frame A6, the sliding sheath nail 13 is connected with the pulley B14 and the pulley C15 through a bracket, the pulley B14 and the pulley C15 are arranged on the fixing frame C25 in a rolling mode, meanwhile, the fixing frame C25 is movably connected, the yarn is sequentially passed through the pulley C15, the pulley D16, the pulley B14 and the pulley E17 in an inverted N mode, the device is arranged for adjusting the tension of the yarn, when the yarn is tightened, the fixing frame C25 rotates downwards around the sliding sheath 13, the linear displacement sensor 7 detects the yarn and sends the yarn to the microcomputer processor in an electric signal mode, and the microcomputer reduces the frequency of the motor device 4, the winding speed of the spinning thread is slowed down, the spinning thread can be loosened, and similarly, when the spinning thread is loosened, the fixing frame C25 rotates upwards under the action of the spring support 5, the linear displacement sensor 7 detects the spinning thread and sends the spinning thread to the microcomputer processor in an electric signal mode, the microcomputer accelerates the frequency of the motor device 4, the winding speed of the spinning thread is increased, so that the spinning thread is tightened, the fixing frame C25 is connected with the fixing frame A6 through a sliding sheath nail, the upper part of the fixing frame C25 is connected with the winding machine 24 through the spring support 5, the spring support 5 has good telescopic performance and is not easy to collapse, the spinning thread is adjusted, the spinning thread passes through the bottom of the wax cylinder A10 from the yarn guide tube A9 in sequence through the wax cylinder A10 and the wax cylinder B11 to carry out a waxing process, the spinning thread passes through the bottom of the wax cylinder A10 first in the waxing process, half of the spinning thread passes through the upper part of the wax cylinder B11 from the bottom of the wax cylinder A10, the spinning thread is waxed in an S-shaped mode, the integrity of the spinning thread is ensured, as a single position of a wax cylinder can be depressed through the friction of the spinning thread in the process of waxing the spinning thread, when the depression can affect the waxing effect of the spinning thread, the wax cylinder A10, the wax cylinder B11, a hydraulic device A21 and a hydraulic device B22 are respectively connected with a controller A20 and a controller B23, and electric signals can be transmitted to the controller A20 and the controller B23 through a microcomputer device, so that the spinning thread can be waxed by the wax cylinder A10 and the wax cylinder B11 from different angles, the wax cylinder A10 and the wax cylinder B11 are connected with the hydraulic device A21 and the hydraulic device B22 through bolts, the device is a detachable device, a new spinning thread can be replaced after the spinning thread is used, the production is not delayed, the spinning thread which is waxed is guided to a finished product slot 19 by a yarn guide tube B18, the slot 19 is placed on a bracket 12, and the yarn guide slot 18 is not worn by a ceramic yarn guide tube 9, this is the entire process of operation of the yarn waxing device of the winder.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (10)

1. The utility model provides a fiber line waxing attachment of cone winder, includes bobbin groove (1), spring bracket (5), mount A (6), linear displacement sensor (7), mount B (8), guide tube A (9), wax section of thick bamboo A (10), wax section of thick bamboo B (11), wire casing (19) and mount C (25), its characterized in that: the bobbin groove (1) is arranged at the upper part of a bobbin winder (24), the bobbin groove (1) is connected with a driving wheel (3) through a belt (2), the driving wheel (3) is arranged at the lower part of the bobbin groove (1), the driving wheel (3) is connected with a motor device (4) through the belt (2), a fixing frame A (6) is fixedly arranged on the bobbin winder (24), a sliding sheath nail (13) is arranged on the fixing frame A (6), the sliding sheath nail (13) is connected with a pulley B (14) and a pulley C (15) through a support, the pulley B (14) and the pulley C (15) are fixedly connected, the sliding sheath nail (13) and the pulley B (14) are connected through a movable device, the fixing frame B (8) is arranged at the lower part of the fixing frame A (6), and the fixing frame B (8) is provided with a pulley D (16) and a pulley E (17), the utility model discloses a wax bobbin, including leading spool A (9), wax section of thick bamboo A (11), wax section of thick bamboo A (10), and wax section of thick bamboo A (10) link together with hydraulic means A (21), the downside at leading spool A (8) is installed to yarn guide tube A (9), and mount B (8) prelude is circular structure, the downside at yarn guide tube A (9) is installed in wax section of thick bamboo A (10), and wax section of thick bamboo B (11) link together with hydraulic means B (22), wire casing (19) set up the bottom at cone winder (24), and wire casing (19) upper portion installation yarn guide tube B (18), and wire casing (19) are taken and are put on wire casing support (12).

2. The yarn waxing device for spoolers of claim 1, wherein: the wax cylinder A (10) is connected with the hydraulic device A (21), the wax cylinder A (10) is of a detachable structure, meanwhile, the wax cylinder B (11) is connected with the hydraulic device B (22), and the hydraulic device B (22) is also of a detachable structure.

3. The yarn waxing device for spoolers of claim 1, wherein: the wax cylinder A (10) and the wax cylinder B (11) are sequentially arranged on the winder (24), and the wax cylinder A (10) and the wax cylinder B (11) are arranged in an S shape.

4. The yarn waxing device for spoolers of claim 1, wherein: the hydraulic device A (21) and the hydraulic device B (22) are respectively connected with the controller A (20) and the controller B (23).

5. The yarn waxing device for spoolers of claim 1, wherein: the inside of the barrel groove (1) is provided with a spinning thread, and the spinning thread sequentially passes through a pulley C (15), a pulley D (16), a pulley B (14) and a pulley E (17) in an inverted N shape.

6. The yarn waxing device for spoolers of claim 1, wherein: the yarn guide tube A (9) and the yarn guide tube B (18) are porcelain tubes.

7. The yarn waxing device for spoolers of claim 1, wherein: the bobbin winder (24) is fixedly arranged on the bobbin winder main body through a mounting part, and the yarn guide tube A (9) and the wax tube A (10) are positioned on the same plane.

8. The yarn waxing device for spoolers of claim 1, wherein: the spring support (5) connects the fixing frame C (25) and the fixing frame A (6) with the winding machine (24), and the spring support (5), the fixing frame C (25), the fixing frame A (6) and the winding machine (24) are of a triangular structure.

9. The yarn waxing device for spoolers of claim 1, wherein: and a linear displacement sensor (7) is installed at the bottom of the fixed frame C (25), and the linear displacement sensor (7) is installed on the winding machine (24).

10. The yarn waxing device for spoolers of claim 1, wherein: the linear displacement sensor (7), the controller A (20) and the controller B (23) are electrically connected with a microcomputer device.

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