CN107651487B

CN107651487B - High-efficient antidetonation doubling machine

Info

Publication number: CN107651487B
Application number: CN201711055523.6A
Authority: CN
Inventors: 沈永兴
Original assignee: Huzhou Lianshi Xinmin Textile Co ltd
Current assignee: Huzhou Lianshi Xinmin Textile Co ltd
Priority date: 2017-11-01
Filing date: 2017-11-01
Publication date: 2023-06-30
Anticipated expiration: 2037-11-01
Also published as: CN107651487A

Abstract

The invention relates to the field of spinning machinery, in particular to a high-efficiency anti-vibration doubling machine. The invention is realized by the following technical scheme: the utility model provides a high-efficient antidetonation doubling machine, contains the unwrapping wire wheel that is used for putting the stock line, still contains doubling ware, doubling ware contains doubling platform and sliding connection two sliders of doubling platform top, two slider relative one side is equipped with the heating block, the position is equipped with the conflict guide pulley above the heating block, the axial direction of conflict guide pulley is parallel with stock line advancing direction. The invention aims to provide a high-efficiency anti-vibration doubling machine, which is used for optimally guiding doubling in the doubling process, improving the doubling effect, protecting and buffering raw wires in the operation process, avoiding breakage, comprising a wire station and a preheating seat, preheating the raw wires before formal doubling, carrying out timed extrusion and secondary heating on the doubling in the formal doubling process, and being provided with an anti-vibration device for improving the stability.

Description

High-efficient antidetonation doubling machine

Technical Field

The invention relates to the field of spinning machinery, in particular to a high-efficiency anti-vibration doubling machine.

Background

When the spinning product is produced, spinning with different thickness is produced according to different product specifications, and as single spinning is finer, thicker spinning is obtained, and a plurality of spinning yarns are required to be twisted and combined.

In the traditional operation, the manual doubling is firstly carried out by workers, the operation speed is low, the operation of the doubling process is easy to generate, and the mechanical automation doubling is adopted later, but the mechanical automation doubling is not applicable to special doubling machinery, but is finished in other large-scale equipment with the doubling function, if the doubling operation is carried out independently, the large-scale equipment needs to be started completely, so that the operation cost is greatly increased, and the waste of resources such as electric power and the like is caused.

Along with the progress of mechanical technology, a special doubling machine is adopted gradually to solve the defect, but the compactness of the existing doubling mechanism is not high, the diameter of a raw wire is often thinner in the doubling process, and when environmental factors change, such as humidity change, tension discomfort, inaccurate routing path and the like, the quality of the folded wire is easily affected.

In addition, since there are often operations of various processes on the raw material line, breakage due to lack of protection is liable to occur during the operation, resulting in stagnation of the entire doubling process.

On the other hand, the temperature is lower in certain factory environments, especially northern factories, before the line combination, and the environment is cool. Too low a temperature affects the doubling effect and requires preheating of the feed line.

Disclosure of Invention

The invention aims to provide a high-efficiency anti-vibration doubling machine which is simple in structure, is beneficial to implementation, performs optimized guidance on doubling in the doubling process, provides proper humidity supplement and tension adjustment, improves doubling effect, protects and buffers raw material wires from breaking in the operation process, comprises a wire station and a preheating seat, can provide preheating for the raw material wires before formal doubling, can perform timed extrusion and secondary heating for the doubling in the formal doubling process, and is provided with an anti-vibration device for improving stability.

The technical aim of the invention is realized by the following technical scheme: the utility model provides a high-efficient antidetonation doubling machine, contains the unwrapping wire wheel that is used for putting the raw materials line, still contains and is used for the raw materials line advances to provide the guider of direction, be used for compressing tightly the closing device of raw materials line and the moisturizing device who provides the humidification operation for the raw materials line, guider contain the deflector, with the deflector is connected and be used for adjusting the deflector height position's pressure adjusting device. The guide plate is provided with a through hole for a raw material line to pass through, the guide plate is also provided with a protection winding, the protection winding comprises a rotating shaft, a sticking ring connected to the rotating shaft and an elastic support ring connected to the rotating shaft and made of elastic materials, the outer layer of the sticking ring is provided with a sticking medium, and the elastic support ring is positioned below the sticking ring. Still contain the line platform that is used for two or stranded raw materials line, the line platform contains the flexible post that stretches out and draws back in vertical direction, connects the line platform of flexible post top is in with offer line platform middle part position and be used for supplying the raw materials line to take in line and the logical line mouth that passes through, be equipped with the preheating seat on the logical line mouth, a plurality of apopores have been seted up on the preheating seat, still contain the doubling ware, the doubling ware contains doubling platform and sliding connection two sliders of doubling platform top, two slider opposite one side is equipped with the heating block, the position is equipped with the conflict guide pulley above the heating block, the axial direction of conflict guide pulley is parallel with the advancing direction of raw materials line. The guide plate comprises an anti-seismic plate, the anti-seismic plate sequentially comprises a first filter plate, a second filter plate, an upper connecting plate and a lower connecting plate from top to bottom, a filter tank and a filter hole are respectively formed in the first filter plate and the second filter plate, the size of the filter tank is larger than that of the filter hole, a filter screen is arranged in the filter tank and the filter hole, an anti-seismic body is arranged between the upper connecting plate and the lower connecting plate, and the anti-seismic body comprises a bearing table at two ends and an arc deformation column connected with the middle part of the bearing table and shaped into an arc shape.

Preferably, the upper connecting plate and the lower connecting plate are respectively provided with a connecting structure for connecting with each other, and the connecting structure comprises an inclined inserting sheet obliquely arranged and a connecting groove for inserting the inclined inserting sheet.

As the preferable mode of the invention, arc protection angles which are convex in an arc shape are arranged at four corners of the line opening, a plurality of line fixing prisms are arranged at side edge positions of the line opening, and the line fixing prisms are distributed at different height positions.

Preferably, the paying-off wheels are at least two, at least comprise a first paying-off wheel and a second paying-off wheel, and the second paying-off wheel is closer to the guiding device than the first paying-off wheel.

At least two single wires are arranged on the raw material wire, and are respectively wound on the first paying-off wheel and the second paying-off wheel, and the distance between the raw material wire and the guiding device is different, and the raw material wire is near to the guiding device. The arrangement mode is that one of the two main lines is used as a main line, and the other one is used as a secondary line, so that the former doubling is facilitated, and the state of the raw material line is also observed and adjusted. The raw material line is wound out from the respective paying-off wheel, passes through the guide plate, specifically is positioned below the guide plate, and the guide plate is positioned at different height positions under the action of the pressure regulating device, so that the raw material line has different downward pressure naturally, and the tension of the raw material line is also different.

After a number of steps, the raw material line is then passed to the line bonding apparatus, where it is bonded and pre-heated. When two or more raw material lines pass through the same line opening, arc-shaped arc protection angles are arranged at four corners of the line opening in order to avoid damage to thin raw material single lines. On the other hand, if necessary, the user can place the raw material single line in the clearance of adjacent solidus prism, is equivalent to the effect of card line, and the clearance of different height has been formed to the solidus prism of different height to adjust the wiring height of raw material single line.

And after the wire is fed into the final wire doubling device, the wire doubling sliding block can move in the horizontal left-right direction, namely the side end direction, of the wire doubling table, so that the passing interval of the wire is adjusted. The wire can contact the heating block when passing through, and absorbs heat emitted by the heating block. Meanwhile, according to the requirements of actual products and actual environmental parameters, two doubling sliders can be set to be combined and pressed regularly, so that a timed hot pressing effect is generated on doubling. The above abutting guide wheels play a role in abutting guiding, and when the wire is excessively upwards and is almost separated from the range of the wire combining sliding block, the rotated abutting guide wheels roll to the lower position again.

When the material passes through the wire through hole, the preheating seat releases heat through the heat outlet, and preheating temperature rise is provided for the passing material single wire.

In order to improve the stability of the operation of the whole device, the guide plate is processed by adopting an anti-seismic structure, and the anti-seismic structure is specifically the arrangement of an anti-seismic plate. Firstly, the shock-resistant plate has the function of dustproof filtration, the first filter plate is arranged to provide coarse filtration, the second filter plate is arranged to provide fine filtration, the mesh sizes of the filter screens can be different, and on the other hand, the size of the filter holes in the second filter plate is smaller than that of the filter grooves in the first filter plate. Secondly, in terms of shock resistance, a horizontal-direction damping and a vertical-direction damping are provided. The buffering of horizontal direction is for oblique inserted sheet with the cooperation of spread groove, oblique inserted sheet slope sets up. The upper connecting plate and the lower connecting plate are respectively provided with a group of oblique inserting sheets and connecting grooves which are matched with each other. By the arrangement, the upper connecting plate and the lower connecting plate can horizontally slide to a certain extent, and the sliding range is the deformation range of the oblique inserting plate. In the vertical aspect, the bearing tables at the two ends respectively collide with the upper connecting plate and the lower connecting plate to bear force, and the arc-shaped deformation column in the middle deforms when being subjected to pressure in the vertical aspect, so that the pressure is buffered.

Preferably, the pressure adjusting device comprises a pressing rod, a buffer sleeve arranged at the upper end of the pressing rod and a pressing part arranged at the lower end of the pressing rod and used for pressing the guide plate.

Preferably, the pressing part comprises a second pressing part and a first pressing part positioned below the second pressing part, and the caliber of the first pressing part is smaller than that of the second pressing part.

Preferably, the first pressing portion and the second pressing portion are connected by a transition slope provided obliquely.

In actual operation, the user uses other components to operate the buffer sleeve, for example, using a control lever to press down, and the pressing rod moves down to drive the pressing part to move down. The pressing part drives the guide plate to press down. In order to have different pressing effects, the guide plates are contacted with different height positions of the pressing parts, in the scheme, the first pressing parts and the second pressing parts are particularly arranged, the heights are different, the calibers, namely the areas which are in contact with the guide plates are also different, namely the pressing effects are different. In addition, the transition inclined plane connection is adopted, so that the adjustment is convenient, and the element is not lost.

Preferably, the pressing device comprises a pressing base and at least two moving blocks which are arranged on the pressing base and can move laterally, and line pressing side teeth are arranged on opposite surfaces of the moving blocks.

In the present invention, the plurality of wire pressing side teeth are provided at different height positions on the side surface of the moving block.

The raw material line continues to advance, and the raw material line is subjected to compacting operation after advancing to the compacting device. Specifically, the raw material line passes from two in the middle of the movable block, the movable block can move regularly, compresses tightly the raw material line, line pressing side teeth not only can press lines, but also can adjust and lock the height position that the raw material line passes through simultaneously.

As the wire continues to advance, it may return to above the guide plate through the through holes in the guide plate and contact the guard winding. Specifically, the lower bottom surface of the raw material line is in contact with the elastic support ring, and the elastic support ring provides elastic support force above the raw material line vertically. In the forward conveying process, the raw material line is contacted with the adhesive ring on the side face, dust and impurities on the surface of the raw material line can be adhered and removed, and the cleanliness of the raw material line is improved. In the forward conveying process, the elastic supporting ring and the adhesive ring can rotate around the rotating shaft, so that flexible touch occurs to the raw material line, and the raw material line moves smoothly.

Preferably, the moisturizing device comprises a measuring seat, an inductor connected to the measuring seat and used for measuring humidity data, and a sprayer connected to the bottom of the measuring seat.

Preferably, the sensor is rotatably connected to the measuring seat.

The sensor is a humidity sensor, breakage of the raw material line caused by overdry is avoided, and when the parameter detected by the sensor is lower than a preset threshold value, the sprayer is started to work, and the raw material line is subjected to moisturizing operation.

After the moisturizing, guiding and compacting operations, the two or more strands of material can be subjected to a bonding process under the operation of a third party component, such as a bonding device, where the operations may be the same as in the prior art.

In summary, the invention has the following beneficial effects:

1. and the paying-off wheel carries out orderly paying-off on the raw material line.

2. The raw material line runs through the guide device and can adjust the tension of the raw material line by the pressing operation of the pressure adjusting device.

3. The compaction device performs segmented compaction operation on the raw material line.

4. The moisturizing device can moisturize the raw material line during drying, and breakage is avoided.

5. The wire bonding device can bond two or more raw material single wires and provide proper preheating.

6. The doubling device can perform doubling operation on the doubling and regularly hot-press and improve the doubling effect.

7. The shock-resistant plate can provide shock-resistant buffering in the horizontal direction and the vertical direction.

Drawings

FIG. 1 is a schematic perspective view of example 1;

FIG. 2 is a schematic view of a pressure regulating device;

FIG. 3 is a schematic diagram of a protective winding;

FIG. 4 is a schematic view of a compacting apparatus and a moisturizing apparatus;

FIG. 5 is a schematic view of a wire bonding apparatus;

FIG. 6 is a schematic diagram of a doubling machine;

FIG. 7 is a schematic view of a shock resistant plate;

fig. 8 is an enlarged detail view at fig. 7A.

In the figure:

1. paying-off wheel, 11, first paying-off wheel, 12, second paying-off wheel, 2, guiding device, 21, pressure adjusting device, 211, buffer sleeve, 212, pressing lever, 213, second pressing portion, 214, first pressing portion, 22, guiding plate, 23, protective winding, 231, rotation shaft, 232, adhesive ring, 233, elastic supporting ring, 3, pressing device, 31, pressing base, 32, moving block, 33, wire pressing side tooth, 4, moisturizing device, 41, measuring seat, 42, inductor, 43, sprayer, 5, wire bonding device, 51, telescopic columns, 52, a wire-combining table, 53, a wire-passing opening, 531, an arc angle bead, 532, a wire-fixing prism, 54, a preheating seat, 541, a heat outlet, 6, a wire combining device, 61, a wire combining table, 62, a wire combining sliding block, 63, a heating block, 64, a collision guide wheel, 7, an anti-vibration plate, 71, a first filter plate, 711, a filter tank, 72, a second filter plate, 721, a filter hole, 73, an upper connecting plate, 74, a lower connecting plate, 75, an oblique inserting sheet, 76, a connecting groove, 77, an anti-vibration body, 771, a bearing table, 772 and an arc deformation column.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

The present embodiment is only for explanation of the present invention and is not to be construed as limiting the present invention, and modifications to the present embodiment, which may not creatively contribute to the present invention as required by those skilled in the art after reading the present specification, are all protected by patent laws within the scope of claims of the present invention.

Example 1, as shown in fig. 1-4: the utility model provides a high-efficient antidetonation doubling machine, contains the unwrapping wire wheel 1 that is used for putting the raw materials line, still contains the guider 2 that is used for providing the direction for the raw materials line advances, is used for compressing tightly the closing device 3 of raw materials line and provides the moisturizing device 4 of humidification operation for the raw materials line, and guider 2 contains deflector 22, is connected and is used for adjusting the pressure adjusting device 21 of deflector 22 high position with deflector 22.

The paying-off wheels 1 are at least two, at least comprise a first paying-off wheel 11 and a second paying-off wheel 12, and the second paying-off wheel 12 is closer to the guiding device 2 than the first paying-off wheel 11. At least two single wires are wound on the first paying-off wheel 11 and the second paying-off wheel 12 respectively, and the distance between the single wires and the guiding device 2 is different, and the single wires are near to one another. The arrangement mode is that one of the two main lines is used as a main line, and the other one is used as a secondary line, so that the former doubling is facilitated, and the state of the raw material line is also observed and adjusted. After the raw material lines are wound out from the respective paying-off wheels 1, the raw material lines pass through the guide plate 22, specifically, the raw material lines are positioned below the guide plate 22, the guide plate 22 is positioned at different height positions under the action of the pressure regulating device 21, and the downward pressure of the raw material lines is different naturally, so that the tension of the raw material lines is also different.

The pressure adjusting device 21 includes a pressing rod 212, a buffer sleeve 211 provided at an upper end of the pressing rod 212, and a pressing portion provided at a lower end of the pressing rod 212 for pressing the guide plate 22. The pressing part comprises a second pressing part 213 and a first pressing part 214 positioned at the lower part of the second pressing part 213, and the caliber of the first pressing part 214 is smaller than that of the second pressing part 213. The first pressing portion 214 and the second pressing portion 213 are connected by a transition slope provided obliquely.

In actual operation, the user operates the buffer cover 211 with other components, for example, using a joystick, and pushes down the push-down lever 212 to move down, driving the push-down portion to move down. The pressing portion presses down the guide plate 22. In order to have different pressing effects, the guide plate 22 contacts different height positions of the pressing portions, in this case, the first pressing portion 214 and the second pressing portion 213 are particularly provided, and not only the heights, but also the calibers, that is, the areas against the guide plate 22 are different, that is, the pressing effects are different. In addition, the transition inclined plane connection is adopted, so that the adjustment is convenient, and the element is not lost.

In practical use, the guide plate 22 may be provided with a through hole, and the raw wire is pushed down by the guide plate 22 and then goes up from the through hole, bypasses the protective winding 23, and then enters the pressing device 3.

The guide plate 22 is provided with a through hole for the raw material line to pass through, the guide plate 22 is also provided with a protection winding 23, the protection winding 23 comprises a rotating shaft 231, a sticking ring 232 connected to the rotating shaft 231 and an elastic support ring 233 connected to the rotating shaft 231 and made of elastic materials, the outer layer of the sticking ring 232 is provided with a sticking medium, and the elastic support ring 233 is positioned below the sticking ring 232.

As the wire continues to advance, it may return to above the guide plate 22 through the through holes in the guide plate 22 and contact the protective winding 23. Specifically, the lower bottom surface of the raw wire is in contact with the elastic support ring 233, and the elastic support ring 233 provides an elastic support force vertically above the raw wire. During the forward transfer, the raw material wire is contacted with the side adhesion rings 232, so that dust and impurities on the surface of the raw material wire can be adhered and removed, and the cleanliness of the raw material wire is improved. In the forward transfer process, the elastic support ring and the adhesive ring 232 can rotate around the rotation shaft 231, so that flexible contact with the raw material line occurs, and the raw material line moves smoothly.

The pressing device 3 comprises a pressing base 31 and at least two moving blocks 32 which are arranged on the pressing base 31 and can move laterally, and line pressing side teeth 33 are arranged on the opposite surfaces of the moving blocks 32. The plurality of thread pressing side teeth 33 are arranged at different height positions on the side surface of the moving block 32. The raw material line continues to advance, and is subjected to a compacting operation after advancing to the compacting device 3. Specifically, the raw wire passes through the middle of the two moving blocks 32, the moving blocks 32 can move at regular time to compress the raw wire, and the wire pressing side teeth 33 can press the wire and can adjust and lock the passing height position of the raw wire.

The moisturizing device 4 comprises a measuring seat 41, an inductor 42 connected to the measuring seat 41 for measuring humidity data, and a sprayer 43 connected to the bottom of the measuring seat 41. The sensor 42 is rotatably connected to the measuring seat 41. The sensor 42 is a humidity sensor, so as to avoid breakage of the raw material line caused by overdry, and when the parameter detected by the sensor 42 is lower than a preset threshold value, the sprayer 42 is started to work, and the moisturizing operation is performed on the raw material line. After the moisturizing, guiding and compacting operations, the two or more strands of material can be subjected to a bonding process under the operation of a third party component, such as a bonding device, where the operations may be the same as in the prior art.

As shown in fig. 1 and 5, the outer layer of the sticking ring is provided with sticking medium, and the elastic supporting ring is positioned below the sticking ring. The wire-connecting table 52 comprises a telescopic column 51 which stretches and contracts in the vertical direction, a wire-connecting table 52 which is connected above the telescopic column 51, and a wire-through opening 53 which is arranged in the middle of the wire-connecting table 52 and is used for connecting and passing through raw wires, wherein a preheating seat 54 is arranged on the wire-through opening 53, and a plurality of heat-discharging holes 541 are formed in the preheating seat 54. The four corners of the line opening 53 are provided with arc protection angles 531 protruding outwards in an arc shape, the side edge of the line opening 53 is provided with a plurality of line fixing prisms 532, and the line fixing prisms 532 are distributed at different height positions.

After a number of steps, the raw material wire then passes to the wire bonding device 5, where it is bonded and pre-heated. When two or more raw material lines pass through the same line opening 53 together, in order to avoid the damage of thin raw material single lines, arc-shaped arc protection angles 531 are arranged at four corners of the line opening 53. On the other hand, if necessary, the user may place the raw material single line in the gap between adjacent fixed line prisms 532, corresponding to the effect of wire clamping, and the fixed line prisms 532 with different heights form the gap with different heights, so as to adjust the wiring height of the raw material single line. While passing through the wire through-hole 53, the preheating seat 54 releases heat through the heat-out hole 541 to provide preheating temperature rise for the passing raw material single wire.

As shown in fig. 6, the doubling device 6 includes a doubling table 61 and two sliders 62 slidably connected above the doubling table 61, a heating block 63 is disposed on opposite sides of the two sliders 62, an abutting guide wheel 64 is disposed above the heating block 63, and an axial direction of the abutting guide wheel 64 is parallel to a advancing direction of the raw wire. After the wire enters the final doubling winder 6, the doubling slide 62 can be moved in the horizontal left-right direction, i.e., in the side direction, of the doubling table 61, so that the passing pitch of the wire is adjusted. The wire can contact the heating block 63 when passing through, and absorb the heat emitted by the heating block 63. Meanwhile, according to the requirement of the actual product and the actual environmental parameters, the two doubling sliders 62 can be set to be combined and pressed regularly, so that a timed hot pressing effect is generated on the doubling. The upper abutting guide wheel 64 plays a role of abutting guide, and when the wire is excessively separated from the range of the wire combining slider 62, the rotated abutting guide wheel 64 rolls to the lower position again.

As shown in fig. 7 and 8, the guide plate 22 includes an anti-seismic plate 7, the anti-seismic plate 7 sequentially includes a first filter plate 71, a second filter plate 72, an upper connecting plate 73 and a lower connecting plate 74 from top to bottom, filter grooves 711 and filter holes 721 are respectively formed in the first filter plate 71 and the second filter plate 72, the size of the filter grooves 711 is larger than that of the filter holes 721, filter screens are respectively arranged in the filter grooves 711 and the filter holes 721, an anti-seismic body 77 is arranged between the upper connecting plate 73 and the lower connecting plate 74, and the anti-seismic body 77 includes a bearing table 771 at two ends and an arc-shaped deformation column 772 which is connected with the middle part of the two bearing tables 771 and has an arc shape. The upper connecting plate 73 and the lower connecting plate 74 are respectively provided with a connecting structure for connecting with each other, and the connecting structure comprises an inclined inserting sheet 75 which is obliquely arranged and a connecting groove 76 for inserting the inclined inserting sheet 75.

In order to improve the stability of the operation of the whole device, the guide plate 22 is treated with an anti-seismic structure, in particular the arrangement of the anti-seismic plate 7. First, the anti-vibration plate 7 has the function of dust-proof filtration, the first filter plate 71 is provided for rough filtration, the second filter plate 72 is provided for fine filtration, and the mesh sizes of the filter screens can be different, on the other hand, the size of the filter holes 721 in the second filter plate 72 is smaller than that of the filter grooves 711 formed in the first filter plate 71. Secondly, in terms of shock resistance, a horizontal-direction damping and a vertical-direction damping are provided. The buffering in the horizontal direction is the cooperation of oblique inserted sheet 75 and spread groove 76, and oblique inserted sheet 75 slope sets up. The upper connecting plate 73 and the lower connecting plate 74 are respectively provided with a group of oblique inserting plates 75 and connecting grooves 76 which are matched with each other. By the arrangement, the upper connecting plate 73 and the lower connecting plate 74 can horizontally slide to a certain extent, and the sliding range is the deformation range of the oblique inserting plate 75. In the vertical aspect, the bearing tables 771 at the two ends respectively collide with the upper connecting plate 73 and the lower connecting plate 74 to bear force, and the arc-shaped deformation column 772 in the middle deforms when being subjected to pressure in the vertical aspect, so that the pressure is buffered.

Claims

1. The utility model provides a high-efficient antidetonation doubling machine, contains and is used for putting the unwrapping wire wheel (1) of stock line, its characterized in that: the device also comprises a guiding device (2) for guiding the raw material line to advance, a compacting device (3) for compacting the raw material line and a moisturizing device (4) for providing humidifying operation for the raw material line, wherein the guiding device (2) comprises a guiding plate (22) and a pressure adjusting device (21) connected with the guiding plate (22) and used for adjusting the height position of the guiding plate (22); the guide plate (22) is provided with a through hole for a raw wire to pass through, the guide plate (22) is also provided with a protection winding (23), the protection winding (23) comprises a rotating shaft (231), a sticking ring (232) connected to the rotating shaft (231) and an elastic support ring (233) which is connected to the rotating shaft (231) and made of an elastic material, the outer layer of the sticking ring (232) is provided with a sticking medium, and the elastic support ring (233) is positioned below the sticking ring (232); the wire winding device is characterized by further comprising a wire winding table (52) for winding two or more raw wires, wherein the wire winding table (52) comprises a telescopic column (51) which stretches out and draws back in the vertical direction, a wire winding table (52) which is connected above the telescopic column (51) and a wire through hole (53) which is arranged in the middle of the wire winding table (52) and is used for enabling the raw wires to be wound and pass through, a preheating seat (54) is arranged on the wire through hole (53), and a plurality of heat outlets (541) are formed in the preheating seat (54); the device comprises a doubling device (6), wherein the doubling device (6) comprises a doubling table (61) and two sliding blocks (62) which are in sliding connection with the doubling table (61), a heating block (63) is arranged on one side opposite to the sliding blocks (62), a collision guide wheel (64) is arranged above the heating block (63), the axial direction of the collision guide wheel (64) is parallel to the advancing direction of a raw material line, the guide plate (22) comprises an anti-vibration plate (7), the anti-vibration plate (7) sequentially comprises a first filter plate (71), a second filter plate (72), an upper connecting plate (73) and a lower connecting plate (74) from top to bottom, a filter tank (711) and a filter hole (721) are respectively formed in the first filter plate (71) and the second filter plate (72), the size of the filter tank (711) is larger than that of the filter hole (721), a filter screen is arranged in each of the filter tank (711) and the filter hole (721), an anti-vibration body (77) is arranged between the upper connecting plate (73) and the lower connecting plate (74), the anti-vibration plate (77) comprises a first filter plate (71), a second filter plate (72) and a lower connecting plate (72) which is in the shape of an arc-shaped structure, and the two arc-shaped connecting plates (7772) are connected with the two arc-shaped connecting plates (7772) and the two arc-shaped structures (771 and the two arc-shaped structures (7772) respectively, connection structure contains oblique inserted sheet (75) and is used for oblique inserted sheet (75) male spread groove (76), moisturizing device (4) contain measure seat (41), connect on measuring seat (41) and be used for measuring humidity data inductor (42) and connect atomizer (43) of measuring seat (41) bottom, pressure regulating device (21) contain down depression bar (212), establish buffer jacket (211) of depression bar (212) upper end and establish depression bar (212) lower extreme and be used for pressing the lower part of deflector (22), the lower part contains second lower part (213) and is located first lower part (214) of second lower part (213), first lower part (214) bore is less than second lower part (213), first lower part (214) with second lower part (213) are connected through the transition inclined plane that the slope set up.

2. The efficient anti-seismic doubling machine of claim 1, wherein: the line opening (53) is a rectangular slot, arc protection angles (531) protruding in an arc shape are arranged at four corners of the line opening (53), a plurality of line fixing prisms (532) are arranged at side edges of the line opening (53), and the line fixing prisms (532) are distributed at different height positions.

3. The efficient anti-seismic doubling machine of claim 1, wherein: the paying-off wheels (1) are at least two, and at least comprise a first paying-off wheel (11) and a second paying-off wheel (12), wherein the second paying-off wheel (12) is closer to the guiding device (2) than the first paying-off wheel (11).

4. The efficient anti-seismic doubling machine of claim 1, wherein: the compressing device (3) comprises a compressing base (31) and at least two moving blocks (32) which are arranged on the compressing base (31) and can move laterally, and line pressing side teeth (33) are arranged on opposite surfaces of the moving blocks (32).

5. The efficient earthquake-resistant doubling machine of claim 4, wherein: the plurality of wire pressing side teeth (33) are arranged at different height positions on the side surface of the moving block (32).

6. The efficient anti-seismic doubling machine of claim 1, wherein: the sensor (42) is rotatably connected to the measuring seat (41).