Sliver processing mechanism and sliver machine

Abstract

The present invention relates to the field of sliver machines, and in particular to a sliver processing mechanism and a sliver machine. The sliver processing mechanism comprises: a transverse shifting assembly; a first sliver transverse shifting member, used to clamp a number of slivers covered with a film from a previous station; a sliver tearing assembly, used to clamp each sliver together with the first sliver transverse shifting member and tear each sliver; a second sliver transverse shifting member, used to clamp away the slivers torn by the sliver tearing assembly; an upper film adsorption assembly, used to adsorb the upper film of the sliver clamped by the second sliver transverse shifting member; a sliver fixing assembly; a third sliver transverse shifting member; a lower film adsorption assembly, a fourth sliver transverse shifting member, used to clamp away the sliver adsorbed by the lower film; a pre-absorbed cotton thread assembly, used to clamp away the slivers on the fourth sliver transverse shifting member and adsorb the cotton thread of the sliver; a fifth sliver transverse shifting member, used to clamp away the slivers after pre-absorbed cotton thread; a cotton thread pulling member, used to clamp away the slivers on the fifth sliver transverse shifting member, and straighten the cotton thread of the sliver.

Description

Technical Field

[0001] The invention relates to the field of sliver machines, and in particular to a sliver processing mechanism and a sliver machine. Background Art

[0002] During the operation of the sliver machine, the slivers need to be arranged neatly in a certain direction before being transmitted to the station for tearing off the film and straightening the cotton thread to improve the processing efficiency. However, in the prior art, there is no method that can automatically tear and recycle the film wrapped on the cotton core and pull down and straighten the cotton thread attached to the cotton swab in the sliver production line. Summary of the invention

[0003] The object of the present invention is to provide a tampon processing mechanism and a tampon machine, which can automatically tear and recycle the film wrapped on the cotton core in the tampon production line, and pull down and straighten the cotton thread attached to the cotton swab.

[0004] In order to solve the above technical problems, an embodiment of the present invention provides a sliver processing mechanism, comprising:

[0005] Transverse movement components;

[0006] A first sliver transverse moving member, provided on the transverse moving assembly, for clamping a plurality of slivers coated with film from a previous station;

[0007] A sliver tearing assembly is provided below the transverse moving assembly and is used to clamp and tear each sliver together with the first sliver transverse moving member;

[0008] A second sliver transverse moving member, provided on the transverse moving assembly, for clamping away the sliver torn by the sliver tearing assembly;

[0009] An upper film adsorption assembly, provided on the transverse shift assembly, for adsorbing the upper film of the sliver clamped by the second sliver transverse shift member;

[0010] A sliver fixing assembly is arranged below the transverse moving assembly and is used to clamp away the sliver that is adsorbed onto a portion of the film;

[0011] A third sliver transverse moving member, provided on the transverse moving assembly, for clamping away each sliver on the sliver fixing assembly;

[0012] A lower film adsorption assembly is arranged below the transverse movement assembly and is used to clamp the sliver held by the third sliver transverse movement member and adsorb the lower film of the sliver;

[0013] A fourth sliver transverse moving member, provided on the transverse moving assembly, for clamping away the sliver adsorbed by the lower part of the film;

[0014] A cotton thread pre-absorption component is arranged below the transverse movement component and is used to clamp the cotton strips on the fourth cotton strip transverse movement member and absorb the cotton threads on the cotton strips;

[0015] A fifth sliver transverse moving member, provided on the transverse moving assembly, for clamping away the sliver after the absorbed cotton thread;

[0016] The cotton thread pulling component is arranged below the transverse movement component and is used for clamping the cotton strips on the fifth cotton strip transverse movement component and straightening the cotton thread of the cotton strips.

[0017] A sliver machine comprises the above-mentioned sliver processing mechanism.

[0018] Compared with the prior art, in the embodiment of the present invention, the first tampon transverse moving assembly at the top clamps out the tampon with the film, and clamps and tears the tampon through the tampon tearing assembly and the first tampon transverse moving member at the bottom; the transverse moving assembly moves to align the second tampon transverse moving member with the tampon tearing assembly, and clamps out the tampon in the tampon tearing assembly, at which time the tampon and the surface film are broken, and the upper film part of the tampon is sucked out through the upper film adsorption assembly above the second tampon transverse moving member; the transverse moving assembly moves again to align the second tampon transverse moving member with the tampon fixing assembly, and the tampon with the lower film on the second tampon transverse moving member is clamped away by the tampon fixing assembly; the transverse moving assembly is moved again to align the third tampon transverse moving member with the tampon fixing assembly, and the third tampon transverse moving assembly clamps away the tampon with the lower film on the tampon fixing assembly; the transverse moving assembly moves again , align the third sliver transverse moving component with the lower film adsorption component, the lower film adsorption component clamps the sliver and adsorbs the lower part of the film of the sliver, and removes all the film on the surface of the sliver; move the transverse moving component again to align the fourth sliver transverse moving part with the lower film adsorption component, and clamp the sliver on the lower film adsorption component through the fourth sliver transverse moving part; move the transverse moving component again to align the fourth sliver transverse moving part with the pre-absorption cotton thread component, the pre-absorption cotton thread component clamps the sliver on the fourth sliver transverse moving part, and pre-absorbs the cotton thread of the sliver, so that a part of the cotton thread on the sliver is sucked out; move the transverse moving component again to clamp the pre-absorbed sliver through the fifth sliver transverse moving part; move the transverse moving component again to clamp the sliver on the fifth sliver transverse moving part through the cotton thread pulling component, and straighten the cotton thread on the pre-absorbed sliver, so as to realize automatic film removal and straightening of the cotton thread of the sliver.

[0019] In addition, the transverse movement component includes: a transverse movement conveyor belt, a transverse movement plate arranged on the transverse movement conveyor belt, the first sliver transverse movement member, the second sliver transverse movement member, the third sliver transverse movement member, the fourth sliver transverse movement member and the fifth sliver transverse movement member are arranged in sequence on the transverse movement plate, and the upper film adsorption component is arranged between the second sliver transverse movement member and the first sliver transverse movement member.

[0020] In addition, the second sliver transverse moving member includes: a second slider connecting plate connected to the transverse moving plate, an upper clamping assembly connected to the second slider connecting plate, the upper clamping assembly is used to clamp the lower part of the sliver, the upper film adsorption assembly includes: an upper adsorption member, an upper film removal fixing plate, the upper adsorption member is used to adsorb the upper film of the sliver, and the upper film removal fixing plate is used to block the sliver. The upper adsorption member absorbs the upper film by adsorption force.

[0021] In addition, the sliver tearing assembly includes: a tearing table, and a plurality of rotating clamping cylinders arranged on the tearing table, wherein the rotating clamping cylinders are used to clamp each sliver together with the first sliver transverse member, and rotate and tear each sliver. The rotating cylinder and the first sliver transverse member clamp the two ends of the sliver, and tear the sliver by rotation.

[0022] In addition, the lower film adsorption assembly includes: a suction film assembly and a lifting cylinder arranged on the suction film assembly, wherein the lifting cylinder is used to lift the suction film assembly so that the suction film assembly clamps the upper part of the cotton strip. The suction film assembly sucks away the film at the lower part to remove all the film on the surface of the cotton strip.

[0023] In addition, the film suction assembly includes: a lower clamping assembly and a lower adsorption member arranged below the lower clamping assembly, the lower clamping assembly is used to clamp the upper part of the tampon, and the lower adsorption member is used to adsorb the lower part of the film of the tampon.

[0024] In addition, the pre-absorption cotton thread assembly comprises:

[0025] A first tampon fixing portion, used for fixing the tampon, wherein a first cavity is formed in the first tampon fixing portion;

[0026] The pre-sucking piece is connected to the first cavity and is used to suck the cotton thread on the tampon into the first cavity. The pre-sucking piece pulls out a part of the cotton thread on the tampon to provide advance preparation for pulling out the cotton thread.

[0027] In addition, the cotton thread pulling component includes:

[0028] A second tampon fixing portion, used for fixing the tampon, wherein a second cavity is formed in the second tampon fixing portion;

[0029] An air suction member connected to the second cavity and used for absorbing the cotton thread entering the second cavity;

[0030] The brush assembly is arranged in the second cavity and is used for clamping the cotton thread entering the second cavity and guiding the cotton thread to extend in the second cavity. BRIEF DESCRIPTION OF THE DRAWINGS

[0031] One or more embodiments are exemplarily described by pictures in the corresponding drawings, and these exemplified descriptions do not constitute limitations on the embodiments. Elements with the same reference numerals in the drawings represent similar elements, and unless otherwise stated, the figures in the drawings do not constitute proportional limitations.

[0032] Figure 1 It is a structural schematic diagram of a sliver processing mechanism;

[0033] Figure 2 It is a structural schematic diagram of the transverse movement component and the transverse movement of each sliver;

[0034] Figure 3 It is a structural schematic diagram of the second sliver traverse member and the upper film adsorption assembly;

[0035] Figure 4 is a schematic diagram of the structure of the lower film adsorption assembly;

[0036] Figure 5 It is a structural schematic diagram of the pre-absorption cotton thread assembly;

[0037] Figure 6 It is a schematic diagram of the structure of the cotton thread pulling component.

[0038] Among them: 10, transverse movement assembly; 11, first sliver transverse movement member; 12, second sliver transverse movement member; 121, second slider connecting plate; 122, upper clamping assembly; 13, third sliver transverse movement member; 14, fourth sliver transverse movement member; 15, fifth sliver transverse movement member; 101, transverse movement plate; 102, transverse movement conveyor belt; 2, sliver tearing assembly; 3, upper film adsorption assembly; 31, upper adsorption member; 32, upper film removal fixing plate; 4, sliver fixing assembly; 5, lower film adsorption assembly; 51, lower clamping assembly; 52, lower adsorption member; 6, pre-absorption cotton thread assembly; 61, first sliver fixing part; 611, first cavity; 62, pre-absorption member; 7, cotton thread pulling component; 71, second sliver fixing part; 711, second cavity; 72, air suction member; 73, brush wheel. DETAILED DESCRIPTION

[0039] In order to make the purpose, technical scheme and advantages of the present invention clearer, the following will be described in detail with reference to the accompanying drawings. However, it will be appreciated by those skilled in the art that in the various embodiments of the present invention, many technical details are provided in order to enable the reader to better understand the present application. However, even without these technical details and various changes and modifications based on the following embodiments, the technical scheme claimed in the present application can be implemented.

[0040] The embodiment of the present invention provides a tampon processing mechanism for removing the film on the surface of the tampon and pulling out the cotton thread on the tampon, such as Figure 1 As shown, including:

[0041] Main control module;

[0042] The transverse movement component 10 is arranged in a strip shape and can move in the horizontal direction under the control of the main control module;

[0043] The first sliver transverse moving member 11 is provided on the transverse moving assembly 10 and is used to clamp a plurality of slivers covered with film from the previous station;

[0044] The sliver tearing assembly 2 is arranged below the transverse moving assembly 10, and is used to clamp and tear each sliver together with the first sliver transverse moving member 11;

[0045] The second sliver transverse moving member 12 is provided on the transverse moving assembly 10 and is used to clamp away the sliver torn by the sliver tearing assembly 2;

[0046] The upper film adsorption component 3 is arranged on the transverse movement component 10 and is used to adsorb the upper film of the sliver clamped by the second sliver transverse movement component 12;

[0047] The sliver fixing assembly 4 is arranged below the transverse moving assembly 10 and is used to clamp away the sliver that is adsorbed onto a portion of the film;

[0048] The third sliver transverse moving member 13 is provided on the transverse moving assembly 10 and is used for clamping the slivers on the sliver fixing assembly 4;

[0049] The lower film adsorption component 5 is arranged below the transverse movement component 10, and is used to clamp the sliver clamped by the third sliver transverse movement and adsorb the lower film of the sliver;

[0050] The fourth sliver transverse moving member 14 is provided on the transverse moving assembly 10 and is used to clamp away the sliver that is absorbed by the lower part of the film;

[0051] The pre-absorption cotton thread assembly 6 is arranged below the transverse movement assembly 10, and is used to clamp the cotton strips on the fourth cotton strip transverse movement member 14 and absorb the cotton threads on the cotton strips;

[0052] The fifth sliver transverse moving member 15 is provided on the transverse moving assembly 10 and is used to clamp away the sliver after the pre-absorbed cotton thread;

[0053] The cotton thread pulling component is arranged below the transverse shifting assembly 10, and is used to clamp the cotton sliver on the fifth cotton sliver transverse shifting component 15 and straighten the cotton thread of the cotton sliver.

[0054] When the sliver processing mechanism is working, the sliver with the film is clamped out by the first sliver transverse moving component 10 on the transverse moving component 10, and the sliver is clamped and torn by the sliver tearing component 2 and the first sliver transverse moving component 11 below; the transverse moving component 10 moves to align the second sliver transverse moving component 12 with the sliver tearing component 2, and the sliver in the sliver tearing component 2 is clamped out. At this time, the sliver and the surface film are broken, and the upper film of the sliver is sucked out by the upper film adsorption component 3 above the second sliver transverse moving component 12; the transverse moving component 10 moves again, so that the second sliver transverse moving component 12 is aligned with the sliver fixing component 4, and the sliver with the lower film on the second sliver transverse moving component 12 is clamped away by the sliver fixing component 4; the transverse moving component 10 is moved again to align the third sliver transverse moving component 13 with the sliver fixing component 4, and the third sliver transverse moving component 10 clamps the sliver with the lower film on the sliver fixing component 4; the transverse moving component 10 Move again to align the third tampon transverse movement component 10 with the lower film adsorption component 5, the lower film adsorption component 5 clamps the tampon and adsorbs the lower part of the film of the tampon, and removes all the film on the surface of the tampon; move the transverse movement component 10 again to align the fourth tampon transverse movement member 14 with the lower film adsorption component 5, and clamp the tampon on the lower film adsorption component 5 through the fourth tampon transverse movement member 14; the transverse movement component 10 moves again to align the fourth tampon transverse movement member 14 with the pre-absorption cotton thread component 6, the pre-absorption cotton thread component 6 clamps the tampon on the fourth tampon transverse movement member 14, and pre-absorbs the cotton thread of the tampon, so that a part of the cotton thread on the tampon is sucked out; move the transverse movement component 10 again to clamp the pre-absorbed tampon through the fifth tampon transverse movement member 15; move the transverse movement component 10 again to clamp the tampon on the fifth tampon transverse movement member 15 with the cotton thread pulling component, and straighten the cotton thread on the pre-absorbed tampon, so as to realize automatic film removal and straightening of the cotton thread of the tampon.

[0055] In addition, if Figure 2 As shown, the transverse shifting assembly 10 includes: a transverse shifting conveyor belt 102, a transverse shifting plate 101 arranged on the transverse shifting conveyor belt 102, a first sliver transverse shifting member 11, a second sliver transverse shifting member 12, a third sliver transverse shifting member 13, a fourth sliver transverse shifting member 14 and a fifth sliver transverse shifting member 15 which are arranged in sequence on the transverse shifting plate 101, and an upper film adsorption assembly 3 is arranged between the second sliver transverse shifting member 12 and the first sliver transverse shifting member 11.

[0056] Combination Figure 1, wherein the first sliver transverse member 11 includes a first slider connecting plate and a plurality of first cylinders arranged on the first slider connecting plate, and each first cylinder is used to clamp the sliver from the previous station. The sliver tearing assembly 2 includes: a tearing table, and a plurality of rotating clamping cylinders arranged on the tearing table. After clamping the sliver, the first sliver transverse member 11 moves with the transverse member 10 to be opposite to the sliver tearing assembly 2, and each first cylinder corresponds to each rotating clamping cylinder. The rotating clamping cylinder is used to clamp each sliver together with the first sliver transverse member 11, and tear the film on the surface of each sliver by rotation. The sliver tearing assembly 2 may also include: a lifting cylinder connected to the tearing table, and the lifting cylinder can change the height of the rotating clamping cylinder, and reserve space for the sliver to be in place when the first sliver transverse member 11 moves, and then the height of the rotating clamping cylinder is raised to clamp the sliver. After the film on the surface of the sliver is torn, the first cylinder of the first sliver transverse member 11 releases the sliver, and the sliver tearing assembly 2 moves downward with the sliver.

[0057] Combination Figure 1 , Figure 2 Figure 3 The second sliver transverse member 12 includes: a second slider connecting plate 121 connected to the transverse plate 101, an upper clamping assembly 122 connected to the second slider connecting plate 121, and the upper clamping assembly 122 includes two clamping cylinders arranged horizontally opposite to each other, the two clamping cylinders have opposite directions of extension and contraction, and are both electrically connected to the main control module. When the two clamping cylinders are contracted, a gap is left between the two clamping cylinders for the sliver to enter. The second sliver transverse member 12 moves to the top of the sliver tearing assembly 2, and rises through the sliver tearing assembly 2, so that the sliver enters between the two clamping cylinders of the upper clamping assembly 122. The main control module controls the two clamping cylinders of the upper clamping assembly 122 to extend and clamp the sliver, fixing the upper part of the sliver so that the upper film adsorption assembly 3 can adsorb the upper film of the sliver. The film is relatively smooth and can still be adsorbed by the upper film adsorption assembly 3 when being clamped. The upper film adsorption assembly 3 includes: an upper adsorption member 31 and an upper film removal fixing plate 32. The upper adsorption member 31 has an upper suction nozzle and a vacuum member connected to the upper suction nozzle. The upper suction nozzle is located above the clamping center of the clamping assembly 122 and is used to adsorb the upper film of the tampon. The upper film removal fixing plate 32 is located below the upper adsorption member 31 and is used to block the tampon to prevent the tampon from being adsorbed. The upper adsorption member 31 absorbs the upper film by adsorption force to complete the removal of the upper film of the tampon.

[0058] After the film on the sliver is removed, Figure 1 and Figure 3As shown, the second sliver transverse member 12 is moved by the transverse member 10 to align with the sliver fixing member 4. The sliver fixing member 4 includes a plurality of fixed cylinders and lifting cylinders. Each fixed cylinder corresponds to each upper clamping assembly 122 on the second sliver transverse member 12. The lifting cylinders raise the height of the sliver fixing member 4. Each upper clamping assembly 122 releases the slivers, and the slivers fall into each fixed cylinder of the sliver fixing member 4. At this time, the lower part of the sliver has a film, and the lower part is clamped by the sliver fixing member 4. The sliver fixing member 4 returns to the initial height through the lifting cylinder. The transverse moving assembly 10 continues to move, and is opposite to the sliver fixing assembly 4 through the third sliver transverse moving member 13. The third sliver transverse moving member 13 includes: a third slider connecting plate connected to the transverse moving plate 101, and a plurality of third cylinders arranged on the third slider connecting plate. The number of the third cylinders is the same as the number of the fixed cylinders of the sliver fixing assembly 4 and corresponds one to one. The sliver fixing assembly 4 is raised in height by the lifting cylinder, and the sliver is sent to the third sliver transverse moving member 13. The third sliver transverse moving member 13 clamps the upper part of the sliver through the fixed cylinder to prepare for the removal of the film at the lower part. The sliver fixing assembly 4 returns to the initial height through the lifting cylinder, and the third sliver transverse moving member 13 moves to be opposite to the lower film adsorption assembly 5 through the transverse moving assembly 10.

[0059] The lower film adsorption assembly 5 comprises: a suction film assembly and a lifting cylinder arranged on the suction film assembly, the lifting cylinder is used to lift the suction film assembly so that the suction film assembly clamps the cotton strip. The suction film assembly sucks away the film on the lower part and removes all the films on the surface of the cotton strip.

[0060] It is worth noting that Figure 4 As shown, the film suction assembly includes: a plurality of lower clamping assemblies 51, and a lower adsorption member 52 disposed below the lower clamping assemblies 51. The lower clamping assemblies 51 are used to clamp the cotton strips, and the lower adsorption member 52 is used to adsorb the lower film of the cotton strips. Figure 1 and Figure 4, the lower clamping assembly 51 corresponds to the third cylinder on the third sliver transverse member 13 one by one. The lower clamping assembly 51 includes two clamping cylinders arranged horizontally opposite to each other. The extension and contraction directions of the two clamping cylinders are opposite and both are electrically connected to the main control module. When the two clamping cylinders are contracted, a gap is left between the two clamping cylinders for the sliver to enter. The third sliver transverse member 13 moves to the top of the lower clamping assembly 51, and the lower film suction assembly rises through the lifting cylinder, so that the sliver enters between the two clamping cylinders of the lower clamping assembly 51. The main control module controls the two clamping cylinders of the lower clamping assembly 51 to extend and clamp the sliver, and fix the sliver so that the lower adsorption member 52 can adsorb the lower part of the film. The lower adsorption member 52 includes a lower suction nozzle and a vacuum pump connected to the lower suction nozzle. The lower suction nozzle is located below the lower clamping assembly 51. The lower film is adsorbed by the vacuum pump, and the film on the surface of the sliver is removed at this time. The fourth sliver transverse member 14 moves to the top of the lower clamping assembly 51, and the lower clamping assembly 51 moves upward under the action of the lifting cylinder. The fourth sliver transverse member 14 includes a fourth slider connecting plate and a plurality of fourth cylinders. The fourth cylinders correspond to each lower clamping assembly 51 and clamp the sliver away. The fourth sliver transverse member 14 moves to the top of the pre-absorption cotton thread assembly 6 through the transverse movement assembly 10 to perform the pre-absorption cotton thread step. Figure 1 and Figure 5 The pre-absorption cotton thread assembly 6 includes: a lifting cylinder, which can increase the overall height of the pre-absorption cotton thread assembly 6;

[0061] The first sliver fixing part 61, after the lifting cylinder raises the height of the pre-absorbent cotton thread assembly 6, the fourth sliver transverse moving member 14 releases the slivers, and each sliver falls into the first sliver fixing part 61 and is fixed, and a first cavity 611 is formed in the first sliver fixing part 61;

[0062] The pre-absorption member 62 is connected to the first cavity 611 and is used to absorb the cotton thread on the tampon into the first cavity 611. The pre-absorption member 62 is a vacuum member, which is used to absorb the first cavity 61 and pull out a part of the cotton thread on the tampon to provide advance preparation for pulling the cotton thread.

[0063] The fifth sliver transverse moving member 15 is moved to be opposite to the first sliver fixing portion 61 through the transverse moving assembly 10, and the pre-absorption cotton thread assembly 6 is raised in height through its lifting cylinder. The fifth sliver transverse moving member 15 includes a fifth slider fixing plate connected to the transverse moving plate 101 and a fifth cylinder arranged on the fifth slider fixing plate. The fifth cylinder clamps each sliver, and the transverse moving assembly 10 moves the fifth sliver transverse moving member 15 to above the cotton thread pulling component 7.

[0064] Combination Figure 1 and Figure 6 , the cotton thread pulling component 7 comprises:

[0065] A lifting cylinder can lift and lower the cotton thread pulling component 7;

[0066] A second tampon fixing portion 71 is used to fix the tampon, and a second cavity 711 is formed in the second tampon fixing portion 71;

[0067] The air suction member 72 is a vacuum member connected to the second cavity 711 and used for sucking the cotton thread entering the second cavity 711;

[0068] The brush assembly includes two brush wheels 73, which are arranged in the second cavity 711. The two brush wheels 73 are used to clamp the cotton thread entering the second cavity 711 and guide the cotton thread to extend in the second cavity 711. The cotton thread is pulled out and straightened along the direction of the brush wheel 73 for processing in the next station.

[0069] A second embodiment of the present application discloses a tampon machine, comprising the tampon processing mechanism as in the first embodiment.

[0070] Those skilled in the art will appreciate that the above-mentioned embodiments are specific examples for implementing the present invention, and in actual applications, various changes may be made thereto in form and detail without departing from the spirit and scope of the present invention.

Claims

1. A sliver processing mechanism, characterized in that: include: Transverse movement components; A first sliver transverse moving member, provided on the transverse moving assembly, for clamping a plurality of slivers coated with film from a previous station; A sliver tearing assembly, arranged below the transverse moving assembly, and used for clamping each sliver together with the first sliver transverse moving member and tearing the sliver; A second sliver transverse moving member, provided on the transverse moving assembly, for clamping away the sliver torn by the sliver tearing assembly; An upper film adsorption assembly, provided on the transverse shift assembly, for adsorbing the upper film of the sliver clamped by the second sliver transverse shift member; A sliver fixing assembly is arranged below the transverse moving assembly and is used to clamp away the sliver that is adsorbed onto a portion of the film; A third sliver transverse moving member, provided on the transverse moving assembly, for clamping away each sliver on the sliver fixing assembly; A lower film adsorption assembly is arranged below the transverse movement assembly and is used to clamp the sliver held by the third sliver transverse movement member and adsorb the lower film of the sliver; A fourth sliver transverse moving member, provided on the transverse moving assembly, for clamping away the sliver adsorbed by the lower part of the film; A cotton thread pre-absorption component is arranged below the transverse movement component and is used to clamp the cotton strips on the fourth cotton strip transverse movement member and absorb the cotton threads on the cotton strips; A fifth sliver transverse moving member, provided on the transverse moving assembly, for clamping away the sliver after the absorbed cotton thread; The cotton thread pulling component is arranged below the transverse movement component and is used for clamping the cotton strips on the fifth cotton strip transverse movement component and straightening the cotton thread of the cotton strips.

2. The sliver processing mechanism according to claim 1, characterized in that: The transverse movement assembly includes: a transverse movement conveyor belt, a transverse movement plate arranged on the transverse movement conveyor belt, the first sliver transverse movement member, the second sliver transverse movement member, the third sliver transverse movement member, the fourth sliver transverse movement member and the fifth sliver transverse movement member are arranged in sequence on the transverse movement plate, and the upper film adsorption assembly is arranged between the second sliver transverse movement member and the first sliver transverse movement member.

3. The sliver processing mechanism according to claim 2, characterized in that: The second tampon transverse moving member includes: a second slider connecting plate connected to the transverse moving plate, an upper clamping assembly connected to the second slider connecting plate, the upper clamping assembly is used to clamp the lower part of the tampon, and the upper film adsorption assembly includes: an upper adsorption member and an upper film removing fixing plate, the upper adsorption member is used to adsorb the upper part of the film of the tampon, and the upper film removing fixing plate is used to block the tampon.

4. The sliver processing mechanism according to claim 1, characterized in that: The sliver tearing assembly comprises: a tearing table, and a plurality of rotary clamping cylinders arranged on the tearing table. The rotary clamping cylinders are used to clamp each sliver together with the first sliver transverse member and rotate and tear each sliver.

5. The sliver processing mechanism according to claim 1, characterized in that: The lower film adsorption assembly includes: a suction film assembly and a lifting cylinder arranged on the suction film assembly, wherein the lifting cylinder is used to lift the suction film assembly so that the suction film assembly clamps the upper part of the cotton strip.

6. The sliver processing mechanism according to claim 5, characterized in that: The film suction assembly comprises: a lower clamping assembly and a lower adsorption member arranged below the lower clamping assembly, wherein the lower clamping assembly is used to clamp the upper part of the tampon, and the lower adsorption member is used to adsorb the lower film of the tampon.

7. The sliver processing mechanism according to claim 1, characterized in that: The pre-absorption cotton thread assembly comprises: A first tampon fixing portion, used for fixing the tampon, wherein a first cavity is formed in the first tampon fixing portion; A pre-sucking piece is connected to the first cavity and is used to suck the cotton thread on the tampon into the first cavity.

8. The sliver processing mechanism according to claim 1, characterized in that: The cotton thread pulling component comprises: A second tampon fixing portion, used for fixing the tampon, wherein a second cavity is formed in the second tampon fixing portion; An air suction member connected to the second cavity and used for absorbing the cotton thread entering the second cavity; The brush assembly is arranged in the second cavity and is used for clamping the cotton thread entering the second cavity and guiding the cotton thread to extend in the second cavity.

9. A sliver machine, characterized in that: The method comprises the tampon handling mechanism according to any one of claims 1 to 8.

Images