CN117485981A - Small roll rubberizing tape sealing device is cut to coil stock intelligence - Google Patents

Abstract

The invention relates to the technical field of a coil separating machine, in particular to an intelligent coil separating and small-coil pasting adhesive tape sealing device which comprises a coil separating machine and a cutting assembly, wherein the cutting assembly is arranged on the coil separating machine and used for cutting an external coil, and the first frame is used for bearing an external coil; the automatic cutting, coiling and rubberizing sealing of the uncoiled coil stock are realized by integrating the cutting mechanism, the coil stock mechanism and the rubberizing mechanism, so that the production efficiency and the automation level are greatly improved; through the matched slitting mechanism and cutting mechanism, the unwinding coil stock can be accurately slit and cut, and the processed small coil stock is ensured to be accurate in size; the rubberizing mechanism can press the adhesive tape and cut off, ensures that the adhesive tape is stuck on the material roll and seals the material roll, provides a high-quality sealing effect, and is favorable for improving the production efficiency of the coiled material.

Description

Small roll rubberizing tape sealing device is cut to coil stock intelligence

Technical Field

The invention relates to the technical field of a coil separating machine, and particularly discloses an intelligent coil cutting and small-coil adhesive tape sticking sealing device.

Background

In the production process of small-roll printed products in the printing industry, a roll separator is often required to be applied, and the roll separator is a mechanical device for cutting wide-width paper into a plurality of narrow-width materials, and generally comprises: the small-sized paper winding machine comprises an unreeling mechanism for providing wide paper, a cutting mechanism for cutting the wide paper, and a reeling mechanism for winding and reeling the cut small-sized paper, wherein the paper is wound and operated between the unreeling mechanism and the reeling mechanism, a plurality of continuously arranged narrow-sized papers are formed under the action of the cutting mechanism, and the reeling is carried out through a reeling mandrel sleeved with a plurality of small reels on the reeling mechanism, so that each narrow-sized paper is correspondingly wound on one small reel, and a small-sized product meeting the requirements of customers is manufactured.

However, in the actual process of making small rolls by the roll separator, the small roll design is usually realized by transversely cutting the cut rolls, the winding efficiency and automation level of the existing roll separator are lower when transversely cutting and winding, and the subsequent sealing adopts single sealing, so that the problem that the adhesive tape cannot be firmly adhered to the rolls easily occurs, the production yield is affected, and therefore, a small roll adhesive tape adhering mechanism for the roll separator is needed.

Disclosure of Invention

In order to overcome the defects and the defects of the prior art that the production yield is affected, the invention aims to provide the sealing device for the intelligent slitting small-volume adhesive tape of the coiled material.

In order to achieve the purpose, the intelligent small-roll tape cutting and sealing device for roll materials comprises a roll dividing machine and a cutting assembly, wherein the cutting assembly is arranged on the roll dividing machine and used for cutting external unreeled roll materials; the winding machine also comprises a cutting mechanism for cutting and unwinding the winding materials, and a winding mechanism and a rubberizing mechanism which are matched with the cutting mechanism for use;

the cutting mechanism comprises a second cutter for cutting and unwinding coiled materials and a first moving unit matched with the second cutter for use, and the first moving unit is used for driving the second cutter to reciprocate;

the coiling mechanism comprises a shaft body part and a fifth driving assembly for driving the shaft body part to rotate, and the shaft body part is used for coiling the cut uncoiled coiled material into small coils.

The rubberizing mechanism comprises a second support, a first wheel body used for pressing the adhesive tape of the external film on the material roll, and a first cutter used for cutting the adhesive tape between the material roll and the film, wherein the adhesive tape seals the unreeled material rolled into small rolls through the first wheel body.

Preferably, the shaft body part comprises a third rod body and a fourth rod body matched with the third rod body for use, a gap for accommodating the unreeled coil stock is formed between the third rod body and the fourth rod body, and the fifth driving assembly is used for driving the shaft body part to roll the unreeled coil stock arranged on the shaft body part into a small coil.

Preferably, the shaft body part comprises a third rod body and a fourth rod body sleeved on the third rod body, a containing cavity for containing the unreeled coil stock is formed between the third rod body and the fourth rod body, first groove bodies for the unreeled coil stock to enter are formed in the third rod body and the fourth rod body, and the fifth driving assembly is used for driving the shaft body part to roll the unreeled coil stock arranged on the shaft body part into small rolls.

Preferably, the first moving unit comprises a third plate body, a fourth plate body arranged on the third plate body and a seventh driving assembly, wherein the seventh driving assembly is used for driving the fourth plate body to move along the length direction of the third plate body; the cutting mechanism further comprises a second moving unit for driving the second cutter to be close to or far away from the unreeling coiled material, the second moving unit comprises a plate body seven, a plate body five and an eighth driving assembly, and the plate body five and the eighth driving assembly are arranged on the plate body seven and used for driving the plate body five to reciprocate.

Preferably, the material rolling mechanism further comprises an eighth plate body and a fourth driving assembly for driving the eighth plate body to rotate, the axis of the shaft body piece is not coincident with the rotation axis of the eighth plate body, and the fifth driving assembly is arranged on the eighth plate body and used for driving the shaft body piece to rotate.

Preferably, the tape sealing device further comprises a second frame body, a plate body nine and a seventh moving unit which are matched with the second cutter for use are arranged on the second frame body, a containing cavity for containing the unwinding coil and the second cutter is formed in the plate body nine, and the seventh moving unit and the second moving unit are identical in structure and used for driving the plate body nine to be close to or far away from the second cutter.

Preferably, the cutting mechanism further comprises a sixth moving unit used for the sixth board body and the sixth matched board body, the sixth board body is used for enabling the unreeled coiled material to pass through the first groove body through the unreeled coiled material in a collision mode, the sixth moving unit and the second moving unit are identical in structure, and the sixth moving unit is arranged on the second frame body and used for driving the sixth board body to be close to or far away from the shaft body.

Preferably, the rubberizing mechanism further comprises a seventh plate body for abutting against the adhesive tape to enable the adhesive tape and the first wheel body not to generate relative displacement, an eighth driving piece for driving the seventh plate body to be close to or far away from the first wheel body, and a ninth driving piece for driving the first cutter to reciprocate, wherein the moving direction of the seventh plate body driven by the eighth driving piece is intersected with the moving direction of the first cutter driven by the ninth driving piece.

Preferably, the rubberizing mechanism further comprises a third wheel body for rolling the cut adhesive tape, and the third wheel body is rotatably arranged on the second support for rolling the adhesive tape.

Preferably, the rubberizing mechanism further comprises a sixth plate body and a seventh driving piece arranged on the second support and used for driving the sixth plate body to reciprocate, the first wheel body is arranged on the sixth plate body and used for driving the seventh driving piece to rubberize the first wheel body to the material rolls with different sizes or shapes, and the eighth driving piece is arranged on the sixth plate body and used for driving the seventh plate body to limit the adhesive tape on the first wheel body.

The invention has the beneficial effects that:

1. the automatic cutting (along the length direction of the unfolded coiled material), cutting (along the width direction of the unfolded coiled material), coiling and rubberizing sealing of the unfolded coiled material are realized through integrating the cutting mechanism, the coiled material mechanism and the rubberizing mechanism, so that the production efficiency and the automation level are greatly improved; through the matched cutting assembly and the second cutter, the unfolded coil stock can be accurately cut and sheared, and the processed small coil stock is ensured to be accurate in size; the device not only can carry out slitting and cutting operations, but also can carry out rubberizing and sealing on the material roll, thereby improving the versatility and the processing range of the production line; the first moving unit and the second moving unit in the cutting mechanism can realize transverse movement and approaching/separating adjustment of the second cutter, so that the device can adapt to coil stock processing requirements of different sizes or shapes; the rubberizing mechanism can press the adhesive tape and cut off, ensures that the adhesive tape is stuck on the material roll and seals the material roll, provides a high-quality sealing effect, and is favorable for improving the production efficiency of the coiled material.

2. Through setting up the tenth of fourth mobile unit and plate body and send box mechanism, can realize sending into the automation of box body and cover establish in the material roll outside, then through the combined action of sixth drive assembly and fifth mobile unit, realize moving out the second main part to the automation of box body. The design can realize automatic operation of the box body, and improves the convenience and efficiency of production operation.

3. Through setting up the driving piece on the third body of rod, can realize the relative rotation cancellation of the third body of rod and the fourth body of rod, the setting of cooperation first cell body is favorable to promoting the material roll simultaneously, and such design can realize the automatic release to the material roll, has improved the convenience and the efficiency of production operation.

4. By arranging the positions of the shaft body part and the first rod body and using the sixth driving assembly and the fifth moving unit, automatic processing of winding and unwinding coiled materials can be realized, and after the coiled materials are unwound, the eighth plate body rotates 180 degrees to enable the shaft body part of the unreeled and unwound coiled materials to move to one side close to the slitting mechanism, so that automatic movement of the shaft body part and processing of winding and unwinding coiled materials are realized, and the production efficiency and the convenience of operation are improved; through the setting of second cell body, can realize the accurate appearance of to the axis body spare and establish and fix a position, ensure the stability and the accuracy of the reel material of the axis body spare expansion in the removal in-process, be favorable to follow-up cutting and processing operation.

Drawings

FIG. 1 is a schematic diagram of a body structure of the present invention;

FIG. 2 is a schematic view of a first main structure of the present invention;

FIG. 3 is a top plan view of the body of the present invention;

FIG. 4 is a side plan view of the slitting mechanism of the present invention;

FIG. 5 is a schematic view of a winding mechanism according to the present invention;

FIG. 6 is a schematic view of a cutting mechanism according to the present invention;

FIG. 7 is a schematic view of a rubberizing mechanism according to the invention;

FIG. 8 is a schematic view of a shaft member structure according to the present invention;

FIG. 9 is a schematic diagram of a seventh mobile unit according to the present invention;

FIG. 10 is a schematic view of a roll structure according to the present invention;

FIG. 11 is a schematic diagram of a fourth mobile unit according to the present invention;

FIG. 12 is a schematic diagram of a third mobile unit according to the present invention;

FIG. 13 is a top plan view of the drive mechanism structure of the present invention;

fig. 14 is a rear view of the rubberizing mechanism of the invention.

The reference numerals include:

1. first conveying mechanism 2, driving mechanism 3, first main body

4. Rubberizing mechanism 5, second main part 6, cut mechanism

7. Box feeding mechanism 8, material winding mechanism 9 and cutting mechanism

11. First frame 12, conveyer belt 13, first driving member

14. First plate 15, second plate 16 and eighth plate

17. Third moving unit 18, box 19, roll

21. Third plate 22, second driving element 23, fourth plate

24. Fourth moving unit 25, tenth plate 26 and fifth rod

27. Eleven 31 plate body, first frame 32 and first support

33. Third driving piece 34, fourth driving piece 35 and fifth plate body

36. Fifth driving member 41, second support 42, seventh driving member

43. Sixth plate 44, eighth driving element 45, seventh plate

46. Film 47, first wheel 48, ninth driving member

49. Third wheel 410, first cutter 411, second wheel

51. Second frame 52, box 53, roller

61. Separator 62, roll 63 and slitting assembly

64. Unwinding roll 81, eighth plate 82, first rod

83. Ninth plate 84, first plate 85, second drive assembly

86. Third driving assembly 87, second rod 89, fourth driving assembly

810. Third rod 811, fourth rod 812, first groove

813. Fifth drive assembly 814, sixth drive assembly 815, and plate two

816. Second groove 91, third plate 92 and fourth plate 92

93. Seventh drive assembly 94, fifth plate 95, eighth drive assembly

96. Second cutter 97, six plate bodies 99 and seven plate bodies

910. Fifth mobile unit 911, sixth mobile unit 912, seventh mobile unit

913. Fourth wheel 915 and nine plates

Detailed Description

The present invention will be further described with reference to examples and drawings, which are not intended to be limiting, for the understanding of those skilled in the art.

Referring to fig. 1 to 14, an intelligent roll slitting and taping sealing device of the present invention includes a slitting mechanism 6, where the slitting mechanism 6 includes a separator 61 and a slitting assembly 63 disposed on the separator 61 for slitting an external roll 64 (the slitting assembly 63 includes a slitting knife for slitting the unwinding roll 64 and a driving member for driving the slitting knife to operate, which is not repeated herein), and a first frame 31 for carrying the external roll 19; the machine also comprises a cutting mechanism 9 for cutting the unwinding coiled material 64, a coiled material mechanism 8 used with the cutting mechanism 9 and a rubberizing mechanism 4;

the cutting mechanism 9 comprises a second cutter 96 for cutting the unfolded coiled material 64, a first moving unit and a second moving unit, wherein the first moving unit is used for driving the second cutter 96 to transversely move along the unfolded coiled material 64, the second moving unit is used for driving the second cutter 96 to be close to or far away from the unfolded coiled material 64, and the moving direction of the first moving unit for driving the second cutter 96 is crossed with the moving direction of the second cutter 96 driven by the second moving unit;

the coil mechanism 8 includes a shaft member for winding the slit unwind coil 64 into small coils, and a fifth drive assembly 813 for driving the rotation of the shaft member.

The rubberizing mechanism 4 comprises a second support 41, a film 46 arranged on the second support 41, a first wheel body 47 for pressing the adhesive tape wound by the film 46 on the material roll 19, and a first cutter 410 for cutting off the adhesive tape between the material roll 19 and the film 46, wherein the surface of the adhesive tape, which is not contacted with the first wheel body 47, is an adhesive surface, and the adhesive tape seals the unreeled roll 64 wound into small rolls through the first wheel body 47.

Specifically, the device integrates the slitting mechanism 6, the cutting mechanism 9, the coil stock mechanism 8 and the rubberizing mechanism 4, realizes automatic slitting (along the length direction of the coil stock 64), cutting (along the width direction of the coil stock 64), coiling and rubberizing sealing of the coil stock 64, and greatly improves the production efficiency and the automation level; through the matched use of the cutting assembly 63 and the second cutter 96, the precise cutting and cutting operation can be performed on the unfolded coil material 64, and the accuracy of the size of the processed small coil material is ensured; the device not only can carry out slitting and cutting operations, but also can carry out rubberizing and sealing on the material roll 19, thereby improving the versatility and the processing range of the production line; the first moving unit and the second moving unit in the cutting mechanism 9 can realize the transverse movement and the approaching/separating adjustment of the second cutter 96, so that the device can adapt to the coil stock processing requirements of different sizes or shapes; the rubberizing mechanism 4 can press and cut off the adhesive tape, ensures that the adhesive tape is stuck on the material roll 19 and seals, provides a high-quality sealing effect, and is beneficial to improving the production efficiency of the coiled material.

Specifically, the shaft body member includes a third rod 810, a fourth rod 811 matching the third rod 810, a gap for accommodating the coil 64 is formed between the third rod 810 and the fourth rod 811, the coil 64 is clamped and unwound by the third rod 810 and the fourth rod 811, the fifth driving component 813 is used for driving the shaft body member to roll the coil 64 arranged on the shaft body member into a small coil, the shaft body member includes the third rod 810 and the fourth rod 811 sleeved on the third rod 810 in this embodiment, a cavity for accommodating the coil 64 is formed between the third rod 810 and the fourth rod 811, a first groove 812 for accommodating the coil 64 is formed between the third rod 810 and the fourth rod 811, the fifth driving component 813 drives the coil 64 accommodated between the third rod 810 and the fourth rod 811 to roll the coil 64 into a small coil, the third rod 810 is provided with a groove for enabling the third rod 810 and the fourth rod 811 to rotate relatively, the third rod 810 and the fourth rod 811 are arranged relatively, the fourth rod 810 is prevented from rotating relatively to the fourth rod 811, the fourth rod 811 is prevented from being separated from the cavity formed between the third rod 810 and the fourth rod 811 relatively, the fourth rod 811 is prevented from rotating relatively to the fourth rod 811, and the coil 64 is prevented from being wound relatively rotating relatively, and the fourth rod 811 is prevented from being wound around the fourth rod 811, and the coil 64 is wound relatively separated, and wound into small coil 64; the fifth driving assembly 813 drives the fourth bar body 811 to roll the slit unrolled roll 64 into a small roll through the unrolled roll 64 accommodated between the third bar body 810 and the fourth bar body 811, so that the driving assembly can be effectively utilized, and the rolling efficiency is improved; the driving piece enables the third rod body 810 and the fourth rod body 811 to rotate relatively, and further enables the first groove body 812 on the third rod body 810 and the fourth rod body 811 to rotate relatively, so that the unwinding coil stock 64 can be effectively limited, the coil stock is prevented from being separated from the shaft body piece, and stability and safety in the winding process are ensured.

Specifically, the first moving unit includes a third plate body 91, a fourth plate body 92 disposed on the third plate body 91, and a seventh driving assembly 93, where the seventh driving assembly 93 is configured to drive the fourth plate body 92 to move along the length direction of the third plate body 91; the second moving unit comprises a plate body seven 99, a plate body five 94 and an eighth driving assembly 95, wherein the plate body five 94 and the eighth driving assembly 95 are arranged on the plate body seven 99, the eighth driving assembly 95 is used for driving the plate body five 94 to reciprocate, and the first moving unit and the second moving unit can respectively realize movement and reciprocation along the length direction, so that the device can adapt to coiled materials with different shapes and sizes, and the flexibility and the diversity of processing are improved; the seventh driving component 93 and the eighth driving component 95 are used for realizing automatic control of the mobile unit, so that the automation level of the production line is improved, the requirement of manual operation is reduced, and the production efficiency is improved.

Specifically, the seventh plate 99 is disposed on the third plate 91, the second cutter 96 is disposed on the fifth plate 94, and the second cutter 96 cuts the unwound roll 64 through the seventh driving assembly 93 and the eighth driving assembly 95.

Specifically, the adhesive tape sealing device further comprises a second main body 5, the second main body 5 comprises a second frame body 51, the coil stock mechanism 8 further comprises an eighth plate body 81 rotatably arranged on the second frame body 51, a fourth driving assembly 89 arranged on the second frame body 51 and used for driving the eighth plate body 81 to rotate, the axis of the shaft body part is not overlapped with the rotation axis of the eighth plate body 81, the fifth driving assembly 813 is arranged on the eighth plate body 81 and used for driving the shaft body part to rotate, the fourth driving assembly 89 and the fifth driving assembly 813 can accurately drive and control the eighth plate body 81 and the shaft body part, the rotation of the coil stock mechanism 8 and the accuracy of sealing operation are guaranteed, the automatic level of the production line is improved, the requirement of manual operation is reduced, and the production efficiency is improved.

Specifically, the eighth plate 81 is further provided with a first rod 82, the rotation axes of the first rod 82 and the eighth plate 81 are overlapped, in this embodiment, the number of the shaft bodies is two in total, the two shaft bodies are equidistantly disposed at two sides of the first rod 82, the shaft body near the slitting mechanism 6 is used for winding and unwinding the coil 64, after winding and unwinding the coil 64 is completed, the eighth plate 81 rotates 180 ° to enable the shaft body of the unreeled coil 64 to move to one side near the slitting mechanism 6, the shaft body of the unreeled coil 64 is completed to move to one side far from the slitting mechanism 6, the coil mechanism 8 further comprises a fifth moving unit 910 disposed on the second frame 51, a sixth driving component 814 matched with the fifth moving unit 910, a second plate 815, and the fifth moving unit 910 has the same structure and function as the first moving unit, the second plate body 815 is provided with a second groove body 816 for accommodating the shaft body part, the fifth moving unit 910 is used for driving the second plate body 815 to reciprocate (move along the length direction of the shaft body part in the embodiment), the sixth driving component 814 is used for driving the second plate body 815 to approach or depart from the shaft body part, the second groove body 816 is provided with a direction towards the shaft body part, by arranging the positions of the shaft body part and the first rod body 82 and using the sixth driving component 814 and the fifth moving unit 910, the automatic processing of winding and unwinding the coil 64 can be realized, and after the coil is unwound, the eighth plate body 81 rotates 180 degrees to enable the shaft body part which is not wound and unwinding the coil 64 to move to one side close to the slitting mechanism 6, so that the automatic movement of the shaft body part and the processing of winding and unwinding the coil 64 are realized, and the production efficiency and the operation convenience are improved; through the setting of second cell body 816, can realize the accurate appearance of axle body spare and establish and the location, ensured the stability and the accuracy of axle body spare in the in-process of moving the coil stock 64 of expansion, be favorable to follow-up cutting and processing operation.

Specifically, the tape sealing device further includes a second frame 51, a ninth plate 915 and a seventh moving unit 912 are disposed on the second frame 51, and the ninth plate 915 is provided with a containing cavity for containing the unwinding roll 64 and the second cutter 96, and the seventh moving unit 912 and the second moving unit are identical in structure and are used for driving the ninth plate 915 to approach or separate from the second cutter 96, so that the second cutter 96 can cut the unwinding roll 64 to achieve a better effect.

The specific adhesive tape sealing device further comprises a box feeding mechanism 7, wherein the box feeding mechanism 7 is used for continuously feeding the box body 18 to the lower part of the material roll 19, so that box feeding automation is realized.

Specifically, after the shaft member for winding and unwinding the coil 64 moves to a side far away from the slitting mechanism 6, the second cutter 96 is matched with the plate body nine 915 to cut the unwound coil 64 between the two shaft members, the coil mechanism 8 further comprises a fourth wheel body 913 matched with the fifth moving unit 910, the fifth moving unit 910 drives the fourth wheel body 913 to approach to the shaft member for winding and unwinding the coil 64 after cutting, the shaft member for winding and unwinding the coil 64 is driven to rotate by the fifth driving member 813 to further wind, and meanwhile, the fourth wheel body 913 is used for further limiting the coil 19 above the shaft member for winding and unwinding the coil 64, so that the winding effect of the coil 19 on the shaft member for winding and unwinding the coil 64 is effectively improved, and wrinkles are not easy to occur.

Specifically, after the shaft body part for winding and unwinding the coil 64 moves to one side far away from the slitting mechanism 6, the driving part arranged on the third rod body 810 is used for enabling the third rod body 810 and the fourth rod body 811 to cancel relative rotation, one end, far away from the eighth plate body 81, of the first groove body 812 penetrates through the third rod body 810 and the fourth rod body 811 to be favorable for pushing out the coil 19, relative rotation cancellation of the third rod body 810 and the fourth rod body 811 can be achieved through the driving part arranged on the third rod body 810, meanwhile, the coil 19 can be pushed out by matching with the first groove body 812, automatic pushing out of the coil can be achieved through the design, and convenience and efficiency of production operation are improved.

Specifically, the second frame 51 is further provided with a fourth moving unit 24 and a plate body ten 25, the fourth moving unit 24 has the same structural effect as the first moving unit, the fourth moving unit 24 is used for driving the plate body ten 25 to approach or depart from the shaft body part, the plate body ten 25 is provided with two fifth rod bodies 26 for bearing the box body 18, the box feeding mechanism 7 is used for feeding the box body 18 to the two fifth rod bodies 26, the plate body ten 25 is further provided with a plate body eleven 27 for limiting the box body 18 to prevent the box body 18 from falling, the fourth moving unit 24 is used for driving the box body 18 to be sleeved outside the material roll 19, then the sixth driving component 814 drives the plate body two 815 to reach the side surface of the box body 18, then the fifth moving unit 910 drives the plate body two 815 to move so as to drive the box body 18 to move out of the second main body 5, automatic feeding and sleeving of the box body 18 on the outer side of the material roll 19 can be realized through the arrangement of the fourth moving unit 24, the plate body ten 25 and the box feeding mechanism 7, and the combined effect of the box body 18 can be realized through the fifth driving component 814 and the fifth driving component 910, and the combined movement of the box body 18 is realized. The design can realize automatic operation of the box body, and improves the convenience and efficiency of production operation.

Specifically, the cutting mechanism 9 further includes a sixth moving unit 911 configured to enable the unwound roll 64 to penetrate into the sixth plate 97 of the first slot 812 and be used in cooperation with the sixth plate 97, the sixth moving unit 911 is configured identically to the second moving unit, the sixth moving unit 911 is disposed on the second frame 51 and is configured to drive the sixth plate 97 to approach or separate from the shaft member, the thickness of the sixth plate 97 is not greater than the width of the first slot 812, after the unwound roll 64 is cut by the second cutter 96, the sixth moving unit 911 drives the sixth plate 97 to approach the shaft member, and drives the unwound roll 64 to penetrate through the first slot 812 formed in the shaft member, and via a driving member disposed on the third rod 810 and configured to enable the third rod 810 and the fourth rod 811 to rotate relatively, the third rod 810 and the fourth rod 811 are configured to lock the unwound roll 64 between the third rod 810 and the fourth rod 811, and then via the fifth driving member 813 to drive the shaft member adjacent to the cutting mechanism 6 to rotate for the next time.

Specifically, the second frame 51 is further provided with a box 52 for covering the core component of the coil mechanism 8, the box 52 can effectively protect the core component of the coil mechanism 8, the coil separator 61 and the second frame 51 are both provided with a plurality of guiding or compressing roller bodies 53 and driving parts for driving the guiding or compressing roller bodies 53 to work, and the guiding rollers are used for guiding the coil to move and position correctly in the equipment so as to ensure that the coil maintains correct position and tension in the coil separation process; the pinch rollers are used to apply pressure to the coil to ensure that the coil remains tight and flat during the coil separation process, and the guide or pinch roller body 53 is known in the art and will not be described in detail herein.

The separator 61 is rotatably provided with a roll cylinder 62, and the roll cylinder 62 is unwound via a guide or pinch roller 53 to form an unwound roll 64, and the next separator operation is performed.

Specifically, the end of the first rod 82 far away from the eighth plate 81 is further provided with a ninth plate 83, two ends of the ninth plate 83 are both rotatably provided with an unwinding coil 64 or a coil 19 for limiting the shaft member, the first plate 84 is provided with a groove for accommodating the shaft member, the first plate 84 is provided with a second driving component 85 for driving the first plate 84 to fold or unfold, one end of the first rod 82 far away from the eighth plate 81 is rotatably provided on the second frame 51, the second frame 51 is provided with a third driving component 86, a second rod 87 matched with the third driving component 86, the third driving component 86 is used for limiting the first plate 84 close to the slitting mechanism 6 through the second rod 87, so that the first plate 84 far away from the slitting mechanism 6 cannot rotate or move, and when the first plate 84 close to the slitting mechanism 6 cannot rotate or move, the first plate 84 far away from the slitting mechanism 6 can effectively prevent the box 18 from being pushed by the second frame 51, and the first plate 84 can move off-axis 18.

Specifically, the rubberizing mechanism 4 further includes a seventh plate 45 for abutting against the adhesive tape to prevent the adhesive tape from displacing relative to the first wheel 47, a second wheel 411 for guiding the adhesive tape to the first wheel 47, an eighth driving member 44 for driving the seventh plate 45 to move closer to or further away from the first wheel 47, and a ninth driving member 48 for driving the first cutter 410 to reciprocate, wherein a moving direction of the seventh plate 45 driven by the eighth driving member 44 is intersected with a moving direction of the first cutter 410 driven by the ninth driving member 48.

Specifically, the rubberizing mechanism 4 further comprises a third wheel body 49 for rolling the cut adhesive tape, and the third wheel body 49 is rotatably arranged on the second support 41 and used for rolling the cut adhesive tape again, so that the laminating effect of the adhesive tape is improved.

Specifically, the rubberizing mechanism 4 further includes a sixth plate 43, a seventh driving member 42 disposed on the second support 41 and used for driving the sixth plate 43 to reciprocate, and an eighth driving member 44 disposed on the sixth plate 43 and used for driving the seventh plate 45 to approach or depart from the first wheel 47, so as to achieve that the seventh plate 45 cannot generate relative displacement between the adhesive tape and the first wheel 47 via the adhesive tape, or cancel the interference, and enable the adhesive tape and the first wheel 47 to generate relative displacement.

Specifically, the small-roll taping mechanism comprises a first main body 3, the first main body 3 comprises a fifth plate body 35 for bearing the taping mechanism 4, and a first support 32 for bearing the fifth plate body 35, and the first support 32 is arranged on the first rack 31 to obtain stable support.

Specifically, the first main body 3 further includes a third driving member 33 disposed on the first frame 31 and used for driving the first support 32 to reciprocate, and a fourth driving member 34 disposed on the first support 32 and used for driving the fifth plate 35 to approach or depart from the first frame 31, and the fifth driving member 36 used for driving the rubberizing mechanism 4 to reciprocate is disposed on the fifth plate 35, so that rubberizing operations of the device on the rolls 19 with different sizes can be effectively realized through the third driving member 33, the fourth driving member 34 and the fifth driving member 36, and convenience and efficiency of production operations are effectively improved.

Specifically, the small roll rubberizing tape mechanism further comprises a first conveying mechanism 1 matched with the first main body 3, the input end of the first conveying mechanism 1 is connected with the output end of the second main body 5, the first conveying mechanism 1 comprises a conveying belt 12 for conveying a box body 18 moving out of the second main body 5, a first frame 11 for supporting the conveying belt 12 and a first driving piece 13 for driving the conveying belt 12 to work, the first driving piece 13 is arranged on the first frame 11 and used for conveying the box body 18 with the material roll 19 to one end close to the first main body 3 through the conveying belt 12, the input end of the first conveying mechanism 1 is connected with the output end of the second main body 5, space can be effectively utilized, the box body 18 is smoothly conveyed from the second main body 5 to the first main body 3, the space on a production line is saved, the layout efficiency of the production line is improved, meanwhile, the automatic conveying of the box body 18 can be realized through the design of the first conveying mechanism 1, the requirements of manual operation are reduced, the operation flow is simplified, and the automatic production line is improved.

Specifically, two first plate bodies 14 are arranged on the first frame body 11, the two first plate bodies 14 are arranged on two sides of the conveying belt 12 and used for limiting the box body 18, a second plate body 15 is further arranged on the first frame body 11, the second plate body 15 is used for being matched with the two first plate bodies 14 to limit the moving direction of the box body 18, and the position of the box body 18 is effectively limited.

Specifically, the first conveying mechanism 1 is further provided with a driving mechanism 2, the driving mechanism 2 includes a third plate 21, a fourth plate 23, and a second driving member 22, which are disposed on the first frame 11 and are used for driving the fourth plate 23 to reciprocate, disposed on the third plate 21, the second driving member 22 is used for driving the box 18 to reach the eighth plate 16 via the fourth plate 23, the first main body 3 further includes a third moving unit 17 matched with the eighth plate 16, the third moving unit 17 has the same structure effect (i.e. structure and effect that can be achieved) as the first moving unit, the third moving unit 17 is used for driving the box 18 to approach or depart from the rubberizing mechanism 4, so that rubberizing of the material roll 19 in the box 18 is facilitated, the rubberized material roll 19 moves out of the sixth driving member of the first main body 3 via the material roll 19 used for driving the box 18, and the sixth driving member cooperates with the third moving unit 17 to realize automatic rubberizing of the material roll 19, so as to realize higher automation of the apparatus.

The foregoing is merely exemplary of the present invention, and those skilled in the art should not be considered as limiting the invention, since modifications may be made in the specific embodiments and application scope of the invention in light of the teachings of the present invention.

Claims (10)

1. The utility model provides a coil stock intelligence cuts small roll rubberizing tape closing device, includes divide rolling machine (61), sets up on dividing rolling machine (61) and is used for cutting the cutting subassembly (63) of external expansion coil stock (64); the method is characterized in that: the automatic winding machine also comprises a cutting mechanism (9) for cutting the unwinding coiled material (64), a coiled material mechanism (8) used in cooperation with the cutting mechanism (9) and a rubberizing mechanism (4);

the cutting mechanism (9) comprises a second cutter (96) for cutting the unreeled coil stock (64) and a first moving unit matched with the second cutter (96), wherein the first moving unit is used for driving the second cutter (96) to reciprocate;

the coil stock mechanism (8) comprises a shaft body part and a fifth driving assembly (813) for driving the shaft body part to rotate, and the shaft body part is used for coiling the cut coil stock (64) into small coils.

The rubberizing mechanism (4) comprises a second support (41), a first wheel body (47) for pressing the adhesive tape of the external film (46) on the material roll (19), and a first cutter (410) for cutting the adhesive tape between the material roll (19) and the film (46), wherein the adhesive tape seals the unreeled material roll (64) rolled into small rolls through the first wheel body (47).

2. The roll intelligent slitting small roll taping tape sealing device according to claim 1, wherein: the shaft body part comprises a third rod body (810) and a fourth rod body (811) matched with the third rod body (810), a gap for accommodating the unwinding roll material (64) is formed between the third rod body (810) and the fourth rod body (811), and the fifth driving assembly (813) is used for driving the shaft body part to roll the unwinding roll material (64) arranged on the shaft body part into a small roll.

3. The roll intelligent slitting small roll taping tape sealing device according to claim 1, wherein: the shaft body part comprises a third rod body (810) and a fourth rod body (811) sleeved on the third rod body (810), a containing cavity for containing the uncoiled coil stock (64) is formed between the third rod body (810) and the fourth rod body (811), first groove bodies (812) for the uncoiled coil stock (64) to enter are formed in the third rod body (810) and the fourth rod body (811), and the fifth driving assembly (813) is used for driving the shaft body part to coil the uncoiled coil stock (64) arranged on the shaft body part into a small coil.

4. The roll intelligent slitting small roll taping tape sealing device according to claim 1, wherein: the first moving unit comprises a plate body III (91), a plate body IV (92) arranged on the plate body III (91) and a seventh driving assembly (93), wherein the seventh driving assembly (93) is used for driving the plate body IV (92) to move along the length direction of the plate body III (91); the cutting mechanism (9) further comprises a second moving unit for driving a second cutter (96) to approach or separate from the unwinding roll (64), the second moving unit comprises a plate seven (99), a plate five (94) arranged on the plate seven (99) and an eighth driving assembly (95), and the eighth driving assembly (95) is used for driving the plate five (94) to reciprocate.

5. The roll intelligent slitting small roll taping tape sealing device according to claim 1, wherein: the material rolling mechanism (8) further comprises an eighth plate body (81), a fourth driving assembly (89) for driving the eighth plate body (81) to rotate, the axis of the shaft body part is not overlapped with the rotation axis of the eighth plate body (81), and a fifth driving assembly (813) is arranged on the eighth plate body (81) and used for driving the shaft body part to rotate.

6. The roll intelligent slitting small roll taping tape sealing device according to claim 1, wherein: the adhesive tape sealing device further comprises a second frame body (51), a plate body nine (915) and a seventh moving unit (912) which are matched with the second cutter (96) to use are arranged on the second frame body (51), a containing cavity for containing the unwinding coil material (64) and the second cutter (96) is formed in the plate body nine (915), and the seventh moving unit (912) and the second moving unit are identical in structure and are used for driving the plate body nine (915) to be close to or far away from the second cutter (96).

7. A roll intelligent slitting small roll taping tape sealing device according to claim 3, wherein: the cutting mechanism (9) further comprises a sixth plate body (97) and a sixth moving unit (911) matched with the sixth plate body (97), the sixth plate body (97) enables the unwinding coil (64) to pass through the first groove body (812) through abutting against the unwinding coil (64), the sixth moving unit (911) is identical to the second moving unit in structure, and the sixth moving unit (911) is arranged on the second frame body (51) and used for driving the sixth plate body (97) to be close to or far away from the shaft body piece.

8. The roll intelligent slitting small roll taping tape sealing device according to claim 1, wherein: the rubberizing mechanism (4) further comprises a seventh plate body (45) which is used for abutting the adhesive tape to enable the adhesive tape and the first wheel body (47) not to generate relative displacement, an eighth driving piece (44) which is used for driving the seventh plate body (45) to be close to or far away from the first wheel body (47) and a ninth driving piece (48) which is used for driving the first cutter (410) to reciprocate, and the moving direction of the seventh plate body (45) driven by the eighth driving piece (44) is intersected with the moving direction of the first cutter (410) driven by the ninth driving piece (48).

9. The roll intelligent slitting small roll taping tape sealing device according to claim 1, wherein: the rubberizing mechanism (4) further comprises a third wheel body (49) for rolling the cut adhesive tape, and the third wheel body (49) is rotatably arranged on the second support (41) for rolling the adhesive tape.

10. The roll intelligent slitting small roll taping tape sealing device according to claim 1, wherein: the rubberizing mechanism (4) further comprises a sixth plate body (43) and a seventh driving piece (42) which is arranged on the second support (41) and used for driving the sixth plate body (43) to reciprocate, the first wheel body (47) is arranged on the sixth plate body (43) and used for driving the first wheel body (47) to rubberize material rolls (19) with different sizes or shapes by the seventh driving piece (42), and the eighth driving piece (44) is arranged on the sixth plate body (43) and used for driving the seventh plate body (45) to limit adhesive tapes on the first wheel body (47).