CN209755288U - Compound all-in-one that cuts of coil of strip multilayer wrapping paper - Google Patents

Abstract

A steel coil multilayer packaging paper composite cutting integrated machine comprises a machine body and a control system; the machine body comprises a rack, and a material placing mechanism, a traction mechanism, a cutting mechanism, a material receiving mechanism and a material clamping and rotating mechanism which are respectively arranged on the rack; the discharging mechanism comprises an anti-rust paper placing bracket and a plastic film placing bracket; the traction mechanism comprises a traction driving motor, a traction main shaft and a traction follow-up shaft; the cutting mechanism comprises a cutting tool, a cutting tool rest, a cutting supporting plate, a cutting frame moving guide rail and a cutting driving motor; the material receiving mechanism comprises a material receiving platform, a material pressing rod and a material pressing cylinder; the clamping rotating mechanism comprises a clamping rotating device and a moving device, the clamping rotating device comprises a rotating motor and a clamping jaw, and the moving device comprises a moving motor and a moving track; the utility model provides a composite cutting integrated machine for multilayer packaging paper of all kinds of steel coils, which greatly saves labor force and improves working efficiency; and reduces material loss and waste.

Description

Compound all-in-one that cuts of coil of strip multilayer wrapping paper

Technical Field

The utility model relates to the field of packaging machinery, in particular to compound all-in-one that cuts of coil of strip multilayer wrapping paper.

Background

At present, the rust-proof paper and the plastic film which are used in cooperation are cut by manual bundling and sizing, namely, a rust-proof paper roll and a plastic film roll which can be respectively and rotatably arranged on a rotating mechanism are pulled out by a certain length by manual work, so that the pulled rust-proof paper and the plastic film are flatly paved on a supporting surface (such as the ground or a table top) and the plastic film is overlapped above the rust-proof paper; then, manually cutting the stacked antirust paper and plastic film into a section of antirust composite paper stacked by the antirust paper and the plastic film with a preset length; then, manually winding the section of the antirust composite paper into a roll; and the operation is repeated until the cutting and winding work of the preset amount of the antirust composite paper is finished, and the mode has the problems of low efficiency and high cost, and the formed antirust composite paper has low length precision. In summary, the composite cutting of the antirust paper and the plastic film in the transmission has the following defects: the traditional manual pulling of the anti-rust paper and the plastic film adopts the procedures of manual cutting of the material roll, manual material transferring and the like, and has high labor force and low labor efficiency. Because when the material is sheared manually, the length of the material cannot be accurately positioned, the waste is large when the material is sheared manually. On site, the plastic film is firstly pulled, then the antirust paper is pulled, and finally the material is rolled, so that the working procedure is complicated and a long site environment is needed.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a coil of strip multilayer wrapping paper is compound cuts all-in-one, aims at according to the rule direction scale bundling in order to realize that anti-tarnish paper and plastic film carry out the bundling scale simultaneously and cut anti-tarnish paper and plastic film, replaces traditional artifical manual work to draw anti-tarnish paper and plastic film, manual work such as material, manual commentaries on classics material of cutting.

In order to achieve the purpose, the utility model provides a steel coil multilayer packaging paper composite cutting integrated machine, which comprises a machine body and a control system; the machine body comprises a rack, and a material placing mechanism, a traction mechanism, a cutting mechanism, a material receiving mechanism and a material clamping and rotating mechanism which are respectively arranged on the rack; the discharging mechanism comprises an anti-rust paper placing bracket and a plastic film placing bracket; the traction mechanism comprises a traction driving motor, a traction main shaft and a traction follow-up shaft; the cutting mechanism comprises a cutting tool, a cutting tool rest, a cutting supporting plate, a cutting frame moving guide rail and a cutting driving motor; the material receiving mechanism comprises a material receiving platform, a material pressing rod and a material pressing cylinder; the clamping rotating mechanism comprises a clamping rotating device and a moving device, the clamping rotating device comprises a rotating motor and a clamping jaw, and the moving device comprises a moving motor and a moving track; antirust paper roll, plastic film roll are placed respectively and are placed the bracket at antirust paper, the bracket is placed to the plastic film, and the book end of antirust paper roll and plastic film material combines the back and passes drive mechanism in proper order, cut the mechanism, receiving mechanism and clamping rotary mechanism, clamping rotary mechanism's clamping rotary device presss from both sides the material scroll head and rotatory lapping through the clamping jaw, roll up to setting for length after, receiving mechanism's pressure material cylinder drives the pressure material pole and pushes down, the cooperation meets material platform and compresses tightly material book, the cutting driving motor who cuts the mechanism, the cutting knife rest that cuts that the movable guide rail cooperatees drives cuts the knife rest and removes along cutting frame movable guide, and cross the material book through the cutting sword that cuts on the knife rest, roll up the material and cut off, clamping rotary mechanism's mobile device drive clamping rotary device removes, make cut off the back coil stock break.

furthermore, the machine body also comprises a stripping mechanism, and the stripping mechanism comprises a stripping platform, a stripping cylinder and a stripping push rod; the coil stock breaks away from the clamping jaw and falls to the material taking off platform of taking off the material mechanism after cutting off, takes off the material cylinder drive and takes off the material push rod and push away the material of rolling up and take off the material platform and carry out the ejection of compact, it needs to explain that, takes off the material platform and have certain inclination, makes things convenient for the push rod to roll up the material and pushes away the material of taking off the ejection of compact of material platform more smoothly.

Furthermore, the rack consists of a left support table and a right support table, the left support table and the right support table are connected through a support chassis to form a support main body, the left support table and the right support table are arranged in bilateral symmetry to form an accommodating space, and the left support table and the right support table respectively comprise an upper left support table, a lower left support table, an upper right support table and a lower right support table; traction mechanism, cutting mechanism, receiving mechanism, material clamping rotary mechanism, take off the material mechanism all set up install in left and right upper strut platform, left side upper strut platform is provided with the left branch fagging, right side upper strut platform is provided with the right branch fagging, traction mechanism, cutting mechanism, receiving mechanism, take off the material mechanism set up install in left branch fagging, right branch fagging.

Furthermore, the traction driving motor is fixedly installed on the outer wall of the left supporting plate, the traction main shaft and the traction follow-up shaft are installed between the left supporting plate and the right supporting plate, the follow-up shaft is located at the upper portion of the traction main shaft, and the traction driving motor is connected with the traction main shaft and drives the traction main shaft to rotate.

Furthermore, the traction mechanism further comprises a follow-up shaft air cylinder, the traction follow-up shaft is vertically movably arranged on the left support plate and the right support plate through a follow-up shaft mounting groove, the follow-up shaft air cylinder comprises two follow-up shaft air cylinders which are respectively arranged on the left support plate and the right support plate and respectively connected with the left end and the right end of the traction follow-up shaft, and the traction follow-up shaft is driven to vertically move in the follow-up shaft mounting groove, so that the distance between the traction follow-up shaft and the traction main shaft is adjusted.

Further, the cutting tool sets up at cutting knife rest, cutting knife rest sets up at cutting frame movable guide, it is connected with cutting knife rest to cut driving motor to the drive is cut the knife rest and is made side-to-side movement at cutting frame movable guide, cut the layer board and set up in the below of cutting knife rest to correspond with the cutting tool.

Further, press the material pole through pressing the material pole mounting groove activity from top to bottom setting in left and right backup pad, press the material cylinder to include two, set up respectively in left and right backup pad, and be connected with the left and right-hand members that press the material pole respectively, the drive presses the material pole to move about from top to bottom pressing the material pole mounting groove, connect the material platform to be located the below of pressing the material pole, connect the material and cooperate the material pole to press the material.

Further, receiving mechanism still includes left and right platform track, the left and right ends that connect the material platform set up respectively in left and right platform track, connect the fore-and-aft position of material platform through left and right platform track regulation, the cooperation presses the material pole to press the material to guide the material end to get into the clamping jaw.

Furthermore, press from both sides material rotary mechanism still includes the blanking and connect the material platform, and the blanking connects the material platform to set up in the top of moving track, the below of clamping jaw, and the blanking connects the material platform to lean out and extends a board that wafts.

Further, the machine body further comprises an antirust paper roll feeding mechanism, the antirust paper roll feeding mechanism comprises a transfer device, a supporting device and a positioning device, the transfer device comprises a transfer trolley, a trolley track and a trolley driving assembly, the supporting device comprises a supporting cylinder and a V-shaped supporting block, and the positioning device comprises a V-shaped positioning piece and a positioning piece fixing seat; the support cylinder is arranged on the transfer trolley, the support cylinder drives the V-shaped support block to ascend to jack up the antirust paper roll which is pre-placed on the V-shaped positioning piece, then the trolley is driven by the trolley driving assembly to move on the trolley track and transfer the antirust paper roll to the position where the bracket is placed, and the support cylinder drives the V-shaped support block to descend to place the antirust paper roll into the antirust paper placing bracket.

Further, the bracket setting is placed to the anti-rust paper, and it is two sets of to place the bracket for anti-rust paper A, the bracket is placed to anti-rust paper B respectively, the plastic film is placed the bracket setting and is two sets of, places the bracket for plastic film A, plastic film B respectively and places the bracket, and the purpose that sets up two brackets is in order to put two rolls of anti-rust paper and two rolls of plastic film simultaneously, and the other kind is in order to adapt to the specification and size of more anti-rust paper and plastic film, can put the anti-rust paper and the plastic film of two kinds of specifications, and.

The utility model provides a compound all-in-one that cuts of coil of strip multilayer wrapping paper, its beneficial effect lies in: labor force is saved, and labor efficiency is improved; the accurate shearing of the antirust paper and the plastic film products is realized, the loss and waste of materials are greatly reduced, the complicated working procedures are reduced, and the field requirement is lowered.

Drawings

FIG. 1 is a perspective view of a steel coil multilayer packaging paper composite cutting integrated machine;

FIG. 2 is a side view of a steel coil multilayer wrapping paper composite cutting integrated machine;

FIG. 3 is a perspective view of a feeding mechanism of the steel coil multilayer wrapping paper composite cutting integrated machine;

FIG. 4 is a perspective view of a traction mechanism of the steel coil multilayer packaging paper composite cutting integrated machine;

FIG. 5 is a perspective view of a cutting mechanism of the steel coil multilayer packaging paper composite cutting integrated machine;

FIG. 6 is a perspective view of a material receiving mechanism of the steel coil multilayer packaging paper composite cutting integrated machine;

FIG. 7 is a perspective view of a material clamping and rotating mechanism of the steel coil multilayer packaging paper composite cutting integrated machine;

Fig. 8 is a perspective view of a stripping mechanism of the steel coil multilayer wrapping paper composite cutting integrated machine.

In the figure, 1 is a frame, 11 is a feeding mechanism, 111 is a antirust paper placing bracket, 112 is a plastic film placing bracket, 12 is a traction mechanism, 121 is a traction driving motor, 122 is a traction main shaft, 123 is a traction follow-up shaft, 13 is a cutting mechanism, 132 is a cutting knife rest, 133 is a cutting supporting plate, 134 is a cutting frame moving guide rail, 135 is a cutting driving motor, 14 is a receiving mechanism, 141 is a receiving platform, 142 is a pressing rod, 143 is a pressing air cylinder, 144 is a left platform rail and a right platform rail, 15 is a clamping rotating mechanism, 151 is a clamping rotating device, 152 is a moving device, 1511 is a rotating motor, 1512 is a clamping jaw, 1521 is a moving motor, 1522 is a moving rail, 16 is a stripping mechanism, 161 is a stripping platform, 162 is a stripping air cylinder, 163 is a stripping push rod, 17 is a left supporting platform and a right supporting platform, 171 is a left upper supporting platform, 1711 is a left supporting plate, 172 is a left lower supporting platform, 173 is a right upper supporting platform, a right supporting platform, 1731 is a right supporting plate, 174 is a right lower supporting platform, 1741 is an operating panel, 18 is a supporting underframe, 19 is a rust-proof paper roll feeding mechanism, 191 is a transferring device, 1911 is a transferring trolley, 1912 is a trolley track, 1913 is a trolley driving component, 192 is a supporting device, 1921 is a supporting cylinder, 1922 is a V-shaped supporting block, 193 is a positioning device, 1931 is a V-shaped positioning piece, 1932 is a positioning piece fixing seat, 20 is a front cross bar of an upper supporting frame, and 201 is an emergency button.

Detailed Description

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

It should be noted that, if directional indicators (such as … …, upper, lower, left, right, front, back, top, bottom, inner, outer, vertical, horizontal, longitudinal, counterclockwise, clockwise, circumferential, radial, axial) are involved in the embodiments of the present invention, the directional indicators are only used to explain the relative position, motion, etc. of the components in a specific posture (as shown in the drawings), and if the specific posture is changed, the directional indicators are changed accordingly.

In addition, if there is a description relating to "first" or "second", etc. in the embodiments of the present invention, the description of "first" or "second", etc. is for descriptive purposes only and is not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include at least one such feature. In addition, the technical solutions in the embodiments may be combined with each other, but it must be based on the realization of those skilled in the art, and when the technical solutions are contradictory or cannot be realized, the combination of the technical solutions should not be considered to exist, and is not within the protection scope of the present invention.

As shown in fig. 1 to 8, the utility model mainly provides a composite cutting integrated machine for multi-layer packaging paper of steel coils,

Comprises a machine body and a control system; the machine body comprises a frame 1, and a material placing mechanism 11, a traction mechanism 12, a cutting mechanism 13, a material receiving mechanism 14 and a material clamping and rotating mechanism 15 which are respectively arranged on the frame 1; the discharging mechanism 11 comprises an antirust paper placing bracket 111 and a plastic film placing bracket 112; the traction mechanism 12 comprises a traction driving motor 121, a traction main shaft 122 and a traction follow-up shaft 123; the cutting mechanism 13 includes a cutting tool (not shown), a cutting tool holder 132, a cutting blade plate 133, a cutting holder moving guide 134, and a cutting drive motor 135; the material receiving mechanism 14 comprises a material receiving platform 141, a material pressing rod 142 and a material pressing cylinder 143; the clamping and rotating mechanism 15 comprises a clamping and rotating device 151 and a moving device 152, the clamping and rotating device 151 comprises a rotating motor 1511 and a clamping jaw 1512, and the moving device 152 comprises a moving motor 1521 and a moving track 1522; the rustproof paper roll (not shown in the figure, which includes a scroll roll wound on the scroll roll, both ends of the scroll roll are adapted to a rustproof paper placing bracket, and can be placed on the rustproof paper placing bracket, and can be rotated to discharge the material), the plastic film roll (not shown in the figure, which includes a scroll roll wound on a plastic film on the scroll roll, both ends of the scroll roll are adapted to a plastic film placing bracket, and can be placed on a plastic film placing bracket, and can be rotated to discharge the material) is placed on the rustproof paper placing bracket 111 and the plastic film placing bracket 112, respectively, and the roll heads of the rustproof paper roll and the plastic film roll are combined and then sequentially pass through the traction mechanism 12, the cutting mechanism 13, the receiving mechanism 14 and the clamping rotating mechanism 15, the clamping rotating device 151 of the clamping rotating mechanism 15 clamps the roll head through the clamping jaw 1512 (the roll head here refers to the front end portion of the combined roll head, after the coil reaches the set length, the pressing cylinder 143 of the receiving mechanism 14 drives the pressing rod 142 to press down, the material receiving platform 141 is matched to press the coil, the cutting driving motor 135 and the cutting frame moving guide rail 134 of the cutting mechanism 13 are matched to drive the cutting knife rest 132 to move along the cutting frame moving guide rail 134, the coil is cut off by cutting the coil through the cutting knife on the cutting knife rest 132, and the moving device 152 of the clamping rotating mechanism 15 drives the clamping rotating device 15 to move, so that the cut coil is separated from the clamping jaw 1512 and drops.

Specifically, the machine body further comprises a stripping mechanism 16, wherein the stripping mechanism 16 comprises a stripping platform 161, a stripping cylinder 162 and a stripping push rod 163; the cut coil material is separated from the clamping jaws 1512 and falls to the stripping platform 161 of the stripping mechanism 16, and the stripping cylinder 162 drives the stripping push rod 163 to push the coil material away from the stripping platform 161 for discharging.

Specifically, the frame 1 is composed of a left support table 17 and a right support table 17, the left support table 17 and the right support table 17 are connected through a support chassis 18 to form a support main body, the left support table 17 and the right support table 17 are arranged in bilateral symmetry to form an accommodating space, and the left support table 17 and the right support table 17 both comprise an upper portion and a lower portion, which are a left upper support table 171, a left lower support table 172, a right upper support table 173 and a right lower support table 174 respectively; draw gear 12, cut mechanism 13, receiving mechanism 14, press from both sides material rotary mechanism 15, take off material mechanism 16 all set up install in left and right side upper strut platform 17, left side upper strut platform 171 divides to be provided with left support plate 1711, right side upper strut platform 173 is provided with right support plate 1731, draw gear 12, cut mechanism 13, receiving mechanism 14, take off material mechanism 16 set up install in left support plate 1711, right support plate 1731. It should be noted that the above-mentioned frame structure is a preferable structure for conveniently installing the material placing mechanism 11, the drawing mechanism 12, the cutting mechanism 13, the material receiving mechanism 14 and the material clamping and rotating mechanism 15; it is not excluded that the skilled person can adapt the configuration of the frame as the case may be, for example, integrate or disassemble the respective parts, etc.

Specifically, the traction drive motor 121 is fixedly mounted on the outer wall of the left support plate 1711, the traction main shaft 122 and the traction follow-up shaft 123 are mounted between the left support plate 1711 and the right support plate 1731, the traction follow-up shaft 123 is located at the upper portion of the traction main shaft 122, and the traction drive motor 121 is connected with the traction main shaft 122 to drive the traction main shaft 122 to rotate.

Specifically, the traction mechanism 12 further includes two follower shaft cylinders 124, the traction follower shaft 123 is vertically movably disposed between the left support plate 1711 and the right support plate 1731 through a follower shaft mounting groove, and the two follower shaft cylinders 124 are respectively disposed in the left support plate 1711 and the right support plate 1731 and respectively connected to the left end and the right end of the traction follower shaft 123, so as to drive the traction follower shaft 123 to vertically move in the follower shaft mounting groove, thereby adjusting the distance between the traction follower shaft 123 and the traction main shaft 122.

Specifically, the cutting tool is disposed on the cutting tool holder 132, the cutting tool holder 132 is disposed on the cutting holder moving guide 134, the cutting driving motor 135 is connected to the cutting tool holder 132 and drives the cutting tool holder 132 to move left and right on the cutting holder moving guide 134, and the cutting support plate 133 is disposed below the cutting tool holder 132 and corresponds to the cutting tool. It should be more specifically noted that the cutting driving motor 135 is connected to the cutting frame 132 and drives the cutting frame 132 to move left and right on the cutting frame moving guide 134, and the cutting driving motor 135 may be connected to the cutting frame 132 through a belt pulley assembly, a screw slider assembly, etc., as long as the cutting driving motor 135 can drive the cutting frame 132 to move left and right on the cutting frame moving guide 134.

Specifically, the material pressing rod 142 is movably arranged on the left support plate and the right support plate up and down through a material pressing rod mounting groove, the material pressing cylinders 143 include two, the two material pressing cylinders are respectively arranged on the left support plate 1711 and the right support plate 1731, and are respectively connected with the left end and the right end of the material pressing rod 142, the material pressing rod 142 is driven to move up and down in the material pressing rod mounting groove, and the material receiving platform 141 is located below the material pressing rod 142 and receives material and cooperates with the material pressing rod 142 to press the material.

Specifically, the receiving mechanism 14 further includes a left platform rail and a right platform rail, and the left end and the right end of the receiving platform 141 are respectively disposed on the left platform rail 144 and the right platform rail 144.

Specifically, the clamping rotating mechanism 15 further includes a blanking receiving platform 153, the blanking receiving platform 153 is disposed above the moving rail 1522 and below the clamping jaw 1512, and a floating plate is obliquely extended from the blanking receiving platform 153.

Specifically, the machine body further comprises a rust-proof paper roll feeding mechanism 19, the rust-proof paper roll feeding mechanism 19 comprises a transfer device 191, a supporting device 192 and a positioning device 193, the transfer device 191 comprises a transfer trolley 1911, a trolley track 1912 and a trolley driving assembly 1913, the supporting device 192 comprises a supporting cylinder 1921 and a V-shaped supporting block 1922, and the positioning device 193 comprises a V-shaped positioning piece 1931 and a positioning piece fixing seat 1932; the supporting cylinder 1921 is arranged on the transfer trolley 1911, the supporting cylinder 1921 drives the V-shaped supporting block 1922 to ascend to jack up the antirust paper roll pre-placed on the V-shaped positioning member 1931 at a position corresponding to the positioning device 193, then the trolley driving assembly 1931 drives the transfer trolley 1911 to move on the trolley track 1912 to transfer the antirust paper roll to the position of the antirust paper placing bracket 111, and the supporting cylinder 1921 drives the V-shaped supporting block 1922 to descend to place the antirust paper roll into the antirust paper placing bracket 111.

Specifically, the bracket 111 is placed to the anti-tarnish paper sets up two sets ofly, places the bracket for anti-tarnish paper A respectively, and the bracket is placed to anti-tarnish paper B, the plastic film is placed bracket 112 and is set up two sets ofly, places the bracket for plastic film A respectively, and plastic film B places the bracket, and the purpose that sets up two brackets is in order to put two rolls of anti-tarnish paper and two rolls of plastic film simultaneously, and the other one is in order to adapt to the specification and size of more anti-tarnish paper and plastic film, can put the anti-tarnish.

it should be noted that, in an embodiment of the preferred embodiment of the present invention, the anti-rust paper roll is firstly placed on the special loading frame for anti-rust paper by the forklift, and the plastic film roll is manually placed on the storage frame at the rear of the device. Then, the roll heads of the rustproof paper and plastic film roll (not shown) pass through the equipment manually in sequence, so that the roll heads reach the material clamping rotating structure 15, then, the touch screen is operated to set related parameters of the roll separating materials, signals are transmitted to related mechanisms of the equipment, and the related mechanisms of the equipment are adjusted to related working states according to the material width after receiving the signals.

Specifically, after the device is started, the material clamping rotating mechanism 15 drives the material rolling head to rotate, the traction driving mechanism 12 is matched with the antirust paper roll and the plastic film roll to discharge materials, when the clamping jaw 1512 of the material clamping rotating mechanism 15 rotates to reach a set cutting size, the rotation is stopped, at the moment, the material receiving mechanism 14 is matched to work immediately, the material pressing cylinder 143 in the material receiving mechanism 14 drives the material pressing rod 142 to move downwards to press the antirust paper and the plastic film tightly, then the material receiving mechanism 14 stops working, then the cutting structure 13 is matched to work, the cutting driving motor 135 of the cutting structure 13 drives the cutting knife rest 132 to move left and right in the cutting frame moving guide rail 134, at the moment, the blade of the cutting knife rest 132 simultaneously cuts and separates the antirust paper and the plastic film, further, the material pressing cylinder 143 in the material receiving mechanism 14 drives the material pressing rod 142 to move upwards to loosen the antirust paper and the plastic film, further, the rotating motor 1511 in the material clamping rotating mechanism 15 drives the clamping jaw 1512 to rotate to wind the, then, the moving motor 1521 works immediately, the moving motor 1521 drives the two-side clamping jaws 1512 to move towards two sides on the moving rail 1522, so that the rustproof paper and the plastic film roll leave the clamping jaws 1512, the rustproof paper and the plastic film roll fall down into the stripping platform 161 of the stripping structure 16 according to the inertia of gravity, further, the stripping air cylinder 162 of the stripping structure 16 drives the stripping push rod 163 to push the rustproof paper and the plastic film forward, and the stripping structure 16 separates the rustproof paper and the plastic film from the device to finish cutting work.

Specifically, the electric/pneumatic control system is provided with an operation panel 1741 (touch screen, control buttons) and an indicator lamp in the right lower support table 174 at the right end of the apparatus, and a dedicated alarm/status indicator lamp (not shown) is provided.

Specifically, an emergency button 201 is arranged at the front wall of the middle part of the front cross rod 20 of the upper support frame, and when an emergency occurs, the button 201 can be pressed in time to enable the machine to be stopped emergently.

The above only be the preferred embodiment of the utility model discloses a not consequently restriction the utility model discloses a patent range, all are in the utility model discloses a conceive, utilize the equivalent structure transform of what the content was done in the description and the attached drawing, or direct/indirect application all is included in other relevant technical field the utility model discloses a patent protection within range.

Claims (10)

1. a steel coil multilayer packaging paper composite cutting integrated machine comprises a machine body and a control system; the machine body comprises a frame, and a material discharging mechanism, a traction mechanism, a cutting mechanism, a material receiving mechanism and a material clamping and rotating mechanism which are respectively arranged on the frame; the discharging mechanism comprises an anti-rust paper placing bracket and a plastic film placing bracket; the traction mechanism comprises a traction driving motor, a traction main shaft and a traction follow-up shaft; the cutting mechanism comprises a cutting tool, a cutting tool rest, a cutting supporting plate, a cutting frame moving guide rail and a cutting driving motor; the material receiving mechanism comprises a material receiving platform, a material pressing rod and a material pressing cylinder; the clamping rotating mechanism comprises a clamping rotating device and a moving device, the clamping rotating device comprises a rotating motor and a clamping jaw, and the moving device comprises a moving motor and a moving track; antirust paper roll, plastic film roll are placed respectively and are placed at antirust paper place the bracket, the plastic film place the bracket, and antirust paper roll and plastic film material roll up the end and pass drive mechanism after amalgamating in proper order, cut the mechanism, receiving mechanism and clamping rotary mechanism, clamping rotary mechanism's clamping material rotary device presss from both sides the material roll end and rotates the lapping through the clamping jaw, roll up to setting for length after, receiving mechanism's pressure material cylinder drives the pressure material pole and pushes down, cooperation receiving platform compresses tightly material roll, the cutting driving motor that cuts the mechanism, the cutting knife rest that cuts the mechanism cooperates the drive and cuts the knife rest and removes along cutting frame moving guide, and pass the material book through the cutting knife on cutting the knife rest, roll up the material and cut off, clamping rotary mechanism's mobile device drive presss from both sides the material rotary device and removes, make the coil stock break away.

2. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 1, characterized in that: the machine body also comprises a stripping mechanism, and the stripping mechanism comprises a stripping platform, a stripping cylinder and a stripping push rod; the coil stock after cutting breaks away from the clamping jaw and falls to the stripping platform of the stripping mechanism, and the stripping cylinder drives the stripping push rod to push the coil stock away from the stripping platform for discharging.

3. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 1, characterized in that: the machine frame consists of a left supporting table and a right supporting table, the left supporting table and the right supporting table are connected through a supporting underframe to form a supporting main body, the left supporting table and the right supporting table are arranged in a bilateral symmetry mode to form an accommodating space, and the left supporting table and the right supporting table respectively comprise an upper left supporting table, a lower left supporting table, an upper right supporting table and a lower right supporting table; traction mechanism, cutting mechanism, receiving mechanism, material clamping rotary mechanism, take off the material mechanism all set up install in left and right upper strut platform, left side upper strut platform is provided with the left branch fagging, right side upper strut platform is provided with the right branch fagging, traction mechanism, cutting mechanism, receiving mechanism, take off the material mechanism set up install in left branch fagging, right branch fagging.

4. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 1, characterized in that: the traction driving motor is fixedly arranged on the outer wall of the left supporting plate, the traction main shaft and the traction follow-up shaft are arranged between the left supporting plate and the right supporting plate, the traction follow-up shaft is located at the upper part of the traction main shaft, and the traction driving motor is connected with the traction main shaft and drives the traction main shaft to rotate.

5. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 4, characterized in that: the traction mechanism further comprises a follow-up shaft air cylinder, the traction follow-up shaft is vertically movably arranged on the left support plate and the right support plate through a follow-up shaft mounting groove, the number of the follow-up shaft air cylinders is two, the follow-up shaft air cylinders are respectively arranged on the left support plate and the right support plate and are respectively connected with the left end and the right end of the traction follow-up shaft, the traction follow-up shaft is driven to vertically move in the follow-up shaft mounting groove, and therefore the distance between the traction follow-up shaft and.

6. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 1, characterized in that: the cutting tool is arranged on the cutting tool rest, the cutting tool rest is arranged on the cutting frame moving guide rail, the cutting driving motor is connected with the cutting tool rest and drives the cutting tool rest to move left and right on the cutting frame moving guide rail, and the cutting supporting plate is arranged below the cutting tool rest and corresponds to the cutting tool.

7. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 1, characterized in that: the material pressing rod is movably arranged on the left support plate and the right support plate from top to bottom through a material pressing rod mounting groove, the material pressing cylinders comprise two material pressing cylinders which are respectively arranged on the left support plate and the right support plate and are respectively connected with the left end and the right end of the material pressing rod, the material pressing rod is driven to move up and down in the material pressing rod mounting groove, the material receiving platform is located below the material pressing rod, and the material receiving platform receives materials and is matched with the material pressing rod to press the materials.

8. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 7, characterized in that: the receiving mechanism further comprises a left platform rail and a right platform rail, and the left end and the right end of the receiving platform are respectively arranged on the left platform rail and the right platform rail.

9. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 1, characterized in that: the material clamping rotating mechanism further comprises a blanking material receiving platform, the blanking material receiving platform is arranged above the moving track and below the clamping jaw, and a floating plate is obliquely extended out of the blanking material receiving platform.

10. The steel coil multilayer wrapping paper composite cutting integrated machine according to claim 1, characterized in that: the machine body further comprises an antirust paper roll feeding mechanism, the antirust paper roll feeding mechanism comprises a transfer device, a supporting device and a positioning device, the transfer device comprises a transfer trolley, a trolley track and a trolley driving assembly, the supporting device comprises a supporting cylinder and a V-shaped supporting block, and the positioning device comprises a V-shaped positioning piece and a positioning piece fixing seat; the support cylinder is arranged on the transfer trolley, the support cylinder drives the V-shaped support block to ascend to jack up the antirust paper roll which is pre-placed on the V-shaped positioning piece, then the trolley is driven by the trolley driving assembly to move on the trolley track and transfer the antirust paper roll to the position where the bracket is placed, and the support cylinder drives the V-shaped support block to descend to place the antirust paper roll into the antirust paper placing bracket.