CN217476690U - Multi-specification customized numerical control carton cutting machine - Google Patents

Abstract

The utility model belongs to the technical field of corrugated paper packing box cutting equipment, in particular to many specifications customization formula numerical control carton guillootine. In order to overcome current corrugated box cutting means preparation corrugated box specification model single, artifical cutting efficiency is slow, the problem that the yield is low, the utility model provides a many specifications customization formula numerical control carton guillootine, including the paper storehouse frame, cutting equipment frame, paper feeding mechanism, nipper, main drive mechanism, longitudinal knife mechanism, transverse knife drive mechanism, man-machine operation rocking arm electronic box, this equipment carries out horizontal and fore-and-aft line ball to the corrugated paper, cuts intermittent and cuts processing, but the scale cuts mass production, also can the customization production, but the machine stand-alone uses, also can use on-line at the packaging production line, can cut out the carton of different specification models, the automation procedure is high.

Description

Multi-specification customized numerical control carton cutting machine

Technical Field

The utility model belongs to the technical field of corrugated paper packing box cutting equipment, in particular to many specifications customization formula numerical control carton guillootine.

Background

Along with economic development, corrugated boxes are increasingly used, the sizes of corrugated paper cutting boxes adopted by manufacturers for manufacturing the corrugated boxes at present are single, equipment with multiple sizes and models is purchased, cost and occupied area are increased undoubtedly, the conventional cutting equipment cannot adapt to the market with various demands, and some manufacturers cut the boxes with different sizes in different models in a manual mode to meet the market demands, but the manual cutting efficiency is low, the yield is low, and the cost is high.

Disclosure of Invention

In order to overcome that current corrugated box cutting equipment preparation corrugated box specification model is single, artifical cutting efficiency is slow, the problem that the yield is low, the utility model provides a many specifications customization formula numerical control carton guillootine, this guillootine can cut out the carton of different models, and the automation program is high.

In order to solve the technical problem, the invention provides a multi-specification customized numerical control carton cutting machine which comprises a paper library rack, a cutting equipment rack, a paper feeding mechanism, a paper pressing mechanism, a main transmission mechanism, a longitudinal cutter mechanism, a transverse cutter transmission mechanism and a man-machine operation rocker electric box, wherein the paper feeding mechanism, the paper pressing mechanism, the main transmission mechanism, the longitudinal cutter mechanism, the transverse cutter transmission mechanism and the man-machine operation rocker electric box are arranged on the cutting equipment rack, the man-machine operation rocker electric box is connected with the paper feeding mechanism, the paper pressing mechanism, the main transmission mechanism, the longitudinal cutter mechanism, the transverse cutter mechanism and the transverse cutter transmission mechanism, the paper library rack is connected with the cutting equipment rack, the paper feeding mechanism is arranged on one side close to the paper library rack and is butted with the paper library rack, the main transmission mechanism is arranged in the middle of the cutting equipment rack, the paper pressing mechanism is arranged on the upper side of the main transmission mechanism and is close to one side of the paper feeding mechanism, the transverse cutting mechanism is connected with the transverse cutting mechanism and is arranged on the upper side of the main transmission mechanism and is close to one side of the paper pressing mechanism, the longitudinal cutting mechanism is arranged on the upper side of the main transmission mechanism and is close to one side of the transverse cutting mechanism, the paper feeding mechanism comprises a paper feeding mechanism servo motor, a transmission shaft, a driven chain wheel, a chain, a guide rail plate, a linear slide rail, a slide block, a rodless cylinder, a shifting fork and a paper clamping component, the transmission shaft is arranged on the upper end of the cutting equipment frame, one end of the transmission shaft is provided with a paper feeding mechanism servo motor, the driven chain wheel is arranged at the lower end of the cutting equipment frame, the chain is enclosed between the transmission shaft and the driven chain wheel, one end of the chain is connected with the upper side of the guide rail plate, the other end of the chain is connected with the lower side of the guide rail plate, the paper clamping assembly is arranged on the guide rail plate, a sliding block is arranged on the guide rail plate, the linear sliding rail is arranged on the cutting equipment rack, the sliding block is buckled with the linear sliding rail, the shifting fork is arranged on a rodless cylinder, the rodless cylinder is arranged on the cutting equipment rack, and the rodless cylinder (308) drives the shifting fork (309) to shift the paper clamping assembly (310).

Furthermore, the paper clamping assembly comprises a first paper clamping beam, a second paper clamping beam, a positioning end plate, a paper clamping cylinder seat, an upper jaw plate, a paper guide plate, a lower paper supporting plate, a hanging shaft and a gear, wherein the two ends of the first paper clamping beam and the second paper clamping beam are connected through the positioning end plate, a paper feeding channel is arranged between the first paper clamping beam and the second paper clamping beam, the paper clamping cylinder is arranged on the paper clamping cylinder seat, the paper clamping cylinder seat and the upper jaw plate are arranged on the first paper clamping beam, the lower paper supporting plate and the paper guide plate are arranged on the second paper clamping beam, the hanging shaft and the gear are transversely arranged at the two ends of the second paper clamping beam, a rack is arranged on the inner side of the guide rail plate, the gear is meshed with the rack, a hanging shaft through hole is formed in the guide rail plate, a guide strip is arranged on the cutting equipment rack, the hanging shaft penetrates through the guide strip arranged on the cutting equipment rack, six paper clamping assemblies are arranged on the hanging shaft through hole, the six paper clamping assemblies are vertically arranged.

Furthermore, the paper sheets with 6 specifications in the initial state of the paper feeding mechanism are clamped by the paper clamping cylinder, when the specification of the selected paper sheet is judged and selected through software calculation, the rodless cylinder acts to push the paper sheet of the selected paper clamping mechanism, and if the paper sheets with other specifications are replaced, the rodless cylinder exits, the servo motor acts to select the required paper sheet to be clamped to the paper feeding position.

Further, the slitting knife mechanism comprises a slitting knife servo motor, a slitting knife frame plate, a slitting knife cylinder, a slitting knife, a slitting indentation knife, a slitting knife drag chain frame, a slitting knife servo motor gear, a slitting knife servo motor rack, a slitting knife slider and a slitting knife slide rail, wherein the slitting knife servo motor gear is connected to the slitting knife servo motor, the slitting knife servo motor is arranged on the slitting knife frame plate, the slitting knife servo motor rack is arranged on the cutting equipment frame, the slitting knife servo motor gear is meshed with the slitting knife servo motor rack, the cutting equipment frame is provided with a drag chain, one end of the slitting knife drag chain frame is connected with the drag chain, the other end of the slitting knife drag chain frame is connected with the slitting knife frame plate, the upper side of the slitting knife frame plate is provided with the slitting knife slider, the slitting knife slide rail is arranged on the cutting equipment frame, and the slitting knife slider is buckled with the slitting knife slide rail, the lower side of the longitudinal cutter frame plate is provided with a longitudinal cutter cylinder, and the longitudinal cutter and the longitudinal cutting indentation cutter are arranged on the longitudinal cutter cylinder.

Furthermore, the number of the longitudinal cutter cylinders is two, the two longitudinal cutter cylinders are horizontally arranged on the lower side of the longitudinal cutter frame plate, the longitudinal cutter is arranged on one longitudinal cutter cylinder, and the longitudinal cutting indentation cutter is arranged on the other longitudinal cutter cylinder.

Further, the slitting knife mechanism further comprises a slitting knife paper guide plate, the slitting knife paper guide plate is arranged at the bottom end of the slitting knife frame plate, an adjusting base is arranged between the slitting knife air cylinder and the slitting knife, a slitting indentation knife seat is arranged between the slitting knife air cylinder and the slitting indentation knife, and the number of the slitting knife mechanisms is eight.

Furthermore, the longitudinal cutting creasing knife and the longitudinal cutting knife are driven by independent air cylinders, the air cylinders act during cutting or creasing, the longitudinal cutting knife and the processing roller are in a zero-boundary state and can cut off the paper sheet, the longitudinal cutting creasing knife is in contact with the discharging roller and forms rolling friction with the paper sheet, and the paper sheet is sent out while being pressed with creases.

Further, the crosscut knife mechanism includes crosscut knife rest board, crosscut knife cylinder, crosscut knife, crosscut indentation sword, crosscut sword slider, crosscut sword slide rail, the crosscut sword cylinder sets up the downside at the crosscut knife rest board, crosscut sword, crosscut indentation sword set up on the crosscut sword cylinder, the crosscut sword slider sets up the upside at the crosscut knife rest board, the crosscut sword slide rail sets up in the cutting equipment frame, the crosscut sword slider and crosscut sword slide rail lock, the crosscut knife rest board is connected with crosscut sword drive mechanism.

Further, the crosscut mechanism further comprises a crosscut tracheal stent), a crosscut belt pressing plate, a crosscut adjusting base and a crosscut indentation knife holder, the crosscut tracheal stent is arranged on the upper side of the crosscut knife holder plate, the crosscut belt pressing plate is arranged on one side of the crosscut knife holder plate, the crosscut belt pressing plate is connected with the crosscut driving mechanism, the crosscut adjusting base is arranged between the crosscut cylinder and the crosscut knife, and the crosscut indentation knife holder is arranged between the crosscut cylinder and the crosscut indentation knife.

Furthermore, the number of the transverse cutter cylinders is three, the number of the transverse cutters is one, the number of the transverse cutting creasing knives is two, the transverse cutter cylinders are horizontally arranged on the lower side of the transverse cutter frame plate in a straight line shape, the transverse cutters are arranged on the transverse cutter cylinder in the middle, and the two transverse cutting creasing knives are arranged on the transverse cutter cylinders at two ends.

Further, the cross-cutting knife transmission mechanism comprises a cross-cutting knife transmission mechanism servo motor, a cross-cutting knife transmission mechanism driving wheel, a cross-cutting knife transmission mechanism driven wheel and a cross-cutting knife transmission mechanism synchronous belt, the cross-cutting knife transmission mechanism servo motor is connected with the cross-cutting knife transmission mechanism driving wheel, the cross-cutting knife transmission mechanism driving wheel is arranged on one side of the cutting equipment rack, the cross-cutting knife transmission mechanism driven wheel is arranged on the other side of the cutting equipment rack, the cross-cutting knife transmission mechanism synchronous belt is arranged between the cross-cutting knife transmission mechanism driving wheel and the cross-cutting knife transmission mechanism driven wheel, and the cross-cutting knife belt pressing plate is arranged on the cross-cutting knife transmission mechanism synchronous belt.

Furthermore, the transverse cutter transmission mechanism drives the transverse cutter mechanism to transversely cut off the paper sheet or press an indentation, the air cylinder acts during indentation or cutting to drive the indentation cutter or the cutter to contact with a paper cutter carriage of the main transmission mechanism, a gap of 3mm is formed in the middle of the paper cutter carriage, deeper indentation marks are ensured, and meanwhile, residual paper scraps can fall into the paper receiving groove during cutting,

furthermore, man-machine operation rocking arm electronic box includes rocking arm, touch-sensitive screen, rocking arm one end sets up in the cutting equipment frame, and the other end is equipped with the touch-sensitive screen, the cutting equipment frame is equipped with the safety cover.

The cutting machine can carry out one of four modes of manual input/code scanning/automatic measurement/automatic data ERP butt joint according to products with different sizes, selects the continuous corrugated paper to cut according to the unfolded section of a paper box, manufactures the paper sheet of a foldable paper box, can place 6 kinds of corrugated paper sheets with different widths, the paper sheet passes through a paper feeding mechanism of the equipment through a paper storehouse frame, a paper clamping cylinder in the paper feeding mechanism clamps the corrugated paper, an optimal corrugated paper sheet is called through software calculation according to the size of the products, meanwhile, a longitudinal cutter carries out cutter arrangement according to the unfolded size of the cross section of the paper box, the corrugated paper sheet passes through a magnetic couple type rodless cylinder in the paper feeding mechanism to move, the paper sheet is conveyed in place, a paper pressing mechanism moves, and the paper sheet is pressed; the paper clamping cylinder is opened, a servo motor in the main transmission mechanism drives the roller to operate, after the paper sheet is detected by the detection photoelectricity, the transverse cutter mechanism performs transverse cutting or indentation under the driving servo of transverse cutting, the longitudinal cutter performs cutting or indentation simultaneously, and the paper sheet is automatically sent out after being cut.

The cutting machine has a left standard and a right standard, the standards are controlled by software, the machine carries out horizontal and longitudinal line pressing, intermittent cutting and cutting processing on corrugated paper, the fixed-length cutting can be carried out in mass production and also can be produced in a customized manner, the machine can be used independently and also can be used online in a packaging production line, cartons of different models can be cut, and the automation program is high.

Drawings

Fig. 1 is a first schematic structural view of a multi-specification customized numerical control carton cutting machine provided by the present invention;

fig. 2 is a second schematic structural view of a multi-specification customized numerical control carton cutting machine provided by the present invention;

fig. 3 is a first schematic structural view of the multi-specification customized type numerical control carton cutting machine for removing the paper warehouse rack part provided by the present invention.

Fig. 4 is a second schematic structural view of the utility model for removing the paper magazine rack part of the multi-specification customized numerical control carton cutting machine.

Fig. 5 is a first structural diagram of a paper feeding mechanism of a multi-specification customized numerical control carton cutting machine according to the present invention.

Fig. 6 is a schematic structural view of a paper feeding mechanism of a multi-specification customized numerical control carton cutting machine according to the present invention.

Fig. 7 is a third schematic structural view of a paper feeding mechanism of a multi-specification customized numerical control carton cutting machine according to the present invention.

Fig. 8 is a schematic view of a linear slide rail structure in a paper feeding mechanism of a multi-specification customized type numerical control carton cutting machine according to the present invention.

Fig. 9 is a schematic structural view of a paper clamping assembly in a paper feeding mechanism of a multi-specification customized type numerical control carton cutting machine according to the present invention.

Fig. 10 is a schematic structural view of a longitudinal cutting knife mechanism of a multi-specification customized numerical control carton cutting machine according to the present invention.

Fig. 11 is a schematic structural view of a longitudinal cutter mechanism of a multi-specification customized numerical control carton cutting machine according to the present invention.

Fig. 12 is the utility model provides a longitudinal cutter slide rail structure sketch map in the longitudinal cutter mechanism of many specifications customization formula numerical control carton guillootine.

Fig. 13 is the utility model provides a longitudinal cutting knife servo motor rack structure sketch map in the longitudinal cutting knife mechanism of many specifications customization formula numerical control carton guillootine.

Fig. 14 is a schematic structural view of a cross cutting mechanism of a multi-specification customized numerical control carton cutting machine according to the present invention.

Fig. 15 is a schematic structural view of a cross cutting mechanism of a multi-specification customized numerical control carton cutting machine according to the present invention.

Fig. 16 is a schematic structural view of a cross-cutting knife transmission mechanism of a multi-specification customized numerical control carton cutting machine provided by the present invention.

Fig. 17 is the utility model provides a human-machine operation rocking arm electronic box structural sketch of many specifications customization formula numerical control carton guillootine.

Fig. 18 is a schematic view of a magazine rack structure of a multi-specification customized numerical control carton cutting machine provided by the present invention.

Fig. 19 is a schematic structural view of a paper pressing mechanism of a multi-specification customized numerical control carton cutting machine provided by the present invention.

Fig. 20 is a schematic structural view of a main transmission mechanism of a multi-specification customized type numerical control carton cutting machine provided by the present invention.

Detailed Description

The technical solution of the present invention will be described in detail below with reference to the embodiments and the accompanying drawings.

As shown in fig. 1 to 20, the invention provides a multi-specification customized numerical control carton cutting machine, which comprises a paper library frame 1, a cutting device frame 2, a paper feeding mechanism 3, a paper pressing mechanism 4, a main transmission mechanism 5, a longitudinal cutter mechanism 6, a transverse cutter mechanism 7, a transverse cutter transmission mechanism 8 and a man-machine operation rocker arm electric box 9, wherein the paper feeding mechanism 3, the paper pressing mechanism 4, the main transmission mechanism 5, the longitudinal cutter mechanism 6, the transverse cutter mechanism 7, the transverse cutter transmission mechanism 8 and the man-machine operation rocker arm electric box 9 are arranged on the cutting device frame 2, the man-machine operation rocker arm electric box 9 is connected with the paper feeding mechanism 3, the paper pressing mechanism 4, the main transmission mechanism 5, the longitudinal cutter mechanism 6, the transverse cutter mechanism 7 and the transverse cutter transmission mechanism 8, the paper library frame 1 is connected with the cutting device frame 2, the paper feeding mechanism 3 is arranged on one side close to the paper library frame 1 and is butted with the paper library frame 1, the main drive mechanism 5 sets up at the middle part of cutting equipment frame 2, nipper 4 sets up the upside at main drive mechanism 5 and is close to one side of paper feed mechanism 3, crosscut knife mechanism 7 is connected and sets up at main drive mechanism 5 upside and is close to one side of nipper 4 with crosscut knife drive mechanism 8, slitting knife mechanism 6 sets up at the 5 upside of main drive mechanism and is close to one side of crosscut knife mechanism 7, paper feed mechanism 3 includes paper feed mechanism servo motor 301, transmission shaft 302, passive sprocket 303, chain 304, guide rail board 305, linear slide rail 306, slider 307, rodless cylinder 308, shift fork 309, presss from both sides paper subassembly 310, transmission shaft 302 sets up in the upper end of cutting equipment frame 2, the one end of transmission shaft 302 is equipped with paper feed mechanism servo motor 301, passive sprocket 303 sets up the lower extreme at cutting equipment frame 2, chain 304 encloses and establishes between transmission shaft 302 and passive sprocket 303, the upside of guide rail board 305 is connected to the one end of chain 304, the downside of guide rail board 305 is connected to the other end of chain 304, press from both sides paper subassembly 310 and set up on guide rail board 305, be equipped with slider 307 on the guide rail board 305, linear slide rail 306 sets up on cutting equipment frame 2, slider 307 and linear slide rail 306 lock, shift fork 309 sets up at rodless cylinder 308, rodless cylinder 308 sets up on cutting equipment frame 2, rodless cylinder (308) drive shift fork (309) stir and press from both sides paper subassembly (310).

The paper clamping assembly 310 comprises a first paper clamping beam 3101, a second paper clamping beam 3102, a positioning end plate 3103, a paper clamping cylinder 3104, a cylinder clamping seat 3105, an upper jaw plate 3106, a paper guide plate 3107, a lower paper supporting plate 3108, a hanging shaft 3109 and a gear 3110, the first paper clamping beam 3101 and the second paper clamping beam 3102 are connected at both ends by positioning end plates 3103, a paper feeding channel is arranged between the first paper clamping beam 3101 and the second paper clamping beam 3102, the paper clamping cylinder 3104 is arranged on a cylinder clamping base 3105, the clamp cylinder base 3105 and the upper jaw plate 3106 are arranged on the first paper clamping beam 3101, the lower paper supporting plate 3108 and the paper guide plate 3107 are arranged on the second paper clamping beam 3102, the hanging shaft 3109 and the gear 3110 are transversely arranged at two ends of the second paper clamping beam 3102, the inner side of the guide rail plate 305 is provided with a rack, the gear 3110 is meshed with the rack, the guide rail plate 305 is provided with a hanging shaft through hole, the cutting equipment frame 2 is provided with a guide strip, and the hanging shaft 3109 penetrates through the guide strip of the cutting equipment frame 2 at the hanging shaft through hole.

Six paper clamping components 310 are arranged vertically, the slitting knife mechanism 6 comprises a slitting knife servo motor 601, a slitting knife frame plate 602, a slitting knife air cylinder 603, a slitting knife 604, a slitting creasing knife 605, a slitting knife drag chain frame 606, a slitting knife servo motor gear 607, a slitting knife servo motor rack 608, a slitting knife sliding block 609 and a slitting knife sliding rail 610, the slitting knife servo motor gear 607 is connected to the slitting knife servo motor 601, the slitting knife servo motor 601 is arranged on the slitting knife frame plate 602, the slitting knife servo motor rack 608 is arranged on a cutting device rack 2, the slitting knife servo motor gear 607 is meshed with the slitting knife servo motor rack 608, the cutting device rack 2 is provided with drag chains, one end of the slitting knife drag chain frame 606 is connected with the drag chains, the other end of the slitting knife drag chain frame 606 is connected with the slitting knife frame plate 602, the upside of rip cutting tool rest board 602 is equipped with rip cutting knife slider 609, rip cutting knife slide rail 610 sets up on cutting equipment frame 2, rip cutting knife slider 609 and rip cutting knife slide rail 610 lock, the downside of rip cutting tool rest board 602 is equipped with rip cutting knife cylinder 603, rip cutting 604, rip cutting indentation sword 605 set up on rip cutting knife cylinder 603.

The number of the longitudinal cutter cylinders 603 is two, the two longitudinal cutter cylinders 603 are horizontally arranged on the lower side of the longitudinal cutter frame plate 602, the longitudinal cutter 604 is arranged on one longitudinal cutter cylinder 603, and the longitudinal cutting indentation cutter 605 is arranged on the other longitudinal cutter cylinder 603.

The slitting knife mechanism 6 further comprises a slitting knife paper guide plate 611, the slitting knife paper guide plate 611 is arranged at the bottom end of the slitting knife frame plate 602, an adjusting base 612 is arranged between the slitting knife cylinder 603 and the slitting knife 604, a slitting indentation knife seat 613 is arranged between the slitting knife cylinder 603 and the slitting indentation knife 605, and the number of the slitting knife mechanisms 6 is eight.

The transverse cutter mechanism 7 comprises a transverse cutter frame plate 701, a transverse cutter cylinder 702, a transverse cutter 703, a transverse cutter creasing cutter 704, a transverse cutter sliding block 705 and a transverse cutter sliding rail 706, the transverse cutter cylinder 702 is arranged on the lower side of the transverse cutter frame plate 701, the transverse cutter 703 and the transverse cutter creasing cutter 704 are arranged on the transverse cutter cylinder 702, the transverse cutter sliding block 705 is arranged on the upper side of the transverse cutter frame plate 701, the transverse cutter sliding rail 706 is arranged on the cutting equipment frame 2, the transverse cutter sliding block 705 is buckled with the transverse cutter sliding rail 706, and the transverse cutter frame plate 701 is connected with a transverse cutter transmission mechanism 8.

The transverse cutter mechanism 7 further comprises a transverse cutter air pipe support 707, a transverse cutter belt pressing plate 708, a transverse cutter adjusting base 709 and a transverse cutting creasing tool holder 710, the transverse cutter air pipe support 707 is arranged on the upper side of the transverse cutter frame plate 701, the transverse cutter belt pressing plate 708 is arranged on one side of the transverse cutter frame plate 701, the transverse cutter belt pressing plate 708 is connected with a transverse cutter transmission mechanism 8, the transverse cutter adjusting base 709 is arranged between a transverse cutter cylinder 702 and a transverse cutter 703, and the transverse cutting creasing tool holder 710 is arranged between the transverse cutter cylinder 702 and the transverse cutting creasing tool 704.

The number of the transverse cutter cylinders 702 is three, the number of the transverse cutters 703 is one, the number of the transverse cutting creasing cutters 704 is two, the transverse cutter cylinders 702 are horizontally arranged on the lower side of the transverse cutter frame plate 701 in a straight line shape, the transverse cutters 703 are arranged on the transverse cutter cylinders 702 in the middle, and the two transverse cutting creasing cutters 704 are arranged on the transverse cutter cylinders 702 at the two ends.

The cross cutting knife transmission mechanism 8 comprises a cross cutting knife transmission mechanism servo motor 801, a cross cutting knife transmission mechanism driving wheel 802, a cross cutting knife transmission mechanism driven wheel 803 and a cross cutting knife transmission mechanism synchronous belt 804, the cross cutting knife transmission mechanism servo motor 801 is connected with the cross cutting knife transmission mechanism driving wheel 802, the cross cutting knife transmission mechanism driving wheel 802 is arranged on one side of the cutting equipment rack 2, the cross cutting knife transmission mechanism driven wheel 803 is arranged on the other side of the cutting equipment rack 2, the cross cutting knife transmission mechanism synchronous belt 804 is arranged between the cross cutting knife transmission mechanism driving wheel 802 and the cross cutting knife transmission mechanism driven wheel 803, and the cross cutting knife belt pressing plate 708 is arranged on the cross cutting knife transmission mechanism synchronous belt 804.

The man-machine operation rocker arm electric box 9 comprises a rocker arm 901 and a touch screen 902, one end of the rocker arm 901 is arranged on the cutting equipment rack 2, the other end of the rocker arm 901 is provided with the touch screen 902, and the cutting equipment rack 2 is provided with a protective cover

The present invention is not limited to the above embodiments, and those skilled in the art can make various changes without creative labor from the above conception, and all the changes fall within the protection scope of the present invention.

Claims (10)

1. A multi-specification customized numerical control carton cutting machine comprises a paper library rack (1), a cutting equipment rack (2), a paper feeding mechanism (3), a paper pressing mechanism (4), a main transmission mechanism (5), a longitudinal cutter mechanism (6), a transverse cutter mechanism (7), a transverse cutter transmission mechanism (8) and a man-machine operation rocker arm electric box (9), wherein the paper feeding mechanism (3), the paper pressing mechanism (4), the main transmission mechanism (5), the longitudinal cutter mechanism (6), the transverse cutter mechanism (7), the transverse cutter transmission mechanism (8) and the man-machine operation rocker arm electric box (9) are arranged on the cutting equipment rack (2), the man-machine operation rocker arm electric box (9) is connected with the paper feeding mechanism (3), the paper pressing mechanism (4), the main transmission mechanism (5), the longitudinal cutter mechanism (6), the transverse cutter mechanism (7) and the transverse cutter transmission mechanism (8), the paper library rack (1) is connected with the cutting equipment rack (2), paper feeding mechanism (3) set up and cut on equipment frame (2) and dock with paper storehouse frame (1) near paper storehouse frame (1) one side, main drive (5) set up the middle part at cutting equipment frame (2), nipper (4) set up the upside of main drive (5) and be close to one side of paper feeding mechanism (3), cross cut knife mechanism (7) are connected and set up in main drive (5) upside and be close to one side of nipper (4) with cross cut knife drive (8), cross cut knife mechanism (6) set up at main drive (5) upside and be close to one side of cross cut knife mechanism (7), its characterized in that, paper feeding mechanism (3) include paper feeding mechanism servo motor (301), transmission shaft (302), driven sprocket (303), chain (304), guide rail board (305), linear slide rail (306), Slider (307), rodless cylinder (308), shift fork (309), press from both sides paper subassembly (310), transmission shaft (302) set up the upper end at cutting equipment frame (2), the one end of transmission shaft (302) is equipped with paper feeding mechanism servo motor (301), passive sprocket (303) set up the lower extreme at cutting equipment frame (2), chain (304) enclose to be established between transmission shaft (302) and passive sprocket (303), the upside of guide rail board (305) is connected to the one end of chain (304), the downside of guide rail board (305) is connected to the other end of chain (304), it sets up on guide rail board (305) to press from both sides paper subassembly (310), be equipped with slider (307) on guide rail board (305), linear slide rail (306) set up on cutting equipment frame (2), slider (307) and linear slide rail (306) lock, shift fork (309) set up at rodless cylinder (308), the rodless cylinder (308) is arranged on the cutting equipment rack (2), and the rodless cylinder (308) drives the shifting fork (309) to shift the paper clamping component (310).

2. The multi-specification customized numerical control carton cutting machine according to claim 1, wherein the paper clamping assembly (310) comprises a first paper clamping beam (3101), a second paper clamping beam (3102), a positioning end plate (3103), a paper clamping cylinder (3104), a paper clamping base (3105), an upper jaw plate (3106), a paper guide plate (3107), a lower paper supporting plate (3108), a hanging shaft (3109) and a gear (3110), wherein two ends of the first paper clamping beam (3101) and the second paper clamping beam (3102) are connected by the positioning end plate (3103), a paper feeding channel is arranged between the first paper clamping beam (3101) and the second paper clamping beam (3102), the paper clamping cylinder (3104) is arranged on the paper clamping base (3105), the paper clamping base (3105) and the upper jaw plate (3106) are arranged on the first paper clamping beam (3101), the lower paper supporting plate (3108) and the paper guide plate (3107) are arranged on the second paper clamping beam (3102), and the hanging shaft (3109) is arranged on the first paper clamping base (3109), Gear (3110) transversely arrange and establish the both ends of pressing from both sides paper roof beam (3102) at the second, guide rail board (305) inboard is equipped with the rack, gear (3110) and rack interlock, be equipped with the peg opening on guide rail board (305), be equipped with the gib block on cutting equipment frame (2), peg (3109) wear out the gib block of setting in cutting equipment frame (2) at the peg opening.

3. The multi-specification customized numerical control carton cutting machine according to claim 2, wherein six paper clamping assemblies (310) are provided, the six paper clamping assemblies are vertically arranged, the slitting knife mechanism (6) comprises a slitting knife servo motor (601), a slitting knife frame plate (602), a slitting knife cylinder (603), a slitting knife (604), a slitting indentation knife (605), a slitting knife drag chain frame (606), a slitting knife servo motor gear (607), a slitting knife servo motor rack (608), a slitting knife sliding block (609) and a slitting knife sliding rail (610), the slitting knife servo motor gear (607) is connected to the slitting knife servo motor (601), the slitting knife servo motor (601) is arranged on the slitting knife frame plate (602), the slitting knife servo motor rack (608) is arranged on the cutting equipment frame (2), and the slitting knife servo motor gear (607) is meshed with the slitting knife servo motor rack (608), cutting equipment frame (2) are equipped with the tow chain, slitter drag chain frame (606) one end is connected with the tow chain, the other end and the slitter frame board (602) of slitter drag chain frame (606) are connected, the upside of slitter frame board (602) is equipped with slitter slider (609), slitter slide rail (610) set up on cutting equipment frame (2), slitter slider (609) and slitter slide rail (610) lock, the downside of slitter frame board (602) is equipped with slitter cylinder (603), slitter (604), slitter creasing sword (605) set up on slitter cylinder (603).

4. The multi-specification customized numerically controlled carton cutter according to claim 3, wherein the number of the slitting knife cylinders (603) is two, the two slitting knife cylinders (603) are horizontally arranged on the lower side of the slitting knife frame plate (602), the slitting knife (604) is arranged on one slitting knife cylinder (603), and the slitting indentation knife (605) is arranged on the other slitting knife cylinder (603).

5. The multi-specification customized numerical control carton cutter according to claim 4, wherein the slitting knife mechanism (6) further comprises a slitting knife guide plate (611), the slitting knife guide plate (611) is arranged at the bottom end of the slitting knife frame plate (602), an adjusting base (612) is arranged between the slitting knife cylinder (603) and the slitting knife (604), a slitting creasing knife seat (613) is arranged between the slitting knife cylinder (603) and the slitting creasing knife (605), and the number of the slitting knife mechanism (6) is eight.

6. The multi-specification customized numerical control carton cutting machine according to claim 1, wherein the cross cutting knife mechanism (7) comprises a cross cutting knife frame plate (701), a cross cutting knife cylinder (702), a cross cutting knife (703), a cross cutting creasing knife (704), a cross cutting knife slider (705) and a cross cutting knife slide rail (706), the cross cutting knife cylinder (702) is arranged at the lower side of the cross cutting knife frame plate (701), the cross cutting knife (703) and the cross cutting creasing knife (704) are arranged on the cross cutting knife cylinder (702), the cross cutting knife slider (705) is arranged at the upper side of the cross cutting knife frame plate (701), the cross cutting knife slide rail (706) is arranged on the cutting equipment frame (2), the cross cutting knife slider (705) is buckled with the cross cutting knife slide rail (706), and the cross cutting knife frame plate (701) is connected with a cross cutting knife transmission mechanism (8).

7. The multi-specification customized type numerical control carton cutting machine according to claim 6, wherein the cross cutter mechanism (7) further comprises a cross cutter air pipe support (707), a cross cutter belt pressing plate (708), a cross cutter adjusting base (709) and a cross cutting creasing tool holder (710), the cross cutter air pipe support (707) is arranged on the upper side of the cross cutter frame plate (701), the cross cutter belt pressing plate (708) is arranged on one side of the cross cutter frame plate (701), the cross cutter belt pressing plate (708) is connected with the cross cutter transmission mechanism (8), the cross cutter adjusting base (709) is arranged between the cross cutter cylinder (702) and the cross cutter (703), and the cross cutting creasing tool holder (710) is arranged between the cross cutter cylinder (702) and the cross cutter creasing tool (704).

8. The multi-specification customized numerical control carton cutting machine according to claim 7, wherein the number of the cross cutting knife cylinders (702) is three, the number of the cross cutting knife (703) is one, the number of the cross cutting creasing knives (704) is two, the cross cutting knife cylinders (702) are horizontally arranged in a straight line on the lower side of the cross cutting knife frame plate (701), the cross cutting knife (703) is arranged on the middle cross cutting knife cylinder (702), and the two cross cutting creasing knives (704) are arranged on the cross cutting knife cylinders (702) at the two ends.

9. The multi-specification customized numerical control carton cutter according to claim 8, the transverse cutter transmission mechanism (8) comprises a transverse cutter transmission mechanism servo motor (801), a transverse cutter transmission mechanism driving wheel (802), a transverse cutter transmission mechanism driven wheel (803) and a transverse cutter transmission mechanism synchronous belt (804), the transverse cutter transmission mechanism servo motor (801) is connected with the transverse cutter transmission mechanism driving wheel (802), the driving wheel (802) of the transverse cutter transmission mechanism is arranged on one side of the cutting equipment frame (2), the transverse cutter transmission mechanism driven wheel (803) is arranged on the other side of the cutting equipment rack (2), the cross-cutting knife transmission mechanism synchronous belt (804) is connected with a cross-cutting knife transmission mechanism driving wheel (802) and a cross-cutting knife transmission mechanism driven wheel (803), the transverse cutter belt pressing plate (708) is arranged on the synchronous belt (804) of the transverse cutter transmission mechanism.

10. The multi-gauge, custom-made, digitally controlled carton cutter according to any of claims 1-9, characterized in that said human operated rocker electrical box (9) comprises a rocker (901), a touch screen (902), said rocker (901) being arranged at one end on the cutting device housing (2) and at the other end on the touch screen (902), said cutting device housing (2) being provided with a protective cover.

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