CN202911189U - Integrated slotting die cutting machine based on corrugated board - Google Patents
Integrated slotting die cutting machine based on corrugated board Download PDFInfo
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- CN202911189U CN202911189U CN2012205669808U CN201220566980U CN202911189U CN 202911189 U CN202911189 U CN 202911189U CN 2012205669808 U CN2012205669808 U CN 2012205669808U CN 201220566980 U CN201220566980 U CN 201220566980U CN 202911189 U CN202911189 U CN 202911189U
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Abstract
The utility model discloses an integrated slotting die cutting machine based on corrugated boards and solves the problems that the existing slotting die cutting machine is not convenient to operate, wasting of resources is serious, and production efficiency is low. The slotting die cutting combinational machine based on the corrugated boards comprises a die cutting device, a first gear assembly, a second gear assembly and a slotting die cutting machine body. A first decelerating braking motor and a second decelerating braking motor are respectively connected with the exterior of the slotting die cutting machine body. The die cutting device is installed between the first gear assembly and the second gear assembly in a movable mode. The die cutting device comprises a die cutting roller, an adjusting rod groove, an adjusting device, an adjusting rod, a lower horizontal movement device and a die cutting cutter head. A transmission external gear is arranged at one end of the adjusting rod. The second gear assembly is connected with the transmission external gear in a movable mode. Due to the fact that gear-driven mode is adopted by the slotting die cutting combinational machine based on corrugated boards, not only can angle of a cutter groove in a die cutting cutter head be regulated, requirements of sizes of paperboard with all kinds of specifications can be met, but also indentation positions and die cutting positions in the operation of the machine can be adjusted synchronically.
Description
Technical field
The utility model relates to a kind of slotting die-cutting machine, specifically, relates to a kind of integral type slotting die-cutting machine based on corrugated board.
Background technology
In the printing slotting die-cutting machine on the existing carton machine manufacturing machine:
Adopt common mode and the structure that exists of disk knife fluting unit and cross cutting unit two units, this kind machine, fluting and cross cutting operate respectively, the cardboard burr that cutting disc is left are more, forming effect and dimensional accuracy are all poor, the engagement of upper slitter and lower cutter is shaped, the wearing and tearing of cutter are quite fast, and when using the cross cutting unit to carry out paperboard form when being cut into shape, the fluting unit is in the course of conveying of cardboard, the stria that pre-pinch roller and pinch roller are taken out of on the carton surface can't be eliminated, and has influence on printing and die-cutting and the exquisite degree that goes out;
Adopt common mode and the structure that exists of indentation unit in cross cutting unit and the simple and easy fluting unit; this kind machine; die-cutting rule and impression can not be adjusted synchronously; must be manually adjusted to respectively size; three cuttves; three pre-fabric wheels; three fabric wheels and the high size of case; all must adjust respectively one by one; and all be under the state of machine down, to adjust; automaticity is not high; adjustment is wasted time and energy; because the dress cutter holder angular length degree of circular cutter is fixed; this has influence on the high and case lid size of case of carton, and the carton of quite a few can not be processed, and also has particularly; can not carry out the error correction adjustment in that printing slotting die-cutting machine is in service, affect the production efficiency of machine.
Incomplete Molded cutting slotting technology, and too high machine cost seriously hindered the development of corrugated board printing industry, therefore, develops a kind of deficiency that can improve the Molded cutting slotting technology, can reduce again the printing slotting die-cutting machine of cost, just become this those skilled in the art's urgent problem.
The utility model content
The purpose of this utility model is to provide a kind of integral type slotting die-cutting machine based on corrugated board that solves the problems of the technologies described above.
To achieve these goals, the technical solution adopted in the utility model is as follows:
Integral type slotting die-cutting machine based on corrugated board, comprise and be provided with die-cutting apparatus and the outside slotting die-cutting machine main body that is connected with respectively the first slowing-down brake motor and the second slowing-down brake motor, it is characterized in that: also comprise being arranged in the slotting die-cutting machine main body and the first gear drive that is connected with the first slowing-down brake motor, and be arranged in the slotting die-cutting machine main body and the second gear drive that is connected with the second slowing-down brake motor; Described die-cutting apparatus is movably arranged between the first gear drive and the second gear drive, it comprises that an end is connected with the first gear drive and die cutting roller that the other end is connected with the second gear drive, on this die cutting roller outer circumference surface and along its adjusting rod groove that axially arranges, be arranged in this adjusting rod groove and the adjusting rod of adjusting device is installed, with the lower horizontal mobile device of this adjusting device flexible connection, and around the cross cutting cutterhead that is arranged on the die cutting roller outside; Described adjusting device is connected and is used for adjusting the circumferential position of this cross cutting cutterhead with the die-cutting rule disk activity; One end of described adjusting rod is provided with the transmission external gear, and the second gear drive then is connected with this transmission external gear.
Specifically, described the first gear drive comprises the first travelling gear and second travelling gear of successively engagement; Described the first travelling gear is connected with the rotating shaft of the first slowing-down brake motor, and the second travelling gear then is connected with die cutting roller.
For the purpose that realizes that the first gear drive is convenient to adjust when die cutting roller rotates, also be respectively equipped with the first planetary gear and the second planetary gear on described the second travelling gear, and this first planetary gear is fixedly connected with by expansion sleeve with the second planetary gear; Also be respectively equipped with the 3rd travelling gear and the 4th travelling gear on the described die cutting roller, and the 3rd travelling gear and the engagement of the first planetary gear, the 4th travelling gear and the engagement of the second planetary gear.
Specifically, described the second gear drive comprises the 6th travelling gear that is engaged with the 5th travelling gear, and the 7th travelling gear that is connected and is engaged with the 8th travelling gear by power transmission shaft with the 6th travelling gear; Described the 5th travelling gear is connected with the rotating shaft of the second slowing-down brake motor, and the 8th travelling gear then is fixedly connected with die cutting roller.
Same, as to be convenient to adjust when realizing that the second transmission gear means is in die cutting roller rotates purpose also is respectively equipped with third planet gear and fourth planet gear on described the 6th travelling gear; Described third planet gear is connected with power transmission shaft by the 9th travelling gear, and described fourth planet gear then meshes with the 7th travelling gear; Also be fixedly connected with the tenth travelling gear on the described power transmission shaft, and the tenth travelling gear be arranged on the die cutting roller and with the slip ring gear engagement of transmission external gear engagement, and this slip ring gear outward also cover the oil cover is arranged.
Further, described adjusting device comprises the backing ring that is connected and is connected with the adjusting external gear with lower horizontal mobile device; Be provided with the through hole that matches with the adjusting rod size in the described adjusting external gear, and should also be connected with the cross cutting cutterhead by the adjusting external gear, described backing ring also is fixedly connected with the cross cutting cutterhead.
Again further, described cross cutting cutterhead comprises around the annulus cutterhead that is arranged on die cutting roller outside and slides within and is connected with circular internal tooth cutterhead, and this annulus cutterhead also is fixedly connected with backing ring; Be equipped with cutting knife groove and fixed card geosynclinal block on described annulus cutterhead and the circular internal tooth cutterhead, and should also be provided with gear grooved by circle internal tooth cutterhead inwall, this gear grooved is slidingly connected with regulating external gear, circular internal tooth cutterhead and the engagement of adjusting external gear.
Further, described lower horizontal mobile device comprises the transverse shifting backing ring swinging plate that is flexibly connected with backing ring, with the lower horizontal movable plate that is fixedly connected with this transverse shifting backing ring swinging plate.
As preferably, described adjusting rod is square, profile of tooth or cylindrical.
Because the slotting die-cutting machine body interior can be provided with the die-cutting rubber pad roller for impression, therefore, in order to reduce the frictional force between die-cutting rubber pad roller and the die cutting roller, thereby prolong the service life of die-cutting rubber pad roller, the outside of described die cutting roller also is surrounded with the wooden model circle, and the outside of this wooden model circle also is provided with the gap bridge spongy layer.
Compared with prior art, the utlity model has following beneficial effect:
(1) the utility model reasonable in design, utilize the mode of slowing-down brake motor driven gear transmission, rotate by controlling respectively die cutting roller and adjusting rod, the circumferential position of cross cutting cutterhead on die cutting roller and the adjustment of lateral attitude have been realized, and the position of cross cutting cutterhead can be adjusted according to actual conditions when machine moves in real time, therefore, this kind control mode so that the utility model compared to existing technology, it has the advantage that simple operation, mould-cutting precision height, economical with materials, automaticity are high, production efficiency is high and print quality is high.
(2) be equipped with cutting knife groove and fixed card geosynclinal block on the annulus cutterhead in the utility model and the circular internal tooth race cutterhead, the cutting knife groove of the two and fixed card geosynclinal block have constituted cutting knife groove of the present utility model, and be used for installing die-cutting rule, thereby cardboard is carried out cross cutting, because annulus cutterhead and circular internal tooth race are for being flexibly connected, therefore, cutting knife groove of the present utility model can be regulated according to the specification of cardboard, and the die-cutting rule of installation different angles, thereby satisfy the cross cutting demand of all size cardboard, it is flexible that it has regulative mode, the characteristics that applicability is strong.
(3) the utility model is provided with backing ring and transverse shifting backing ring swinging plate, and also is fixedly connected with lower horizontal movable plate on the transverse shifting backing ring swinging plate, and wherein, backing ring can be convex, and transverse shifting backing ring swinging plate is spill; Perhaps backing ring can be spill, and at transverse shifting backing ring swinging plate an axle that matches with this backing ring is installed; Perhaps backing ring is spill; and transverse shifting backing ring swinging plate is convex; the connected mode of backing ring and transverse shifting backing ring swinging plate; guaranteed that slotting die-cutting machine machine in the process of operation adjusts synchronously to impression position and cross cutting position; thereby in time correct the cross cutting error; not only guaranteed the effect of cutting; simplified workflow; and greatly improved production efficiency; the utility model does not need as prior art; separately impression position and cross cutting position are adjusted after needing to shut down, therefore, it has substantial characteristics and progress again.
(4) the utility model is except the first gear drive and the second gear drive, also be respectively equipped with planetary gear and accessory drive gear, the power that provides when rotating by planetary gear and accessory drive gear can drive die cutting roller with the first gear drive well and rotate, or driving adjusting rod with the second gear drive rotates, thereby greatly facilitate the running work of die cutting roller and adjusting rod, and increased substantially the operating efficiency of the two.
(5) outside of die cutting roller also is surrounded with the wooden model circle in the utility model, and the outside of this wooden model circle also is provided with the gap bridge spongy layer, the setting of this gap bridge spongy layer, reduced the frictional force between die-cutting rubber pad roller and the die cutting roller, thereby significantly prolong the service life of die-cutting rubber pad roller, and then also optimized the performance of whole slotting die-cutting machine.
(6) the utility model cost performance is high, and stability is strong, and processing mode is flexible, and is convenient to make production, therefore, the utlity model has widely market application foreground, is suitable for promoting the use of.
Description of drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 be among Fig. 1 A to structural representation.
Fig. 3 is the structural representation of part parts among Fig. 1.
Fig. 4 is the partial enlarged drawing of right-hand component among Fig. 3.
Fig. 5 is the partial enlarged drawing of left-hand component among Fig. 3.
Fig. 6 is the structural representation of annulus cutterhead among Fig. 3.
Fig. 7 is the structural representation of necking tool among Fig. 3.
Fig. 8 is the structural representation that edge iron cooperates with backing ring.
Fig. 9 is the structural representation that adjusting device cooperates with adjusting rod.
Figure 10 is the structural representation that lower horizontal mobile device cooperates with part parts in the circumference precompressed governor motion.
Figure 11 is use state diagram of the present utility model.
In the above-mentioned accompanying drawing, the component names that Reference numeral is corresponding is as follows:
The 1-die cutting roller, 2-the 8th slowing-down brake motor, 3-nut, axle, 5-gland, 6-axle are adjusted in the 4-correction, 7-transmission external gear, 8-master gear, 9-the first travelling gear, 10-the second travelling gear, 11-the 3rd travelling gear, 12-the first slowing-down brake motor, 13-the second slowing-down brake motor, 14-slip ring gear, 15-the first planetary gear, 16-the second planetary gear, 17-the 4th travelling gear, 18-the 5th travelling gear, the 19-adjusting rod, 20-the 6th travelling gear, 21-power transmission shaft, 22-the 7th travelling gear, 23-the 8th travelling gear, 24-oil cover, 25-third planet gear, 26-fourth planet gear, 27-the 9th travelling gear, 28-the tenth travelling gear, the 29-backing ring, 30-regulates external gear, 31-annulus cutterhead, the circular internal tooth cutterhead of 32-, 33-fixed card geosynclinal block, 34-transverse shifting backing ring swinging plate, horizontal movable plate under the 35-, 36-wooden model circle, 37-fore side wallboard, 38-master's motor side wallboard, 39-necking tool, 40-edge iron, the 41-die-cutting rubber pad roller, the upper horizontal movable plate of 42-, the upper fabric wheel swinging plate of 43-, 44-wearing plate, fabric wheel swinging plate under the 45-, the upper bar for pressing wire of 46-, bar for pressing wire under the 47-, 48-played the paper circle, fabric wheel under the 49-, fabric wheel under the 50-corner cut place, 51-cross cutting two half is crossed paper wheel, the upper fabric wheel of 52-, fabric wheel in the 53-corner cut place, 54-the 3rd slowing-down brake motor, 55-the 4th slowing-down brake motor, 56-the 5th slowing-down brake motor, 57-the 6th slowing-down brake motor, the 58-dextrorotation is to screw mandrel, 59-is counterclockwise rotation direction screw mandrel, 60-the 7th slowing-down brake motor.
The specific embodiment
The utility model is described in further detail below in conjunction with drawings and Examples, and embodiment of the present utility model includes but not limited to the following example.
Embodiment
Shown in Fig. 1～10, the utility model is made of slotting die-cutting machine main body and the first slowing-down brake motor 12 and the second slowing-down brake motor 13 that connect respectively at this slotting die-cutting machine main body.Described slotting die-cutting machine main body mainly is made of die-cutting apparatus, die-cutting rubber mat device, the first gear drive, the second gear drive, circumference precompressed governor motion and upper horizontal mobile device six major parts, wherein, die-cutting rubber mat device, circumference precompressed governor motion and upper horizontal mobile device are all same as the prior art, and die-cutting apparatus and the first gear drive, the second gear drive then are improvement of the present utility model.The same with prior art, for the ease of use of the present utility model, the 3rd slowing-down brake motor 54 also is installed respectively on the described slotting die-cutting machine main body, the 4th slowing-down brake motor 55, the 5th slowing-down brake motor 56, the 6th slowing-down brake motor 57 and the 7th slowing-down brake motor 60, five slowing-down brake motors all have with circumference precompressed governor motion and are connected, be used for the movement of control circumference precompressed governor motion, and the 8th slowing-down brake motor 2 of rectifying a deviation and adjusting for to die cutting plate has been installed in addition on this described slotting die-cutting machine main body, owing to be prior art, no longer the annexation of cross-notching die-cutting machine main body and six slowing-down brake motors is elaborated here.
Shown in Fig. 3～5, as first improvement of the present utility model, described die-cutting apparatus is installed between the first gear drive and the second gear drive, it comprises die cutting roller 1, on this die cutting roller 1 outer circumference surface and along its adjusting rod groove that axially arranges, be arranged in this adjusting rod groove and the adjusting rod 19 of adjusting device is installed, the lower horizontal mobile device that is flexibly connected with this adjusting device, and around the cross cutting cutterhead that is arranged on die cutting roller 1 outside; Described adjusting device is connected, also is used for adjusting the circumferential position of this cross cutting cutterhead with the die-cutting rule disk activity; One end of described adjusting rod 19 is provided with transmission external gear 7.As preferably, in the utility model, described adjusting rod 19 is square, profile of tooth or cylindrical.In addition, described adjusting device comprises the backing ring 29 that is connected with adjusting external gear 30; Be provided with the through hole that matches with adjusting rod 19 sizes in the described adjusting external gear 30, adjusting rod 19 is sleeved on to be regulated in the external gear 30; Described cross cutting cutterhead comprises around the annulus cutterhead 31 that is arranged on die cutting roller 1 outside and slides within and is connected with circular internal tooth cutterhead 32; Be equipped with cutting knife groove and fixed card geosynclinal block 33 on described annulus cutterhead 31 and the circular internal tooth cutterhead 32, and should also be provided with gear grooved by circle internal tooth cutterhead 32 inwalls, this gear grooved is slidingly connected with adjusting external gear 30, circular internal tooth cutterhead 32 and 30 engagements of adjusting external gear, and should also be fixedly connected with backing ring 29 by circle internal tooth cutterhead 32, shown in Fig. 6～9; And described lower horizontal mobile device is used for adjusting the lateral attitude of cross cutting cutterhead and adjusting device, its top links to each other with circumference precompressed governor motion, specifically, the horizontal mobile device of this time comprises the transverse shifting backing ring swinging plate 34 that is flexibly connected with backing ring 29, with the lower horizontal movable plate 35 that is fixedly connected with this transverse shifting backing ring swinging plate 34, as shown in figure 10.
As second improvement of the present utility model, described the first gear drive is connected with the first slowing-down brake motor 12, and the first gear drive comprises the first travelling gear 9 and second travelling gear 10 of successively engagement; Described the first travelling gear 9 is connected with the rotating shaft of the first slowing-down brake motor 12, and the second travelling gear 10 then is connected with die cutting roller 1.And for the purpose that realizes that the first gear drive is convenient to adjust when die cutting roller rotates, also be respectively equipped with the first planetary gear 15 and the second planetary gear 16 on described the second travelling gear 10, and this first planetary gear 15 is fixedly connected with by expansion sleeve with the second planetary gear 16; Also be respectively equipped with the 3rd travelling gear 11 and the 4th travelling gear 17 on the described die cutting roller 1, and the 3rd travelling gear 11 and 15 engagements of the first planetary gear, the 4th travelling gear 17 and 16 engagements of the second planetary gear.
And as the 3rd improvement of the present utility model, described the second gear drive comprises the 6th travelling gear 20 that is engaged with the 5th travelling gear 18, and be connected with the 6th travelling gear 20 and the 7th travelling gear 22, the seven travelling gears 22 that are engaged with the 8th travelling gear 23 also are connected with power transmission shaft 21 by power transmission shaft 21; Described the 5th travelling gear 18 is connected with the rotating shaft of the second slowing-down brake motor 13, and the 8th travelling gear 23 then is fixedly connected with die cutting roller 1.Same, in order to realize the adjustment of the second gear drive in die cutting roller rotates, also be respectively equipped with third planet gear 25 and fourth planet gear 26 on described the 6th travelling gear 20; Described third planet gear 25 is connected with power transmission shaft 21 by the 9th travelling gear 27,26 of described fourth planet gears and 22 engagements of the 7th travelling gear; Also be fixedly connected with the tenth travelling gear 28 on the described power transmission shaft 21, and the tenth travelling gear 28 be arranged on the die cutting roller 1 and with slip ring gear 14 engagements of transmission external gear 7 engagements, and these slip ring gear 14 outer also covers have the oil cover 24 that is fixed on the main motor side wallboard 38.
Described die-cutting rubber mat device mainly is made of die-cutting rubber pad roller 41, it is used for and die cutting roller 1 cooperating, thereby cardboard is slotted and cross cutting, and in order to reduce the frictional force between die-cutting rubber pad roller 41 and the die cutting roller 1, thereby prolong the service life of die-cutting rubber pad roller 41, in the utility model, as preferably, the outside of described die cutting roller 1 also is surrounded with wooden model circle 36, and the outside of this wooden model circle 36 also is provided with the gap bridge spongy layer.Described circumference precompressed governor motion is mainly by upper, lower bar for pressing wire, on, lower fabric wheel, on, the lower paper circle of crossing, fabric wheel 53 in the corner cut place, fabric wheel 50 under the corner cut place, upper fabric wheel swinging plate 45, wearing plate 44, lower fabric wheel swinging plate 45, dextrorotation consists of to screw mandrel 58 and counterclockwise rotation direction screw mandrel 59, upper horizontal mobile device then mainly is made of upper horizontal movable plate 42, and is wherein, same as the prior art, dextrorotation is five to screw mandrel 58 and counterclockwise rotation direction screw mandrel 59, and all with the 3rd slowing-down brake motor 54, the 4th slowing-down brake motor 55, the 5th slowing-down brake motor 56, the 6th slowing-down brake motor 57 and the 7th slowing-down brake motor 60 connect, and upper horizontal movable plate 42 then is connected with lower horizontal movable plate 35, and the effect of circumference precompressed governor motion is: one, die cut paper sheet is carried out impression processing; Two, pass through the transverse shifting of five slowing-down brake Electric Machine Control circumference precompressed governor motions, thereby drive lower horizontal movable plate 35 transverse shiftings, and then synchronously the lateral attitude of cross cutting cutterhead is adjusted.
Based on the design feature of self, mode of operation of the present utility model can be divided into groover pattern, die-cutting machine pattern and fluting and cross cutting uses three kinds of patterns simultaneously, and is as described below:
One, groover pattern
When (1) using, at first under the state of shutting down, regulate the eccentric slot of die-cutting rubber pad roller 41, die-cutting rubber pad roller 41 and the gap of cross cutting roller 1 are increased.Open respectively the 3rd slowing-down brake motor 54, the 4th slowing-down brake motor 55, the 5th slowing-down brake motor 56, the 6th slowing-down brake motor 57 and the 7th slowing-down brake motor 60, drive dextrorotation to screw mandrel 58 and counterclockwise rotation direction screw mandrel 59 rotations, respectively so that be connected to the upper horizontal movable plate 42 of each reductor and lower horizontal movable plate 35 to fore side wallboard 37 or main motor side wallboard 38 same direction synchronizing movings.Upper horizontal movable plate 42 drives respectively by upper fabric wheel swinging plate 43 and wearing plate 44 that fabric wheel 53 moves in fabric wheel 52 and the corner cut place, thus the lateral dimension adjustment of fabric wheel 52 in the realization; Lower horizontal movable plate 35 drives respectively by lower fabric wheel swinging plate 45 and wearing plate 44 and played paper circle 48, lower pre-pinch roller, pre-pinch roller under the corner cut place, fabric wheel 50 under lower fabric wheel 49 and the corner cut place, thereby realize the lateral dimension adjustment of lower fabric wheel 49, lower horizontal movable plate 35 moves by transverse shifting backing ring swinging plate 34 drive backing rings 29 simultaneously, thereby realize edge iron 40, the lateral dimension adjustment of annulus cutterhead 31 and circular internal tooth cutterhead 32, thereby realize line ball and the synchronously adjustment of fluting of printing slotting die-cutting machine, edge iron 40 in the utility model can be installed, can not install yet, its quantity with lower horizontal mobile device is corresponding, when edge iron 40 is installed, the quantity of lower horizontal mobile device is made as five, and during uneasy dress edge iron 40, then the quantity of lower horizontal mobile device is made as four.When the 3rd slowing-down brake motor 54, the 4th slowing-down brake motor 55, the 5th slowing-down brake motor 56, the 6th slowing-down brake motor 57 and the 7th slowing-down brake motor 60 were closed, the transverse linkage of upper fabric wheel 52, lower fabric wheel 49, edge iron 40, annulus cutterhead 31 and circular internal tooth cutterhead 32 was adjusted complete.
(2) open the first slowing-down brake motor 12, drive successively the first travelling gear 9, the second travelling gear 10, the second travelling gear 10 drives respectively the first planetary gear 15 and the second planetary gear 16 rotates, the first planetary gear 15 drives the 3rd travelling gear 11 and rotates, and the second planetary gear 16 drives 17 rotations of the 4th travelling gear, rely on the second travelling gear 10, the 3rd travelling gear 11 and the 4th travelling gear 17 threes' rotation and then 1 rotation of drive die cutting roller, also make simultaneously backing ring 29 rotations that are arranged on the adjusting grooves, finally make annulus cutterhead 31 rotations that connect backing ring 29, thereby realize being installed in corner cutter and the adjustment of necking tool 39 circumferential positions on the annulus cutterhead 31, and then adjusted the front groove size that carton is slotted.When the first slowing-down brake motor 12 cuts out, the first gear drive, the first planetary gear 15 and the second planetary gear 16 are according to certain drive connection, accept the driving of master gear 8, make die cutting roller 1 and the first gear drive according to rotate the running thereby the front cutter of the operating sizing of realization machine is slotted with the speed ratio relation of master gear 8.And the utility model can be in operation and open the above-described front groove size of the first slowing-down brake motor 12 adjustment.
(3) open the second slowing-down brake motor 13, drive successively the 5th travelling gear 18 and 20 rotations of the 6th travelling gear, power transmission shaft 21 drives 28 rotations of the tenth travelling gear simultaneously, and the 6th travelling gear 20 also drives respectively third planet gear 25 when rotating and fourth planet gear 26 rotates, third planet gear 25 drives the 9th travelling gear 27 and rotates, and fourth planet gear 26 drives 23 rotations of the 8th travelling gear, and provide differential-speed dynamic for the 7th travelling gear 22, the 9th travelling gear 27 rotates and drives 14 rotations of slip ring gear, 14 rotations of slip ring gear just can make 8 rotations of transmission external gear, thereby drive adjusting rod 19 rotations, external gear 30 and 32 rotations of circular internal tooth cutterhead are regulated in rotarily driving of adjusting rod 19, realization is installed in corner cutter on the circular internal tooth cutterhead 32 and the adjustment of necking tool 39 circumferential positions, thereby has adjusted the pit size of carton fluting.When the second slowing-down brake motor 13 cut out, the second transmission gear means was united according to certain drive connection, accepts the driving of the 8th travelling gear 23, cutter fluting running after the operating sizing of realization machine.
And according to the specification of carton, annulus cutterhead 31 and cutting knife groove in the circular internal tooth cutterhead 32 can be increased and decreased, so that the die-cutting rule that installation length, angle differ, thereby satisfy the technological parameter demand of various cartons processing.
Two, die-cutting machine pattern
When (1) using, at first under the state of shutting down, regulate the eccentric slot of die-cutting rubber pad roller 41, die-cutting rubber pad roller 41 and the gap of cross cutting roller 1 are increased.Open respectively the 3rd slowing-down brake motor 54, the 4th slowing-down brake motor 55, the 5th slowing-down brake motor 56, the 6th slowing-down brake motor 57 and the 7th slowing-down brake motor 60, drive dextrorotation to screw mandrel 58 and counterclockwise rotation direction screw mandrel 59 rotations, respectively so that be connected to the upper horizontal movable plate 42 of each reductor and lower horizontal movable plate 35 to fore side wallboard 37 or main motor side wallboard 38 same direction synchronizing movings, thereby make fabric wheel 52, lower fabric wheel 49, edge iron 40, necking tool 39 and annulus cutterhead 31 move to respectively machine two wallboard limits, reserve cross cutting roller 1 middle space and use to mold cutting plate is installed.
(2) lower bar for pressing wire 47, on bar for pressing wire 46 and on cross cutting two half is installed respectively on the axle of pre-last item and is crossed paper wheel 52, the conveying of cardboard when carrying out cross cutting, quantity is that three places are divided equally on every axle, also can increase and decrease according to the specification of carton.
(3) open the first slowing-down brake motor 12, drive the first travelling gear 9 and the second travelling gear 10, the second travelling gear 10 drives respectively the first planetary gear 15 and the second planetary gear 16 rotates, the first planetary gear 15 drives the 3rd travelling gear 11 and rotates, and the second planetary gear 16 drives 17 rotations of the 4th travelling gear, rely on the second travelling gear 10, the 3rd travelling gear 11 and the 4th travelling gear 17 threes' rotation and then 1 rotation of drive cross cutting roller, also make simultaneously backing ring 29 rotations that are arranged on the adjusting grooves, finally make annulus cutterhead 31 rotations that connect backing ring 29, thereby adjusted the front groove size of carton fluting.When the first slowing-down brake motor 12 cuts out, the first gear drive, the first planetary gear 15 and the second planetary gear 16 are according to certain drive connection, accept the driving of master gear 8, make die cutting roller 1 and the first gear drive according to rotate the running thereby the front cutter of the operating scale of realization machine is slotted with the speed ratio relation of master gear 8.And the utility model can be in operation and open the above-described front groove size of the first slowing-down brake motor 12 adjustment.
(4) open the 8th slowing-down brake motor 2, and adjust axle 4, gland 5 and axle 6 by nut 3, correction and drag cross cutting roller 1 and carry out play at distance fore side wallboard 37 or main motor side wallboard 38 about 20 millimeters positions, thereby realize the correction adjustment of die cutting plate.
Three, cross cutting and fluting use pattern simultaneously
With reference to the regulative mode of groover pattern, and at the place, space of cross cutting cutterhead die-cutting rule is installed, is operated according to the die-cutting machine pattern subsequently, thereby just can realize the function of fluting and cross cutting one body running of cardboard, its use state as shown in figure 11.
The utility model reasonable in design, simple operation has not only solved technical barrier, has overcome the defective of industry, and is convenient to producer's manufacturing production, therefore, the utlity model has very high practical value and promotional value.
According to above-described embodiment, just can realize well the utility model.
Claims (10)
1. based on the integral type slotting die-cutting machine of corrugated board, comprise and be provided with the slotting die-cutting machine main body that die-cutting apparatus and outside are connected with respectively the first slowing-down brake motor (12) and the second slowing-down brake motor (13), it is characterized in that: also comprise being arranged in the slotting die-cutting machine main body and the first gear drive that is connected with the first slowing-down brake motor (12), and be arranged in the slotting die-cutting machine main body and the second gear drive that is connected with the second slowing-down brake motor (13); Described die-cutting apparatus is movably arranged between the first gear drive and the second gear drive, it comprises that an end is connected with the first gear drive and die cutting roller (1) that the other end is connected with the second gear drive, on this die cutting roller (1) outer circumference surface and along its adjusting rod groove that axially arranges, be arranged in this adjusting rod groove and the adjusting rod (19) of adjusting device is installed, with the lower horizontal mobile device of this adjusting device flexible connection, and around being arranged on the outside cross cutting cutterhead of die cutting roller (1); Described adjusting device is connected and is used for adjusting the circumferential position of this cross cutting cutterhead with the die-cutting rule disk activity; One end of described adjusting rod (19) is provided with transmission external gear (7), and the second gear drive then is connected with this transmission external gear (7).
2. the integral type slotting die-cutting machine based on corrugated board according to claim 1 is characterized in that: described the first gear drive comprises the first travelling gear (9) and second travelling gear (10) of successively engagement; Described the first travelling gear (9) is connected with the rotating shaft of the first slowing-down brake motor (12), and the second travelling gear (10) then is connected with die cutting roller (1).
3. the integral type slotting die-cutting machine based on corrugated board according to claim 2, it is characterized in that: also be respectively equipped with the first planetary gear (15) and the second planetary gear (16) on described the second travelling gear (10), and this first planetary gear (15) is fixedly connected with by expansion sleeve with the second planetary gear (16); Also be respectively equipped with the 3rd travelling gear (11) and the 4th travelling gear (17) on the described die cutting roller (1), and the 3rd travelling gear (11) and the first planetary gear (15) engagement, the 4th travelling gear (17) and the second planetary gear (16) engagement.
4. the integral type slotting die-cutting machine based on corrugated board according to claim 3, it is characterized in that: described the second gear drive comprises the 6th travelling gear (20) that is engaged with the 5th travelling gear (18), and the 7th travelling gear (22) that is connected and is engaged with the 8th travelling gear (23) by power transmission shaft (21) with the 6th travelling gear (20); Described the 5th travelling gear (18) is connected with the rotating shaft of the second slowing-down brake motor (13), and the 8th travelling gear (23) then is fixedly connected with die cutting roller (1).
5. the integral type slotting die-cutting machine based on corrugated board according to claim 4 is characterized in that:
Also be respectively equipped with third planet gear (25) and fourth planet gear (26) on described the 6th travelling gear (20); Described third planet gear (25) is connected with power transmission shaft (21) by the 9th travelling gear (27), and described fourth planet gear (26) then meshes with the 7th travelling gear (22); Also be fixedly connected with the tenth travelling gear (28) on the described power transmission shaft (21), and the tenth travelling gear (28) be arranged on die cutting roller (1) upper and with slip ring gear (14) engagement of transmission external gear (7) engagement, and the outer also cover of this slip ring gear (14) has oil cover (24).
6. the integral type slotting die-cutting machine based on corrugated board according to claim 5 is characterized in that: described adjusting device comprises and is connected with lower horizontal mobile device and is connected with the backing ring (29) of regulating external gear (30); Be provided with the through hole that matches with adjusting rod (19) size in the described adjusting external gear (30), and should also be connected with the cross cutting cutterhead by adjusting external gear (30), described backing ring (29) also is fixedly connected with the cross cutting cutterhead.
7. the integral type slotting die-cutting machine based on corrugated board according to claim 6, it is characterized in that: described cross cutting cutterhead comprises around the annulus cutterhead (31) that is arranged on the outside and slides within of die cutting roller (1) and is connected with circular internal tooth cutterhead (32), and this annulus cutterhead (31) also is fixedly connected with backing ring (29); Be equipped with cutting knife groove and fixed card geosynclinal block (33) on described annulus cutterhead (31) and the circular internal tooth cutterhead (32), and should also be provided with gear grooved by circle internal tooth cutterhead (32) inwall, this gear grooved is slidingly connected with regulating external gear (30), circular internal tooth cutterhead (32) and adjusting external gear (30) engagement.
8. the integral type slotting die-cutting machine based on corrugated board according to claim 7, it is characterized in that: described lower horizontal mobile device comprises the transverse shifting backing ring swinging plate (34) that is flexibly connected with backing ring (29), with the lower horizontal movable plate (35) that is fixedly connected with this transverse shifting backing ring swinging plate (34).
9. the described integral type slotting die-cutting machine based on corrugated board of any one according to claim 1～8 is characterized in that: described adjusting rod (19) is square, profile of tooth or cylindrical.
10. the integral type slotting die-cutting machine based on corrugated board according to claim 9, it is characterized in that: the outside of described die cutting roller (1) also is surrounded with wooden model circle (36), and the outside of this wooden model circle (36) also is provided with the gap bridge spongy layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012205669808U CN202911189U (en) | 2012-10-31 | 2012-10-31 | Integrated slotting die cutting machine based on corrugated board |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012205669808U CN202911189U (en) | 2012-10-31 | 2012-10-31 | Integrated slotting die cutting machine based on corrugated board |
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| Publication Number | Publication Date |
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| CN202911189U true CN202911189U (en) | 2013-05-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012205669808U Expired - Fee Related CN202911189U (en) | 2012-10-31 | 2012-10-31 | Integrated slotting die cutting machine based on corrugated board |
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| CN (1) | CN202911189U (en) |
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| CN104444542A (en) * | 2014-10-24 | 2015-03-25 | 合肥东彩印刷科技有限公司 | Device for processing creases in middles of cutting gaps formed in two ends of printing paperboard |
| CN106493996A (en) * | 2015-09-07 | 2017-03-15 | 深圳市万德环保印刷设备有限公司 | A kind of corrugated board groover |
| CN107415320A (en) * | 2017-06-08 | 2017-12-01 | 深圳市科发机械制造有限公司 | It is die cut roller apparatus and printing and die-cutting apparatus |
| CN109016641A (en) * | 2018-09-11 | 2018-12-18 | 湖北京山轻工机械股份有限公司 | A kind of corrugated box die-cutting machine that template adaptively adjusts |
| CN109849425A (en) * | 2019-01-29 | 2019-06-07 | 安徽启格包装材料有限公司 | A kind of operator axis for carton grooving machine |
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| CN104444542A (en) * | 2014-10-24 | 2015-03-25 | 合肥东彩印刷科技有限公司 | Device for processing creases in middles of cutting gaps formed in two ends of printing paperboard |
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| CN106493996B (en) * | 2015-09-07 | 2019-05-10 | 深圳市万德环保印刷设备有限公司 | A kind of corrugated board groover |
| CN107415320A (en) * | 2017-06-08 | 2017-12-01 | 深圳市科发机械制造有限公司 | It is die cut roller apparatus and printing and die-cutting apparatus |
| CN107415320B (en) * | 2017-06-08 | 2023-07-04 | 深圳市科发机械制造有限公司 | Die-cutting roller equipment and printing die-cutting device |
| WO2020051725A1 (en) * | 2018-09-11 | 2020-03-19 | 湖北京山轻工机械股份有限公司 | Corrugated carton die-cutting machine with adaptive template adjustment |
| CN109016641A (en) * | 2018-09-11 | 2018-12-18 | 湖北京山轻工机械股份有限公司 | A kind of corrugated box die-cutting machine that template adaptively adjusts |
| CN109849425A (en) * | 2019-01-29 | 2019-06-07 | 安徽启格包装材料有限公司 | A kind of operator axis for carton grooving machine |
| CN114132076A (en) * | 2021-11-17 | 2022-03-04 | 广州科盛隆纸箱包装机械有限公司 | Paper feeding wheel adjusting device and method for corrugated board printing machine |
| CN114379147A (en) * | 2022-01-06 | 2022-04-22 | 广东品龙精工科技有限公司 | Flying shear slotting structure for corrugated paper of printing machine |
| CN114379147B (en) * | 2022-01-06 | 2024-02-09 | 广东品龙精工科技有限公司 | Corrugated paper flying shear grooving structure of printing machine |
| CN115991047A (en) * | 2023-02-20 | 2023-04-21 | 中山市德裕机械有限公司 | Full-automatic intelligent high-speed printing mould-free slotting and die-cutting integrated machine |
| CN115991047B (en) * | 2023-02-20 | 2023-09-01 | 中山市德裕机械有限公司 | Full-automatic intelligent high-speed printing mould-free slotting and die-cutting integrated machine |
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