CN211165521U

CN211165521U - Chamfering and cutting mechanism in packaging box forming

Info

Publication number: CN211165521U
Application number: CN201921943242.9U
Authority: CN
Inventors: 黄京平
Original assignee: Shenzhen Minruijie Automation Equipment Co ltd
Current assignee: Shenzhen Minruijie Automation Equipment Co ltd
Priority date: 2019-11-12
Filing date: 2019-11-12
Publication date: 2020-08-04
Anticipated expiration: 2029-11-12

Abstract

The utility model provides a chamfer cutting mechanism in packing carton shaping, a serial communication port, this mechanism is including frame, side portion, conveying part, two corner cut portions of pushing away, the side portion of pushing away all fixes the setting in the frame with conveying part, the conveying part upside is provided with the station of adding, two corner cut portion symmetries are fixed in the conveying part both sides, the position of two corner cut portions and the position of adding the station correspond, the side portion of pushing away sets up in two corner cut portion both sides, the side portion of pushing away corresponds with the position of adding the station. The utility model discloses in, can realize a small and need not the chamfer cutting mechanism in the shaping of a packing carton of multiple manual operation, can reduce the labour cost, further reduce the manufacturing cost of product.

Description

Chamfering and cutting mechanism in packaging box forming

Technical Field

The utility model belongs to packing carton contour machining field, in particular to chamfer field in packing carton shaping.

Background

The traditional packaging box production process is characterized in that all processes are completed by manual emptying through a plurality of devices: firstly, manually cutting a large paperboard into small pieces slightly larger than the specified transverse size, putting the small pieces into die cutting equipment, and cutting the small pieces into required specifications, wherein the die cutting equipment can replace dies with different specifications to adapt to different products; secondly, manually putting the cut plate into next die cutting equipment, cutting the back side by about one third of the depth, then opening a V-shaped groove to remove leftover materials, and preparing for cutting off the joint in advance; and (3) subsequently, manually putting the cut plate into a V-shaped groove machine, namely: manually adjusting a guide plate and corresponding cutters, putting the plate material into a large roller through a production line, firmly binding the paperboard by a belt, and rotating the V-groove cutters (a cutter rest is fixed) to realize transverse V-groove forming; thirdly, the V groove machine is put into once more to the artifical V groove panel material and carries out the processing in vertical V groove, promptly: the board material with the transverse V-shaped groove flows into a large roller through a production line, so that after the belt firmly binds the board, the board material rotates through a cutter (a cutter rest is fixed), and the vertical V-shaped groove is formed; and finally, manually putting the processed material with the bidirectional V-shaped groove into an automatic corner pasting machine, and fixing and forming the four corners of the material with adhesive tapes.

In the existing corner cutting process, after a die is replaced according to different sizes by using a die cutting machine with a semi-through knife, almost through knife marks are cut on a product in advance, and the product is manually removed or freely falls off after being processed by a subsequent procedure; several manual operations are needed, a large amount of labor cost is consumed, the efficiency in the process is low, and the development of enterprises is not facilitated.

Disclosure of Invention

In order to solve the problem, the utility model aims to provide a little and reduce manual operation's the chamfer cutting mechanism in the packing carton shaping of area.

Another object of the utility model is to provide a wide applicability and reduce the chamfer cutting mechanism in the packing carton shaping of cost.

In order to achieve the above object, the technical solution of the present invention is as follows.

The utility model provides a chamfer cutting mechanism in packing carton shaping, a serial communication port, this mechanism is including frame, side portion, conveying part, two corner cut portions of pushing away, the side portion of pushing away all fixes the setting in the frame with conveying part, the conveying part upside is provided with the station of adding, two corner cut portion symmetries are fixed in the conveying part both sides, the position of two corner cut portions and the position of adding the station correspond, the side portion of pushing away sets up in two corner cut portion both sides, the side portion of pushing away corresponds with the position of adding the station. The corner cutting part is a corner cutting component with a cutter; the conveying part is a component capable of conveying plates, and is realized by components such as a conveying belt and the like in the prior art; the side pushing portion plays a role in guiding and stabilizing the position of the plate when the plate passes through the conveying portion, and the plate is guaranteed to be stable and not to deviate or jump in the corner cutting process of the corner cutting portion. The chamfering and cutting mechanism in the forming of the packaging box is small in size and does not need multiple manual operations, labor cost can be reduced, and production cost of products is further reduced.

Further, the side pushes away the portion including two left sides push away the portion and two right sides push away the portion, two left sides push away the portion and two right sides push away the portion and are located the conveying part both sides respectively, two left sides push away the portion and are located a straight line, two right sides push away the portion and are located a straight line, two left sides push away the portion and two right sides push away the portion about conveying part symmetry, two left sides push away the portion and two right sides push away the portion and all fix the setting on the corner cutting rack platform and all correspond with the position of processing position. The side pushes away the setting of portion, and after panel came in from the conveying part, the counterpoint side about using is derived the class and is restricted panel, guarantees at corner cut in-process, and panel is stable not squinted, does not jump.

Further, two left sides push away the portion and two right sides push away the portion all including all pushing away motor element, side and pushing away the slide rail and the side pushes away the main part, the side pushes away the fixed setting in the frame of slide rail, side pushes away main part sliding connection on the side that corresponds pushes away the slide rail, the side pushes away the fixed side that is provided with in main part top and pushes away the baffle, the side pushes away the baffle and corresponds with the position of processing station, side pushes away motor element and the corresponding side and pushes away main part fixed connection, the side pushes away the main part and pushes away the side slip on the slide rail in the side under the control of the side that corresponds. The side-push motor assembly is a transmission assembly with a motor in the prior art. The distance between the corresponding left side pushing part and the right side pushing part is adjusted by sliding the side pushing main body left and right on the side pushing sliding rail under the control of the corresponding side pushing motor assembly, and the distance between the corresponding left side pushing part and the right side pushing part can be quickly adjusted as required.

Further, corner cut portion is including corner cut portion main part, location transmission structure, location conveying motor, preceding cutter activity module, preceding cutter subassembly and back cutter subassembly, the fixed setting in the conveying portion outside of corner cut portion main part, preceding cutter activity module is fixed to be set up at corner cut portion main part upside, location transmission structure and location conveying motor are all fixed to be set up in the corner cut portion main part outside, back cutter subassembly is fixed to be set up in corner cut portion main part inboard and be located corner cut portion main part left end, preceding cutter subassembly is fixed to be set up in preceding cutter activity module inboard, the pivot and the transmission of location conveying motor are connected in the transmission of location transmission structure, location transmission structure and preceding cutter activity module transmission are connected. The movable module of the front cutter is preferably a movable module movably connected with a slide rail in the prior art, and the positioning conveying motor and the positioning transmission structure are both in the prior art and are transmission assemblies for driving the movable module of the front cutter to move. The front cutter movable module can drive the front cutter assembly to move back and forth under the driving of the positioning conveying motor and the positioning transmission structure, so that the distance between the front cutter assembly and the rear cutter assembly can be adjusted, and the distance between two required cutter assemblies can be more conveniently selected when the front cutter movable module is adapted to the sizes of different products.

Further, preceding cutter unit spare and back cutter unit spare all include cutter lift cylinder, cutter motor, cutter fixed plate and cutter, and the cutter lift cylinder of preceding cutter unit spare and back cutter unit spare is fixed respectively in the inboard and corner cut portion main part inboard of preceding cutter activity module, the fixed this setting of cutter fixed plate upside is on cutter lift cylinder, the cutter motor is fixed on cutter fixed part downside, the cutter is fixed to be set up in cutter motor's pivot, the cutter position corresponds with the position of processing station, processing position corresponds cutter department and is provided with and dodges the groove. Above-mentioned cutter lift cylinder and cutter motor are prior art, and above-mentioned cutter lift cylinder can control the cutter fixed plate and move about from top to bottom to adjust the height of cutter. The arrangement of the avoiding groove prevents the cutter from cutting to cause the cutter to be damaged when the cutter is cut deeply in work.

Furthermore, the mechanism further comprises a compression roller module, wherein the compression roller module comprises a compression roller support, a lifting cylinder, a compression roller fixing plate, a roller fixing frame and a roller, the compression roller support is fixedly arranged on the frame, the lifting cylinder is fixedly arranged on the compression roller support, a piston rod of the lifting cylinder is fixedly connected onto the compression roller fixing plate, the roller fixing frame is fixedly arranged on the lower side of the compression roller fixing plate, the roller is movably connected onto the roller fixing frame, the position of the roller is located between two corner cutting portions, and the position of the roller corresponds to the position of the processing position. The distance between above-mentioned lift cylinder control compression roller fixed plate and the compression roller support to the distance of adjusting roller and processing position reaches just to support the effect of holding on placing the panel on the position, makes panel can not jump up with the situation when being cut, guarantees that the yield of panel cutting is higher. The compression roller lifting cylinder is in the prior art.

Further, a position sensor is fixedly arranged on the compression roller bracket. The position sensor is prior art.

The working process is as follows: conveying part carries panel to get into this mechanism, when panel gets into compression roller module department, the lift cylinder drives compression roller fixed plate downstream, the gyro wheel is lightly pressed on panel, sense panel when the position inductor and enter into specific position after, the cutter of preceding cutter unit spare and back cutter unit spare all descends under the drive of cutter lift cylinder and begins to cut panel, rise under the drive that corresponds cutter lift cylinder of cutter unit spare and back cutter unit spare behind the required length of cutting, accomplish the cutting. In above-mentioned whole in-process, the left side pushes away the portion and the right side pushes away the portion and all plays the water conservancy diversion restriction effect to panel, guarantees jointly with the compression roller module that panel is stable not squinted, do not jump at corner cut in-process.

The utility model has the advantages that compared with the prior art, the chamfer part is a chamfer component with a cutter; the conveying part is a component capable of conveying plates, and is realized by components such as a conveying belt and the like in the prior art; the side pushing portion plays a role in guiding and stabilizing the position of the plate when the plate passes through the conveying portion, and the plate is guaranteed to be stable and not to deviate or jump in the corner cutting process of the corner cutting portion. The chamfering and cutting mechanism in the forming of the packaging box is small in size and does not need multiple manual operations, labor cost can be reduced, and production cost of products is further reduced.

Drawings

Fig. 1 is a schematic structural view of a hidden side pushing portion of a chamfering and cutting mechanism in the forming of a packing box of the present invention.

Fig. 2 is a schematic structural view of a chamfer part and a partial conveying part of a chamfer cutting mechanism in the forming of the packing box of the invention.

Fig. 3 is a schematic structural diagram of the compression roller module and the partial conveying part of the chamfering and cutting mechanism in the forming of the packing box of the present invention.

Fig. 4 is a schematic structural view of a right side pushing portion of a chamfering and cutting mechanism in the forming of the packing box of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

The utility model provides a chamfer cutting mechanism in packing carton shaping, a serial communication port, this mechanism push away portion 2, conveying part 3, two corner cut portions 4 including frame 1, side, the side pushes away portion 2 and conveying part 3 all fixes the setting in

frame

1, 3 upsides of conveying part are provided with processing position 31, two corner cut portions 4 symmetry are fixed in conveying part 3 both sides, the position of two corner cut portions 4 and the position of processing position 31 correspond, side pushes away portion 2 and sets up in two corner cut portions 1 both sides, side pushes away portion 2 and corresponds with the position of processing position 31.

Further, the side pushes away portion 2 including two left sides push away portion 21 and two right sides push away portion 22, two left sides push away portion 21 and two right sides push away portion 22 and are located 3 both sides of conveying part respectively, two left sides push away portion 21 and are located a straight line, two right sides push away portion 22 and are located a straight line, two left sides push away portion 21 and two right sides push away portion 22 and are related to conveying part 3 symmetry, two liang two left sides push away portion 21 and two right sides push away portion 22 and all fix the setting on corner cut platform 1 and all correspond with the position of processing position 31.

Further, two left side pushes away portion 21 and two right sides and pushes away portion 22 and all include that the side pushes away motor element 23, side pushes away slide rail 24 and side and pushes away main part 25, side pushes away the fixed setting of slide rail 24 in frame 1, side pushes away main part 25 sliding connection and pushes away on slide rail 24 corresponding side, side pushes away the fixed side that is provided with in main part 25 top and pushes away baffle 26, side pushes away baffle 26 and corresponds with the position of processing position 31, side pushes away motor element 23 and corresponding side and pushes away main part 25 fixed connection, side pushes away main part 25 and pushes away the side and slide on slide rail 24 under the control of the side that corresponds pushes away motor element 23. The side-push motor assembly is a transmission assembly with a motor in the prior art.

Further, the corner cutting part 4 comprises a corner cutting part main body 41, a positioning transmission structure 42, a positioning conveying motor 43, a front cutter movable module 44, a front cutter assembly 45 and a rear cutter assembly 46, wherein the corner cutting part main body 41 is fixedly arranged on the outer side of the conveying part 3, the front cutter movable module 44 is fixedly arranged on the upper side of the corner cutting part main body 41, the positioning transmission structure 42 and the positioning conveying motor 43 are fixedly arranged on the outer side of the corner cutting part main body 41, the rear cutter assembly 46 is fixedly arranged on the inner side of the corner cutting part main body 41 and is positioned at the left end of the corner cutting part main body 41, the front cutter assembly 45 is fixedly arranged on the inner side of the front cutter movable module 44, a rotating shaft of the positioning conveying motor 43 is in transmission connection with the positioning transmission structure 42, and the positioning transmission structure 42 is in transmission connection with the front cutter movable module 44.

Further, the front cutter assembly 45 and the rear cutter assembly 46 each include a cutter lifting cylinder 451, a cutter motor 452, a cutter fixing plate 453, and a cutter 454, the cutter lifting cylinder 451 of the front cutter assembly 45 and the rear cutter assembly 46 is respectively fixed on the inner side of the front cutter movable module 44 and the inner side of the corner cutting part main body 41, the upper side of the cutter fixing plate 453 is fixed on the cutter lifting cylinder 451, the cutter motor 452 is fixed on the lower side of the cutter fixing part 453, the cutter 454 is fixed on the rotating shaft of the cutter motor 452, the position of the cutter 454 corresponds to the position of the processing position 31, and the processing position 31 is provided with an avoiding groove (not shown) corresponding to the cutter 454.

Further, the mechanism further comprises a press roller module 5, wherein the press roller module 5 comprises a press roller support 51, a lifting cylinder 52, a press roller fixing plate 53, a roller fixing frame 54 and a roller 55, the press roller support 51 is fixedly arranged on the frame 1, the lifting cylinder 52 is fixedly arranged on the press roller support 51, a piston rod of the lifting cylinder 52 is fixedly connected to the press roller fixing plate 53, the roller fixing frame 54 is fixedly arranged on the lower side of the press roller fixing plate 53, the roller 55 is movably connected to the roller fixing frame 54, the position of the roller 55 is located between the two corner cutting portions 4, and the position of the roller 55 corresponds to the position of the processing position 31.

Further, the platen roller holder 51 is fixedly provided with a position sensor (not shown).

The utility model has the advantages that compared with the prior art, the chamfer part is a chamfer component with a cutter; the conveying part is a component capable of conveying plates, and is realized by components such as a conveying belt and the like in the prior art; the side pushing portion plays a role in guiding and stabilizing the position of the plate when the plate passes through the conveying portion, and the plate is guaranteed to be stable and not to deviate or jump in the corner cutting process of the corner cutting portion. The description of the structure can realize the chamfering and cutting mechanism in the forming of the packaging box, which has small volume and does not need multiple manual operations, thereby reducing the labor cost and further reducing the production cost of products.

The above description is only exemplary of the present invention and should not be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims

1. The utility model provides a chamfer cutting mechanism in packing carton shaping, its characterized in that, this mechanism is including frame, side push away portion, conveying part, two corner cut portions, the side pushes away portion and conveying part and all fixes the setting in the frame, the conveying part upside is provided with the station of adding, two corner cut portion symmetries are fixed in the conveying part both sides, the position of two corner cut portions and the position of adding the station correspond, the side pushes away the portion setting in two corner cut portion both sides, the side pushes away the position of portion and adds the station and corresponds.

2. The chamfering and cutting mechanism in the forming of the packing box according to claim 1, wherein the side pushing part comprises two left side pushing parts and two right side pushing parts, the two left side pushing parts and the two right side pushing parts are respectively positioned at two sides of the conveying part, the two left side pushing parts are positioned on a straight line, the two right side pushing parts are positioned on a straight line, the two left side pushing parts and the two right side pushing parts are symmetrical about the conveying part, and the two left side pushing parts and the two right side pushing parts are both fixedly arranged on the corner cutting stand and both correspond to the positions of the processing positions.

3. The chamfering and cutting mechanism in the forming of the packaging box according to claim 2, wherein the two left side pushing portions and the two right side pushing portions each comprise a side pushing motor assembly, a side pushing slide rail and a side pushing main body, the side pushing slide rail is fixedly arranged on the frame, the side pushing main body is slidably connected to the corresponding side pushing slide rail, a side pushing baffle is fixedly arranged at the top end of the side pushing main body, the side pushing baffle corresponds to the processing position, the side pushing motor assembly is fixedly connected with the corresponding side pushing main body, and the side pushing main body slides left and right on the side pushing slide rail under the control of the corresponding side pushing motor assembly.

4. The chamfering and cutting mechanism in the forming of the packing box according to claim 1, wherein the chamfering part comprises a chamfering part main body, a positioning transmission structure, a positioning conveying motor, a front cutter movable module, a front cutter assembly and a rear cutter assembly, the chamfering part main body is fixedly arranged at the outer side of the conveying part, the front cutter movable module is fixedly arranged at the upper side of the chamfering part main body, the positioning transmission structure and the positioning conveying motor are both fixedly arranged at the outer side of the chamfering part main body, the rear cutter assembly is fixedly arranged at the inner side of the chamfering part main body and is positioned at the left end of the chamfering part main body, the front cutter assembly is fixedly arranged at the inner side of the front cutter movable module, a rotating shaft of the positioning conveying motor is in transmission connection with the positioning transmission structure, and the positioning transmission structure is in transmission connection with the front cutter movable module.

5. The chamfering and cutting mechanism for forming the packing box according to claim 4, wherein the front cutter assembly and the rear cutter assembly each include a cutter lifting cylinder, a cutter motor, a cutter fixing plate and a cutter, the cutter lifting cylinders of the front cutter assembly and the rear cutter assembly are respectively fixed on the inner side of the front cutter movable module and the inner side of the corner cutting body, the upper side of the cutter fixing plate is fixed on the cutter lifting cylinder, the cutter motor is fixed on the lower side of the cutter fixing part, the cutter is fixed on the rotating shaft of the cutter motor, the position of the cutter corresponds to the position of the machining position, and a relief groove is formed at the position of the machining position corresponding to the cutter.

6. The chamfering and cutting mechanism for forming a packing box according to claim 3, further comprising a roller module, wherein the roller module comprises a roller holder, a lifting cylinder, a roller fixing plate, a roller fixing frame and a roller, the roller holder is fixedly arranged on the frame, the lifting cylinder is fixedly arranged on the roller holder, a piston rod of the lifting cylinder is fixedly connected to the roller fixing plate, the roller fixing frame is fixedly arranged on the lower side of the roller fixing plate, the roller is movably connected to the roller fixing frame, the position of the roller is located between two corner cutting portions, and the position of the roller corresponds to the position of the processing position.

7. The chamfering and cutting mechanism in forming a packing box according to claim 6, wherein the roller holder is fixedly provided with a position sensor.