阅读说明：本技术 一种纸袋装盒的自动包装生产设备 (Automatic packaging production equipment for paper bag box ) 是由 谢丽娜 于 2019-10-23 设计创作，主要内容包括：本发明公开了一种纸袋装盒的自动包装生产设备,其结构包括纸盒自动折盖包装装置、输送装置、纸盒、限位分隔条、包装机机体、支撑柱,包装机机体的底部垂直连接有支撑柱,包装机机体内设有输送装置,与现有技术相比,本发明的有益效果在于：本发明的纸盒自动折盖包装装置通过升降盒、宽边折盖组件、长边折盖组件、液压缸的结合设置,无须人工折盖包装,能够同时对同一组的多个纸盒进行折盖,效率高,有助于提高纸盒包装的效率,降低包装成本,通过先宽边折盖,后长边折盖,能够保证折盖的统一性,有利于提升纸盒包装的美观性及档次,有助于提高商品的竞争性,利于产品的促销。(The invention discloses automatic packaging production equipment for paper bag box packing, which structurally comprises a paper box automatic cover folding and packaging device, a conveying device, a paper box, a limiting separation strip, a packaging machine body and supporting columns, wherein the bottom of the packaging machine body is vertically connected with the supporting columns, and the conveying device is arranged in the packaging machine body. According to the automatic cover folding packaging device for the paper boxes, due to the combined arrangement of the lifting box, the wide-edge cover folding assembly, the long-edge cover folding assembly and the hydraulic cylinder, manual cover folding packaging is not needed, a plurality of paper boxes in the same group can be simultaneously folded, the efficiency is high, the efficiency of paper box packaging can be improved, the packaging cost is reduced, the uniformity of the folded covers can be ensured by firstly folding the wide edge cover and then folding the long edge cover, the attractiveness and the grade of the paper box packaging can be improved, the competitiveness of commodities can be improved, and product promotion can be facilitated.)

1. The utility model provides a paper bag dress box's automatic packaging production equipment, its structure includes that the automatic lid packing plant (1), conveyor (2), carton (3), spacing branch parting bead (4), packagine machine organism (5), support column (6) that roll over of carton, even there is support column (6) at the bottom of packagine machine organism (5), is equipped with conveyor (2) of taking spacing branch parting bead (4) in, has placed carton (3) on conveyor (2), packagine machine organism (5) still are equipped with the automatic lid packing plant (1) that rolls over of carton, its characterized in that:

the automatic cover folding and packaging device (1) for the paper box comprises a lifting box (Q), a broadside cover folding component (E), a long-edge cover folding component (R) and a hydraulic cylinder (S), wherein the hydraulic cylinder (S) is connected to the top of the lifting box (Q), and the bottom of the lifting box is provided with the broadside cover folding component (E) and the long-edge cover folding component (R) which are respectively two groups.

2. The automatic packaging production equipment for paper bag boxes according to claim 1, characterized in that: lifting box (Q) including automatically controlled motor (1Q), broadside rotating assembly (2Q), long limit rotating assembly (3Q), broadside rotary power subassembly (4Q), long limit rotary power subassembly (5Q), box body (6Q), be equipped with broadside rotating assembly (2Q) of being connected with broadside rotary power subassembly (4Q) in box body (6Q) and long limit rotating assembly (3Q) of being connected with long limit rotary power subassembly (5Q), long limit rotary power subassembly (5Q) and broadside rotary power subassembly (4Q) carry out the transmission and are connected, one of them broadside rotary power subassembly (4Q) are installed automatically controlled motor (1Q).

3. The automatic packaging production equipment for paper bag boxes according to claim 2, characterized in that: long limit rotating component (3Q) is the same with the constitution structure of broadside rotating component (2Q), long limit rotating component (3Q) is including drive belt (Q30), spur gear (Q31), pivot (Q32), action wheel (Q33), pivot (Q32) are equipped with in the middle of with long limit rotary power component (5Q) complex spur gear (Q31), both ends all are equipped with drive belt (Q30) complex action wheel (Q33), drive belt (Q30) link to each other with long limit flap subassembly (R).

4. The automatic packaging production equipment for paper bag boxes according to claim 2, characterized in that: the broadside rotary power component (4Q) is the same as the long-side rotary power component (5Q), the long-side rotary power component (5Q) comprises a rack plate (Q50), a guide sliding seat (Q51), a bevel gear (Q52), a mounting sleeve (Q53), a single curved rod (Q54) and a connecting rod (Q55), the single curved rod (Q54) is connected with the connecting rod (Q55) through the mounting sleeve (Q53), the connecting rod (Q55) is connected with the rack plate (Q50), the rack plate (Q50) is matched with the guide sliding seat (Q51), the single curved rod (Q54) is provided with the bevel gear (Q52) matched with the broadside rotary power component (4Q), and the rack plate (Q50) is matched with a spur gear (Q31).

5. The automatic packaging production equipment for paper bag boxes according to claim 4, characterized in that: the rack plate (Q50) comprises a toothed block (501), a guide groove (502), a strip plate (503) and a hinge seat (504), wherein the toothed block (501) meshed with a spur gear (Q31) is uniformly distributed on the top of the strip plate (503), the guide groove (502) matched with the guide sliding seat (Q51) is formed in each of two sides of the strip plate, and the hinge seat (504) connected with a connecting rod (Q55) is fixed at the tail end of the strip plate.

6. The automatic packaging production equipment for paper bag boxes according to claim 2, characterized in that: box body (6Q) is including base member (Q61), first rectangle opening (Q62), second rectangle opening (Q63), base member (Q61) offer with broadside flap cover subassembly (E) communicating first rectangle opening (Q62) and with each 4 of second rectangle opening (Q63) that long limit flap cover subassembly (R) communicate, base member (Q61) are connected with broadside flap cover subassembly (E), long limit flap cover subassembly (R).

7. An automatic packaging production apparatus for paper bags and boxes according to claim 1 or 6, characterized in that: long limit flap subassembly (R) is including plate body (1R), flap board (2R), counter shaft (3R), follow driving wheel (4R), flap board (2R) is connected with plate body (1R) through having movable counter shaft (3R) from driving wheel (4R), plate body (1R) hangs down with base member (Q61) and links to each other, driving wheel (4R) and drive belt (Q30) cooperation.

Technical Field

The invention relates to the technical field of automatic packaging of paper boxes, in particular to automatic packaging production equipment for paper bag boxing.

Background

In order to improve the competition of commodities, most commodities are packaged in cartons, and the attractive shapes and decorations of the commodities are used for propagandizing and beautifying the commodities, and the cartons are widely used for selling and packaging various products such as food, medicines, electronics and the like.

Present carton is in the packing, because current equipment for packing technique is perfect inadequately, need artifically realize the encapsulation after rolling over the lid after the container bag of packing into in the carton, roll over the lid specifically for artifically with two broadside apron inwards roll over of carton, two long limit apron inwards roll over of back to the carton are pressed, cover broadside apron, artifical book is covered inefficiency, thereby can reduce the efficiency of carton packing, and the difficult uniformity that guarantees the flap of artifical flap, influence subsequent closing cap operation, it is poor to encapsulate the leakproofness.

Disclosure of Invention

The invention mainly aims to overcome the defects of the prior art and provides automatic packaging production equipment for paper bag boxing.

The invention is realized by adopting the following technical scheme: the automatic packaging production equipment for paper bag box packing structurally comprises an automatic paper box cover folding and packaging device, a conveying device, a paper box, limiting separation strips, a packaging machine body and supporting columns, wherein the bottom of the packaging machine body is vertically connected with the supporting columns, the conveying device is arranged in the packaging machine body, the limiting separation strips are uniformly distributed on a conveying belt of the conveying device, the limiting separation strips are arranged in an equidistant mode, the paper box is placed between every two adjacent limiting separation strips, and the automatic paper box cover folding and packaging device which is vertically connected with the packaging machine body is arranged above the paper box;

the automatic cover folding and packaging device for the paper box comprises a lifting box, a broadside cover folding assembly, a long-edge cover folding assembly and a hydraulic cylinder, wherein the hydraulic cylinder is vertically connected to the center of the top surface of the lifting box, the broadside cover folding assemblies are fixedly connected to two ends of the bottom surface of the lifting box, and the long-edge cover folding assemblies are fixed to two sides of the bottom surface of the lifting box.

As the optimization, the lift box is including automatically controlled motor, broadside rotating assembly, long limit rotating assembly, broadside rotary power subassembly, long limit rotary power subassembly, box body, the inside both ends of box body all are provided with broadside rotating assembly, and long limit rotating assembly is all installed to both sides, the equal transmission of broadside rotating assembly is connected with broadside rotary power subassembly, long limit rotating assembly all is connected with long limit rotary power subassembly, long limit rotary power subassembly carries out the transmission with broadside rotary power subassembly and is connected, one of them the automatically controlled motor is installed to broadside rotary power subassembly.

As the optimization, long limit rotating assembly is the same with broadside rotating assembly's constitutional structure, long limit rotating assembly is including drive belt, spur gear, pivot, action wheel, the spur gear is installed to the pivot position placed in the middle, and the equal interference fit in both ends has the action wheel, the action wheel all cooperates there is the drive belt, drive belt transmission is connected in long limit book lid subassembly, spur gear cooperatees with long limit rotary power subassembly.

As optimization, the broadside rotary power assembly is the same as the long-side rotary power assembly in structure, the long-side rotary power assembly comprises a rack plate, a guide sliding seat, a bevel gear, an installation sleeve, a single curved bar and a connecting rod, the installation sleeve is in clearance fit with a concave part of the single curved bar and is connected with one end of the connecting rod, the other end of the connecting rod is hinged to the rack plate, the rack plate is in sliding fit with the guide sliding seat, the tail end of the single curved bar is excessively matched with the bevel gear, the rack plate is meshed with a spur gear positioned right below the guide sliding seat, and the bevel gear is in transmission connection with the broadside rotary power assembly.

As optimization, the rack plate is including tooth piece, guide way, rectangular board, hinge seat, the guide way has all been seted up to the rectangular board both sides, the top surface equipartition of rectangular board has the tooth piece that is the equidistance formula and sets up, the one end both sides of rectangular board all are fixed with the hinge seat, the hinge seat is linked with connecting rod activity, tooth piece and spur gear meshing.

As an optimization, the box body comprises a base body, a first rectangular opening and a second rectangular opening, the first rectangular opening and the second rectangular opening are formed in four oblique directions of the base body, the first rectangular opening is perpendicular to the second rectangular opening, the first rectangular opening is communicated with the wide edge folding cover assembly, the second rectangular opening is communicated with the long edge folding cover assembly, and the base body is perpendicularly connected with the wide edge folding cover assembly and the long edge folding cover assembly.

As optimization, long limit flap subassembly is including the plate body, flap board, counter roll, follow driving wheel, the plate body is embedded have with clearance fit's flap board, flap board bottom install with plate body swing joint's counter roll, the terminal cooperation of all excessively of counter roll both ends has from the driving wheel, the plate body is connected with the base member is perpendicular, place the plate body in the driving wheel and be connected with the drive belt.

Advantageous effects

When a batch of paper boxes with paper bags are conveyed to the position right below the automatic paper box cover folding and packaging device by a conveying device, a hydraulic cylinder drives a lifting box to descend, so that a cover plate of the paper box is positioned in a wide-edge cover folding component and a long-edge cover folding component, a bevel gear on a wide-edge rotating component connected with a driving electric control motor is rotated by driving the electric control motor to run, the long-edge rotating power component and the wide-edge rotating power component sequentially realize transmission through orthogonal meshing of the bevel gear, when the convex parts of single curved rods of two groups of wide-edge rotating power components are switched from opposite relative rotation, a rack plate is enabled to translate towards the center of a base body under the connecting action of a mounting sleeve and a connecting rod, so that a spur gear is rotated through a toothed block, a rotating shaft is enabled to be linked, the fulcrum shaft rotates along with the driving wheel, a driving belt and a driven, the direction of the convex parts of the two single curved rods of the broadside rotary power assembly is opposite to that of the convex parts of the two single curved rods of the long-side rotary power assembly, namely when the convex parts of the two single curved rods of the broadside rotary power assembly are opposite, the convex parts of the two single curved rods of the long-side rotary power assembly are opposite, otherwise, when the convex parts of the two single curved rods of the broadside rotary power assembly are opposite, the convex parts of the two single curved rods of the long-side rotary power assembly are opposite, and therefore the carton automatic folding and packaging device firstly carries out broadside folding and then long-side folding on cartons;

compared with the prior art, the invention has the beneficial effects that: according to the automatic cover folding packaging device for the paper boxes, due to the combined arrangement of the lifting box, the wide-edge cover folding assembly, the long-edge cover folding assembly and the hydraulic cylinder, manual cover folding packaging is not needed, a plurality of paper boxes in the same group can be simultaneously folded, the efficiency is high, the efficiency of paper box packaging can be improved, the packaging cost is reduced, the uniformity of the folded covers can be ensured by firstly folding the wide edge cover and then folding the long edge cover, the attractiveness and the grade of the paper box packaging can be improved, the competitiveness of commodities can be improved, and product promotion can be facilitated.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

fig. 1 is a schematic structural diagram of an automatic packaging production device for paper bag boxing of the invention.

Fig. 2 is a schematic bottom view of the automatic folding and packaging device for cartons of the present invention.

Fig. 3 is a schematic structural view of the first working state of the interior of the elevator box of the present invention.

Fig. 4 is a schematic structural view of the second working state of the interior of the elevator box of the present invention.

Fig. 5 is a schematic structural view of a rack plate of the present invention.

Fig. 6 is a bottom view of the cassette of the present invention.

Fig. 7 is a schematic cross-sectional view of a long-side flap assembly according to the present invention.

In the drawings, the corresponding relationship between the component names and the reference numbers is as follows:

the automatic carton folding and packaging device comprises a carton automatic folding and packaging device-1, a conveying device-2, a carton-3, a limiting separation strip-4, a packaging machine body-5, a supporting column-6, a lifting box-Q, a broadside folding and packaging assembly-E, a long-side folding and packaging assembly-R, a hydraulic cylinder-S, an electric control motor-1Q, a broadside rotating assembly-2Q, a long-side rotating assembly-3Q, a broadside rotating power assembly-4Q, a long-side rotating power assembly-5Q, a box body-6Q, a transmission belt-Q30, a spur gear-Q31, a rotating shaft-Q32, a driving wheel-Q33, a rack plate-Q50, a guide sliding seat-Q51, a bevel gear-Q52, a mounting sleeve-Q53, a single bent rod-Q54, a connecting rod-Q55, a tooth block-501, a, The device comprises a long strip plate-503, a hinge seat-504, a base body-Q61, a first rectangular opening-Q62, a second rectangular opening-Q63, a plate body-1R, a folding cover plate-2R, a fulcrum shaft-3R and a driven wheel-4R.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "connected" and "connected" are to be interpreted broadly, e.g., as being fixed or detachable or integrally connected; can be mechanically or electrically connected; may be directly connected or indirectly connected through an intermediate. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

Referring to fig. 1-7, the present invention provides a technical solution of an automatic packaging production apparatus for paper bag packaging: the automatic carton folding and packaging device structurally comprises an automatic carton folding and packaging device 1, a conveying device 2, a carton 3, limiting separation strips 4, a packaging machine body 5 and supporting columns 6, wherein the supporting columns 6 are vertically connected to the bottom of the packaging machine body 5, the conveying device 2 is arranged in the packaging machine body 5, the limiting separation strips 4 are uniformly distributed on a conveying belt of the conveying device 2, the limiting separation strips 4 are arranged in an equidistant mode, the carton 3 is placed between every two adjacent limiting separation strips 4, the automatic carton folding and packaging device 1 vertically connected with the packaging machine body 5 is arranged above the carton 3, and the limiting separation strips 4 are arranged in a mode that the placed carton 3 is just positioned under the automatic carton folding and packaging device 1, so that the automatic carton folding and packaging device 1 can fold the carton 3 conveniently;

the automatic cover folding and packaging device 1 for the paper box comprises a lifting box Q, a broadside cover folding component E, a long-edge cover folding component R and a hydraulic cylinder S, wherein the hydraulic cylinder S is vertically connected to the center of the top surface of the lifting box Q, the broadside cover folding components E are fixedly connected to the two ends of the bottom surface of the lifting box Q, the long-edge cover folding components R are fixed to the two sides of the bottom surface of the lifting box Q, the hydraulic cylinder S is arranged to enable the lifting box Q, the broadside cover folding components E and the long-edge cover folding components R to have lifting functions, and the paper box 3 can be folded and lifted when descending, so that the paper box 3 can be conveyed forwards without resistance.

Lifting box Q is including automatically controlled motor 1Q, broadside rotating assembly 2Q, long limit rotating assembly 3Q, broadside rotary power subassembly 4Q, long limit rotary power subassembly 5Q, box body 6Q, the inside both ends of box body 6Q all are provided with broadside rotating assembly 2Q, and long limit rotating assembly 3Q is all installed to both sides, the equal transmission of broadside rotating assembly 2Q is connected with broadside rotary power subassembly 4Q, long limit rotating assembly 3Q all is connected with long limit rotary power subassembly 5Q, long limit rotary power subassembly 5Q carries out the transmission with broadside rotary power subassembly 4Q and is connected, one of them broadside rotary power subassembly 4Q installs automatically controlled motor 1Q.

Long limit rotating assembly 3Q is the same with broadside rotating assembly 2Q's constitutional structure, long limit rotating assembly 3Q is including drive belt Q30, spur gear Q31, pivot Q32, action wheel Q33, spur gear Q31 is installed to pivot Q32 position placed in the middle, and the equal interference fit in both ends has action wheel Q33, action wheel Q33 all cooperates drive belt Q30, drive belt Q30 transmission is connected in long limit flap subassembly R, spur gear Q31 cooperatees with long limit rotary power subassembly 5Q, long limit rotating assembly 3Q's setting lies in can driving flap board 2R and carry out the flap action to the carton.

The structure of the wide-side rotary power assembly 4Q is the same as that of the long-side rotary power assembly 5Q, the long-side rotary power assembly 5Q comprises a rack plate Q50, a guide sliding seat Q51, a bevel gear Q52, a mounting sleeve Q53, a single curved rod Q54 and a connecting rod Q55, the concave part of the single curved rod Q54 is in clearance fit with the mounting sleeve Q53, the mounting sleeve Q53 is connected with one end of a connecting rod Q55, the other end of the connecting rod Q55 is hinged to the rack plate Q50, the rack plate Q50 is in sliding fit with the guide sliding seat Q51, the tail end of the single curved rod Q54 is in over fit with the bevel gear Q52, the rack plate Q50 is meshed with a spur gear Q31 located right below the guide sliding seat Q51, the bevel gear Q52 is in transmission connection with the wide-side rotary power assembly 4Q 54, and the single curved rod Q54 is arranged to enable the rack plate Q50.

Rack plate Q50 is including tooth piece 501, guide way 502, rectangular board 503, hinge seat 504, guide way 502 has all been seted up to rectangular board 503 both sides, the top surface equipartition of rectangular board 503 has the tooth piece 501 that is the equidistance setting, the one end both sides of rectangular board 503 all are fixed with hinge seat 504, hinge seat 504 and connecting rod Q55 swing joint, tooth piece 501 and spur gear Q31 mesh, the combination setting of guide way 502 and direction slide Q51 lies in can making rectangular board 503 remain the translation all the time, does benefit to spur gear Q31's normal rotation.

The box body 6Q comprises a base body Q61, a first rectangular opening Q62 and a second rectangular opening Q63, wherein four oblique directions of the base body Q61 are provided with a first rectangular opening Q62 and a second rectangular opening Q63, the first rectangular opening Q62 is perpendicular to the second rectangular opening Q63, the first rectangular opening Q62 is communicated with a wide-edge folding cover component E, the second rectangular opening Q63 is communicated with a long-edge folding cover component R, the base body Q61 is perpendicularly connected with the wide-edge folding cover component E and the long-edge folding cover component R, and the first rectangular opening Q62 and the second rectangular opening Q63 are arranged in the way that a driving belt Q30 can enter the plate body 1R to drive the folding cover plate 2R to rotate through a driven wheel 4R and a fulcrum shaft 3R.

Long limit flap subassembly R is including plate body 1R, flap 2R, counter roll 3R, follow driving wheel 4R, plate body 1R is embedded have with clearance fit's flap 2R, flap 2R bottom install with plate body 1R swing joint's counter roll 3R, the two ends of counter roll 3R all excessively cooperate and have from driving wheel 4R, plate body 1R is connected with base member Q61 is perpendicular, place plate body 1R in the driving wheel 4R and be connected with drive belt Q30, flap 2R's setting lies in can carrying out the flap to the apron of carton.

The working principle of the invention is as follows: when a paper bag is loaded into a paper box 3 and is conveyed to the position right below the automatic paper box cover folding and packaging device 1 through the conveying device 2, the hydraulic cylinder S drives the lifting box Q to descend, so that a cover plate of the paper box 3 is positioned in the wide edge cover folding component E and the long edge cover folding component R, the bevel gears Q52 on the wide edge rotating component 2Q connected with the driving electric control motor 1Q are rotated by driving the electric control motor 1Q to operate, the long edge rotating power component 5Q and the wide edge rotating power component 4Q sequentially realize transmission through orthogonal meshing of the bevel gears, when the convex parts of the single curved rods Q54 of the two groups of wide edge rotating power components 4Q are switched from opposite relative rotation, the rack plate Q50 is translated towards the center of the base body Q61 under the connecting action of the mounting sleeve Q53 and the connecting rod Q55, so that the spur gear Q31 is rotated through the gear block 501, the rotating shaft Q32 is linked, and the support shaft 3R is supported on, The driving belt Q30 and the driven wheel 4R rotate with it under the driving action, so as to drive the folding plate 2R to fold the cover plate of the paper box 3, because the direction of the convex parts of the two single curved rods Q54 of the broadside rotary power assembly 4Q is opposite to the direction of the convex parts of the two single curved rods Q54 of the long-side rotary power assembly 5Q, namely when the convex parts of the two single curved rods Q54 of the broadside rotary power assembly 4Q are opposite, the convex parts of the two single curved rods Q54 of the long-side rotary power assembly 5Q are opposite, otherwise, when the convex parts of the two single curved rods Q54 of the broadside rotary power assembly 4Q are opposite, the convex parts of the two single curved rods Q54 of the long-side rotary power assembly 5Q are opposite, and therefore, the automatic folding packaging device 1 for paper boxes firstly carries out broadside folding on and then carries out long-.

In summary, the technical progress obtained by the invention compared with the prior art is as follows: according to the automatic cover folding packaging device for the paper boxes, due to the combined arrangement of the lifting box, the wide-edge cover folding assembly, the long-edge cover folding assembly and the hydraulic cylinder, manual cover folding packaging is not needed, a plurality of paper boxes in the same group can be simultaneously folded, the efficiency is high, the efficiency of paper box packaging can be improved, the packaging cost is reduced, the uniformity of the folded covers can be ensured by firstly folding the wide edge cover and then folding the long edge cover, the attractiveness and the grade of the paper box packaging can be improved, the competitiveness of commodities can be improved, and product promotion can be facilitated.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that various changes in the embodiments and/or modifications of the invention can be made, and equivalents and modifications of some features of the invention can be made without departing from the spirit and scope of the invention.