CN219687724U

CN219687724U - Folding plate device for carton board

Info

Publication number: CN219687724U
Application number: CN202320507028.9U
Authority: CN
Inventors: 徐振中; 曹幸运; 贾德涛
Original assignee: Tianjin Enake Machinery Technology Co ltd
Current assignee: Tianjin Enake Machinery Technology Co ltd
Priority date: 2023-03-16
Filing date: 2023-03-16
Publication date: 2023-09-15
Anticipated expiration: 2033-03-16

Abstract

The utility model discloses a folding plate device for a carton board, which comprises a placing component, wherein the lower end of the placing component is provided with a sucker component for sucking the carton board from the placing layer to a bending layer, the bending layer is internally provided with a push plate component for transverse pushing, the push plate component feeds the carton board into a counter-pressure conveying component, the outer side of the counter-pressure conveying component is provided with a folding box component for bending the carton board, the output side of the counter-pressure conveying component is also provided with a folding plate feeding conveying component, and the folding plate feeding conveying component feeds the carton board into a boxing machine. According to the box board storage device, the storage of the box boards is realized through the combination of the baffle plates and the baffle strips in the placement assembly, meanwhile, the sucking disc can conveniently wash only one box board at a time, the sucked box boards are sent into the opposite-pressure conveying assembly through the box pushing plate and the box pushing cylinder, the opposite-pressure conveying assembly can realize conveying, clamping can be carried out in the box folding process, and the processed box boards are sent into the box filling machine through the folded plate piece feeding conveying assembly.

Description

Folding plate device for carton board

Technical Field

The utility model belongs to the technical field of paper box supply devices, and particularly relates to a paper box plate folding plate device.

Background

In the product boxing process, a bent paper box is required to be fed into a box filling machine, then the box filling machine is used for filling products into the paper box, and a boxing and packaging process is realized, especially for the paper boxes of pop cans (tinplate), PET (polyethylene terephthalate) bottles, glass bottles and the like, the fed paper boxes are required to be guaranteed to be subjected to the box folding process.

In the existing production link, the folding boxes are required to be manually carried out, then the cartons after the folding boxes are conveyed into the box filling machine through the conveying belt, a plurality of folding box staff are required to be equipped for one box filling machine, and production efficiency is difficult to guarantee.

Disclosure of Invention

The utility model provides a folding plate device for a carton board, which aims to solve the problems existing in the prior art.

The technical scheme of the utility model is as follows: the utility model provides a folded plate device of carton boxboard, includes to the boxboard that does not bend place the subassembly, place the subassembly lower extreme and be provided with the sucking disc subassembly that adsorbs the boxboard from placing the layer to the layer of bending, be provided with the push pedal subassembly that transversely pushes away in the layer of bending, the push pedal subassembly is sent into the boxboard to pressing the conveying subassembly, pressing the conveying subassembly outside and being provided with the folding box subassembly of bending the boxboard, pressing the output side of conveying subassembly and still being provided with folded plate piece pay-off conveying subassembly, folded plate piece pay-off conveying subassembly sends the boxboard into the case packer.

Still further, place the subassembly and include left baffle, right baffle, backplate, the preceding baffle that carries out spacing to the boxboard four sides, left baffle, right baffle, backplate, preceding baffle enclose the shape that closes and suits with the boxboard.

Still further, the inner wall department of left baffle is provided with left side blend stop, and right baffle inner wall department is provided with right side blend stop, and the inner wall department of backplate is provided with the rear side blend stop, and the inner wall department of preceding baffle is provided with the front side blend stop, left side blend stop, right side blend stop, rear side blend stop, front side blend stop make up and form and place the layer, place the layer and support the lower extreme of boxboard.

Still further, the sucking disc subassembly includes the transverse connection pole, be provided with the sucking disc on the transverse connection pole, the transverse connection pole link to each other with the jar pole of sucking disc cylinder.

Furthermore, the back of the transverse connecting rod is also provided with a guide optical axis, the guide optical axis is inserted into the guide sleeve of the frame, and the guide optical axis and the guide sleeve are in clearance fit.

Still further, the push plate assembly includes the push box guide rail that sets up in the frame, push box guide rail department is provided with the box slide that pushes away of sliding along it, the box slide links to each other with the push box push plate that pushes away, push box push plate promotes the boxboard.

Still further, the lower extreme of pushing away the case guide rail is provided with and decides the mount pad, it is provided with follow-up mount pad to push away case slide lower extreme, the mount pad links to each other with the cylinder body that pushes away the case cylinder, follow-up mount pad links to each other with the jar pole that pushes away the case cylinder, it removes to push away case slide to push away case cylinder drive.

Further, the pressing transmission assembly comprises a lower driving belt pulley for supporting the lower end of the box plate and an upper driven belt pulley in contact with the upper end of the box plate, and the box plate is pressed and transmitted by the combination of the lower driving belt pulley and the upper driven belt pulley.

Still further, the case folding assembly includes the dwang, be provided with on the dwang along with its pivoted case folding board, the dwang sets up in two fixing bases, and the one end of dwang stretches out the fixing base and links to each other with case folding drive structure.

Further, the folded plate piece feeding and conveying assembly comprises a sliding seat capable of sliding linearly, a belt pulley set and a connecting arm are arranged on the sliding seat, and the belt pulley set and the connecting arm drive the box plate to translate.

The beneficial effects of the utility model are as follows:

according to the box board storage device, the storage of the box boards is realized through the combination of the baffle plates and the baffle strips in the placement assembly, meanwhile, the sucking disc can conveniently wash only one box board at a time, the sucked box boards are sent into the opposite-pressure conveying assembly through the box pushing plate and the box pushing cylinder, the opposite-pressure conveying assembly can realize conveying, clamping can be carried out in the box folding process, and the processed box boards are sent into the box filling machine through the folded plate piece feeding conveying assembly.

The utility model can solve the defects of the traditional manual operation, improves the processing efficiency and ensures the processing precision.

Drawings

FIG. 1 is a schematic view of the overall structure of the present utility model;

fig. 2 is a schematic view of the carton placement assembly of the present utility model;

FIG. 3 is a top view of FIG. 2;

FIG. 4 is a schematic view of the chuck assembly of the present utility model;

FIG. 5 is a rear view of FIG. 4;

fig. 6 is a schematic view of the construction of the carton push plate assembly of the present utility model;

fig. 7 is a front view of fig. 6;

FIG. 8 is a schematic view of the belt inner drive assembly of the present utility model;

FIG. 9 is a side view of FIG. 8;

FIG. 10 is a schematic illustration of the belt outer drive assembly of the present utility model;

FIG. 11 is a top view of FIG. 10;

FIG. 12 is a schematic view of the structure of the bellows assembly of the present utility model;

FIG. 13 is a side view of FIG. 12;

wherein:

1. placement component 2 sucking disc component

3. Push plate assembly 4 opposite-pressing conveying assembly

5. Folding plate feeding and conveying assembly 6 folding box assembly

101. Left baffle 102 left side blend stop

103. Right barrier 104 right side barrier strip

105. Rear barrier 106 rear barrier

107. Front barrier 108 front side barrier strip

109. Adjusting rod 110 folding box separating plate

111. Back baffle regulating plate

201. Sucker cylinder 202 guides the optical axis

203. Suction cup

301. Box pushing plate of box pushing cylinder 302

303. Box pushing slide seat of box pushing guide rail 304

401. Upper passive pulley 402 lower drive pulley

403. Synchronous pulley of lower driving pulley transmission mechanism 404

405. Upper sheet metal 406 compacting guide shaft

501. Linear slide rail for belt pulley group 502

503. Slide seat of pushing cylinder 504

505. Driving teeth of connecting arm 506

507. Belt inner layer driving wheel 508 and belt outer layer driving wheel

601. Fixing seat for folding box plate 602

603. The connecting rod 604 is a box folding cylinder.

Description of the embodiments

The present utility model will be described in detail below with reference to the drawings and examples:

as shown in fig. 1 to 13, a folding plate device for a carton board comprises a placement component 1 for accommodating an unbent carton board, a sucking disc component 2 for sucking the carton board from a placement layer to a folding layer is arranged at the lower end of the placement component 1, a push plate component 3 for transverse pushing is arranged in the folding layer, the push plate component 3 feeds the carton board into a butt-pressing conveying component 4, a folding box component 6 for bending the carton board is arranged at the outer side of the butt-pressing conveying component 4, a folding plate feeding conveying component 5 is further arranged at the output side of the butt-pressing conveying component 4, and the folding plate feeding conveying component 5 feeds the carton board into a box filling machine.

The placement component 1 comprises a left baffle 101, a right baffle 103, a rear baffle 105 and a front baffle 107 which limit four sides of the box board, and the enclosed shapes of the left baffle 101, the right baffle 103, the rear baffle 105 and the front baffle 107 are adapted to the box board.

The inner wall department of left baffle 101 is provided with left side blend stop 102, and right baffle 103 inner wall department is provided with right side blend stop 104, and the inner wall department of backplate 105 is provided with rear side blend stop 106, and the inner wall department of preceding baffle 107 is provided with front side blend stop 108, left side blend stop 102, right side blend stop 104, rear side blend stop 106, front side blend stop 108 make up and form and place the layer, place the layer and support the lower extreme of cardboard.

The sucker assembly 2 comprises a transverse connecting rod, a sucker 203 is arranged on the transverse connecting rod, and the transverse connecting rod is connected with a cylinder rod of a sucker cylinder 201.

The back of the transverse connecting rod is further provided with a guide optical axis 202, the guide optical axis 202 is inserted into a guide sleeve of the frame, and the guide optical axis 202 and the guide sleeve are in clearance fit.

The push plate assembly 3 comprises a push box guide rail 303 arranged in a frame, a push box sliding seat 304 sliding along the push box guide rail 303 is arranged at the position of the push box guide rail 303, the push box sliding seat 304 is connected with a push box push plate 302, and the push box push plate 302 pushes a box plate.

The lower extreme of pushing away case guide rail 303 is provided with the fixed mount pad, the pushing away case slide 304 lower extreme is provided with the follow-up mount pad, the mount pad links to each other with the cylinder body that pushes away case cylinder 301, the follow-up mount pad links to each other with the jar pole that pushes away case cylinder 301, the pushing away case cylinder 301 drive pushes away case slide 304 and removes.

The opposite-pressure conveying assembly 4 comprises a lower driving pulley 402 for supporting the lower end of the box plate and an upper driven pulley 401 in contact with the upper end of the box plate, and the lower driving pulley 402 and the upper driven pulley 401 are combined to convey the box plate in a pressing mode.

The folding box assembly 6 comprises a rotating rod, a folding box plate 601 rotating along with the rotating rod is arranged on the rotating rod, the rotating rod is arranged in two fixed seats 602, and one end of the rotating rod protrudes out of the fixed seats 602 and is connected with the folding box driving structure.

The folded plate piece feeding and conveying assembly 5 comprises a sliding seat 504 capable of sliding linearly, a belt pulley set 501 and a connecting arm 505 are arranged on the sliding seat 504, and the belt pulley set 501 and the connecting arm 505 drive the box plate to translate.

Specifically, the left baffle 101 and the right baffle 103 in the placement assembly 1 are bilaterally symmetrical, the left barrier strip 102 is slightly raised at the inner side wall of the left baffle 101, and correspondingly, the right barrier strip 104 is flush with the left barrier strip 102.

Accordingly, the front and rear bars 108, 106 are each slightly convex and are both flush with the right and left bars 104, 102.

The lower parts of the left baffle 101 and the right baffle 103 form L sections, the two L sections are opposite, and the upper end surfaces of the two L sections are flush with the pushing plate 302 of the pushing box to form a bending layer.

Specifically, two through holes are formed in the lower ends of the left baffle plate 101 and the right baffle plate 103, an adjusting rod 109 is penetrated in the two through holes, and the left baffle plate 101 and the right baffle plate 103 can slide on the adjusting rod 109 to adjust the positions and the distances between the two.

The adjustment lever 109 is arranged in the housing.

Specifically, two back baffles 105 are provided, a folding box sub-plate 110 is disposed between the two back baffles 105, and the folding box sub-plate 110 is vertically disposed.

Specifically, the lower end of the front baffle 107 forms an adjustment section that is inserted into an adjustment groove of the rear baffle adjustment plate 111, and the adjustment section is capable of sliding in the adjustment groove, thereby adjusting the interval between the front baffle 107 and the rear baffle 105.

The length direction of the regulating groove is parallel to the left baffle plate 101 and the right baffle plate 103.

Specifically, the suction cup 203 is a commercially available negative pressure suction cup.

The number of the sucking discs 203 is four, and the sucking discs are distributed in a square shape.

The transverse connection rod may also be a transverse connection plate, the transverse connection plate/transverse connection rod is connected to the top of the suction cup cylinder 201, and the axis of the guiding optical axis 202 is parallel to the cylinder axis of the suction cup cylinder 201.

Specifically, the box pushing plate 302 is in a zigzag shape, and the vertical end surface of the box pushing plate 302 can prop against the box plate and push the box plate to translate under the movement of the box pushing slide seat 304.

Specifically, the upper driven pulley 401 and the lower driving pulley 402 in the opposite pressure transmitting assembly 4 are opposite to each other up and down.

The upper driven pulley 401 is a driven pulley, the lower driving pulley 402 is a driving pulley, and the lower driving pulley transmission mechanism 403 drives the lower driving pulley 402.

Specifically, the lower driving pulley transmission mechanism 403 includes a driving shaft, one end of the driving shaft protrudes out, and a synchronous pulley 404 is installed on the protruding section, two driven teeth are disposed on the driving shaft, an upper driven tooth meshed with the driven teeth is disposed on the driven teeth, a rotating shaft rotating with the upper driven tooth is disposed in the upper driven tooth, and the rotating shaft is connected with the lower driving pulley 402.

Specifically, the upper driven pulley 401 is disposed in a driven frame, an upper sheet metal 405 is disposed outside the driven frame, a pressing guide shaft 406 is disposed in the driven frame, and the pressing guide shaft 406 can adjust the distance between the lower driving pulley 402 and the upper driven pulley 401.

Specifically, the box folding driving structure comprises a connecting rod 603, the connecting rod 603 is connected with a rotating rod, the lower end of the connecting rod 603 is connected with a cylinder rod of a box folding cylinder 604 in a hinged manner, and the cylinder body of the box folding cylinder 604 is connected with a frame in a hinged manner, so that the rotating rod is driven to rotate by the expansion and contraction of the box folding cylinder 604, and the box folding plate 601 is driven to operate.

Specifically, the sliding seat 504 in the folded plate feeding and conveying assembly 5 and the linear sliding rail 502 form a moving pair, and the sliding seat 504 can translate on the linear sliding rail 502.

Specifically, an assembly box is arranged at the upper end of the sliding seat 504, one side wall of the assembly box is connected with a pushing cylinder 503, and a cylinder rod of the pushing cylinder 503 pushes the sliding seat 504 to translate along the linear sliding rail 502.

The assembly box also comprises a driving shaft, the driving shaft rotates in the assembly box, driving teeth 506 for rotation are arranged on the driving shaft, two belt inner layer driving wheels 507 are further arranged on the driving shaft, the two inner layer driving wheels 507 are located on two sides of the driving teeth 506, inner layer driving wheels 507 are also arranged on the connecting arm 505, and the inner layer driving wheels 507 are used for conveying folded box boards.

Specifically, a belt outer layer driving wheel 508 is arranged at the outer wall of the assembly box, the belt outer layer driving wheel 508 corresponds to the upper driven belt pulley 401, and transition between two transmissions is realized through the belt outer layer driving wheel 508.

Specifically, the placing component 1 aligns the cut cardboard with the notch of the folded box to the folded box separating plate 110, and places the cardboard into the range of the baffle plate from top to bottom, and the cardboard box is pulled by the cardboard box barrier strip. The placing component 1 has simple mechanical structure, is convenient to adjust the rear baffle on the left and right.

In particular, the suction cup assembly 2 functions to draw the carton from the carton receiving area onto the plane of bending. The sucking disc subassembly 2 is located the carton and places the district under, rises to the carton through the sucking disc cylinder and places the district, then the sucking disc forms the negative pressure and is in the same place with the carton, descends through the cylinder and inhales the carton to the plane that rolls over the case place.

The sucker assembly 2 has simple control principle and quick response.

Specifically, the carton is adsorbed to the plane where the folding box is located through the sucking disc component, the carton pushing cylinder 301 enters a shortened state from an extended state, and drives the carton pushing plate 302 to push the carton to enter the opposite-pressure conveying component 4.

The push plate assembly 3 is simple to manufacture, stable in operation and convenient to adjust.

Specifically, the synchronous pulley in the opposite pressure transmission assembly 4 is connected with the variable frequency motor through a synchronous belt to generate power, and two spur gears on the same shaft are meshed with the spur gears on the lower belt pulley shaft to enable the lower driving pulley 402 to rotate, so that when a paper box is arranged between the upper layer belt and the lower layer belt, the upper driven pulley 401 is driven to rotate.

The opposite pressure conveying assembly 4 has a simple and compact mechanical structure.

Specifically, when the carton is bent, the next step is to participate in the boxing process. Under the action of the pushing cylinder 503, the folded plate feeding and conveying assembly 5 extends forwards, so that the cartons can be fully inserted into the boxing machine.

The working process of the utility model is as follows:

the carton that does not bend is put into placing the subassembly 1 in the manual work, from top to bottom adsorbs the plane of bending by sucking disc subassembly 2, pushes away the carton to upper and lower two-layer belt by push pedal subassembly 3 in, and the carton is transported to the assigned position of book case by pressing conveying subassembly 4 again, rolls over the case by book case subassembly 6, and then is sent into the case packer by folded plate spare pay-off conveying subassembly 5.

Claims

1. The utility model provides a folded plate device of carton boxboard, includes to not placing subassembly (1) that the boxboard of bending held, its characterized in that: place sucking disc subassembly (2) of subassembly (1) lower extreme with the boxboard from placing the layer absorption to bending layer, be provided with push pedal subassembly (3) of transversely pushing away in the layer of bending, push pedal subassembly (3) send into the boxboard to pressing conveying subassembly (4), pressing conveying subassembly (4) outside is provided with and carries out the book case subassembly (6) of bending to the boxboard, the output side of pressing conveying subassembly (4) still is provided with folded plate spare pay-off conveying subassembly (5), folded plate spare pay-off conveying subassembly (5) send into the boxboard into the case packer.

2. The carton board flap arrangement of claim 1 wherein: the placement assembly (1) comprises a left baffle (101), a right baffle (103), a rear baffle (105) and a front baffle (107) which limit four sides of the box board, and the shape enclosed by the left baffle (101), the right baffle (103), the rear baffle (105) and the front baffle (107) is suitable for the box board.

3. A carton board flap arrangement according to claim 2, wherein: the inner wall department of left baffle (101) is provided with left side blend stop (102), and right baffle (103) inner wall department is provided with right side blend stop (104), and the inner wall department of backplate (105) is provided with rear side blend stop (106), and the inner wall department of preceding baffle (107) is provided with front side blend stop (108), left side blend stop (102), right side blend stop (104), rear side blend stop (106), front side blend stop (108) make up and form and place the layer, place the layer and support the lower extreme of boxboard.

4. The carton board flap arrangement of claim 1 wherein: the sucker assembly (2) comprises a transverse connecting rod, a sucker (203) is arranged on the transverse connecting rod, and the transverse connecting rod is connected with a cylinder rod of a sucker cylinder (201).

5. The carton board flap arrangement of claim 4 wherein: the back of the transverse connecting rod is also provided with a guide optical axis (202), the guide optical axis (202) is inserted into a guide sleeve of the frame, and the guide optical axis (202) and the guide sleeve are in clearance fit.

6. The carton board flap arrangement of claim 1 wherein: the push plate assembly (3) comprises a push box guide rail (303) arranged in the frame, a push box sliding seat (304) sliding along the push box guide rail (303) is arranged at the push box guide rail, the push box sliding seat (304) is connected with a push box push plate (302), and the push box push plate (302) pushes the box plate.

7. The carton board flap arrangement of claim 6 wherein: the lower extreme of pushing away case guide rail (303) is provided with decides the mount pad, it is provided with follow-up mount pad to push away case slide (304) lower extreme, the mount pad links to each other with the cylinder body that pushes away case cylinder (301), follow-up mount pad links to each other with the jar pole that pushes away case cylinder (301), it removes to push away case slide (304) to push away case cylinder (301).

8. The carton board flap arrangement of claim 1 wherein: the opposite-pressure conveying assembly (4) comprises a lower driving belt pulley (402) for supporting the lower end of the box plate and an upper driven belt pulley (401) in contact with the upper end of the box plate, and the box plate is conveyed in a pressing mode through the combination of the lower driving belt pulley (402) and the upper driven belt pulley (401).

9. The carton board flap arrangement of claim 1 wherein: the folding box assembly (6) comprises a rotating rod, a folding box plate (601) rotating along with the rotating rod is arranged on the rotating rod, the rotating rod is arranged in two fixing seats (602), and one end of the rotating rod protrudes out of the fixing seats (602) and is connected with the folding box driving structure.

10. The carton board flap arrangement of claim 1 wherein: the folded plate piece feeding and conveying assembly (5) comprises a sliding seat (504) capable of sliding linearly, a belt pulley set (501) and a connecting arm (505) are arranged on the sliding seat (504), and the belt pulley set (501) and the connecting arm (505) drive the box plate to translate.