CN204210040U - Wine box shaping equipment - Google Patents
Wine box shaping equipment Download PDFInfo
- Publication number
- CN204210040U CN204210040U CN201420578938.7U CN201420578938U CN204210040U CN 204210040 U CN204210040 U CN 204210040U CN 201420578938 U CN201420578938 U CN 201420578938U CN 204210040 U CN204210040 U CN 204210040U
- Authority
- CN
- China
- Prior art keywords
- tooth bar
- hole
- rotating shaft
- bearing
- die
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Abstract
The utility model discloses a kind of wine box shaping equipment, comprise rotary frame, die drawing device, surrounding edge mechanism, Liang Yapao mechanism, cardboard pressing mechanism, edge-folding mechanism, paste bottom surface mechanism of paper and move back case structure, described rotary frame comprises combined rack, combined and divided dish, the middle part of described combined and divided dish offers index dial installing hole, the edge of described combined and divided dish is evenly provided with some limits block installing hole, described combined and divided inner side correspondence of coiling in described limit block installing hole is provided with drawing-die installing zone, described die drawing device to be installed in the block installing hole of described limit and to be placed in described drawing-die installing zone, described surrounding edge mechanism, Liang Yapao mechanism, cardboard pressing mechanism, edge-folding mechanism, paste bottom surface mechanism of paper and move back case structure and be installed on the corresponding described combined and divided dish outside of described combined rack successively.The utility model wine box shaping equipment achieves the automation of wine box processing, greatly enhances productivity.
Description
Technical field
The utility model relates to mechanical field, particularly relates to a kind of wine box shaping equipment.
Background technology
Now, the processing of wine box is generally completed by staff, and cost of labor is high, inefficiency.
For above problem, urgently a kind of wine box shaping equipment, thus the automation completing the processing of wine box, enhance productivity greatly.
Utility model content
The purpose of this utility model is to provide a kind of wine box shaping equipment, thus completes the automation of wine box processing, greatly enhances productivity.
To achieve these goals, the technical solution of the utility model is: provide a kind of wine box shaping equipment, comprise rotary frame, die drawing device, surrounding edge mechanism, Liang Yapao mechanism, cardboard pressing mechanism, edge-folding mechanism, paste bottom surface mechanism of paper and move back case structure, described rotary frame comprises combined rack, frame driven unit, combined and divided dish and swivel joint, the middle part of described combined and divided dish offers index dial installing hole, the edge of described combined and divided dish is evenly provided with some limits block installing hole, described combined and divided inner side correspondence of coiling in described limit block installing hole is provided with drawing-die installing zone, the middle part of described combined rack offers workbench installing hole, described swivel joint is fixedly installed in described index dial installing hole, described swivel joint is provided with a point depressed structure, described frame driven unit is installed in described workbench installing hole, described die drawing device comprises flanging press-in die mechanism, absorption rotating shaft, rotating shaft driving mechanism and packing box absorption mould, described flanging press-in die mechanism slips is sheathed on corresponding described packing box in described absorption rotating shaft and adsorbs between mould and described unilateral bearing gear drive, described flanging press-in die mechanism is used for the flanging of packing box the inner press-in packing box madial wall, described absorption rotating shaft comprises rotating shaft main body, some longitudinal suction holes are provided with within described rotating shaft main body, the input of described suction hole is located on the sidewall of described rotating shaft main body, the output of described suction hole runs through the output of described rotating shaft main body, the input of described rotating shaft main body is provided with fixed installation hole, the outside of the corresponding described keyway of described rotating shaft main body is radially convexly equipped with fixed installation platform, described fixed installation platform has some fixed vias, the input of described rotating shaft driving mechanism and described rotating shaft main body is affixed, for driving described rotating shaft main body by fixed time interval single direction rotation specified angle, described packing box absorption mould comprises the exterior sheathing of core rod and tubular, some longitudinal directions that offers described core rod run through self main adsorption hole, described main adsorption hole is connected with some sub-adsorption holes leading to described core side wall surface, described sub-adsorption hole and described main adsorption hole orthogonal, described exterior sheathing is placed on outside described core rod admittedly, described exterior sheathing offers the exterior sheathing adsorption hole corresponding with described sub-adsorption hole, one end of described core rod is provided with installation cavity, some installing holes are provided with in described installation cavity, described main adsorption hole is communicated with described installation cavity and connects, described fixed installation platform is plugged in described installation cavity, to be rotatably connected described installing hole and described fixed via thus make fixed installation platform be fixed in described installation cavity by hold-down screw, and suction hole is communicated with main adsorption hole connect, described flanging press-in die mechanism is installed in the block installing hole of described limit, described rotating shaft driving mechanism is installed in corresponding described drawing-die installing zone, described surrounding edge mechanism, Liang Yapao mechanism, cardboard pressing mechanism, edge-folding mechanism, subsides bottom surface mechanism of paper and move back case structure and be installed on outside the corresponding described combined and divided dish of described combined rack successively, described surrounding edge mechanism has surrounding edge flannelette, for adsorbing mould at packing box when reeling gift box side paper and inner side cardboard, make packing box side paper and corresponding being adjacent in flakes of inner side cardboard pack an end face corresponding to absorption mould, described Ya Pao mechanism is used for the good packing box side paper of roll extrusion folding and sticking and inner side cardboard, described cardboard pressing mechanism is used for base stock plate being overlayed the inner side into the good packing box side paper of folding and sticking and connecting with the outer end of inner side cardboard, described edge-folding mechanism is used for the flanging at paper two ends, packing box side good for folding and sticking inwardly to fold, described subsides bottom surface mechanism of paper is used for bottom surface paper to be pasted on outside the flanging of the good paper outer end, packing box side of folding and sticking, the described case structure that moves back is for unloading by the wine processed box.
Described rotating shaft driving mechanism comprises mould revolving power mechanism and unilateral bearing gear drive, described mould revolving power mechanism comprises cylinder, tooth bar, tooth bar slide plate and tooth bar pressing plate, the front end face of described tooth bar slide plate offers tooth bar chute, the rear end face of described tooth bar slide plate offers the tooth bar guide hole moved towards up and down, described tooth bar is installed in described tooth bar chute up or down, the output of described cylinder through described tooth bar guide hole and described tooth bar affixed, described tooth bar pressing plate offers engagement bar hole, described tooth bar platen cover is located at outside described tooth bar chute, described unilateral bearing gear drive comprises travelling gear, bearing block, unilateral bearing first rolling bearing and the second rolling bearing, described travelling gear is fixed in the outer end of described bearing block, described bearing block has self bearing container cavity through, described unilateral bearing is installed in described bearing container cavity, described first rolling bearing and the second rolling bearing are installed on the two ends of corresponding described unilateral bearing in described bearing container cavity respectively, and described travelling gear puts in described engagement bar hole and engages with described tooth bar.
The middle part of described travelling gear has gear hole, the corresponding described gear hole in the inner of described travelling gear two outside plug portion respectively to interior projection, the described portion of plugging admittedly insert in described bearing container cavity the outer end of madial wall, the inner side in portion is plugged described in described first rolling bearing is installed on, the inner of described bearing container cavity is convexly equipped with bearing installation base, and described second bearing is installed on described bearing installation base.
Compared with prior art, the utility model wine box shaping equipment achieves the automation of wine box processing, greatly enhances productivity.
By following description also by reference to the accompanying drawings, the utility model will become more clear, and these accompanying drawings are for explaining embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the structure chart of the utility model wine box shaping equipment.
Fig. 2 is the structure chart of the rotary frame of the utility model wine box shaping equipment.
Fig. 3 is the structure chart of the combined rack of the rotary frame of the utility model wine box shaping equipment.
Fig. 4 is the structure chart of the combined and divided dish of the rotary frame of the utility model wine box shaping equipment.
Fig. 5 is the structure chart of the die drawing device of the utility model wine box shaping equipment.
Fig. 6 is the structure chart of the unilateral bearing gear drive of the die drawing device of the utility model wine box shaping equipment.
Fig. 7 is the sectional view along hatching E-E in Fig. 6.
Fig. 8 is the structure chart of a flanging press-in die mechanism angle of the die drawing device of the utility model wine box shaping equipment.
Fig. 9 is the structure chart of another angle of flanging press-in die mechanism of the die drawing device of the utility model wine box shaping equipment.
Figure 10 is the sectional view along hatching A-A in Fig. 9.
Figure 11 is the structure chart of an absorption rotating shaft angle of the die drawing device of the utility model wine box shaping equipment.
Figure 12 is the structure chart of another angle of absorption rotating shaft of the die drawing device of the utility model wine box shaping equipment.
Figure 13 is the sectional view along hatching B-B in Figure 12.
Figure 14 is the structure chart of the packing box absorption mould of the die drawing device of the utility model wine box shaping equipment.
Figure 15 is the sectional view of the packing box absorption mould of the die drawing device of the utility model wine box shaping equipment.
Figure 16 is the structure chart of the mould revolving power mechanism of the die drawing device of the utility model wine box shaping equipment.
Detailed description of the invention
Referring to figs. 1 to Figure 16, the utility model wine box shaping equipment 1000 comprises rotary frame 100, die drawing device 300, surrounding edge mechanism 500, Liang Yapao mechanism 600, cardboard pressing mechanism 400, edge-folding mechanism 700, pastes bottom surface mechanism of paper 200 and move back case structure 800.
Described rotary frame 100 comprises combined rack 110, frame driven unit 140, combined and divided dish 120 and swivel joint 130.The middle part of described combined and divided dish 120 offers index dial installing hole 121.The edge of described combined and divided dish 120 is evenly provided with some limits block installing hole 122.Described combined and divided dish 120 is provided with drawing-die installing zone 123 in the inner side correspondence of described limit block installing hole 122.The middle part of described combined rack 110 offers workbench installing hole 111.Described swivel joint 130 is fixedly installed in described index dial installing hole 121, and described swivel joint 130 is provided with a point depressed structure.Described frame driven unit 140 is installed in described workbench installing hole 111.
Die drawing device 300 comprises rotating shaft driving mechanism, flanging press-in die mechanism 350, absorption rotating shaft and packing box absorption mould 310.Described rotating shaft driving mechanism is installed in corresponding described drawing-die installing zone 123.Described rotating shaft driving mechanism comprises unilateral bearing gear drive 320 and mould revolving power mechanism 330.
Mould revolving power mechanism 330 comprises cylinder 331, tooth bar 332, tooth bar slide plate 333 and tooth bar pressing plate 334.The front end face of described tooth bar slide plate 333 offers tooth bar chute 3331, and the rear end face of described tooth bar slide plate 333 offers the tooth bar guide hole 3332 moved towards up and down.Described tooth bar 332 is installed in described tooth bar chute 3331 up or down.The output of described cylinder 331 is affixed with described tooth bar 332 through described tooth bar guide hole 3332.Described tooth bar pressing plate 334 offers engagement bar hole 3341.Described tooth bar pressing plate 334 is covered on outside described tooth bar chute 3331.
Preferably, the lower end of described tooth bar slide plate 333, respectively to both sides projection slide plate mount pad 3333 respectively, described slide plate mount pad 3333 offers installing hole 33331.
Unilateral bearing gear drive 320 comprises travelling gear 321, bearing block 322, unilateral bearing 323, first rolling bearing 324 and the second rolling bearing 325.Described travelling gear 321 is fixed in the outer end of described bearing block 322, and described travelling gear 321 puts in described engagement bar hole 3341 and engages with described tooth bar 332; Described bearing block 322 has self bearing container cavity 3221 through, and described unilateral bearing 323 is installed in described bearing container cavity 3221.Described first rolling bearing 324 and the second rolling bearing 325 are installed on the two ends of corresponding described unilateral bearing 323 in described bearing container cavity 3221 respectively.
Particularly, the middle part of described travelling gear 321 has gear hole 3211, the corresponding described gear hole 3211 in the inner of described travelling gear 321 two outside plug portion 3212 respectively to interior projection, described in plug the outer end that portion 3212 inserts in the madial wall of described bearing container cavity 3221 admittedly.Plug the inner side in portion 3212 described in described first rolling bearing 324 is installed on, the inner of described bearing container cavity 3221 is convexly equipped with bearing installation base 3222, and described second rolling bearing 325 is installed on described bearing installation base 3222.
Described flanging press-in die mechanism 350 is installed in described limit block installing hole 122.Flanging press-in die mechanism 350 comprises guide pin bushing 351, guide pin bushing driving mechanism and press-in die 353.
Described press-in die 353 is fixed in the outer end of described guide pin bushing 351.Described press-in die 353 and described guide pin bushing 351 have the mould axis hole 35301 and guide pin bushing axis hole 35101 that interconnect.Described guide pin bushing driving mechanism is connected to the inner of described guide pin bushing 351, moves axially for driving described guide pin bushing 351.
Particularly, described guide pin bushing driving mechanism comprises shift fork 3521, shift fork connector 3522, shift fork cylinder 3523, shift fork bearing 3524 and cylinder saddle 3525.One end of described shift fork 3521 and the inner of described guide pin bushing 351 affixed, the other end is rotatably connected with one end of described shift fork connector 3522, the other end of described shift fork connector 3522 and the output of described shift fork cylinder 3523 affixed.Described shift fork bearing 3524 is fixed in a side of described shift fork 3521, and described cylinder saddle 3525 is fixed in described shift fork cylinder 3523 side corresponding to described shift fork bearing 3524.
Preferably, described flanging press-in die mechanism 350 also comprises flange 354, two and adjusts bag skeleton 357 and rotating shaft retainingf key 358 in spiral shell 355, two copper sheathing 356, two.Described flange 354 is socketed on outside described guide pin bushing 351 admittedly.On described guide pin bushing 351 and described flange 354, correspondence offers guide pin bushing suction hole 3515 and flange suction hole 3541 respectively.Described adjustment spiral shell 355 is socketed on the both sides of corresponding described shift fork 3521 outside described guide pin bushing 351 respectively.The inner of the madial wall of described guide pin bushing axis hole 35101 is provided with first step 3511 and second step 3512 successively, the diameter of described second step 3512 is greater than the diameter of described first step 3511, the outer end of the madial wall of described guide pin bushing 351 is provided with the 3rd step 3513 and the 4th step 3514 successively, the diameter of described 4th step 3514 is greater than the diameter of described 3rd step 3513, described copper sheathing 356 is installed in described first step 3511 and described 3rd step 3513 respectively, described interior bag skeleton 357 is installed in described second step 3512 and described 4th step 3514 respectively.One side of described rotating shaft retainingf key 358 is fixed in the inner side of described guide pin bushing axis hole 35101, and another side and the external hinge of described rotating shaft retainingf key 358 fix.
Absorption rotating shaft comprises rotating shaft main body 340.Some longitudinal suction holes 341 are provided with within described rotating shaft main body 340.The input 3411 of described suction hole 341 is located on the sidewall of described rotating shaft main body 340, and the output 3412 of described suction hole 341 runs through the output of described rotating shaft main body 340.In the present embodiment, the quantity of described suction hole 341 is four.
Preferably, the sidewall of described rotating shaft main body 340 is provided with near the output of described rotating shaft main body 340 keyway 342 longitudinally moved towards, and another side of described rotating shaft retainingf key 358 is fastened in described keyway 342.
Particularly, the outside of the corresponding described keyway 342 of described rotating shaft main body 340 is radially convexly equipped with fixed installation platform 344, and described fixed installation platform 344 has some fixed vias 3441.Mould axis hole 35301 and guide pin bushing axis hole 35101.The input of described rotating shaft main body 340 slide through described mould axis hole 35301 and guide pin bushing axis hole 35101 successively and build-in in described unilateral bearing 323, first rolling bearing 324 and the second rolling bearing 325.The outside of the corresponding described fixed installation platform 344 of sidewall of described rotating shaft main body 340 is provided with seal groove 345.
Packing box absorption mould 310 comprises the exterior sheathing 312 of core rod 311 and tubular.
Some longitudinal directions that offers described core rod 311 run through self main adsorption hole 3111, described main adsorption hole 3111 are connected with some sub-adsorption holes 3112 leading to described core rod 311 sidewall surfaces.Described sub-adsorption hole 3112 is orthogonal with described main adsorption hole 3111.One end of described core rod 311 is provided with installs cavity 3113.Be provided with some installing holes 31131 in described installation cavity 3113, described main adsorption hole 3111 is communicated with described installation cavity 3113 and connects.Described fixed installation platform 344 is plugged in described installation cavity 3113, to be rotatably connected described installing hole 31131 and described fixed via 3441 thus make fixed installation platform 344 be fixed in described installation cavity 3113 by hold-down screw, suction hole 341 is communicated with main adsorption hole 3111 and connects.
Described exterior sheathing 312 is placed on outside described core rod 311 admittedly, described exterior sheathing 312 offers the exterior sheathing adsorption hole 3121 that some and described sub-adsorption hole 3112 is corresponding.
In the present embodiment, the quantity of described main adsorption hole 3111 is four.Described core rod 311 is square core rod, and described exterior sheathing 312 comprises four blocks of sub-exterior sheathings 3122 engaged each other, and described sub-exterior sheathing 3122 is fixed in lateral wall corresponding to described square core rod.
When die drawing device 300 works, outside absorption blower fan connects with the input 3411 of described suction hole 341, described suction hole 341 connects with main adsorption hole 3111, during absorption blower fan exhausting, by the exterior sheathing adsorption hole 3121 on exterior sheathing 312, packing box side paper to be processed, inner side cardboard are adsorbed.The cylinder 331 of mould revolving power mechanism 330 regulates interval start-up time, drive absorption rotating shaft by fixed time interval one-directional rotation specified angle intermittently by the unilateral bearing 323 of unilateral bearing gear drive 320, thus by shaping for packing box side paper, inner side cardboard one exterior sheathing 312 folding and sticking successively along packing box absorption mould 310.
Described surrounding edge mechanism 500, Liang Yapao mechanism 600, cardboard pressing mechanism 400, edge-folding mechanism 700, paste bottom surface mechanism of paper 200 and move back case structure 800 and be installed on successively outside the corresponding described combined and divided dish 120 of described combined rack 110.Described surrounding edge mechanism 500 has surrounding edge flannelette 510, for adsorbing mould at packing box when reeling gift box side paper and inner side cardboard, makes packing box side paper and corresponding being adjacent in flakes of inner side cardboard pack an end face corresponding to absorption mould.Described Ya Pao mechanism 600 is for the good packing box side paper of roll extrusion folding and sticking and inner side cardboard; Described cardboard pressing mechanism 400 is for the inner side that overlayed by base stock plate into the good packing box side paper of folding and sticking and connect with the outer end of inner side cardboard; Described edge-folding mechanism 700 is for inwardly folding the flanging at paper two ends, packing box side good for folding and sticking; Described subsides bottom surface mechanism of paper 200 for bottom surface paper is pasted on the good paper outer end, packing box side of folding and sticking flanging outside.The described case structure 800 that moves back is for unloading by the wine processed box.
When the utility model wine box shaping equipment 1000 works, inner side cardboard is placed on the paper of packing box side and is transported to die drawing device 300 place, packing box side paper and inner side cardboard pick up by the packing box absorption mould 310 of die drawing device 300 together, then intermittently rotate four times 90 degree, in rotary course, packing box side paper and corresponding being adjacent in flakes of inner side cardboard are packed an end face corresponding to absorption mould by the surrounding edge flannelette 510 of surrounding edge mechanism 500, after folding and sticking is good, combined and divided dish 120 rotates to Ya Pao mechanism 600, by Ya Pao mechanism 600 by smooth for four side roll extrusion of packing box side paper, then combined and divided dish 120 rotates to cardboard pressing mechanism 400, by cardboard pressing mechanism 400 base stock plate is overlayed the inner side into the good packing box side paper of folding and sticking and connects with the outer end of inner side cardboard, then combined and divided dish 120 rotates to edge-folding mechanism 700, and the flanging at paper two ends, packing box side good for folding and sticking inwardly folds by described edge-folding mechanism 700, then combined and divided dish 120 rotates to pasting bottom surface mechanism of paper 200, outside the flanging by pasting bottom surface mechanism of paper 200 bottom surface paper being pasted on the good paper outer end, packing box side of folding and sticking, simultaneously, flanging press-in die mechanism 350 drives the outwards feeding of its press-in die 353, thus by the flanging folding and sticking of paper the inner, packing box side to the madial wall of inner side cardboard, last combined and divided dish 120 rotates to moving back case structure 800, is unloaded by the wine box processed by moving back case structure 800.
The utility model wine box shaping equipment achieves the automation of wine box processing, greatly enhances productivity.
More than in conjunction with most preferred embodiment, the utility model is described, but the utility model is not limited to the embodiment of above announcement, and amendment that the various essence according to the present embodiment carries out, equivalent combinations should be contained.
Claims (4)
1. a wine box shaping equipment, is characterized in that, comprising:
Rotary frame, described rotary frame comprises combined rack, frame driven unit, combined and divided dish and swivel joint, the middle part of described combined and divided dish offers index dial installing hole, the edge of described combined and divided dish is evenly provided with some limits block installing hole, described combined and divided inner side correspondence of coiling in described limit block installing hole is provided with drawing-die installing zone, the middle part of described combined rack offers workbench installing hole, described swivel joint is fixedly installed in described index dial installing hole, described swivel joint is provided with a point depressed structure, described frame driven unit is installed in described workbench installing hole,
Die drawing device, described die drawing device comprises flanging press-in die mechanism, absorption rotating shaft, rotating shaft driving mechanism and packing box absorption mould, described flanging press-in die mechanism slips is sheathed on corresponding described packing box in described absorption rotating shaft and adsorbs between mould and described unilateral bearing gear drive, described flanging press-in die mechanism is used for the flanging of packing box the inner press-in packing box madial wall, described absorption rotating shaft comprises rotating shaft main body, some longitudinal suction holes are provided with within described rotating shaft main body, the input of described suction hole is located on the sidewall of described rotating shaft main body, the output of described suction hole runs through the output of described rotating shaft main body, the input of described rotating shaft main body is provided with fixed installation hole, the outside of the corresponding described keyway of described rotating shaft main body is radially convexly equipped with fixed installation platform, described fixed installation platform has some fixed vias, the input of described rotating shaft driving mechanism and described rotating shaft main body is affixed, for driving described rotating shaft main body by fixed time interval single direction rotation specified angle, described packing box absorption mould comprises the exterior sheathing of core rod and tubular, some longitudinal directions that offers described core rod run through self main adsorption hole, described main adsorption hole is connected with some sub-adsorption holes leading to described core side wall surface, described sub-adsorption hole and described main adsorption hole orthogonal, described exterior sheathing is placed on outside described core rod admittedly, described exterior sheathing offers the exterior sheathing adsorption hole corresponding with described sub-adsorption hole, one end of described core rod is provided with installation cavity, some installing holes are provided with in described installation cavity, described main adsorption hole is communicated with described installation cavity and connects, described fixed installation platform is plugged in described installation cavity, to be rotatably connected described installing hole and described fixed via thus make fixed installation platform be fixed in described installation cavity by hold-down screw, and suction hole is communicated with main adsorption hole connect, described flanging press-in die is installed in the block installing hole of described limit, described rotating shaft driving mechanism is installed in corresponding described drawing-die installing zone, and
Be installed on surrounding edge mechanism, Liang Yapao mechanism, cardboard pressing mechanism, edge-folding mechanism, the subsides bottom surface mechanism of paper in the corresponding described combined and divided dish outside of described combined rack successively and move back case structure, described surrounding edge mechanism has surrounding edge flannelette, for adsorbing mould at packing box when reeling gift box side paper and inner side cardboard, make packing box side paper and corresponding being adjacent in flakes of inner side cardboard pack an end face corresponding to absorption mould, described Ya Pao mechanism is used for the good packing box side paper of roll extrusion folding and sticking and inner side cardboard; Described cardboard pressing mechanism is used for base stock plate being overlayed the inner side into the good packing box side paper of folding and sticking and connecting with the outer end of inner side cardboard; Described edge-folding mechanism is used for the flanging at paper two ends, packing box side good for folding and sticking inwardly to fold; Described subsides bottom surface mechanism of paper is used for bottom surface paper to be pasted on outside the flanging of the good paper outer end, packing box side of folding and sticking; The described case structure that moves back is for unloading by the wine processed box.
2. wine box shaping equipment as claimed in claim 1, it is characterized in that: described rotating shaft driving mechanism comprises mould revolving power mechanism and unilateral bearing gear drive, described mould revolving power mechanism comprises cylinder, tooth bar, tooth bar slide plate and tooth bar pressing plate, the front end face of described tooth bar slide plate offers tooth bar chute, the rear end face of described tooth bar slide plate offers the tooth bar guide hole moved towards up and down, described tooth bar is installed in described tooth bar chute up or down, the output of described cylinder through described tooth bar guide hole and described tooth bar affixed, described tooth bar pressing plate offers engagement bar hole, described tooth bar platen cover is located at outside described tooth bar chute, described unilateral bearing gear drive comprises travelling gear, bearing block, unilateral bearing first rolling bearing and the second rolling bearing, described travelling gear is fixed in the outer end of described bearing block, described bearing block has self bearing container cavity through, described unilateral bearing is installed in described bearing container cavity, described first rolling bearing and the second rolling bearing are installed on the two ends of corresponding described unilateral bearing in described bearing container cavity respectively, and described travelling gear puts in described engagement bar hole and engages with described tooth bar.
3. wine box shaping equipment as claimed in claim 2, it is characterized in that: the middle part of described travelling gear has gear hole, the corresponding described gear hole in the inner of described travelling gear two outside plug portion respectively to interior projection, the described portion of plugging admittedly insert in described bearing container cavity the outer end of madial wall, the inner side in portion is plugged described in described first rolling bearing is installed on, the inner of described bearing container cavity is convexly equipped with bearing installation base, and described second bearing is installed on described bearing installation base.
4. wine box shaping equipment as claimed in claim 2, it is characterized in that: described mould revolving power mechanism also comprises tooth bar pressing plate, described tooth bar pressing plate offers engagement bar hole, described tooth bar platen cover is located at outside described tooth bar chute, the lower end of described tooth bar slide plate, respectively to both sides projection slide plate mount pad respectively, described mount pad offers installing hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420578938.7U CN204210040U (en) | 2014-10-07 | 2014-10-07 | Wine box shaping equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420578938.7U CN204210040U (en) | 2014-10-07 | 2014-10-07 | Wine box shaping equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204210040U true CN204210040U (en) | 2015-03-18 |
Family
ID=52978744
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420578938.7U Withdrawn - After Issue CN204210040U (en) | 2014-10-07 | 2014-10-07 | Wine box shaping equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204210040U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325698A (en) * | 2014-10-07 | 2015-02-04 | 东莞市鸿铭机械有限公司 | Wine box automatic forming equipment |
| CN114434867A (en) * | 2022-01-17 | 2022-05-06 | 什邡洪熙包装有限公司 | Wine box automatic molding device |
-
2014
- 2014-10-07 CN CN201420578938.7U patent/CN204210040U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325698A (en) * | 2014-10-07 | 2015-02-04 | 东莞市鸿铭机械有限公司 | Wine box automatic forming equipment |
| CN104325698B (en) * | 2014-10-07 | 2018-11-16 | 广东鸿铭智能股份有限公司 | Wine box shaping equipment |
| CN114434867A (en) * | 2022-01-17 | 2022-05-06 | 什邡洪熙包装有限公司 | Wine box automatic molding device |
| CN114434867B (en) * | 2022-01-17 | 2023-10-27 | 什邡洪熙包装有限公司 | Wine box automatic molding device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN104325710A (en) | Wine box automatic forming equipment with box return mechanism | |
| CN104325698A (en) | Wine box automatic forming equipment | |
| CN204235935U (en) | There is the wine box shaping equipment moving back case structure | |
| CN204210040U (en) | Wine box shaping equipment | |
| CN108543983A (en) | A kind of sheet stock punching branch mechanism | |
| CN108515719A (en) | A kind of facing paper molding machine | |
| CN207524045U (en) | A kind of outer dust protected tea packaging machine of interior dedusting | |
| CN204235931U (en) | Die drawing device | |
| CN208438781U (en) | A kind of facing paper molding machine | |
| CN104465133B (en) | Capacitor packaging device | |
| CN207818278U (en) | Twisted-pair feeder detaches stretcher | |
| CN206857739U (en) | A kind of automatic material connection stacker | |
| CN210062231U (en) | Adjustable indentator is used in corrugated paper production | |
| CN211196708U (en) | Fast food box packaging equipment | |
| CN211222239U (en) | Shaping device for carton processing | |
| CN104760330A (en) | Die pulling device | |
| CN107443651A (en) | Pack foam-formed blanking material collecting device | |
| CN211034383U (en) | Steering double-station glass carrying device | |
| CN208833587U (en) | Automated test device is used in a kind of production of mobile phone | |
| CN203680893U (en) | Upper gluing device for automatic carton adhering machine | |
| CN205738405U (en) | A kind of package packing machine material pressing device | |
| CN216610269U (en) | Corner pasting mechanism for paper box production | |
| CN204213311U (en) | Unilateral bearing gear drive | |
| CN216301752U (en) | Paper box manufacturing equipment capable of automatically packaging paper | |
| CN111017304A (en) | Automatic plastic sucking disc coating machine |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee after: Guangdong Hongming intelligent Limited by Share Ltd Address before: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee before: Dongguan City Hongming Machinery Co., Ltd. |
|
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150318 Effective date of abandoning: 20181116 |