CN204751639U - Upset bunching device - Google Patents
Upset bunching device Download PDFInfo
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- CN204751639U CN204751639U CN201520436253.3U CN201520436253U CN204751639U CN 204751639 U CN204751639 U CN 204751639U CN 201520436253 U CN201520436253 U CN 201520436253U CN 204751639 U CN204751639 U CN 204751639U
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Abstract
The utility model discloses an upset bunching device, including turning device, and a support, scrape paper mechanism and collection platform, the support includes the support frame of two vertical settings, the collection platform sets up in the below of the exit slot position of scraping paper mechanism, turning device sets up under scraping paper mechanism, turning device is including upset material frame, translation material frame, the runing rest, two pivots and drive assembly, the fixed setting in runing rest one end of upset material frame, translation material frame rotates with the runing rest other end to be connected, two pivots set up the both sides at the runing rest respectively, the runing rest through two pivots respectively with two support frame rotatable coupling, drive assembly drive runing rest rotates, translation material frame both sides all are connected with the support frame that corresponds the side through a chain wheel group. The utility model discloses a turning device can be directly to the paper buttress separate with the positive and negative stack of realizing that paper is piled up neatly, need not to carry out the secondary through special minute paper device and divide paper, the stack is respond well and improved work efficiency.
Description
Technical field
The utility model relates to a kind of for stacking planar object device, is specifically related to a kind of bidirectional turning bunching device of turning stacking machine.
Background technology
Along with the progress of technology, the demand of the production and processing of cardboard also more and more extensive, various paper box body also gets more and more, usual cardboard exports after fitting from surface coating machine, need to carry out stacking to the overlap joint cardboard exported from surface coating machine, by the stacking that carry out both forward and reverse directions of cardboard according to a positive and a negative.Carrying out positive and negative stacking at present mainly by manually the cardboard exported from surface coating machine being divided into little buttress, then carrying out positive and negative stacking, such productive labor intensity is large, and production efficiency is low.In addition, development along with technology has also occurred that some are specifically designed to the stacking machine of stacking, but it is single turning rack, efficiency is low and do not possess enhanced feature, little buttress is divided into again after needing the slope lengthened by that the overlap joint cardboard exported from surface coating machine is risen to certain height, little buttress by enter again after turning device paper separating device little buttress be divided into overlap joint shape carry out stacking, easily produce cardboard deflection during secondary separation, affect stacking.And slope shorter time, the gradient is comparatively steep, and paper feeding is unstable, during gentle gradient, then domatic longer, and floor area is large, and cardboard transport path lengthens, and cardboard also can produce flexural deformation because of dry gradually in the process.
Utility model content
Technical problem to be solved in the utility model is: the utility model proposes a kind of upset bunching device, needing of solving that cardboard stacking in prior art exists carries out secondary separation, stacking weak effect and the low problem of production efficiency, can realize positive and negative stacking without the need to carrying out secondary separation and improve stacking effect and production efficiency.
The purpose of this utility model is achieved through the following technical solutions:
A kind of upset bunching device, it is characterized in that, comprise turning device, support, scrape mechanism of paper and collection platform, described support comprises 2 bracing frames vertically arranged, the below of the paper output position of mechanism of paper is scraped described in described collection platform is arranged at, scrape described in described turning device is arranged on immediately below mechanism of paper, described turning device comprises upset material frame, translation material frame, swinging strut, two rotating shafts and driven unit, described upset material frame is fixedly installed on described swinging strut one end, described translation material frame and the described swinging strut other end are rotationally connected, described two rotating shafts are separately positioned on the both sides of described swinging strut, described swinging strut is connected with 2 bracing frames of described support are rotating respectively by two rotating shafts, described driven unit drives described swinging strut to rotate, described translation material frame both sides are all connected with the support frame as described above of respective side by a chain wheel set, described chain wheel set comprises sprocket wheel one, sprocket wheel two and chain, described sprocket wheel one is fixedly installed on support frame as described above, described sprocket wheel two is fixedly installed on on the described translation material frame of described sprocket wheel one respective side, described sprocket wheel one is connected by described chain with sprocket wheel two.
Further, described swinging strut comprises a pair swivel mount, one end of described a pair swivel mount is all by being connected with the both sides of described upset material frame with a pair anchor shaft that described upset material frame both sides are fixedly connected with, and the other end is rotationally connected by the both sides of a pair adapter shaft being connected with translation material frame both sides and described translation material frame.
Further, described translation material frame comprises biside plate, be arranged on guide rail between biside plate and a pair mobile bracket, described a pair mobile bracket is arranged at described guide rail two ends and is connected with described slide, and described a pair mobile bracket is all parallel to described biside plate and arranges perpendicular to described guide rail.
Further, described upset material frame comprises biside plate, be arranged on guide rail between biside plate and a pair mobile bracket, described a pair mobile bracket is arranged at described guide rail two ends and is connected with described slide, and described a pair mobile bracket is all parallel to described biside plate and arranges perpendicular to described guide rail.
Further, described upset material frame comprises the baffle plate for preventing paper stack from skidding off, and described baffle plate is arranged at described upset material frame paper feeding port position, and described baffle plate and drives cylinder to be connected.
Further, described collection platform comprises the auxiliary tray that can realize being separated to both sides, paper stack holds dish, a pair neat bat cardboard and actuator is clapped for carrying out paper stack both sides, described a pair bat cardboard is symmetricly set in the both sides of described auxiliary tray, described actuator comprises actuator one, actuator two and actuator three, described actuator one is connected with described auxiliary tray, described actuator three and described paper stack hold to coil and are connected, described actuator two with clap cardboard described a pair and be connected, described auxiliary tray paper feeding port is concordant with described paper output position of scraping mechanism of paper, described paper stack holds dish and is arranged at immediately below described auxiliary tray, described paper stack holds on dish and is provided with pressing board.
Further, described actuator one is the driving cylinder one for driving described auxiliary tray, and described actuator three is a motor-driven lifting mechanism, and described actuator two is a driving cylinder two.
Further, described mechanism of paper of scraping comprises 2 pairs of scraper plate, pair of beams and chain, sprocket wheel and motors, and described often pair of scraper plate is fixedly connected with a crossbeam, and described pair of beams is fixedly installed on chain, described sprocket wheel and described chain are connected with a joggle, and described motor is connected with the installation shaft of described sprocket wheel.
Further, described driven unit comprises motor and drive sprocket, and described drive sprocket is connected with described motor-driven, described in described drive sprocket is fixedly installed on wherein in a rotating shaft.
Further, support frame as described above comprises strut bar and is vertically set on the fixed mount of strut bar side, is provided with bearing in described fixed mount, and described rotating shaft is arranged in described fixed mount and is rotationally connected by described bearing and described fixed mount.
The utility model compared with prior art has many advantages and good effect:
The utility model proposes a kind of upset bunching device and include turning device, scrape mechanism of paper, collection platform, turning device includes upset material frame, translation material frame, swinging strut, one countershaft and driven unit, swinging strut is driven to rotate by driven unit, the translation of translation material frame is driven to make upset material frame do rotation around the shaft, the face down of the paper stack that upset material frame makes its inside hold when rotating, translation material frame does translation and then makes the front of its inner paper stack all the time upward, so namely, can guarantee that in the cardboard of stacking, a buttress faces up, another piles up neatly anti-limit upward, the positive and negative buttress of cardboard is achieved by translation material frame and the cooperation of upset material frame, cardboard is directly scraped in collection platform by scraping mechanism of paper simultaneously, so both without the need to carrying out secondary separation by paper separating device to paper stack again, the deflection of cardboard can not be produced, improve stacking effect, simple and convenient, and improve work efficiency.
Accompanying drawing explanation
Fig. 1 is the utility model upset bunching device rollover states schematic diagram one;
Fig. 2 is the utility model upset bunching device rollover states schematic diagram two;
Fig. 3 is the utility model upset bunching device rollover states schematic diagram three;
Fig. 4 is the utility model upset bunching device rollover states schematic diagram four;
Fig. 5 is the utility model upset bunching device rollover states schematic diagram five;
Fig. 6 is the utility model upset bunching device full sectional view;
Fig. 7 is the utility model upset bunching device collection platform structure schematic diagram.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is further described.
See Fig. 1-Fig. 7, a kind of embodiment overturning bunching device of the utility model, comprise turning device, support 1, scrape mechanism of paper 2 and collection platform 3, described support 1 comprises a bracing frame vertically arranged, the below of the paper output position of mechanism of paper 2 is scraped described in described collection platform 3 is arranged at, scrape immediately below mechanism of paper 2 described in described turning device is arranged on, described turning device comprises upset material frame 4, translation material frame 5, swinging strut 6, two rotating shafts 7 and driven unit 8, described upset material frame 4 is fixedly installed on described swinging strut 6 one end, described translation material frame 5 is rotationally connected with described swinging strut 6 other end, described two rotating shafts 7 are separately positioned on the both sides of described swinging strut 6, described swinging strut 6 is connected with two bracing frames of described support 1 are rotating respectively by two rotating shafts 7, described driven unit 8 drives described swinging strut 6 to rotate, described translation material frame 5 both sides are all connected with the support frame as described above of respective side by a chain wheel set, described chain wheel set comprises sprocket wheel 1, sprocket wheel 2 14 and chain 15, described sprocket wheel 1 is fixedly installed on support frame as described above, described sprocket wheel 2 14 is fixedly installed on on the described translation material frame 5 of described sprocket wheel 1 respective side, described sprocket wheel 1 is connected by described chain 15 with sprocket wheel 2 14.
Concrete, in the present embodiment, bracing frame comprises strut bar 16 and is vertically set on the fixed mount 12 of strut bar 16 side, is provided with bearing in described fixed mount 12.
Upset bunching device in concrete the present embodiment is mainly used in realizing the automatic forward and reverse stacking to cardboard, its realization mainly passes through turning device, turning device includes the peaceful animal bin 5 of upset material frame 4, also include the countershaft 7 be rotationally connected with support 1 simultaneously, one countershaft 7 is symmetricly set on the fixed mount 12 of the both sides of support 1, is rotationally connected with the fixed mount 12 of respective side simultaneously.In fixed mount 12, be provided with bearing, rotating shaft 7 realizes being rotationally connected by the bearing in fixed mount 12 and fixed mount 12, and preferably, fixed mount 12 is arranged at the center position of strut bar 16 both sides, can guarantee the balance in switching process.The peaceful animal bin 5 of upset material frame 4 is linked together by swinging strut 6.
Concrete, upset material frame 4 is fixedly installed on one end of swinging strut 6, be fixedly connected with swinging strut 6, translation material frame 5 is connected with the other end of swinging strut 6 and translation material frame 5 can do rotation around swinging strut 6, corresponding being fixedly connected with a countershaft 7 in both sides of swinging strut 6 simultaneously, one countershaft 7 of both sides both can rotate with upset material frame 4 by driven rotary support 6 when rotating, the both sides of translation material frame 5 are all connected with support 1 chain by a chain wheel set, chain wheel set comprises sprocket wheel 1, sprocket wheel 2 14 and chain 15, described sprocket wheel 1 is fixedly installed on described fixed mount 12, described sprocket wheel 2 14 is fixedly installed on on the described translation material frame 5 of described sprocket wheel 1 respective side, described sprocket wheel 1 is connected by described chain 15 with sprocket wheel 2 14.Translation material frame 5 can be driven to do the translation of above-below direction when rotating at upset material frame 4 like this.Preferably, a countershaft 7 is fixedly installed on the center position of support 1.Can guarantee that upset material frame 4 is equal apart from the distance of rotating shaft 7 apart from the Distance geometry translation material frame 5 of rotating shaft 7 like this, above or below overturning material frame 4 and turning to during position, translation material frame 5 is just corresponding turns to below or top position place, realizes the continuous input of cardboard.
Driven unit 8 driven rotary support 6 rotates, and swinging strut 6 drives upset material frame 4 to rotate, and upset material frame 4 rotates centered by the axis of rotating shaft 7.When carrying out work, paper stack 9 enters in upset material frame 4, then overturn material frame 4 around the shaft 7 axis do clockwise rotation, arrive after rotating 180 degree above, paper stack 9 is converted to reverse side upward by facing up, achieve the change in paper stack 9 direction, the material frame of translation simultaneously 5 does the translation of above-below direction, and when paper stack 9 enters into translation material frame 5, the direction of paper stack 9 can not change, like this by the mode of a positive and a negative, namely achieve the positive and negative stacking to paper stack 9.
When overturning the paper stack 9 in material frame 4 and arriving top, paper stack 9 scrapes by scraping mechanism of paper 2 by the paper stack 9 of its inside, scrape on collection platform 3, the paper stack 9 of its inside is face down placement, when overturning material frame 4 left-hand revolution, paper stack 9 correspondence in translation material frame 5 move to top, at this moment by scraping mechanism of paper 2, the paper stack 9 in translation material frame 5 is scraped, enter in collection platform 3, now from translation material frame 5 export paper stack 9 for facing up, the cardboard stacking of a positive and a negative is just naturally form like this on collection platform 3, along with the translation of the peaceful animal bin 5 of continuous rotation of upset material frame 4, complete the positive and negative stacking to all cardboards, operate without the need to secondary separation, improve stacking effect and stacking efficiency.
Further, described swinging strut 6 comprises a pair swivel mount 61, one end of described a pair swivel mount 61 is all by being connected with the both sides of described upset material frame 4 with a pair anchor shaft 10 that upset material frame 4 both sides are fixedly connected with, and the other end is rotationally connected with the both sides of described translation material frame 5 by a pair adapter shaft 11 be connected with translation material frame 5 both sides.Swinging strut 6 is made up of the swivel mount 61 of pair of opposing, and the one end between two swivel mounts 61 is fixedly connected with upset material frame 4, and the other end between two swivel mounts 61 is connected with translation material frame 5.Preferably, the both sides of upset material frame 4 are provided with and the anchor shaft 10 overturning material frame 4 and be fixedly connected with, the adapter shaft 11 be fixedly connected with translation material frame 5 is fixedly connected with in the both sides of translation material frame 5, anchor shaft 10 is connected with the swivel mount 61 of respective side, and adapter shaft 11 is rotationally connected by bearing with the swivel mount 61 of respective side.Further, described upset material frame 4 comprises biside plate 41, be arranged on guide rail 42 between biside plate 41 and a pair mobile bracket 43, described a pair mobile bracket 43 be arranged at described guide rail 42 two ends and with described guide rail 42 sliding block joint, described a pair mobile bracket 43 is all parallel to described biside plate 41 and arranges perpendicular to described guide rail 42.
Described a pair mobile bracket 43 is parallel to described biside plate 41 and arranges perpendicular to described guide rail 42.Paper stack 9 enters into upset material frame 4, paper stack 9 length direction is concordant with the length direction of upset material frame 4, for the paper stack 9 realized entering into the medium dip of upset material frame 4 is neat, in the both sides of upset material frame 4, mobile bracket 43 is set, also be provided with vertically disposed guide rail 42 between biside plate 41 simultaneously, the mobile bracket 43 of both sides carries out slide control along the direction of guide rail 42, mobile bracket 43 is with the both sides of paper stack 9 parallel with biside plate 42 perpendicular to guide rail 42, according to the specification of paper stack 9, the distance between mobile bracket 43 is regulated in use, be fixed when being adjusted to correct position, namely such paper stack 9 can be alignd by the mobile bracket 43 of both sides, the mobile bracket 43 simultaneously arranged can move along guide rail 42, can realize arranging the alignment of different size cardboard.
Corresponding, guide rail 42 and a pair mobile bracket 43 is provided with equally in the both sides of translation material frame 5, its concrete structure composition and set-up mode with overturn material frame 4 to arrange form identical, alignment can being carried out by the paper stack 9 of mobile bracket 43 pairs of translation material frames 5 medium dip equally to arrange, can realizing arranging the alignment of different size paper by regulating back and forth mobile bracket 43 position corresponding on guide rail 42 simultaneously.
Preferably, described upset material frame 4 comprises the baffle plate 44 for preventing paper stack from skidding off, and described baffle plate 44 is arranged at described upset material frame 4 paper feeding port position, and described baffle plate 44 and drives cylinder to be connected.Baffle plate 44 is arranged on upset material frame 4 paper feeding port position and mainly prevents paper stack 9 from deviating from from upset material frame 4 when overturning material frame 4 and overturning or skidding off, when upset material frame 4 rotates to the corresponding position, paper output position with paper stack 9, baffle plate 44 is opened under the effect driving cylinder, after paper stack 9 is loaded, baffle plate 44 is closed under driving cylinder action, corresponding, when scraping mechanism of paper 2 and carrying out scraping paper from upset material frame 4, baffle plate 44 correspondence be open mode, after scraping paper, baffle plate 44 is closed, the opening and closing of baffle plate 44 drive realization mainly through driving cylinder.
Further, described collection platform 3 comprises the auxiliary tray 31 that can realize being separated to both sides, paper stack holds dish 32, neat bat cardboard 33 and actuator is clapped for carrying out paper stack 9 both sides, described actuator comprises actuator 1, actuator 2 35 and actuator three, described actuator 1 is connected with described auxiliary tray 31, described actuator 2 35 is connected with described bat cardboard 33, described actuator three and described paper stack hold dish 32 and are connected, described auxiliary tray 31 paper feeding port is concordant with described paper output position of scraping mechanism of paper 2, described paper stack holds dish 32 and is arranged at immediately below described auxiliary tray 31, described paper stack holds on dish 32 and is provided with pressing board 36, described bat cardboard 33 is symmetricly set in described paper stack 9 both sides.Collection platform 3 main with scrape mechanism of paper 2 and connect, the paper stack 9 exported by scraping mechanism of paper 2 paper output is introduced into auxiliary tray 31 and receives, and the bat cardboard 33 pairs of paper stacks 9 arranged by being positioned at auxiliary tray 31 both sides again after entering auxiliary tray 31 clap neat reason.After arrangement, auxiliary tray 31 separates from centre to both sides, paper stack 9 vertically drops to the paper stack being positioned at below and holds dish 32 in auxiliary tray 31, control to drive mainly through actuator 1 to realize to the separation of auxiliary tray 31, neat reason is clapped to paper stack 9 both sides and carries out driving realization mainly through actuator 2 35, when paper stack holds that in dish 32, thickness is too thick, paper stack holds dish 32 and to decline under the driving effect of actuator three certain altitude, actuator 1 selects dynamic air cylinder one, actuator 2 35 is selected and is driven cylinder two, and actuator three selects motor-driven lifting structure, lifting mechanism is driven to be elevated by motor, and then realize rising and the decline that paper stack holds dish 32.
The platform of collection simultaneously also includes slip rail 37 and is arranged on the removable support 38 of slip rail both sides, and removable support can move forward into the adjustment of line correlation on slip rail 37 according to the specification of paper stack 9 and size, to adapt to the cardboard size of different size.
Further, a kind of embodiment scraping mechanism of paper in the present embodiment for: described in scrape mechanism of paper 2 and comprise 2 pairs of scraper plates 21, pair of beams 22 and chain 23, sprocket wheel 24 and motor, described often pair of scraper plate 21 is fixedly connected with a crossbeam 22, described pair of beams 22 symmetry is fixedly installed on chain 23, described sprocket wheel 24 is connected with a joggle with described chain 23, and described motor is connected with the installation shaft of described sprocket wheel 24.Rotated by motor driven belts movable sprocket 24, sprocket wheel 24 engages with chain 23, sprocket wheel 24 rotates and drives chain 23 to move linearly, thus drive the scraper plate 21 be arranged on chain 23 to realize paper stack 9 scrape paper, can realize circulating back and forth by the spaced 2 pairs of scraper plates 21 of symmetry and scrape the function of paper, save time, increase work efficiency.
As the another kind of embodiment scraping mechanism of paper for: described in scrape mechanism of paper 2 and comprise scraper plate 21 and scrape board mounting stand, described board mounting stand of scraping is fixedly installed on described support 1 upper end and described upset material frame 4 or corresponding position, translation material frame 5 position, described scrape board mounting stand is provided be arranged in parallel with paper stack 9 direction scrape panel guide, described scraper plate 21 is along described scraper plate slide, and described scraper plate 21 is connected with driving cylinder.Paper stack 9 is scraped from upset material frame 4 or translation material frame 5 along scraping panel guide direction mainly through driving air cylinder driven scraper plate 21.
Certainly, other type of drive such as other hydraulic-driven can also be selected to realize except the embodiment scraping mechanism of paper said in the present embodiment, not do concrete form restriction at this.
Further, described driven unit 8 comprises motor and drive sprocket 82, and described drive sprocket 82 is connected with motor, and drive sprocket 82 is fixedly connected with a wherein rotating shaft 7.Preferably, variable-frequency motor selected by motor, rotated by driven by motor drive sprocket 82, and drive sprocket 82 rotates and drives rotating shaft 7 and swinging strut 6 to rotate.
Concrete, in the present embodiment, the carrying out practically process of stacking turning device is as described below:
First send in translation material frame 5 by the paper stack 9 of integrated little buttress, as shown in Figure 1, paper stack 9 faces up.Now, turning device starts to rotate counterclockwise centered by the axis of rotating shaft 7, and translation material frame 5 does translation, and upset material frame 4 does the line of centers rotation of around the shaft 7, and rotation process as shown in Figure 2.When turning over 180 ° (degree), translation material frame 5 is turned to horizontal topmost, and upset material frame 4 is turned to bottom horizontal, and baffle plate 44 is upwards opened, as shown in Figure 3.Now next paper stack 9 is sent in upset material frame 4, paper stack 9 in translation material frame 5 is scraped mechanism of paper 2 and is scraped on auxiliary tray 31, after bat cardboard 33 pairs of paper stacks 9 of left (right side) both sides clap neat reason, auxiliary tray 31 separates fast to both sides, paper stack 9 is vertically fallen paper stack and is held on dish 32, when the paper stack 9 that paper stack holds on dish 32 reach a certain height, paper stack holds dish 32 decline one segment distance automatically, until meet the requirements of stacking height.
After the paper stack 9 in translation material frame 5 is by scraping delivery to auxiliary tray 31, as shown in Figure 4, the baffle plate 44 of upset material frame 4 is closed, and turning device starts to rotate clockwise.
When turning device cw turns over 180 ° (degree), as shown in Figure 5, translation material frame 5 forwards bottom to, and next paper stack 9 is admitted in translation material frame 5.Upset material frame 4 forwards to topmost, now overturn paper stack 9 face down in material frame 4, baffle plate 44 is opened, scrape mechanism of paper 2 paper stack 9 scraping delivery of upset material frame 4 on auxiliary tray 31, bat cardboard 33 pairs of paper stacks of left (right side) both sides clap neat reason, auxiliary tray 31 separates fast to both sides, and the paper stack 9 of face down is vertically fallen paper stack and held in the heads paper stack 9 of dish 32, material is thus formed paper stack 9 holds a positive and a negative on dish 32 stacking in paper stack.Continuous cycle rotation, realizes the forward and reverse stacking to paper stack 9 so successively.
The above, it is only preferred embodiment of the present utility model, be not restriction the utility model being made to other form, any those skilled in the art may utilize the technology contents of above-mentioned announcement to be changed or be modified as the Equivalent embodiments of equivalent variations.But everyly do not depart from technical solutions of the utility model content, any simple modification, equivalent variations and the remodeling done above embodiment according to technical spirit of the present utility model, still belong to the protection domain of technical solutions of the utility model.
Claims (10)
1. a upset bunching device, it is characterized in that, comprise turning device, support, scrape mechanism of paper and collection platform, described support comprises 2 bracing frames vertically arranged, the below of the paper output position of mechanism of paper is scraped described in described collection platform is arranged at, scrape described in described turning device is arranged on immediately below mechanism of paper, described turning device comprises upset material frame, translation material frame, swinging strut, two rotating shafts and driven unit, described upset material frame is fixedly installed on described swinging strut one end, described translation material frame and the described swinging strut other end are rotationally connected, described two rotating shafts are separately positioned on the both sides of described swinging strut, described swinging strut is connected with 2 bracing frames of described support are rotating respectively by two rotating shafts, described driven unit drives described swinging strut to rotate, described translation material frame both sides are all connected with the support frame as described above of respective side by a chain wheel set, described chain wheel set comprises sprocket wheel one, sprocket wheel two and chain, described sprocket wheel one is fixedly installed on support frame as described above, described sprocket wheel two is fixedly installed on on the described translation material frame of described sprocket wheel one respective side, described sprocket wheel one is connected by described chain with sprocket wheel two.
2. upset bunching device according to claim 1, it is characterized in that, described swinging strut comprises a pair swivel mount, one end of described a pair swivel mount is all by being connected with the both sides of described upset material frame with a pair anchor shaft that described upset material frame both sides are fixedly connected with, and the other end is rotationally connected by the both sides of a pair adapter shaft being connected with translation material frame both sides and described translation material frame.
3. upset bunching device according to claim 2, it is characterized in that, described translation material frame comprises biside plate, be arranged on guide rail between biside plate and a pair mobile bracket, described a pair mobile bracket is arranged at described guide rail two ends and is connected with described slide, and described a pair mobile bracket is all parallel to described biside plate and arranges perpendicular to described guide rail.
4. upset bunching device according to claim 3, it is characterized in that, described upset material frame comprises biside plate, be arranged on guide rail between biside plate and a pair mobile bracket, described a pair mobile bracket is arranged at described guide rail two ends and is connected with described slide, and described a pair mobile bracket is all parallel to described biside plate and arranges perpendicular to described guide rail.
5. the upset bunching device according to any one of claim 1-4, it is characterized in that, described upset material frame comprises the baffle plate for preventing paper stack from skidding off, and described baffle plate is arranged at described upset material frame paper feeding port position, and described baffle plate and drives cylinder to be connected.
6. upset bunching device according to claim 5, it is characterized in that, described collection platform comprises the auxiliary tray that can realize being separated to both sides, paper stack holds dish, a pair neat bat cardboard and actuator is clapped for carrying out paper stack both sides, described a pair bat cardboard is symmetricly set in the both sides of described auxiliary tray, described actuator comprises actuator one, actuator two and actuator three, described actuator one is connected with described auxiliary tray, described actuator three and described paper stack hold to coil and are connected, described actuator two with clap cardboard described a pair and be connected, described auxiliary tray paper feeding port is concordant with described paper output position of scraping mechanism of paper, described paper stack holds dish and is arranged at immediately below described auxiliary tray, described paper stack holds on dish and is provided with pressing board.
7. upset bunching device according to claim 6, is characterized in that, described actuator one is the driving cylinder one for driving described auxiliary tray, and described actuator three is a motor-driven lifting mechanism, and described actuator two is a driving cylinder two.
8. upset bunching device according to claim 2, it is characterized in that, described mechanism of paper of scraping comprises 2 pairs of scraper plate, pair of beams and chain, sprocket wheel and motors, described often pair of scraper plate is fixedly connected with a crossbeam, described pair of beams is fixedly installed on chain, described sprocket wheel and described chain are connected with a joggle, and described motor is connected with the installation shaft of described sprocket wheel.
9. upset bunching device according to claim 8, is characterized in that, described driven unit comprises motor and drive sprocket, and described drive sprocket is connected with described motor-driven, described in described drive sprocket is fixedly installed on wherein in a rotating shaft.
10. upset bunching device according to claim 9, it is characterized in that, support frame as described above comprises strut bar and is vertically set on the fixed mount of strut bar side, be provided with bearing in described fixed mount, described rotating shaft is arranged in described fixed mount and is rotationally connected by described bearing and described fixed mount.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520436253.3U CN204751639U (en) | 2015-06-24 | 2015-06-24 | Upset bunching device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520436253.3U CN204751639U (en) | 2015-06-24 | 2015-06-24 | Upset bunching device |
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| CN204751639U true CN204751639U (en) | 2015-11-11 |
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| CN201520436253.3U Withdrawn - After Issue CN204751639U (en) | 2015-06-24 | 2015-06-24 | Upset bunching device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104909197A (en) * | 2015-06-24 | 2015-09-16 | 青岛美光机械有限公司 | Turnover stacking device |
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2015
- 2015-06-24 CN CN201520436253.3U patent/CN204751639U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104909197A (en) * | 2015-06-24 | 2015-09-16 | 青岛美光机械有限公司 | Turnover stacking device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20151111 Effective date of abandoning: 20160914 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |