CN101386354A - Stacking system for ream packer - Google Patents
Stacking system for ream packer Download PDFInfo
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- CN101386354A CN101386354A CNA2008101433137A CN200810143313A CN101386354A CN 101386354 A CN101386354 A CN 101386354A CN A2008101433137 A CNA2008101433137 A CN A2008101433137A CN 200810143313 A CN200810143313 A CN 200810143313A CN 101386354 A CN101386354 A CN 101386354A
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Abstract
The invention relates to a packaging machine which is a stacking system of a ream packaging machine. The stacking system comprises a bend device, a paper retaining device, a frame, a lifting device, paper splicing presses, a regulating device, a pallet device, a guard shield, process floor aligning device, a tightener, etc. The frame is arranged on an installation base. The two paper splicing presses are arranged between columns of the frame and are connected with the lifting device which is arranged at the external side of the frame. The pallet device is arranged at the inner side of the frame and surrounds the two paper splicing presses. The process floor aligning device is fixed on lateral floors of the paper splicing presses. The paper retaining device is arranged on the upper part of the frame and between the two paper splicing presses. The packaging machine has the advanced effects of high automatic degree, comparatively low price, good packaging quality, high production efficiency, stable operation of the machine and strong reliability.
Description
Technical field
The present invention relates to a kind of package packing machine, is a kind of stacking system of ream packer.
Background technology
At present, paper-making industry makes wrapper equipment how based on the Manual Packaging machine, makes the conveying of paper be realized by conveyer, and packing is then by manually finishing, and Manual Packaging machine labour intensity is very big, and production efficiency is low, and random big, packaging quality is very unstable; Import make wrapper automation degree of equipment height, but complex structure, the cost height, maintenance difficulties is big.
Summary of the invention
The objective of the invention is to solve the above-mentioned defective that prior art exists, provide a kind of degree of automation height and cost is lower, packaging quality is good, production efficiency is high ream packer, the installation of this order paper bag is made up of paper feed system, wrapper system, master package system, flanging packaging system, stacking system and control corresponding system and hydropneumatic system, and feature of the present invention is its stacking system.
Purpose of the present invention is achieved through the following technical solutions.
The stacking system of invention comprises the changed course device, the retaining paper apparatus, frame, bont, the splicing plate mangle, control apparatus (1), pallet apparatus, control apparatus (2), guard shield, technology base plate aligning apparatus, compositions such as tightening device, frame is arranged on installs on the basis, two splicing plate mangles are arranged between the column of frame and with the bont that is installed in the frame outside and are connected, it is inboard and around two splicing plate mangles that pallet apparatus is installed in frame, technology base plate aligning apparatus is fixed on the side plate of splicing plate mangle, and the retaining paper apparatus is placed in upper rack and between two splicing plate mangles.
Described retaining paper apparatus (1) comprises crossbeam, two pilot bars, ball and socket joint, baffle plate and cylinders compositions.Baffle plate and pilot bar are movable to be connected, so that baffle plate can up-and-down movement at the driving lower edge of cylinder pilot bar, owing to the effect of ball and socket joint, baffle plate can be done certain swing.Retaining paper apparatus (2) is made up of baffle plate and back-up block, directly is fixed on the frame.
Described bont is made up of chain gear apparatus (1), chain gear apparatus (2), pulley gear, derrick rig, roller chain and four oil cylinders and a large hydraulic station system etc.Roller chain one end links to each other with derrick rig, and the other end links to each other with the splicing plate mangle with chain gear apparatus (2) with the chain gear apparatus that is installed in frame (1) by pulley gear.Under the effect of Hydraulic Station, spur the up-and-down movement of splicing plate mangle by oil cylinder.
Described splicing plate mangle is mainly by conveyer chain, frame, chain fixer, parts such as portion's transition apparatus, guide wheel group, tightening device, imput shaft, driven shaft are formed end to end.Reductor connects with the conveyer chain imput shaft, and carrier bar is fixed on the conveyer chain, and chain fixer links to each other with roller chain.Reductor is sent to power on the conveyer drive shaft, and the sprocket wheel on the imput shaft drives the conveyer chain motion, makes the carrier bar that is fixed on the conveyer chain do the plane and straight line motion in the work area, thereby reaches the purpose of conveying flat paper buttress.End to end portion's transition apparatus can guarantee to pile make paper paper buttress in the transition of conveyer joint pulsation-free.Chain fixer links to each other with roller chain, spurs the up-and-down movement of splicing plate mangle by bont, and the level that can regulate the splicing plate mangle by the screw rod of regulating on the chain fixer.4 groups of guide wheel group are housed on every splicing plate mangle, make splicing plate mangle up-and-down movement steadily reliable along the guide rail movement on the frame by the track adjusting wheel on the guide wheel group.
Described control apparatus (1) comprises guide rod, adapter plate, side shield, mounting blocks, axle, handwheel, nut block, scale, sprocket wheel, rolling bearing units, pointer etc.Guide rod and axle are installed on the frame by mounting blocks and rolling bearing units respectively.Come turning cylinder by rotating handwheel, through the T type screw thread on the axle nut block is moved around vertically, thereby driving the adapter plate that is fixed on the nut block moves around along guide rod, side shield is connected with adapter plate by screw, so just can reach by rotating handwheel to regulate the purpose of distance between two side shields.And just can read two distances between the side shield according to the pointer and the cooresponding scale on the scale that are installed on the adapter plate, make adjusting very convenient, simple.
Described control apparatus (2) and control apparatus (1) structural similitude.Under the effect of roller chain, because the rotation of handwheel is rotated a upper sprocket wheel, rotating band moving axis by sprocket wheel rotates, through the T type screw thread on the axle nut block is moved around vertically, thereby driving the adapter plate that is fixed on the nut block moves around along guide rod, side shield is connected with adapter plate by screw, so also can reach by rotating handwheel to regulate the purpose of distance between two side shields.And because the sprocket wheel on the control apparatus (2) is consistent with the teeth number of sprocket on the control apparatus (1), on the control apparatus (2) the axle and control apparatus (1) on spool T type screw thread also consistent, so when rotating handwheel, control apparatus (1) and control apparatus (2) are synchronization regulation, distance between two corresponding side shields is to equate and change simultaneously, has guaranteed the conformability that makes paper pass through.
Described pallet apparatus is made up of pallet, tensioning shaft system, driven shaft system, imput shaft system, holder rail, guide rail, drive motor and bipatch chain and roller chain.4 pallet spacings equate and join by the bipatch chain to form a closed-loop, are ring Zhou Yundong at the effect lower edge of drive motor and each system guide rail.Pallet is to be installed on the pressure pin by plastic sheet, oblique sheet, spacer, and the pressure pin two ends are fixed on bipatch conveyer chain (one-sided bent plate) by fixed block again and upward form.Pressure pin and plastic sheet, oblique sheet, spacer are free-running fit, rotate flexibly, do not influence the motion of whole closed-loop in the corner.Tensioning shaft system is made up of screw rod, slide rail, band slide block type bearing, axle, sprocket wheel, and the screw rod by while turn two ends makes band slide block type bearing move along slide rail, and it is mobile driving whole, reaches the purpose of tensioning closed-loop.Driven shaft system comprises two sprocket wheels that are installed on the axle, and the two ends of axle are installed on the frame by two rolling bearing units again.The imput shaft architecture is similar to driven shaft, and its middle sprocket partly is connected with drive motor by roller chain, and carry-over moment drives whole closed-loop.
Described technology base plate aligning apparatus is made up of adapter plate, adapter plate, sprocket wheel, nut block, screw rod, adjusting bolt, guide rod, track adjusting wheel, track adjusting wheel erecting frame, rolling bearing units etc.Drive sprocket rotation by roller chain, sprocket rotation is rotated screw rod, the adapter plate that makes nut block and be installed in nut block through the screw thread transmission on the screw rod is along the screw shaft upward movement, by on the track adjusting wheel erecting frame that is bolted on the adapter plate a pair of track adjusting wheel being housed, lead along the rolling of guide rod by track adjusting wheel.Adapter plate is connected with the upper end of adapter plate by bolt simultaneously.The photoelectric switch that is equipped with on the adapter plate just can move the tram of sensing the technology base plate under the effect of sprocket wheel with adapter plate like this.
Stacking system places on the ground, the packaged paper that makes is come by the conveying of the belt feeder in the last process, connect surely and be delivered to splicing plate mangle top via pallet apparatus, after being blocked by the retaining paper apparatus of splicing plate mangle top, be deposited on the technology base plate that is positioned on the splicing plate mangle.Wherein make paper be controlled by control apparatus (1) and control apparatus (2) in the adjusting and the alignment of Width, the technology base plate is then controlled by technology base plate aligning apparatus with making aliging of paper.The splicing plate mangle drives oscilaltion by bont, and pile is put to the height of setting in season, and being descended by the splicing plate mangle puts in place, and will stack and good make paper send entering the packing that next step paper piles up neatly and tie up.
Progressive effect of the present invention mainly is a degree of automation height and cost is relatively low, and packaging quality is good, the production efficiency height, and machine run is steady, good reliability.
Description of drawings
Fig. 1 always schemes for ream packer.Among the figure: 1-paper feed system, 2-wrapper system, 3-master package system, 4-flanging packaging system, 5-stacking system.
Fig. 2 is the stacking system front view, and Fig. 3 is the stacking system left view, and Fig. 4 is the stacking system birds-eye view.Among the figure: the 501-device that alters course, 502-keeps off paper apparatus (1), 503-frame, the 504-bont, 505-splicing plate mangle, 506-control apparatus (1), 507-pallet apparatus, 508-control apparatus (2), 509-keep off paper apparatus (2), the 510-guard shield, 511-technology base plate aligning apparatus, 512-tightening device, the 513-roller chain, the 514-drag chain.
Fig. 5 is retaining paper apparatus (1) figure.Among the figure: 50201-crossbeam, 50202-pilot bar, 50203-cylinder, 50204-ball and socket joint, 50205-baffle plate.
Fig. 6 is bont figure.Among the figure: 50401-chain gear apparatus (1), 50402-chain gear apparatus (2), 50403-pulley gear, 50404-derrick rig, 50405-oil cylinder, 50406-roller chain, 50407-base, 50408-bearing pin.
Fig. 7 is splicing plate mangle figure.Among the figure: 50501-conveyer chain, 50502-frame, 50503-chain fixer, 50504-transition apparatus, 50505-guide wheel group, 50506-tightening device, 50507-reductor, 50508-driven shaft, 50509-imput shaft.
Fig. 8 is control apparatus (1) figure.Among the figure: 50601-guide rod, 50602-adapter plate, 50603-side shield, 50604-mounting blocks, 50605-axle, 50606-handwheel, 50607-nut block, 50608-scale, 50609-sprocket wheel, 50610-rolling bearing units, 50611-pointer.
Fig. 9 is control apparatus (2) figure.Among the figure: 50801-mounting blocks, 50802-side shield, 50803-adapter plate, 50804-axle, 50805-guide rod, 50806-sprocket wheel, 50807-rolling bearing units, 50808-nut block.
Figure 10 is pallet apparatus figure.Among the figure: the 50701-pallet, 50702-tensioning shaft system, 50703-driven shaft system, 50704-imput shaft system, 50705-holds in the palm rail, 50706-guide rail, 50708-drive motor, 50707-bipatch chain, 50708-reductor, 50709-roller chain.
Figure 11 is pallet figure.Among the figure: 50711-fixed block, 50712-spacer, 50713-pressure pin, 50714-plastic sheet, the oblique sheet of 50715-, 50716-bipatch conveyer chain (one-sided bent plate), 50707-bipatch conveyer chain.
Figure 12 is the figure of tensioning shaft system.Among the figure: 50721-screw rod, 50722-slide rail, 50723-band slide block type bearing, 50724-axle, 50725-sprocket wheel.
Figure 13 is the figure of driven shaft system.Among the figure: 50731-rolling bearing units, 50732-axle, 50733-sprocket wheel.
Figure 14 is the figure of imput shaft system.Among the figure: 50741-sprocket wheel A, 50742-sprocket wheel B, 50743-sprocket wheel C, 50744-axle, 50745-rolling bearing units.
Figure 15 is technology base plate aligning apparatus figure.Among the figure: 51101-adapter plate, 51102-adapter plate, 51103-sprocket wheel, 51104-nut block, 51105-screw rod, 51106-regulate bolt, 51107-guide rod, 51108-track adjusting wheel, 51109-track adjusting wheel erecting frame, 51110-rolling bearing units.
Embodiment
Fig. 2～Figure 15 has showed one embodiment of the present of invention.
As shown in Figure 1, ream packer comprises paper feed system 1, wrapper system 2, master package system 3, flanging packaging system 4, stacking system 5.Each system links to each other successively.The present invention is a stacking system 5.
As Fig. 2, Fig. 3, shown in Figure 4, stacking system 5 of the present invention is made up of changed course device 501, retaining paper apparatus (1) 502, frame 503, bont 504, splicing plate mangle 505, control apparatus (1) 506, pallet apparatus 507, control apparatus (2) 508, retaining paper apparatus (2) 509, guard shield 510, technology base plate aligning apparatus 511, tightening device 512 and roller chain 513, drag chain 514 etc.Whole system places on the ground, the packaged paper that makes is come by 401 conveyings of the belt feeder in the last process, connect surely and be delivered to splicing plate mangle 505 tops via pallet apparatus 507, after paper apparatus (2) 509 blocks by the retaining paper apparatus (1) 502 of splicing plate mangle 505 tops or retaining, be deposited on the technology base plate that is positioned on the splicing plate mangle 505.Wherein make paper be controlled by control apparatus (1) 506 and control apparatus (2) 508 in the adjusting and the alignment of Width, the technology base plate is then controlled by technology base plate aligning apparatus 511 with making aliging of paper.Splicing plate mangle 505 drives oscilaltions by bont 504, and pile is put to the height of setting in season, and being descended by splicing plate mangle 505 puts in place, and will stack and good make paper send entering the packing that next step paper piles up neatly and tie up.
As shown in Figure 5, the retaining paper apparatus comprises (1) 502 and fixed retaining paper apparatus (2) 509 of a movable retaining paper apparatus.Retaining paper apparatus (1) 502 comprises that crossbeam 50201, two pilot bars 50202, ball and socket joint 50204, baffle plate 50205 and cylinders 50203 form, baffle plate 50205 can up-and-down movement at the driving lower edge of cylinder 50203 pilot bar 50202, because the effect of ball and socket joint 50204, baffle plate 50205 can be done certain swing; Retaining paper apparatus (2) 1709 is made up of baffle plate and back-up block, directly is fixed on the frame 1703.
As shown in Figure 6, bont 504 is made up of chain gear apparatus (1) 50401, chain gear apparatus (2) 50402, pulley gear 50403, derrick rig 50404, roller chain 50406 and four oil cylinders 50405 and a large hydraulic station system etc.Oil cylinder 50405 connects with base 50407 by bearing pin 50408, and base 50407 is again by being bolted on the frame 503.Roller chain 50,406 one ends link to each other with derrick rig 50404, link to each other with splicing plate mangle 505 with chain gear apparatus (2) 50402 other ends with chain gear apparatus (1) 50401 on being installed in frame 503 by pulley gear 50403.Like this, under the effect of Hydraulic Station, spur the up-and-down movement of splicing plate mangle 505, comprise moving in the acceleration and deceleration motion and small distance scope up and down by oil cylinder 50405.
As shown in Figure 7, splicing plate mangle 505 is mainly by conveyer chain 50501, frame 50502, chain fixer 50503, parts such as portion's transition apparatus 50504, guide wheel group 50505, tightening device 50506, imput shaft 50509, driven shaft 50508 are formed end to end, reductor 50507 is sent to power on the conveyer drive shaft 50509, sprocket wheel on the imput shaft 50509 drives conveyer chain 50501 motions, make the carrier bar that is fixed on the conveyer chain 50501 in the work area, do the plane and straight line motion, thereby reach the purpose of conveying flat paper buttress.Carrier bar on the conveyer chain 50501 adopts solid steel bar to make.End to end portion's transition apparatus 50504 can guarantee to pile make paper paper buttress in the transition of conveyer joint pulsation-free.Chain fixer 50503 links to each other with roller chain 50406, spurs the up-and-down movement of splicing plate mangle 505 by bont 504, and the level that can regulate splicing plate mangle 5005 by the screw rod of regulating on the chain fixer 50503.4 groups of guide wheel group 50505 are housed on every splicing plate mangle 505, make splicing plate mangle 505 up-and-down movements steadily reliable along the guide rail movement on the frame 503 by the track adjusting wheel on the guide wheel group 50505.
As shown in Figure 8, control apparatus (1) 506 comprises guide rod 50601, adapter plate 50602, side shield 50603, mounting blocks 50604, axle 50605, handwheel 50606, nut block 50607, scale 50608, sprocket wheel 50609, rolling bearing units 50610, pointer 50611 etc.Guide rod 50601 and axle 50605 are installed on the frame 503 by mounting blocks 50604 and rolling bearing units 50610 respectively.Come turning cylinder 50605 by rotating handwheel 50606, through the T type screw thread on the axle 50605 nut block 50607 is moved around vertically, thereby driving the adapter plate 50602 that is fixed on the nut block 50607 moves around along guide rod 50601, side shield 50603 is connected with adapter plate 50602 by screw, so just can reach by rotating handwheel 50606 to regulate the purpose of distance between two side shields 50603.And just can read two distances between the side shield 50603 according to the pointer 50611 and the cooresponding scale on the scale 50608 that are installed on the adapter plate 50602, make adjusting very convenient, simple.
Again as shown in Figure 9, control apparatus (2) 508 and control apparatus (1) 506 structural similitude.Control apparatus (2) 508 comprises mounting blocks 50801, side shield 50802, adapter plate 50803, axle 50804, guide rod 50805, sprocket wheel 50806, rolling bearing units 50807, nut block 50808 etc.Guide rod 50805 and axle 50804 are installed on the frame 503 by mounting blocks 50801 and rolling bearing units 50807 respectively.50605 upper sprocket wheels 50609 rotate because the rotation of handwheel 50606 makes axle, sprocket wheel 50806 is rotated, rotating band moving axis 50804 by sprocket wheel 50806 rotates, through the T type screw thread on the axle 50804 nut block 50808 is moved around vertically, move around along guide rod 50805 thereby drive the adapter plate 50803 that is fixed on the nut block 50808, side shield 50802 is connected with adapter plate 50803 by screw.So also can reach by rotating handwheel 50606 and regulate the purpose of distance between two side shields 50802.And because sprocket wheel 50609 is consistent with sprocket wheel 50806 numbers of teeth, axle 50605 is also consistent with the T type screw thread on the axle 50804, so when rotating handwheel 50606, control apparatus (1) 506 and control apparatus (2) the 508th, synchronization regulation, distance between two corresponding side shields is to equate and change simultaneously, has guaranteed the conformability that makes paper pass through.
As shown in figure 10, pallet apparatus 507 is that 50702,3 cover driven shafts are that 50703,1 cover imput shaft is that 50706,1 drive motor 50708 of 50705,4 guide rails of 50704,4 holder rails and bipatch chain 50707 and roller chain 50709 are formed by 4 pallets 50701,1 cover tensioning shaft.4 pallet 50701 spacings equate and join by bipatch chain 50707 to form a closed-loop, are ring Zhou Yundong at the effect lower edge of drive motor 50708 and each system guide rail 50706, and sense of motion as shown.On holder rail 50705, holder rail 50705 is connected with frame 503 by bolt guide rail 50706 again by screw retention.
As shown in figure 11, wherein pallet 50701 is to be installed on the pressure pin 50713 by plastic sheet 50714, oblique sheet 50715, spacer 50712, and pressure pin 50713 two ends are fixed on the bipatch conveyer chain (one-sided bent plate) 50716 by fixed block 50711 again to be formed.Pressure pin 50713 is a free-running fit with plastic sheet 50714, oblique sheet 50715, spacer 50712, rotates flexibly, does not influence the motion of whole closed-loop in the corner.
As shown in figure 12, tensioning shaft is 50702 to be made up of screw rod 50721, slide rail 50722, band slide block type bearing 50723, axle 50724, sprocket wheel 50725, screw rod 50721 by while turn two ends makes band slide block type bearing 50723 move along slide rail 50722, driving the middle as shown direction of whole axle system moves, reach the purpose of tensioning closed-loop, make in pallet 50701 operational processs steady more, coherent.
As shown in figure 13, driven shaft is 50073 to comprise that two are installed in the sprocket wheels 50733 of axle on 50732, and the two ends of axle 50732 are installed on the frame 503 by two rolling bearing units 50731 again, and are rational in infrastructure reliable.
As shown in figure 14, imput shaft be 50704 structures to driven shaft is 50703 similar.Sprocket wheel A50741, sprocket wheel B50742 and sprocket wheel C50743 are installed on the axle 50744, axle 50744 two ends are installed in by two rolling bearing units 50745 that to have formed imput shaft on the frame 503 be 50704 again, its middle sprocket 50742 partly is connected with drive motor by roller chain 50709, it is 50704 that carry-over moment drives imput shaft, drives whole closed-loop by sprocket wheel 50741 and sprocket wheel 50743 again.
As shown in figure 15, technology base plate aligning apparatus 511 is made up of adapter plate 51101, adapter plate 51102, sprocket wheel 51103, nut block 51104, screw rod 51105, adjusting bolt 51106, guide rod 51107, track adjusting wheel 51108, track adjusting wheel erecting frame 51109, rolling bearing units 51110 etc.Driving sprocket wheel 51103 by roller chain 5105 rotates, sprocket wheel 51103 rotates screw rod 51105 is rotated, make nut block 51104 and the adapter plate 51101 that is installed on the nut block 51104 moves on axially along screw rod 51105 through the screw thread transmission on the screw rod 51105, by a pair of track adjusting wheel 51108 is housed on the track adjusting wheel erecting frame 51109 that is bolted on the adapter plate 51101, lead along the rolling of guide rod 51107 by track adjusting wheel 51108.Adapter plate 51102 is connected by the upper end of bolt with adapter plate 51101 simultaneously.The photoelectric switch that is equipped with on the adapter plate 51102 just can move the tram of sensing the technology base plate under the effect of sprocket wheel 51103 with adapter plate 51101 like this.
Claims (7)
1. stacking system for ream packer, its front portion is connected with the flanging packaging system, feature of the present invention is: stacking system comprises by the changed course device, the retaining paper apparatus, frame, bont, the splicing plate mangle, control apparatus, pallet apparatus, guard shield, technology base plate aligning apparatus, tightening device is formed, frame is arranged on installs on the basis, two splicing plate mangles are arranged between the column of frame and with the bont that is installed in the frame outside and are connected, it is inboard and around two splicing plate mangles that pallet apparatus is installed in frame, technology base plate aligning apparatus is fixed on the side plate of splicing plate mangle, and the retaining paper apparatus is placed in upper rack and between two splicing plate mangles.
2. stacking system for ream packer according to claim 1, it is characterized in that: described retaining paper apparatus (1) comprises crossbeam, two pilot bars, ball and socket joint, baffle plate and cylinders compositions, baffle plate connects with pilot bar is movable, retaining paper apparatus (2) is made up of baffle plate and back-up block, directly is fixed on the frame.
3. stacking system for ream packer according to claim 1, it is characterized in that: described bont is made up of chain gear apparatus (1), chain gear apparatus (2), pulley gear, derrick rig, roller chain and four oil cylinders and a large hydraulic station system, roller chain one end links to each other with derrick rig, and the other end links to each other with the splicing plate mangle with chain gear apparatus (2) with the chain gear apparatus that is installed in frame (1) by pulley gear.
4. stacking system for ream packer according to claim 1, it is characterized in that: described splicing plate mangle is mainly by conveyer chain, frame, chain fixer, parts such as portion's transition apparatus, guide wheel group, tightening device, imput shaft, driven shaft are formed end to end, reductor connects with the conveyer chain imput shaft, carrier bar is fixed on the conveyer chain, chain fixer links to each other with roller chain, and 4 groups of guide wheel group are housed on every splicing plate mangle.
5. stacking system for ream packer according to claim 1, it is characterized in that: described control apparatus (1) comprises guide rod, adapter plate, side shield, mounting blocks, axle, handwheel, nut block, scale, sprocket wheel, rolling bearing units, pointer etc., guide rod and axle are installed on the frame by mounting blocks and rolling bearing units respectively, and side shield is connected with adapter plate by screw.6. stacking system for ream packer according to claim 1, it is characterized in that described control apparatus: side shield is connected with adapter plate by screw, sprocket wheel on the control apparatus (2) is consistent with the teeth number of sprocket on the control apparatus (1), on the control apparatus (2) the axle and control apparatus (1) on spool T type screw thread also consistent.
7. stacking system for ream packer according to claim 1, it is characterized in that: described pallet apparatus is by pallet, tensioning shaft system, driven shaft system, imput shaft system, the holder rail, guide rail, drive motor and bipatch chain and roller chain are formed, 4 pallet spacings equate and join by the bipatch chain to form a closed-loop, pallet is by plastic sheet, oblique sheet, spacer is installed on the pressure pin, the pressure pin two ends are fixed on the bipatch conveyer chain (one-sided bent plate) by fixed block again, pressure pin and plastic sheet, oblique sheet, spacer is a free-running fit, tensioning shaft system is by screw rod, slide rail, band slide block type bearing, axle, sprocket wheel is formed, driven shaft system comprises two sprocket wheels that are installed on the axle, the two ends of axle are installed on the frame by two rolling bearing units, the imput shaft architecture is similar to driven shaft, and its middle sprocket partly is connected with drive motor by roller chain.
8. stacking system for ream packer according to claim 1, it is characterized in that: described technology base plate aligning apparatus is made up of adapter plate, adapter plate, sprocket wheel, nut block, screw rod, adjusting bolt, guide rod, track adjusting wheel, track adjusting wheel erecting frame, rolling bearing units etc., sprocket wheel, screw rod, nut block and be installed in movable connection of adapter plate of nut block, be fixed on the track adjusting wheel erecting frame on the adapter plate a pair of track adjusting wheel is housed, adapter plate is connected with the upper end of adapter plate by bolt, and photoelectric switch is housed on the adapter plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101433137A CN101386354B (en) | 2008-10-14 | 2008-10-14 | Stacking system for ream packer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2008101433137A CN101386354B (en) | 2008-10-14 | 2008-10-14 | Stacking system for ream packer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101386354A true CN101386354A (en) | 2009-03-18 |
| CN101386354B CN101386354B (en) | 2011-02-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2008101433137A Active CN101386354B (en) | 2008-10-14 | 2008-10-14 | Stacking system for ream packer |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103043485A (en) * | 2013-01-18 | 2013-04-17 | 长沙长泰机械股份有限公司 | Stack changing system of single tool board cutting and paper arranging machine for pulp boards |
| CN103500618A (en) * | 2013-10-14 | 2014-01-08 | 江苏通鼎光电科技有限公司 | Adjustable blow-drying device for cable sheathes |
| CN104495399A (en) * | 2014-12-22 | 2015-04-08 | 广州科升测控设备有限公司 | Stacking machine |
| CN110228724A (en) * | 2019-04-03 | 2019-09-13 | 无锡太湖学院 | Anti-leakage paper pad paper machine group paper splicing mechanism and splicing paper feeding method |
-
2008
- 2008-10-14 CN CN2008101433137A patent/CN101386354B/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103043485A (en) * | 2013-01-18 | 2013-04-17 | 长沙长泰机械股份有限公司 | Stack changing system of single tool board cutting and paper arranging machine for pulp boards |
| CN103043485B (en) * | 2013-01-18 | 2015-10-28 | 长沙长泰智能装备有限公司 | Pulp board single-cutter paper machine changes buttress system |
| CN103500618A (en) * | 2013-10-14 | 2014-01-08 | 江苏通鼎光电科技有限公司 | Adjustable blow-drying device for cable sheathes |
| CN104495399A (en) * | 2014-12-22 | 2015-04-08 | 广州科升测控设备有限公司 | Stacking machine |
| CN104495399B (en) * | 2014-12-22 | 2016-08-24 | 广州科升测控设备有限公司 | Stacking machine |
| CN110228724A (en) * | 2019-04-03 | 2019-09-13 | 无锡太湖学院 | Anti-leakage paper pad paper machine group paper splicing mechanism and splicing paper feeding method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101386354B (en) | 2011-02-16 |
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