CN203638696U - Mechanical stacking set for calcium-plastic boxes - Google Patents
Mechanical stacking set for calcium-plastic boxes Download PDFInfo
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- CN203638696U CN203638696U CN201420018475.9U CN201420018475U CN203638696U CN 203638696 U CN203638696 U CN 203638696U CN 201420018475 U CN201420018475 U CN 201420018475U CN 203638696 U CN203638696 U CN 203638696U
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Abstract
The utility model relates to the technical field of logistics, in particular to a mechanical stacking set for calcium-plastic boxes. A conveying device temporarily stores arranged calcium-plastic boxes; half tier of calcium-plastic boxes is temporarily stored each time; each time when the half tier of calcium-plastic boxes is temporarily stored, a transfer device pushes the calcium-plastic boxes temporarily stored on the conveying device into a tier transfer sport plate of a tier transfer device; after one tier of calcium-plastic boxes is arranged on the tier transfer sport plate, the tier transfer support plate moves into a stacking device. A retaining mechanism at the front end of the stacking device falls to limit the front end of the tier of calcium-plastic boxes, and the tier of calcium-plastic boxes is aligned. Arranging mechanisms at two ends of the stacking device tightly hold the tier of calcium-plastic boxes, the tier of calcium-plastic boxes is clamped and aligned, another retaining mechanism at the rear end of the stacking device falls, the tier transfer device moves away from the stacking unit, the calcium-plastic boxes are retained on a tray or the stacked tier of calcium-plastic boxes, and one tier of calcium-plastic boxes is stacked. The mechanical stacking set for calcium-plastic boxes has the advantages that the calcium-plastic boxes are automatically stacked, labor intensity can be reduced for operators in stacking, operation is stable, cost is low, and maintenance is facilitated.
Description
Technical field
The utility model relates to logistlcs technology field, especially a kind of mechanical Palletizer for calc-plastic case in tobacco flow field.
Background technology
Cigarette after having sorted common heat shrinkage film that adopts in dispensing link is packed bar cigarette, considers for environmental protection, and under the promotion of countries tobacco office, a lot of local alternative disposable heat shrinkage film of calc-plastic case that used reusable edible are packed volume bar cigarette.
Calc-plastic case can hold 25 cigarette, is 5 × 5 array arrangements, after vanning joint sealing, the calc-plastic case that is packaged with bar cigarette can be provided and delivered.The mode of at present general calc-plastic case piling has two kinds: the one, and adopt the mode of hand stowage to carry out piling to the bar cigarette after having cased, hand stowage efficiency is low, and operator's labour intensity is large; The 2nd, adopt and be with suctorial robot piling, robot piling efficiency is high, has reduced operator's labour intensity, but its cost is higher, and owing to adopting vacuum adsorption principle need to regularly replace filter core, later maintenance cost is high, safeguards inconvenient.
Summary of the invention
For overcoming the shortcoming of hand stowage and robot piling, the utility model provides a kind of can substitute a kind of mechanical Palletizer for calc-plastic case hand stowage, stable, with low cost and that maintain easily.
Overall technical architecture of the present utility model is: cigarette is packed into after calc-plastic case by boxing apparatus, enters the feedway of this equipment with specific posture.
Feedway has transfer, keep to the side to arrange and turn to the effect of making calc-plastic case in order, and the calc-plastic case of energy buffer memory particular arrangement mode, the calc-plastic case of each buffer memory half storey, often complete the calc-plastic case of buffer memory half storey, shifting apparatus will push and moves the moving on layer supporting plate of bed device being cached in calc-plastic case on feedway, moves after the calc-plastic case of fully loaded one deck on layer supporting plate, to palletizing apparatus internal motion.The blocking mechanism of palletizing apparatus front end falls and calc-plastic case layer front end is carried out spacing, calc-plastic case layer is produced to alignment effect simultaneously.The dressing mechanism at palletizing apparatus two ends clamps calc-plastic case layer, calc-plastic case layer is produced to the effect that clamps and align, the blocking mechanism of palletizing apparatus rear end falls, and moves bed device and detaches palletizing apparatus, calc-plastic case stay pallet or the calc-plastic case layer piled up on, complete one deck piling.
In order to reduce height, after last one deck calc-plastic case has been piled up, the blocking mechanism lifting of palletizing apparatus front end, now piles up neatly case and drops on chain converyer together with pallet, and chain converyer motion will put one's child in a boarding nursery and coil calc-plastic case and transfer out this equipment, complete piling flow process.
The utility model comprises feedway, and shifting apparatus moves bed device and palletizing apparatus.Illustrate respectively and introduce its composition and principle of work thereof for each device.
1. feedway
The effect of feedway is to carry the calc-plastic case having been encapsulated by manufacturing line, it kept to the side to arrange and turn to make in order, and the calc-plastic case of buffer memory particular arrangement mode.
Feedway is by conveying mechanism, the mechanism of keeping to the side, steering hardware and dial draw box mechanism composition.
Conveying mechanism is that the arranged side by side unpowered roller that driven by electronic roller is arranged in parallel and forms, and when electronic roller rotates, can drive whole conveying mechanism motion.Calc-plastic case can move on whole conveying mechanism; The mechanism of keeping to the side is that the roller forming an angle with throughput direction that one group of length being driven by electronic roller differs is arranged and formed.When calc-plastic case process is kept to the side mechanism, paste together to feedway one side, thereby reach the object that arranges calc-plastic case attitude; Steering hardware is made up of the deflecting bar of air cylinder driven, and deflecting bar is arranged on Telescopic-cylinder bar front end, and cylinder connects air cylinder fixed plate, is fixed on feedway.While not needing calc-plastic case to carry out handling maneuver, return hydraulic cylinder, deflecting bar can not touch the calc-plastic case of conveying, and while needs, cylinder drives deflecting bar to protract the calc-plastic case of motion is turned to; Dial draw box mechanism and be arranged on feedway lower end, formed by the case bar of dialling that is fixed on the air cylinder driven of carrying on side, its effect is that the perpendicular calc-plastic case of putting of transfer makes calc-plastic case form specific arrangement mode together with conveying mechanism, then by shifting apparatus entirety, the calc-plastic case arranging is pushed into and moves the moving on layer supporting plate of bed device.
2. shifting apparatus
The effect of shifting apparatus is to push and move the moving on layer supporting plate of bed device being cached in calc-plastic case on feedway.
Shifting apparatus is made up of transfer framework, transfer mechanism and pusher dog.
Transfer mechanism is driven by transfer motor, transfer motor connects motor support plate and is fixed on transfer framework, transfer motor shaft end is fixed with active synchronization belt wheel, active synchronization belt wheel is connected by Timing Belt with hinged driven synchronous pulley, shifting carrying platform is solid on Timing Belt, on shifting carrying platform, be furnished with the track adjusting wheel of vertical placement and horizontal arrangement, track adjusting wheel and guide frame are connected.When transfer electric machine rotation, Timing Belt drives shifting carrying platform to move, and is furnished with the track adjusting wheel of vertical placement and horizontal arrangement on shifting carrying platform, track adjusting wheel by with can make coordinating of guide frame shifting carrying platform together with the pusher dog being fixed thereon stable do horizontal transfer campaign.
3. move bed device
Moving bed device is fixed on framework and forms an entirety with palletizing apparatus by moving layer support entirety.
Moving bed device is the linear reciprocating motion mechanism being driven by Timing Belt, by active synchronization belt wheel, and transfer motor, driven synchronous pulley, linear slider, line slide rail, Timing Belt, Timing Belt pressing plate, moves layer supporting plate and moves layer and be configured to.
Transfer motor is fixed on and moves a layer support one end, its axle head is fixed with active synchronization belt wheel, driven synchronous pulley is hinged is moving a layer support other end, Timing Belt walks around active synchronization belt wheel and driven synchronous pulley forms closed circular, Timing Belt pressing plate will move a layer supporting plate and be fixed on a certain position of Timing Belt, linear slider is fixed on moves a layer supporting plate lower end, and line slide rail is fixed on and moves on layer support, and linear slider matches with line slide rail and forms the guiding mechanism that moves bed device.When transfer electric machine rotation, can drive and move layer supporting plate with respect to moving a layer support crank motion, move layer supporting plate and can move to the ad-hoc location docking with feedway, also be moveable to the ad-hoc location that palletizing apparatus inside facilitates piling to move.
4. palletizing apparatus
Palletizing apparatus is by blocking mechanism, dressing mechanism, and hydraulic elevating platform, chain converyer and framework form.
Blocking mechanism drives barrier plate and connected guiding mechanism to form by the cylinder that stops being fixed on framework, and barrier plate is fixed on the front end that stops Telescopic-cylinder bar.
When moving bed device and driving calc-plastic case layer to palletizing apparatus internal motion, palletizing apparatus front end stop cylinder rise, barrier plate falls and stops calc-plastic case layer, and whole layer calc-plastic case produced to alignment effect.When moving bed device and driving calc-plastic case layer to detach palletizing apparatus, palletizing apparatus rear end stop cylinder rise, barrier plate falls and stops calc-plastic case layer, move bed device and detach palletizing apparatus, calc-plastic case layer stay pallet or the calc-plastic case layer piled up on.
The finishing plate that dressing mechanism is driven by the arrangement cylinder being fixed on framework and connected guiding mechanism form.
Palletizing apparatus is symmetrical set two groups of dressing mechanisms.
Dressing mechanism drives finishing plate to do clamping movement by arranging cylinder rise, the arrangement of aliging of the calc-plastic case layer that can deliver to moving bed device palletizing apparatus inside.
Hydraulic elevating platform and chain converyer are positioned under palletizing apparatus inside, and hydraulic elevating platform can jacking pallet and is positioned at the calc-plastic case on pallet, and chain converyer can be carried the calc-plastic case buttress after empty pallet and piling complete.
In sum, a kind of mechanical Palletizer for calc-plastic case, its feature comprises feedway, shifting apparatus moves bed device and palletizing apparatus:
Feedway is by conveying mechanism, the mechanism of keeping to the side, steering hardware and dial draw box mechanism composition;
Shifting apparatus is made up of transfer framework, transfer mechanism and pusher dog;
Moving bed device is fixed on framework and forms an entirety with palletizing apparatus by moving layer support entirety;
Palletizing apparatus is by blocking mechanism, dressing mechanism, and hydraulic elevating platform, chain converyer and framework form.
Described conveying mechanism is that the arranged side by side unpowered roller that driven by electronic roller is arranged in parallel and forms.
Described transfer mechanism is driven by transfer motor, transfer motor connects motor support plate and is fixed on transfer framework, transfer motor shaft end is fixed with active synchronization belt wheel, active synchronization belt wheel is connected by Timing Belt with hinged driven synchronous pulley, shifting carrying platform is solid on Timing Belt, on shifting carrying platform, be furnished with the track adjusting wheel of vertical placement and horizontal arrangement, track adjusting wheel and guide frame are connected.
The described bed device that moves is the linear reciprocating motion mechanism being driven by Timing Belt, by active synchronization belt wheel, and transfer motor, driven synchronous pulley, linear slider, line slide rail, Timing Belt, Timing Belt pressing plate, moves layer supporting plate and moves layer and be configured to.
Described transfer motor is fixed on and moves a layer support one end, its axle head is fixed with active synchronization belt wheel, driven synchronous pulley is hinged is moving a layer support other end, Timing Belt walks around active synchronization belt wheel and driven synchronous pulley forms closed circular, Timing Belt pressing plate will move a layer supporting plate and be fixed on a certain position of Timing Belt, linear slider is fixed on moves a layer supporting plate lower end, and line slide rail is fixed on and moves on layer support, and linear slider matches with line slide rail and forms the guiding mechanism that moves bed device.
Described blocking mechanism drives barrier plate and connected guiding mechanism to form by the cylinder that stops being fixed on framework, and barrier plate is fixed on the front end that stops Telescopic-cylinder bar.
Described palletizing apparatus is symmetrical set two groups of dressing mechanisms, and hydraulic elevating platform and chain converyer are set under palletizing apparatus inside.
The finishing plate that described dressing mechanism is driven by the arrangement cylinder being fixed on framework and connected guiding mechanism form.
When work, feedway is carried the calc-plastic case having been encapsulated by manufacturing line, it is kept to the side to arrange and turn to make in order, and the calc-plastic case of buffer memory particular arrangement mode; Shifting apparatus pushes and moves the moving on layer supporting plate of bed device being cached in calc-plastic case on feedway, while moving bed device drive calc-plastic case layer to palletizing apparatus internal motion, palletizing apparatus front end stop cylinder rise, barrier plate falls and stops calc-plastic case layer, and whole layer calc-plastic case produced to alignment effect; When moving bed device and driving calc-plastic case layer to detach palletizing apparatus, palletizing apparatus rear end stop cylinder rise, barrier plate falls and stops calc-plastic case layer, move bed device and detach palletizing apparatus, calc-plastic case layer stay pallet or the calc-plastic case layer piled up on; Dressing mechanism drives finishing plate to do clamping movement by arranging cylinder rise, the arrangement of aliging of the calc-plastic case layer that can deliver to moving bed device palletizing apparatus inside; Hydraulic elevating platform and chain converyer are positioned under palletizing apparatus inside, and hydraulic elevating platform can jacking pallet and is positioned at the calc-plastic case on pallet, and chain converyer can be carried the calc-plastic case buttress after empty pallet and piling complete.
By applying this equipment, can realize the automatic stacking of calc-plastic case, can reduce operator's piling labour intensity, stable, with low cost and maintain easily.
Brief description of the drawings
Fig. 1 equipment overall structure figure.
Fig. 2 feedway and shifting apparatus.
Fig. 3 steering hardware schematic diagram.
Fig. 4 shifting apparatus schematic diagram.
Fig. 5 monolayer alignment process schematic diagram.
Fig. 6 monolayer alignment process schematic diagram.
Fig. 7 monolayer alignment process schematic diagram.
Fig. 8 moves bed device schematic diagram.
Fig. 9 piling process schematic diagram.
Figure 10 piling process schematic diagram.
Figure 11 piling process schematic diagram.
In figure:
1. the feedway 1-1. conveying mechanism 1-2. 1-3. of the mechanism steering hardware 1-3-1. cylinder 1-3-2. air cylinder fixed plate 1-3-3. deflecting bar 1-4. that keeps to the side dials draw box mechanism 1-4-1. cylinder 1-4-2. and dials case bar;
2. the driven synchronous pulley 2-3. of shifting apparatus 2-1. transfer framework 2-2. transfer mechanism 2-2-1. transfer motor 2-2-2. active synchronization belt wheel 2-2-3. motor support plate 2-2-4. Timing Belt 2-2-5. track adjusting wheel 2-2-6. shifting carrying platform 2-2-7. guide frame 2-2-8. pusher dog;
3. moving the driven synchronous pulley 3-4. of bed device 3-1. active synchronization belt wheel 3-2. transfer motor 3-3. linear slider 3-5. line slide rail 3-6. Timing Belt 3-7. Timing Belt pressing plate 3-8. moves a layer supporting plate 3-9. and moves a layer support;
4. palletizing apparatus 4-1. blocking mechanism 4-1-1. barrier plate 4-1-2. stops that cylinder 4-2. dressing mechanism 4-2-1. arranges cylinder 4-2-2. finishing plate 4-3. hydraulic elevating platform 4-4. chain converyer 4-5. framework;
5. calc-plastic case;
6. pallet.
Detailed description of the invention
Accompanying drawings further illustrates embodiment of the present utility model:
The utility model comprises feedway 1, and shifting apparatus 2 moves bed device 3 and palletizing apparatus 4.Illustrate respectively and introduce its composition and principle of work thereof for each device.
1. feedway
As Fig. 1 equipment overall structure figure, Fig. 2 feedway and shifting apparatus, Fig. 3 steering hardware schematic diagram, shown in Fig. 4 shifting apparatus schematic diagram:
The effect of feedway 1 is to carry the calc-plastic case 5 having been encapsulated by manufacturing line, it kept to the side to arrange and turn to make in order, and the calc-plastic case of buffer memory particular arrangement mode.Feedway is by conveying mechanism 1-1, the 1-2 of mechanism that keeps to the side, steering hardware 1-3 and dial draw box mechanism 1-4 composition.Conveying mechanism 1-1 is that the some unpowered roller that driven by electronic roller is arranged in parallel and forms, and when electronic roller rotates, can drive whole conveying mechanism 1-1 motion, and calc-plastic case 5 can move on whole conveying mechanism 1-1; The 1-2 of mechanism that keeps to the side is that the roller forming an angle with throughput direction that some length of being driven by electronic roller differ is arranged and formed, and calc-plastic case 5 pastes when keeping to the side the 1-2 of mechanism neat to feedway 1 one sides, thereby reaches the object that arranges calc-plastic case attitude; Steering hardware 1-3 drives deflecting bar 1-3-3 to form by cylinder 1-3-1, and deflecting bar 1-3-3 is arranged on cylinder 1-3-1 expansion link front end, and cylinder 1-3-1 is fixed on feedway 1 by air cylinder fixed plate 1-3-2.While not needing calc-plastic case 5 to carry out handling maneuver, cylinder 1-3-1 backhaul, deflecting bar 1-3-3 can not touch the calc-plastic case 5 of conveying, and while needs, cylinder 1-3-1 drive deflecting bar 1-3-3 protracts and can turn to the calc-plastic case 5 of motion; Dial draw box mechanism 1-4 and be arranged in feedway 1 lower end, drive group case bar 1-4-2 to form by being fixed on the cylinder 1-4-1 carrying on side, its effect is that the perpendicular calc-plastic case of putting of transfer makes calc-plastic case form specific arrangement mode together with conveying mechanism 1-1, then by shifting apparatus 2 entirety, the calc-plastic case arranging is pushed into and moves the moving on layer supporting plate 3-8 of bed device 3.
2. shifting apparatus
As Fig. 1 equipment overall structure figure, Fig. 2 feedway and shifting apparatus, shown in Fig. 4 shifting apparatus schematic diagram:
The effect of shifting apparatus 2 is to push and move the moving on layer supporting plate 3-8 of bed device 3 being cached in calc-plastic case 5 on feedway 1.Shifting apparatus 2 is made up of transfer framework 2-1, transfer mechanism 2-2 and pusher dog 2-3.Transfer mechanism 2-2 is driven by transfer motor 2-2-1, transfer motor 2-2-1 is fixed on transfer framework 2-1 by motor support plate 2-2-3, transfer motor 2-2-1 axle head is fixed with active synchronization belt wheel 2-2-2, active synchronization belt wheel 2-2-2 is connected by Timing Belt 2-2-4 with hinged driven synchronous pulley 2-2-8, drive shifting carrying platform 2-2-6 solid on Timing Belt 2-2-4, when transfer motor 2-2-1 rotates, Timing Belt 2-2-4 drives shifting carrying platform 2-2-6 to move, on shifting carrying platform 2-2-6, be furnished with the track adjusting wheel 2-2-5 of some vertical placements and horizontal arrangement, track adjusting wheel 2-2-5 by with can make coordinating of guide frame 2-2-7 shifting carrying platform 2-2-6 together with the pusher dog 2-3 being fixed thereon stable do horizontal transfer campaign.
3. move bed device
As Fig. 1 equipment overall structure figure and Fig. 8 move as shown in bed device schematic diagram:
Layer support 3-9 entirety is fixed on framework 4-5 above and palletizing apparatus 4 forms an entirety by moving to move bed device 3.Moving bed device 3 is the linear reciprocating motion mechanisms that driven by Timing Belt, and it is mainly by active synchronization belt wheel 3-1, transfer motor 3-2, driven synchronous pulley 3-3, linear slider 3-4, line slide rail 3-5, Timing Belt 3-6, Timing Belt pressing plate 3-7, moves layer supporting plate 3-8 and moves a layer support 3-9 formation.Transfer motor 3-2 is fixed on and moves a layer support 3-9 one end, its axle head is fixed with active synchronization belt wheel 3-1, driven synchronous pulley 3-3 is hinged is moving a layer support 3-9 other end, Timing Belt 3-6 walks around active synchronization belt wheel 3-1 and driven synchronous pulley 3-3 forms closed circular, Timing Belt pressing plate 3-7 will move a layer supporting plate 3-8 and be fixed on a certain position of Timing Belt 3-6, linear slider 3-4 is fixed on and moves a layer supporting plate 3-8 lower end, line slide rail 3-5 is fixed on and moves on layer support 3-9, linear slider 3-4 matches with line slide rail 3-5 and can well lead to moving bed device 3, transfer motor 3-2 can drive and move layer supporting plate 3-8 with respect to moving a layer support 3-9 crank motion while rotation, move a layer supporting plate 3-8 and can move to the ad-hoc location docking with feedway 1, also be moveable to the ad-hoc location that palletizing apparatus 4 inside facilitate piling action.
4. palletizing apparatus
As Fig. 1 equipment overall structure figure, Fig. 9 piling process schematic diagram, Figure 10 piling process schematic diagram, shown in Figure 11 piling process schematic diagram:
Palletizing apparatus 4 is by blocking mechanism 4-1, dressing mechanism 4-2, and hydraulic elevating platform 4-3, chain converyer 4-4 and framework 4-5 form.
Blocking mechanism 4-1 drives barrier plate 4-1-1 and relevant guiding mechanism to form by the cylinder 4-1-2 that stops being fixed on framework 4-5, and barrier plate 4-1-1 is fixed on the front end that stops cylinder 4-1-2 expansion link.When moving bed device 3 and driving calc-plastic case layer to palletizing apparatus 4 internal motion, palletizing apparatus 4 front ends stop cylinder 4-1-2 rise, barrier plate 4-1-1 falls and stops calc-plastic case layer, and whole layer calc-plastic case produced to alignment effect.When moving bed device 3 and driving calc-plastic case layer to detach palletizing apparatus 4, palletizing apparatus 4 rear ends stop cylinder 4-1-2 rise, barrier plate 4-1-1 falls and stops calc-plastic case layer, move bed device 3 and detach palletizing apparatus 4, calc-plastic case layer stay pallet 6 or the calc-plastic case layer piled up on.Dressing mechanism 4-2 drives finishing plate 4-2-2 and relevant guiding mechanism to form by the arrangement cylinder 4-2-1 being fixed on framework 4-5.Palletizing apparatus 4 is symmetrical set two groups of dressing mechanism 4-2.Dressing mechanism 4-2 drives finishing plate 4-2-2 to do to clamp motion by arranging cylinder 4-2-1 rise, the arrangement of aliging of the calc-plastic case layer that can deliver to moving bed device 3 palletizing apparatus 4 inside.Hydraulic elevating platform 4-3 and chain converyer 4-4 are positioned under palletizing apparatus 4 inside, hydraulic elevating platform 4-3 can jacking pallet 6 and is positioned at the calc-plastic case 5 on pallet 6, and chain converyer 4-4 can carry the calc-plastic case buttress after empty pallet and piling complete.
Each piling flow process is as shown in Fig. 1-Figure 10:
1. calc-plastic case correcting posture process:
As Fig. 1 equipment overall structure figure, Fig. 2 feedway and shifting apparatus, Fig. 3 steering hardware schematic diagram, Fig. 5 monolayer alignment process schematic diagram, Fig. 6 monolayer alignment process schematic diagram, shown in Fig. 7 monolayer alignment process schematic diagram:
Cigarette is packed into after calc-plastic case 5 by boxing apparatus, enters the feedway 1 of this equipment with specific posture, and feedway 1 is by conveying mechanism 1-1, the 1-2 of mechanism that keeps to the side, steering hardware 1-3 and dial draw box mechanism 1-4 composition.If entering the calc-plastic case 5 of feedway 1 does not need to turn to according to the order of calc-plastic case layer arrangement, steering hardware 1-3 and group draw box mechanism 1-4 are failure to actuate, if need to carry out handling maneuver to calc-plastic case 5, cylinder 1-3-1 drives deflecting bar 1-3-3 to protract and can turn to the calc-plastic case 5 of motion, forming side by side two perpendicular calc-plastic case arrangement modes of putting can realize by dialling draw box mechanism 1-4, and cylinder 1-4-1 drives and dials case bar 1-4-2 motion and can realize being arranged side by side of calc-plastic case 5 through turning to.
2. calc-plastic case buffer memory transfer:
As Fig. 1 equipment overall structure figure, Fig. 4 shifting apparatus schematic diagram, Fig. 5 monolayer alignment process schematic diagram, Fig. 6 monolayer alignment process schematic diagram, shown in Fig. 7 monolayer alignment process schematic diagram:
Calc-plastic case 5 is after feedway 1 forms half storey arrangement, the pusher dog 2-3 that transfer motor 2-2-1 drives shifting apparatus 2 pushes and moves the moving on layer supporting plate 3-8 of bed device 3 being cached in calc-plastic case 5 on feedway 1, complete move loading action one time, after carrying out twice move loading action, move the calc-plastic case 5 that layer supporting plate 3-8 carried one deck particular arrangement, enter piling flow process.
3. calc-plastic case piling:
As Fig. 1 equipment overall structure figure, Fig. 7 monolayer alignment process schematic diagram, Fig. 8 moves bed device schematic diagram, Fig. 9 piling process schematic diagram, Figure 10 piling process schematic diagram, shown in Figure 11 piling process schematic diagram:
Move backward palletizing apparatus 4 internal motions of calc-plastic case 5 of the upper fully loaded one deck of layer supporting plate 3-8, palletizing apparatus 4 front ends stop cylinder 4-1-2 rise, barrier plate 4-1-1 falls calc-plastic case layer front end is carried out spacingly calc-plastic case layer being produced to alignment effect simultaneously, the arrangement cylinder 4-2-1 rise at palletizing apparatus 4 two ends drives finishing plate 4-2-2 to do and clamps motion, calc-plastic case layer is produced to the effect that clamps and align, palletizing apparatus 4 rear ends stop cylinder 4-1-2 rise, barrier plate 4-1-1 moves after falling and stopping calc-plastic case layer, move bed device 3 and detach palletizing apparatus 4, calc-plastic case 5 stay pallet 6 or the calc-plastic case layer piled up on, complete one deck piling.In order to reduce height, after last one deck calc-plastic case has been piled up, the blocking mechanism 4-1 lifting of palletizing apparatus 4 front ends, now piles up neatly case and drops on chain converyer 4-4 together with pallet 6, chain converyer 4-4 motion will put one's child in a boarding nursery and coil calc-plastic case and transfer out this equipment, complete piling flow process.
Entirety piling flow process: cigarette is packed into after calc-plastic case 5 by boxing apparatus, enter the feedway 1 of this equipment with specific posture, feedway 1 has transfer, keep to the side to arrange and turn to the effect of making calc-plastic case 5 in order, and the calc-plastic case of energy buffer memory particular arrangement mode, the calc-plastic case of each buffer memory half storey, often complete the calc-plastic case of buffer memory half storey, shifting apparatus 2 will push and moves the moving on layer supporting plate 3-8 of bed device 3 being cached in calc-plastic case 5 on feedway 1, move backward palletizing apparatus 4 internal motions of calc-plastic case 5 of the upper fully loaded one deck of layer supporting plate 3-8, the blocking mechanism 4-1 of palletizing apparatus 4 front ends falls calc-plastic case layer front end is carried out spacingly calc-plastic case layer being produced to alignment effect simultaneously, the dressing mechanism 4-2 at palletizing apparatus 4 two ends clamps calc-plastic case layer, calc-plastic case layer is produced to the effect that clamps and align, the blocking mechanism 4-1 of palletizing apparatus 4 rear ends falls, move bed device 3 and detach palletizing apparatus 4, calc-plastic case 5 stay pallet 6 or the calc-plastic case layer piled up on, complete one deck piling.In order to reduce height, after last one deck calc-plastic case has been piled up, the blocking mechanism 4-1 lifting of palletizing apparatus 4 front ends, now piles up neatly case and drops on chain converyer 4-4 together with pallet 6, chain converyer 4-4 motion will put one's child in a boarding nursery and coil calc-plastic case and transfer out this equipment, complete piling flow process.
Claims (8)
1. for a mechanical Palletizer for calc-plastic case, its feature comprises feedway, and shifting apparatus moves bed device and palletizing apparatus:
Feedway is by conveying mechanism, the mechanism of keeping to the side, steering hardware and dial draw box mechanism composition;
Shifting apparatus is made up of transfer framework, transfer mechanism and pusher dog;
Moving bed device is fixed on framework and forms an entirety with palletizing apparatus by moving layer support entirety;
Palletizing apparatus is by blocking mechanism, dressing mechanism, and hydraulic elevating platform, chain converyer and framework form.
2. the mechanical Palletizer for calc-plastic case according to claim 1, is characterized in that described conveying mechanism is that the arranged side by side unpowered roller that driven by electronic roller is arranged in parallel and forms.
3. the mechanical Palletizer for calc-plastic case according to claim 1, it is characterized in that described transfer mechanism is driven by transfer motor, transfer motor connects motor support plate and is fixed on transfer framework, transfer motor shaft end is fixed with active synchronization belt wheel, active synchronization belt wheel is connected by Timing Belt with hinged driven synchronous pulley, shifting carrying platform is solid is furnished with the track adjusting wheel of vertical placement and horizontal arrangement on Timing Belt on shifting carrying platform, track adjusting wheel and guide frame are connected.
4. the mechanical Palletizer for calc-plastic case according to claim 1, it is characterized in that the described bed device that moves is the linear reciprocating motion mechanism being driven by Timing Belt, by active synchronization belt wheel, transfer motor, driven synchronous pulley, linear slider, line slide rail, Timing Belt, Timing Belt pressing plate, moves layer supporting plate and moves layer and be configured to.
5. the mechanical Palletizer for calc-plastic case according to claim 4, transfer motor described in it is characterized in that is fixed on and moves a layer support one end, its axle head is fixed with active synchronization belt wheel, driven synchronous pulley is hinged is moving a layer support other end, Timing Belt walks around active synchronization belt wheel and driven synchronous pulley forms closed circular, Timing Belt pressing plate will move a layer supporting plate and be fixed on a certain position of Timing Belt, linear slider is fixed on moves a layer supporting plate lower end, line slide rail is fixed on and moves on layer support, and linear slider matches with line slide rail and forms the guiding mechanism that moves bed device.
6. the mechanical Palletizer for calc-plastic case according to claim 1, is characterized in that described blocking mechanism drives barrier plate and connected guiding mechanism to form by the cylinder that stops being fixed on framework, and barrier plate is fixed on the front end that stops Telescopic-cylinder bar.
7. the mechanical Palletizer for calc-plastic case according to claim 1, is characterized in that described palletizing apparatus is symmetrical set two groups of dressing mechanisms, arranges hydraulic elevating platform and chain converyer under palletizing apparatus inside.
8. the mechanical Palletizer for calc-plastic case according to claim 1, is characterized in that described dressing mechanism forms by being fixed on the finishing plate of the arrangement cylinder drive on framework and connected guiding mechanism.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420018475.9U CN203638696U (en) | 2014-01-13 | 2014-01-13 | Mechanical stacking set for calcium-plastic boxes |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420018475.9U CN203638696U (en) | 2014-01-13 | 2014-01-13 | Mechanical stacking set for calcium-plastic boxes |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103723499A (en) * | 2014-01-13 | 2014-04-16 | 山东兰剑物流科技股份有限公司 | Mechanical calcium-plastic box stacking method and device |
| CN105905504A (en) * | 2016-06-22 | 2016-08-31 | 山东兰剑物流科技股份有限公司 | Classified recovery device for empty packaging boxes |
| CN106081230A (en) * | 2016-07-18 | 2016-11-09 | 西安科技大学 | A kind of for the vanning operation transfer matic design of ballast packing box |
| CN106219139A (en) * | 2016-08-31 | 2016-12-14 | 苏州康贝尔电子设备有限公司 | A kind of separation correcting machine |
| CN108773525A (en) * | 2018-06-20 | 2018-11-09 | 天津欧特美盛精密机械科技有限公司 | A kind of control system and its control method of plant area's high-precision robot palletizer |
| CN110027917A (en) * | 2018-04-20 | 2019-07-19 | 南通大学 | Bunching device and control method for material containing pallet |
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2014
- 2014-01-13 CN CN201420018475.9U patent/CN203638696U/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103723499A (en) * | 2014-01-13 | 2014-04-16 | 山东兰剑物流科技股份有限公司 | Mechanical calcium-plastic box stacking method and device |
| CN103723499B (en) * | 2014-01-13 | 2015-12-09 | 山东兰剑物流科技股份有限公司 | A kind of mechanical palletizing method for calc-plastic case and equipment |
| CN105905504A (en) * | 2016-06-22 | 2016-08-31 | 山东兰剑物流科技股份有限公司 | Classified recovery device for empty packaging boxes |
| CN105905504B (en) * | 2016-06-22 | 2018-01-16 | 山东兰剑物流科技股份有限公司 | A kind of empty package case classification retracting device |
| CN106081230A (en) * | 2016-07-18 | 2016-11-09 | 西安科技大学 | A kind of for the vanning operation transfer matic design of ballast packing box |
| CN106081230B (en) * | 2016-07-18 | 2018-11-13 | 西安科技大学 | One kind is for the vanning process transfer matic design of ballast packing box |
| CN106219139A (en) * | 2016-08-31 | 2016-12-14 | 苏州康贝尔电子设备有限公司 | A kind of separation correcting machine |
| CN110027917A (en) * | 2018-04-20 | 2019-07-19 | 南通大学 | Bunching device and control method for material containing pallet |
| CN108773525A (en) * | 2018-06-20 | 2018-11-09 | 天津欧特美盛精密机械科技有限公司 | A kind of control system and its control method of plant area's high-precision robot palletizer |
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