CN105035774B - The stacking shaped platform of bottled water - Google Patents
The stacking shaped platform of bottled water Download PDFInfo
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- CN105035774B CN105035774B CN201510309259.9A CN201510309259A CN105035774B CN 105035774 B CN105035774 B CN 105035774B CN 201510309259 A CN201510309259 A CN 201510309259A CN 105035774 B CN105035774 B CN 105035774B
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Abstract
The invention discloses a kind of stacking shaped platform of bottled water, including：Gear stave is provided with the paralell at Jin Tong areas gear bucket end, keep off the gear bucket position-adjustable of stave, described stacking area is divided into the first stacking area and the second stacking area along the push direction of bucket, some fixed rollers are provided with the paralell in the first stacking area, described fixation roller is fixedly mounted on paralell, and the installation direction of fixed roller is consistent with the installation direction of conveying roll；Some unpowered rollers are provided with the paralell in the second stacking area, every unpowered roller is movably arranged on a unpowered roll shaft on paralell, every unpowered roller can be rotated on respective unpowered roll shaft, and the installation direction that every unpowered roller is each perpendicular to conveying roll is set.It is an advantage of the invention that：The situation generation that Tui Tong mechanisms push away motionless bucket is effectively prevent, substantially increases the stacking efficiency of bucket.
Description
Technical field
The present invention relates to bottled water production technical field, and in particular to the stacking shaped platform of bottled water.
Background technology
The stacking shaped platform of traditional bottled water, its structure include：Paralell, Jin Tong areas and code are provided with paralell
A barrel end is entered in pile area, the one end in Jin Tong areas for Jin Tong areas, and the other end in Jin Tong areas keeps off bucket end for Jin Tong areas, and Jin Tong areas gear bucket end is put down
Positioning guardrail is provided with stand, some conveying rolls are installed on the paralell in Jin Tong areas, described positioning guardrail is located at
The top of the conveying roll at Jin Tong areas gear bucket end, every conveying roll are movably arranged on a roll shaft on paralell, often
Root conveying roll drives by barrel drive device is entered, and described enters barrel drive device on paralell, enters a barrel drive device
Every conveying roll can be driven to be rotated on respective roll shaft, be transported to so that a barrel end is entered in bucket Neng Congjintong areas into bucket
In area；Described stacking area is located at the inner side in Jin Tong areas, and some stacking rollers, every code are provided with the paralell in stacking area
Pile roller is fixedly mounted on paralell, and the installation direction of every stacking roller is consistent with the installation direction of conveying roll；
The Tui Tong mechanisms that all buckets entered in Jin Tong areas can be pushed in stacking area are provided with paralell.Stamp shape with 4 × 4
Exemplified by the operation principle of stacking shaped platform to traditional bottled water illustrate.During work, four buckets of first row according to
Ci Congjintong areas enter a barrel end and are transported to Jin Tong areas, when first bucket operation of first row be resisted against positioning guardrail on and four
After individual bucket is mutually drawn close, Tui Tong mechanisms push to the first draining bucket in stacking area；Then four buckets of second row according to
Ci Congjintong areas enter a barrel end and are transported in Jin Tong areas, when second row first bucket operation to be resisted against positioning guardrail on,
And after four buckets of second row are mutually drawn close, Tui Tong mechanisms push to the second draining bucket in stacking area, now first row
Bucket can continue to move forward in stacking area under the promotion of the second draining bucket；Then four buckets of the 3rd row are successively from entering
Bucket area enters a barrel end and is transported in Jin Tong areas, when first bucket operation of the 3rd row is to being resisted against on positioning guardrail and the 3rd
After four buckets of row are mutually drawn close, Tui Tong mechanisms push to the 3rd draining bucket in stacking area, now the water of first, second row
Bucket can continue to move forward in stacking area under the promotion of the 3rd draining bucket；Four buckets of last 4th row are successively from entering bucket
Area enters a barrel end and is transported in Jin Tong areas, when first bucket operation of the 4th row is to being resisted against on positioning guardrail and when the 4th
After four buckets of row are mutually drawn close, Tui Tong mechanisms push to the 4th draining bucket in stacking area, and now first, second, third
Draining bucket can continue to move forward in stacking area under the promotion of the 4th draining bucket；So enter four draining buckets in stacking area just
By stacking into it is smooth vertical and horizontal, in the 4 × 4 of matrix form arrangement stamp shape.The bucket that stacking is completed integrally is grabbed by handgrip mechanism
It is placed into and stamps on plate after rising.
Following defect be present in the stacking shaped platform of traditional bottled water：First, the stacking roller in stacking area is fixedly mounted
On paralell, during Tui Tong mechanisms push bucket, between bucket and the stacking roller being fixedly mounted on paralell
Frictional resistance it is big, when the bucket in stacking area for it is multiple rows of when, easily there is the situation that Tui Tong mechanisms push away motionless bucket；2nd, pass
Bucket stacking can only be stamped shape by the stacking shaped platform of system into smooth vertical and horizontal matrix form, and this stamps and stamps board size needed for shape
Greatly, so as to causing the stacking efficiency of bucket low.
The content of the invention
What the present invention needed to solve the problems, such as is：A kind of stacking efficiency that can greatly improve bucket is provided and is avoided that out
The stacking shaped platform for the bottled water that the situation that Xian Tuitong mechanisms push away motionless bucket occurs.
To solve the above problems, the technical solution adopted by the present invention is：The stacking shaped platform of bottled water, including：Platform
Frame, is provided with Jin Tong areas and stacking area on paralell, and a barrel end is entered in the one end in Jin Tong areas for Jin Tong areas, the other end in Jin Tong areas be into
Bucket area gear bucket end, is provided with some conveying rolls, every conveying roll is movably arranged on platform on the paralell in Jin Tong areas
On a roll shaft on frame, every conveying roll drives by barrel drive device is entered, and enters barrel drive device on paralell,
Entering barrel drive device can drive every conveying roll to be rotated on respective roll shaft, so that conveying roll, which is rotating, to enter bucket
The bucket that barrel end is entered in area is delivered in Jin Tong areas；Described stacking area is located at the inner side in Jin Tong areas, and being provided with paralell to incite somebody to action
The Tui Tong mechanisms pushed into all buckets in Jin Tong areas in stacking area, Jin Tong areas keep off on the paralell at bucket end and are provided with gear
Stave, gear stave are connected with gear stave governor motion, and the gear bucket position that gear stave governor motion can adjust gear stave is put, described
Stacking area is divided into the first stacking area and the second stacking area, the paralell in the first stacking area along the push direction of Tui Tong mechanisms
On be provided with some fixed rollers, described fixation roller is fixedly mounted on paralell, the installation direction of fixed roller with it is defeated
Send the installation direction of roller consistent；Some unpowered rollers, every unpowered roller are provided with the paralell in the second stacking area
Cylinder is movably arranged on a unpowered roll shaft on paralell, and every unpowered roller can be in respective unpowered roll shaft
Upper freely to rotate, the installation direction that every unpowered roller is each perpendicular to conveying roll is set.
Further, the stacking shaped platform of foregoing bottled water, wherein, described fixation roller and conveying roll are one by one
Correspondingly, roll shaft of the one end of every fixed roller with corresponding conveying roll is fixedly connected, and the bottom of every fixed roller is equal
It is fixedly supported on paralell.
Further, the stacking shaped platform of foregoing bottled water, wherein, the structure of gear stave governor motion includes：Gear
Gantry, described gear stave are arranged on gear gantry, and gear gantry is driven by the gear bucket cylinder on paralell, keeps off bucket cylinder
Piston rod stretch out gear gantry can be driven to be moved with gear stave to the direction for entering barrel end close to Jin Tong areas, gear bucket cylinder
Piston rod, which is inwardly retracted, can drive gear gantry to be moved with gear stave to the direction for entering barrel end away from Jin Tong areas.
Further, the stacking shaped platform of foregoing bottled water, wherein, described Tui Tong mechanisms include：Stave is pushed away, is pushed away
Stave is located at the top of the conveying roll on the outside of the Jin Tong areas, it is described push away stave and be fixedly mounted on push away on gantry, it is described
Push away in the space that gantry is located between conveying roll vertically, the bottom for pushing away gantry is fixedly connected with guide runner, and described leads
It is engaged to sliding block with the directive slide track on the paralell below conveying roll, on the paralell below conveying roll also
It is provided with and pushes away a barrel cylinder, the piston rod for pushing away barrel cylinder is connected with the bottom for pushing away gantry, pushes away the piston rod of barrel cylinder to inside contracting
Resilience drives guide runner to be slided on directive slide track to close to stacking area direction, pushes away stave so as to drive and will enter in Jin Tong areas
All buckets push to the first stacking area；The piston rod for pushing away barrel cylinder stretches out and can drive guide runner on directive slide track
Slided to the direction away from stacking area, push away stave so as to drive and return back to initial position.
Further, the stacking shaped platform of foregoing bottled water, wherein, set respectively in the both sides in stacking area and outer end
It is equipped with the gear bucket guardrail for bib bucket.
Further, the stacking shaped platform of foregoing bottled water, wherein, entering the structure of barrel drive device includes：Installation
Motor on paralell, drive sprocket is provided with the output shaft of motor, the outer end of every conveying roll is fixedly installed
There is a driven sprocket, carrier chain is engaged on drive sprocket and all driven sprockets, and motor passes through drive sprocket and carrier chain
Drive each driven sprocket to rotate, be delivered to the bucket for entering barrel end into Jin Tong areas so as to drive every conveying roll to be rotating
In Jin Tong areas.
Further, the stacking shaped platform of foregoing bottled water, wherein, the first stacking area pushes direction in Tui Tong mechanisms
On length be more than or equal to one times of bucket radius and be less than or equal to three times bucket radius.
It is an advantage of the invention that：Because the gear bucket position for keeping off stave is put and can adjusted, thus stave can be kept off by changing
Gear bucket position put and by bucket stacking in a triangle stamp shape, so as to increase by one piece of quantity for stamping the bucket that can be accommodated on plate,
And then greatly improve the stacking efficiency of bucket；In addition, the unpowered roller being arranged in the second stacking area can greatly reduce
Frictional resistance in palletization suffered by bucket so that Tui Tong mechanisms very can just push to bucket the second stacking area easily
Interior, this just further increases the stacking efficiency of bucket.
Brief description of the drawings
Fig. 1 is the structural representation of the overlook direction of the stacking shaped platform of bottled water of the present invention.
Fig. 2 is the structural representation of the right apparent directions of Fig. 1.
Fig. 3 is the structural representation for entering barrel drive device shown in the right apparent directions of Fig. 2.
Embodiment
The present invention is described in further detail with preferred embodiment below in conjunction with the accompanying drawings.
As shown in Figure 1, Figure 2, Figure 3 shows, the stacking shaped platform of bottled water, including：Paralell 1, be provided with paralell 1 into
Barrel end 21 is entered in bucket area 2 and stacking area 3, the one end in Jin Tong areas 2 for Jin Tong areas, and the other end in Jin Tong areas 2 keeps off bucket end 22 for Jin Tong areas,
Some conveying rolls 4 are installed on the paralell 1 in Jin Tong areas 2, every conveying roll 4 is movably arranged on paralell 1
On a piece roll shaft 5, every conveying roll 4 drives by barrel drive device is entered, and enters barrel drive device on paralell 1, enters
Bucket drive device can drive every conveying roll 4 to be rotated on respective roll shaft 5, so as to drive conveying roll 4 to be rotating bucket 6
Enter barrel end 21 from Jin Tong areas to be delivered in Jin Tong areas 2, in the present embodiment, entering the structure of barrel drive device includes：Installed in platform
Motor 7 on frame 1, drive sprocket 71 is provided with the output shaft of motor 7, the outer end of every conveying roll 4 is fixedly installed
There is a driven sprocket 41, carrier chain 23 is engaged on drive sprocket 71 and all driven sprockets 41, and motor 7 passes through drive sprocket
71 and carrier chain 23 drive each driven sprocket 41 to rotate so that conveying roll 4 is rotating and will enter Jin Tong areas and enter barrel end 21
Bucket 6 be delivered in Jin Tong areas 2.Stacking area 3 is located at the inner side in Jin Tong areas 2, and Jin Tong areas can will be entered by being provided with paralell 1
The Tui Tong mechanisms that all buckets 6 in 2 are pushed in stacking area 3, Jin Tong areas keep off on the paralell 1 at bucket end 22 and are provided with gear stave
11, gear stave 11 is connected with gear stave governor motion, and the gear bucket position that gear stave governor motion can adjust gear stave 11 is put, in order to
The anti-scratch bucket wall of backstop stave 11, gear stave 11 can use will not scratch bucket wall material.Described stacking area 3 along
The push direction of bucket 6 is divided into the first stacking area 31 and the second stacking area 32, and the first stacking area 31 pushes in Tui Tong mechanisms
Length on direction is more than or equal to one times of bucket radius and is less than or equal to three times bucket radius, the first stacking area in the present embodiment
31 length on Tui Tong mechanisms push direction is twice of bucket radius, and the first stacking area 31 is on Tui Tong mechanisms push direction
Length can be determined according to being actually needed.Some fixed rollers 8 are provided with the paralell 1 in the first stacking area 31, it is described
Fixation roller 8 be fixedly mounted on paralell 1, the installation direction of described fixation roller 8 and the installation direction of conveying roll 4
It is consistent, roller 8 is fixed in the present embodiment and is corresponded with conveying roll 4, one end of every fixed roller 8 with it is corresponding defeated
The roll shaft 5 of roller 4 is sent to be fixedly connected, the bottom of every fixed roller 8 is fixedly supported on paralell 1.Second stacking area 32
Paralell 1 on be provided with some unpowered rollers 9, every unpowered roller 9 is movably arranged on a nothing on paralell 1
On power roll shaft 10, every unpowered roller 9 can rotate on respective unpowered roll shaft 10, and every unpowered roller 9 is equal
Installation direction perpendicular to conveying roll 4 is set, and the purpose for setting unpowered roller 9 is：Bucket can be greatly reduced to push
During suffered frictional resistance.In the present embodiment, the regulation of described gear stave includes：Keep off gantry 12, described gear stave 11
On gear gantry 12, gear gantry 12 is driven by the gear bucket cylinder 13 on paralell 1, the piston rod of gear bucket cylinder 13
Stretching out can drive gear gantry 12 to be moved with gear stave 11 to the direction for entering barrel end 21 close to Jin Tong areas, gear bucket cylinder 13
Piston rod, which is inwardly retracted, can drive gear gantry 12 to be moved with gear stave 11 to the direction for entering barrel end 21 away from Jin Tong areas.This implementation
Tui Tong mechanisms described in example include：Stave 15 is pushed away, pushes away the top that stave 15 is located at the conveying roll 4 close to the outside of Jin Tong areas 2,
It is described push away stave 15 and be fixedly mounted on push away on gantry 16, the described sky for pushing away gantry 16 and being located in vertically between conveying roll 4
In gap, the bottom for pushing away gantry 16 is fixedly connected with guide runner 17, and described guide runner 17 is with being arranged on the lower section of conveying roll 4
Paralell 1 on directive slide track 18 be engaged, be also equipped with pushing away barrel cylinder 19 on the paralell 1 of the lower section of conveying roll 4, push away bucket
The piston rod of cylinder 19 is connected with pushing away the bottom of gantry 16, push away a barrel piston rod for cylinder 19 inwardly retract can drive guiding slide
Block 17 slides to the direction in close stacking area 3 on directive slide track 18, pushes away the institute that stave 15 will enter in Jin Tong areas 2 until driving
There is bucket 6 to push in the first stacking area 31；The piston rod for pushing away barrel cylinder 19 stretches out guide runner 17 can be driven to be oriented to
Slided on slide rail 18 to the direction away from stacking area 3, return back to initial position until driving and pushing away stave 15.In addition, in stacking area 3
Both sides and outer end be separately provided for the gear bucket guardrail 20 of bib bucket 6, gear bucket guardrail 20 can use position adjustable
The mounting means of section, to adapt to various sizes of bucket, the mounting means of the position-adjustable of gear bucket guardrail 20 have it is a variety of, than
Such as：The bolts hole of multiple installations is set on gear bucket guardrail 20, thus can by adjust the fixed position of gear bucket guardrail 20 come
The bib position of adjustment gear bucket guardrail 20.
Operation principle is as follows：By 4 × 5 stamp shape exemplified by illustrate.The first step, the piston rod of gear bucket cylinder 13 is to overhanging
It is long to drive gear stave 11 to enter the movement of the direction of barrel end 21 to Jin Tong areas, until gear stave 11 is with being one with the distance of side block bucket guardrail 20
Times bucket radius, then, four buckets 6 of first row enter barrel end 21 from Jin Tong areas successively and are transported in Jin Tong areas 2, when first
First bucket 6 of row is run to being resisted against on gear stave 11 and after four buckets 6 mutually draw close, push away stave 15 and pushing away bucket
Returned back to again after four buckets 6 of first row entered in Jin Tong areas 2 are pushed in the first stacking area 31 under the driving of cylinder 19
Initial position.Second step, the piston rod of gear bucket cylinder 13, which is inwardly retracted, drives gear stave 11 to enter the side of barrel end 21 to away from Jin Tong areas
To movement, until gear stave 11 flushes with the gear bucket guardrail 20 of homonymy, then the four of second row bucket 6 enters from Jin Tong areas successively
Bucket end 21 is transported in Jin Tong areas 2, when first bucket operation of second row is to being resisted against on gear stave 11 and second row
After four buckets are mutually drawn close, push away stave 15 and four buckets 6 of second row entered in Jin Tong areas 2 are pushed into the first stacking area
Initial position is returned back to again after in 31, and the first draining bucket 6 moves forward to the second stacking area 32 under the promotion of the second draining bucket 6
It is interior；3rd step, the piston rod of gear bucket cylinder 13 stretches out again drives gear stave 11 to enter the movement of the direction of barrel end 21 to Jin Tong areas,
Until gear stave 11 is with being one times of bucket radius with the distance of side block bucket guardrail 20, then four buckets 6 of the 3rd row successively from
Jin Tong areas enter barrel end 21 and are transported in Jin Tong areas 2, when the 3rd row first bucket operation to be resisted against gear stave 11 on and
After four buckets of 3rd row are mutually drawn close, push away stave 15 and the 3rd draining bucket 6 is pushed in the case where pushing away the driving of barrel cylinder 19
Return back to initial position again after in one stacking area 31, now the bucket 6 of first, second row under the promotion of the 3rd draining bucket 6
Moved forward in second stacking area 32；4th step, the piston rod of gear bucket cylinder 13, which is inwardly retracted, drives gear stave 11 to away from entering
The movement of the direction of barrel end 21 is entered in bucket area, is flushed until keeping off stave 11 with the gear bucket guardrail 20 of homonymy, then four buckets 6 of the 4th row
Enter barrel end 21 from Jin Tong areas successively to be transported in Jin Tong areas 2, when first bucket 6 of the 4th row is run to being resisted against gear stave
On 11 and after four buckets 6 of the 4th row are mutually drawn close, push away stave 15 and the 4th draining bucket 6 is pushed into the first stacking area 31
Initial position is returned back to after interior again, now first, second, third draining bucket 6 under the promotion of the 4th draining bucket 6 in the second stacking
Moved forward in area 32；5th step, the piston rod of gear bucket cylinder 13, which stretches out, drives gear stave 11 to be moved to the direction of barrel end 21 is entered
It is dynamic, until gear stave 11 is one times of bucket radius with the distance with side block bucket guardrail 20, then, four buckets 6 of the 5th row according to
Ci Congjintong areas enter barrel end 21 and are transported in Jin Tong areas 2, when first bucket 6 of the 5th row run to be resisted against gear stave 11
Above and after four buckets 6 of the 5th row are mutually drawn close, push away stave 15 and push to the 5th draining bucket 6 in first stacking area 31
Return back to initial position again afterwards, now first, second, third, fourth draining bucket 6 under the promotion of the 5th draining bucket 6 second
Moved forward in stacking area 32, such 4 × 5 shape of stamping completes with regard to stacking.This stamps in shape, wrong between front and rear adjacent two draining bucket
One times of bucket radius is opened, so that being arranged between forward and backward adjacent bucket in isosceles triangle.Isosceles triangle is stamped and stamps board foot needed for shape
It is very little small, namely：Can by by the stacking of bucket 6 in a triangle stamp shape, so as to stamp the water that can be accommodated on plate to increase by one piece
The quantity of bucket 6, and then greatly improve the stacking efficiency of bucket 6.Because every unpowered roller 9 in the second stacking area 32 can be with
Roll on respective unpowered roll shaft 10, sent out when such bucket 6 moves in the second stacking area 32 between unpowered roller 9
Raw rolling friction, such bucket 6 frictional resistance suffered in the second stacking area 32 greatly reduces, so that Tui Tong mechanisms ten
Partial volume, which changes places just push to bucket 6 in second stacking area 32, carries out stacking, effectively prevent in bucket 6 in palletization
There is the situation generation that Tui Tong mechanisms push away motionless bucket 6；Further, since the fixation roller 8 in the first stacking area 31 is fixedly mounted
On paralell 1, therefore the friction between bucket 6 and fixed roller 8 is sliding friction, bucket 6 and the cunning fixed between roller 8
Kinetic force of friction can ensure that the bucket 6 in the second stacking area 32 will not be fallen back to the direction of the first stacking area 31, ensure that bucket 6
Stacking is smoothed out.
The advantage of the invention is that：Put because gear stave 11 can adjust gear bucket position, thus can keep off stave by changing
11 gear bucket position is put stamps shape in a triangle by bucket stacking, so as to increase by one piece of quantity for stamping the bucket that can be accommodated on plate,
And then greatly improve the stacking efficiency of bucket 6；In addition, the unpowered roller 9 being arranged in the second stacking area 32 can subtract significantly
Frictional resistance suffered by the small bucket in palletization 6 so that bucket 6 can just be pushed to the second stacking by Tui Tong mechanisms easily
In area 32, effectively avoid Tui Tong mechanisms from pushing away the situation of motionless bucket and occur, so as to further increase the stacking efficiency of bucket 6.
Claims (5)
1. the stacking shaped platform of bottled water, including：Paralell, Jin Tong areas and stacking area are provided with paralell, Jin Tong areas
One end is that a barrel end is entered in Jin Tong areas, and the other end in Jin Tong areas keeps off bucket end for Jin Tong areas, is provided with the paralell in Jin Tong areas some
Conveying roll, every conveying roll are movably arranged on a roll shaft on paralell, and every conveying roll drives by bucket is entered
Dynamic device driving, enters barrel drive device on paralell, every conveying roll can be driven respective by entering barrel drive device
Rotated on roll shaft, so that conveying roll is rotating and Jin Tong areas are entered to the bucket at barrel end is delivered in Jin Tong areas；Described code
Pile area is located at the inner side in Jin Tong areas, and being provided with paralell can push to all buckets entered in Jin Tong areas in stacking area
Tui Tong mechanisms, it is characterised in that：Gear stave, gear stave and gear stave regulation machine are provided with the paralell at Jin Tong areas gear bucket end
Structure is connected, and the gear bucket position that gear stave governor motion can adjust gear stave is put, push of the described stacking area along Tui Tong mechanisms
Direction is divided into the first stacking area and the second stacking area, some fixed rollers, institute being provided with the paralell in the first stacking area
The fixation roller stated is fixedly mounted on paralell, and the installation direction of fixed roller is consistent with the installation direction of conveying roll；
Some unpowered rollers are provided with the paralell in the second stacking area, every unpowered roller is movably arranged on paralell
On a piece unpowered roll shaft, every unpowered roller can freely rotate on respective unpowered roll shaft, every unpowered roller
The installation direction that cylinder is each perpendicular to conveying roll is set；Described fixation roller corresponds with conveying roll, every fixing roller
Roll shaft of the one end of cylinder with corresponding conveying roll is fixedly connected, and the bottom of every fixed roller is fixedly supported on paralell
On；Length of the first stacking area on Tui Tong mechanisms push direction is more than or equal to one times of bucket radius and is less than or equal to three times water
Bucket radius.
2. the stacking shaped platform of the bottled water according to claim 1, it is characterised in that：Keep off stave governor motion
Structure includes：Gantry is kept off, described gear stave is arranged on gear gantry, and gear gantry is by the gear bucket cylinder on paralell
Driving, the piston rod of gear bucket cylinder, which stretches out, can drive gear gantry to be moved with gear stave to the direction for entering barrel end close to Jin Tong areas
Dynamic, the piston rod of gear bucket cylinder, which is inwardly retracted, can drive gear gantry to be moved with gear stave to the direction for entering barrel end away from Jin Tong areas
It is dynamic.
3. the stacking shaped platform of the bottled water according to claim 1 or 2, it is characterised in that：Described pushes away bucket
Mechanism includes：Stave is pushed away, pushes away the top for the conveying roll that stave is located on the outside of Jin Tong areas, the described stave that pushes away fixes peace
Mounted in pushing away on gantry, in the described space for pushing away gantry and being located in vertically between conveying roll, the bottom for pushing away gantry is slided with being oriented to
Block is fixedly connected, and described guide runner is engaged with the directive slide track on the paralell below conveying roll, is conveyed
It is also equipped with pushing away a barrel cylinder on paralell below roller, the piston rod for pushing away barrel cylinder is connected with the bottom for pushing away gantry, pushes away
The piston rod of bucket cylinder is inwardly retracted and guide runner can be driven to be slided on directive slide track to close to stacking area direction, so as to drive
Push away stave and all buckets entered in Jin Tong areas are pushed into the first stacking area；The piston rod for pushing away barrel cylinder is stretched out and can driven
Action-oriented sliding block slides on directive slide track to the direction away from stacking area, pushes away stave so as to drive and returns back to initial position.
4. the stacking shaped platform of the bottled water according to claim 1 or 2, it is characterised in that：In stacking area
Both sides and outer end are separately provided for the gear bucket guardrail of bib bucket.
5. the stacking shaped platform of the bottled water according to claim 1 or 2, it is characterised in that：Enter a barrel drive device
Structure include：Motor on paralell, is provided with drive sprocket on the output shaft of motor, every conveying roll
Outer end is fixedly installed a driven sprocket, and carrier chain is engaged on drive sprocket and all driven sprockets, and motor passes through
Drive sprocket and carrier chain drive each driven sprocket to rotate, and will enter so as to drive every conveying roll to be rotating into Jin Tong areas
The bucket at bucket end is delivered in Jin Tong areas.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510309259.9A CN105035774B (en) | 2015-06-09 | 2015-06-09 | The stacking shaped platform of bottled water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510309259.9A CN105035774B (en) | 2015-06-09 | 2015-06-09 | The stacking shaped platform of bottled water |
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| CN105035774A CN105035774A (en) | 2015-11-11 |
| CN105035774B true CN105035774B (en) | 2017-12-12 |
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| CN201510309259.9A Active CN105035774B (en) | 2015-06-09 | 2015-06-09 | The stacking shaped platform of bottled water |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106477310B (en) * | 2016-10-28 | 2019-07-05 | 江苏新美星液体包装工程技术研究中心有限公司 | The molding machine of multi-channel type pile type |
| CN106629011A (en) * | 2016-10-28 | 2017-05-10 | 江苏新美星液体包装工程技术研究中心有限公司 | Forming device for stack model |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP4159319B2 (en) * | 2002-07-31 | 2008-10-01 | 株式会社エヌテック | Case group stacking apparatus and case group stacking method |
| CN102408014B (en) * | 2011-08-05 | 2013-07-03 | 武汉人天包装技术有限公司 | High-speed regulating roller way machine |
| CN202369174U (en) * | 2011-11-03 | 2012-08-08 | 青岛万维包装设备有限公司 | Stacker |
| CN103213850B (en) * | 2013-04-27 | 2015-02-25 | 安徽工业大学 | Carton box stacking type single-layer forming method and device thereof |
| CN103662768B (en) * | 2013-12-26 | 2015-12-09 | 山东兰剑物流科技股份有限公司 | A kind of mechanical palletizing method of case containing medicines and equipment |
| CN203959336U (en) * | 2014-08-05 | 2014-11-26 | 江苏新美星包装机械股份有限公司 | A kind of storage tank platform and stacker of stacker |
| CN204737425U (en) * | 2015-06-09 | 2015-11-04 | 江苏新美星包装机械股份有限公司 | Pile up neatly shaping platform of bottled water |
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