CN105035774A - Stacking forming platform for barreled water - Google Patents
Stacking forming platform for barreled water Download PDFInfo
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- CN105035774A CN105035774A CN201510309259.9A CN201510309259A CN105035774A CN 105035774 A CN105035774 A CN 105035774A CN 201510309259 A CN201510309259 A CN 201510309259A CN 105035774 A CN105035774 A CN 105035774A
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Abstract
The invention discloses a stacking forming platform for barreled water. A barrel stop board is arranged at the barrel stop end of a barrel feeding region on a platform rack. The barrel stop position of the barrel stop board is adjustable. Stacking regions are sequentially divided into the first stacking region and the second stacking region in the pushing direction of barrels. Multiple fixing rollers are arranged in the first stacking region of the platform rack and fixedly installed on the platform rack. The installation direction of the fixing rollers is identical to that of conveying rollers. Multiple powerless rollers are arranged in the second stacking region of the platform rack. Each powerless roller is movably installed on a powerless roller shaft on the platform rack, can rotate on the corresponding powerless roller shaft and is arranged perpendicular to the installation direction of the conveying rollers. The stacking forming platform has the beneficial effects that the situation that the barrels cannot be moved through a barrel pushing mechanism is effectively avoided and the stacking efficiency of the barrels is greatly improved.
Description
Technical field
The present invention relates to bottled water production technical field, be specifically related to the piling shaped platform of bottled water.
Background technology
The piling shaped platform of traditional bottled water, its structure comprises: paralell, paralell is provided with Jin Tong district and piling district, the one end in Jin Tong district is that bucket end is entered in Jin Tong district, the other end in Jin Tong district is Jin Tong district gear bucket end, the paralell of Jin Tong district gear bucket end is provided with location guardrail, the paralell in Jin Tong district is provided with some conveying rolls, described location guardrail is positioned at the top of the conveying roll of Jin Tong district gear bucket end, every root conveying roll is all movably arranged on a roll shaft on paralell, every root conveying roll drives by entering barrel actuating device, the described barrel actuating device that enters is arranged on paralell, entering barrel actuating device can drive every root conveying roll to rotate on respective roll shaft, thus make bucket Neng Congjintong district enter bucket end to be transported in Jin Tong district, described piling district is positioned at the inner side in Jin Tong district, and the paralell in piling district is provided with some piling rollers, and every root piling roller is all fixedly mounted on paralell, and the installation direction of every root piling roller is consistent with the installation direction of conveying roll, paralell is provided with the Tui Tong mechanism that all buckets entered in Jin Tong district can be pushed in piling district.Be described for the principle of work of shape to the piling shaped platform of traditional bottled water of stamping of 4 × 4.During work, four buckets of first row enter bucket end from Jin Tong district successively and are transported to Jin Tong district, and after first bucket operation of first row is resisted against on the guardrail of location and four buckets are drawn close mutually, first row bucket pushes in piling district by Tui Tong mechanism; Then four buckets of second row enter bucket end successively and are transported in Jin Tong district from Jin Tong district, when first bucket operation of second row is to be resisted against on the guardrail of location and after four of second row buckets draw close mutually, second row bucket pushes in piling district by Tui Tong mechanism, and now first row bucket can continue to move forward in piling district under the promotion of second row bucket; Then four buckets of the 3rd row enter bucket end successively and are transported in Jin Tong district from Jin Tong district, when the 3rd row first bucket operation to be resisted against location guardrail on and the 3rd row four buckets mutually draw close after, 3rd draining bucket pushes in piling district by Tui Tong mechanism, and now the bucket of first, second row can continue to move forward in piling district under the promotion of the 3rd draining bucket; Four buckets of last 4th row enter bucket end successively and are transported in Jin Tong district from Jin Tong district, when the 4th row first bucket operation to be resisted against location guardrail on and when the 4th arrange four buckets mutually draw close after, 4th draining bucket pushes in piling district by Tui Tong mechanism, and now first, second, third draining bucket can continue to move forward in piling district under the promotion of the 4th draining bucket; Four draining buckets entering piling district so just become smooth vertical and horizontal by piling, in matrix form arrangement 4 × 4 stamp shape.The bucket that piling completes is placed into after being picked up by handgrip whole mechanism to be stamped on plate.
There is following defect in the piling shaped platform of traditional bottled water: one, the piling roller in piling district is all fixedly mounted on paralell, push in the process of bucket in Tui Tong mechanism, friction drag between bucket and the piling roller being fixedly mounted on paralell is large, when the bucket in piling district for arranging more, easily occur that Tui Tong mechanism pushes away the situation of motionless bucket; What bucket piling can only be become smooth vertical and horizontal matrix form by two, traditional piling shaped platform stamps shape, this stamp needed for shape to stamp board size large, thus cause the piling inefficiency of bucket.
Summary of the invention
The present invention needs the problem solved: provide a kind of and greatly can improve the piling efficiency of bucket and can avoid occurring that Tui Tong mechanism pushes away the piling shaped platform of the bottled water of the situation generation of motionless bucket.
For solving the problem, the technical solution used in the present invention is: the piling shaped platform of bottled water, comprise: paralell, paralell is provided with Jin Tong district and piling district, the one end in Jin Tong district is that bucket end is entered in Jin Tong district, the other end in Jin Tong district is Jin Tong district gear bucket end, the paralell in Jin Tong district is provided with some conveying rolls, every root conveying roll is all movably arranged on a roll shaft on paralell, every root conveying roll drives by entering barrel actuating device, entering a barrel actuating device is arranged on paralell, entering barrel actuating device can drive every root conveying roll to rotate on respective roll shaft, thus make conveying roll be rotating bucket Jin Tong district being entered bucket end to be delivered in Jin Tong district, described piling district is positioned at the inner side in Jin Tong district, paralell is provided with the Tui Tong mechanism that all buckets entered in Jin Tong district can be pushed in piling district, the paralell of Jin Tong district gear bucket end is provided with gear stave, gear stave is connected with gear stave regulating mechanism, gear stave regulating mechanism can regulate the gear bucket position of gear stave, described piling district is divided into the first piling district and the second piling district successively along the propelling movement direction of Tui Tong mechanism, the paralell in the first piling district is provided with some fixing rollers, described fixing roller is fixedly mounted on paralell, the installation direction of fixing roller is consistent with the installation direction of conveying roll, the paralell in the second piling district is provided with some unpowered rollers, every root is unpowered, and roller is all movably arranged on a unpowered roll shaft on paralell, every root is unpowered, and roller all freely can rotate on respective unpowered roll shaft, and every root is unpowered, and roller is all arranged perpendicular to the installation direction of conveying roll.
Further, the piling shaped platform of aforesaid bottled water, wherein, described fixing roller and conveying roll one_to_one corresponding, one end that every root fixes roller is all fixedly connected with the roll shaft of corresponding conveying roll, and the bottom that every root fixes roller is all fixedly supported on paralell.
Further, the piling shaped platform of aforesaid bottled water, wherein, the structure of gear stave regulating mechanism comprises: gear gantry, described gear stave is arranged on gear gantry, gear gantry is by the gear bucket air cylinder driven be arranged on paralell, and the piston rod of gear bucket cylinder outwards extends and gear gantry can be driven to move to the direction entering bucket end near Jin Tong district with gear stave, and the piston rod of gear bucket cylinder is inwardly retracted and gear gantry can be driven to move to the direction entering bucket end away from Jin Tong district with gear stave.
Further, the piling shaped platform of aforesaid bottled water, wherein, described Tui Tong mechanism comprises: push away stave, push away the top that stave is positioned at the conveying roll outside Jin Tong district, the described stave that pushes away is fixedly mounted on and pushes away on gantry, described push away in the space that gantry is vertically located between conveying roll, the bottom pushing away gantry is fixedly connected with guide runner, described guide runner matches with the directive slide track on the paralell be arranged on below conveying roll, paralell below conveying roll is also provided with and pushes away a barrel cylinder, the piston rod pushing away barrel cylinder is connected with the bottom pushing away gantry, the piston rod pushing away barrel cylinder is inwardly retracted and guide runner can be driven to slide near direction, piling district on directive slide track, thus order about and push away stave all buckets entered in Jin Tong district are pushed to the first piling district, the piston rod pushing away barrel cylinder outwards extends and guide runner can be driven to slide to the direction away from piling district on directive slide track, thus orders about and push away stave and return back to initial position.
Further, the piling shaped platform of aforesaid bottled water, wherein, is respectively arranged with the gear bucket guardrail for bib bucket in the both sides in piling district and outer end.
Further, the piling shaped platform of aforesaid bottled water, wherein, the structure entering barrel actuating device comprises: be arranged on the motor on paralell, the output shaft of motor is provided with drive sprocket, the outer end of every root conveying roll is all fixedly installed a driven sprocket, conveyer chain is engaged on drive sprocket and all driven sprockets, motor drives each driven sprocket to rotate by drive sprocket and conveyer chain, thus drives every root conveying roll to be rotating to be delivered in Jin Tong district by the bucket entering Jin Tong district and enter bucket end.
Further, the piling shaped platform of aforesaid bottled water, wherein, the length that the first piling district pushes on direction in Tui Tong mechanism is more than or equal to one times of bucket radius and is less than or equal to three times of bucket radiuses.
Advantage of the present invention is: because the gear bucket position keeping off stave can adjust, so just by change gear stave gear bucket position and by bucket piling in a triangle stamp shape, thus the quantity that one piece is stamped the bucket that plate can hold can be increased, and then greatly improve the piling efficiency of bucket; In addition, the unpowered roller be arranged in the second piling district can reduce the friction drag in palletization suffered by bucket greatly, bucket just can be pushed in the second piling district by Tui Tong mechanism very easily, and this just further increases the piling efficiency of bucket.
Accompanying drawing explanation
Fig. 1 is the structural representation overlooking direction of the piling shaped platform of bottled water of the present invention.
Fig. 2 is the structural representation of the right apparent direction of Fig. 1.
Fig. 3 is the structural representation entering barrel actuating device shown in the right apparent direction of Fig. 2.
Detailed description of the invention
Below in conjunction with accompanying drawing and preferred embodiment, the present invention is described in further detail.
As Fig. 1, Fig. 2, shown in Fig. 3, the piling shaped platform of bottled water, comprise: paralell 1, paralell 1 is provided with Jin Tong district 2 and piling district 3, the one end in Jin Tong district 2 is that bucket end 21 is entered in Jin Tong district, the other end in Jin Tong district 2 is Jin Tong district gear bucket end 22, the paralell 1 in Jin Tong district 2 is provided with some conveying rolls 4, every root conveying roll 4 is all movably arranged on a roll shaft 5 on paralell 1, every root conveying roll 4 drives by entering barrel actuating device, entering a barrel actuating device is arranged on paralell 1, entering barrel actuating device can drive every root conveying roll 4 to rotate on respective roll shaft 5, thus order about conveying roll 4 and be rotating bucket 6 and enter bucket end 21 from Jin Tong district and be delivered in Jin Tong district 2, in the present embodiment, the structure entering barrel actuating device comprises: be arranged on the motor 7 on paralell 1, the output shaft of motor 7 is provided with drive sprocket 71, the outer end of every root conveying roll 4 is all fixedly installed a driven sprocket 41, conveyer chain 23 is engaged on drive sprocket 71 and all driven sprockets 41, motor 7 drives each driven sprocket 41 to rotate by drive sprocket 71 and conveyer chain 23, thus conveying roll 4 is rotating the bucket 6 entering Jin Tong district and enter bucket end 21 is delivered in Jin Tong district 2.Piling district 3 is positioned at the inner side in Jin Tong district 2, paralell 1 is provided with the Tui Tong mechanism that all buckets 6 entered in Jin Tong district 2 can be pushed in piling district 3, the paralell 1 of Jin Tong district gear bucket end 22 is provided with gear stave 11, gear stave 11 is connected with gear stave regulating mechanism, gear stave regulating mechanism can adjust the gear bucket position of gear stave 11, in order to anti-backstop stave 11 scratch bucket wall, gear stave 11 can adopt can not the material of scratch bucket wall.Described piling district 3 is divided into the first piling district 31 and the second piling district 32 successively along the propelling movement direction of bucket 6, the length that first piling district 31 pushes on direction in Tui Tong mechanism is more than or equal to one times of bucket radius and is less than or equal to three times of bucket radiuses, the length that in the present embodiment, the first piling district 31 pushes on direction in Tui Tong mechanism is twice bucket radius, and the length that the first piling district 31 pushes on direction in Tui Tong mechanism can be determined according to actual needs.The paralell 1 in the first piling district 31 is provided with some fixing rollers 8, described fixing roller 8 is fixedly mounted on paralell 1, the installation direction of described fixing roller 8 is consistent with the installation direction of conveying roll 4, roller 8 and conveying roll 4 one_to_one corresponding is fixed in the present embodiment, one end that every root fixes roller 8 is all fixedly connected with the roll shaft 5 of corresponding conveying roll 4, and the bottom that every root fixes roller 8 is all fixedly supported on paralell 1.The paralell 1 in the second piling district 32 is provided with some unpowered rollers 9, every root is unpowered, and roller 9 is all movably arranged on a unpowered roll shaft 10 on paralell 1, every root is unpowered, and roller 9 all can rotate on respective unpowered roll shaft 10, every root is unpowered, and roller 9 is all arranged perpendicular to the installation direction of conveying roll 4, and the object arranging unpowered roller 9 is: greatly can reduce the friction drag that bucket is suffered in propelling movement process.In the present embodiment, described gear stave regulates and comprises: gear gantry 12, described gear stave 11 is arranged on gear gantry 12, gear gantry 12 is driven by the gear bucket cylinder 13 be arranged on paralell 1, the piston rod of gear bucket cylinder 13 outwards extends and gear gantry 12 can be driven to move to the direction entering bucket end 21 near Jin Tong district with gear stave 11, and the piston rod of gear bucket cylinder 13 is inwardly retracted and gear gantry 12 can be driven to move to the direction entering bucket end 21 away from Jin Tong district with gear stave 11.Tui Tong mechanism described in the present embodiment comprises: push away stave 15, push away the top that stave 15 is positioned at the conveying roll 4 outside Jin Tong district 2, the described stave 15 that pushes away is fixedly mounted on and pushes away on gantry 16, described push away in the space that gantry 16 is vertically located between conveying roll 4, the bottom pushing away gantry 16 is fixedly connected with guide runner 17, described guide runner 17 matches with the directive slide track 18 on the paralell 1 be arranged on below conveying roll 4, paralell 1 below conveying roll 4 is also provided with and pushes away barrel cylinder 19, the piston rod pushing away barrel cylinder 19 is connected with the bottom pushing away gantry 16, the piston rod pushing away barrel cylinder 19 is inwardly retracted and guide runner 17 can be driven to slide to the direction near piling district 3 on directive slide track 18, push away stave 15 until order about all buckets 6 entered in Jin Tong district 2 are pushed in the first piling district 31, the piston rod pushing away barrel cylinder 19 outwards extends and guide runner 17 can be driven to slide to the direction away from piling district 3 on directive slide track 18 until order about and push away stave 15 and return back to initial position.In addition, the gear bucket guardrail 20 for bib bucket 6 is respectively arranged with in the both sides in piling district 3 and outer end, gear bucket guardrail 20 can adopt the mounting means of position-adjustable, to adapt to the bucket of different size, the mounting means of the position-adjustable of gear bucket guardrail 20 has multiple, such as: the bolt hole that multiple installation is set on gear bucket guardrail 20, the bib position of gear bucket guardrail 20 is so just adjusted by adjustment gear bucket guardrail 20 fixed position.
Principle of work is as follows: be described for the shape of stamping of 4 × 5.The first step, the piston rod of gear bucket cylinder 13 outwards extends and orders about gear stave 11 and enter bucket to Jin Tong district and hold 21 directions to move, until gear stave 11 is one times of bucket radius with the distance with side block bucket guardrail 20, then, four buckets 6 of first row enter bucket end 21 successively and are transported in Jin Tong district 2 from Jin Tong district, be resisted against on gear stave 11 when first bucket 6 of first row moves to, and after four buckets 6 draw close mutually, push away stave 15 under the driving pushing away barrel cylinder 19, first row four buckets 6 entered in Jin Tong district 2 to be pushed to after in the first piling district 31 and return back to initial position again.Second step, the piston rod of gear bucket cylinder 13 is inwardly retracted and is ordered about gear stave 11 and hold 21 directions to move to entering bucket away from Jin Tong district, until gear stave 11 flushes with the gear bucket guardrail 20 of homonymy, then four buckets 6 of second row enter bucket end 21 successively and are transported in Jin Tong district 2 from Jin Tong district, when first bucket operation of second row is to being resisted against on gear stave 11, and after four of second row buckets draw close mutually, push away stave 15 second row four buckets 6 entered in Jin Tong district 2 to be pushed to after in the first piling district 31 and return back to initial position again, first row bucket 6 moves forward in the second piling district 32 under the promotion of second row bucket 6, 3rd step, the piston rod of gear bucket cylinder 13 again outwards extends and orders about gear stave 11 and enter bucket to Jin Tong district and hold 21 directions to move, 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 3rd row enter bucket end 21 successively and are transported in Jin Tong district 2 from Jin Tong district, when first bucket operation of the 3rd row is to being resisted against on gear stave 11, and the 3rd row four buckets mutually draw close after, push away stave 15 under the driving pushing away barrel cylinder 19, the 3rd draining bucket 6 to be pushed to after in the first piling district 31 and return back to initial position again, now first, the bucket 6 of second row moves forward under the promotion of the 3rd draining bucket 6 in the second piling district 32, 4th step, the piston rod of gear bucket cylinder 13 is inwardly retracted and is ordered about gear stave 11 and hold 21 directions to move to entering bucket away from Jin Tong district, until gear stave 11 flushes with the gear bucket guardrail 20 of homonymy, then four buckets 6 of the 4th row enter bucket end 21 successively and are transported in Jin Tong district 2 from Jin Tong district, be resisted against on gear stave 11 when the 4th first bucket 6 arranged moves to, and after four buckets 6 of the 4th row are drawn close mutually, push away stave 15 the 4th draining bucket 6 to be pushed to after in the first piling district 31 and return back to initial position again, now first, second, 3rd draining bucket 6 moves forward under the promotion of the 4th draining bucket 6 in the second piling district 32, 5th step, the piston rod of gear bucket cylinder 13 outwards extends and orders about gear stave 11 and hold 21 directions to move to entering bucket, 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 enter bucket end 21 successively and are transported in Jin Tong district 2 from Jin Tong district, be resisted against on gear stave 11 when the 5th first bucket 6 arranged moves to, and after four buckets 6 of the 5th row are drawn close mutually, push away stave 15 the 5th draining bucket 6 to be pushed to after in the first piling district 31 and return back to initial position again, now first, second, 3rd, 4th draining bucket 6 moves forward under the promotion of the 5th draining bucket 6 in the second piling district 32, the shape of stamping of such 4 × 5 completes with regard to piling.This stamps in shape, and stagger between adjacent two draining buckets in front and back one times of bucket radius, thus makes the arrangement in isosceles triangle between forward and backward adjacent bucket.Isosceles triangle stamp needed for shape to stamp board size little, also namely: can by by bucket 6 piling in a triangle stamp shape, thus increase the quantity that one piece is stamped the bucket 6 that plate can hold, and then the piling efficiency of raising bucket 6 greatly.Because the unpowered roller of every root 9 in the second piling district 32 can roll on respective unpowered roll shaft 10, friction of rolling is there is when such bucket 6 is mobile in the second piling district 32 and between unpowered roller 9, the friction drag of such bucket 6 suffered by the second piling district 32 reduces greatly, thus bucket 6 very easily just can be pushed in the second piling district 32 by Tui Tong mechanism carry out piling, effectively prevent and in palletization, occur that the situation that Tui Tong mechanism pushes away motionless bucket 6 occurs at bucket 6; In addition, because the fixing roller 8 in the first piling district 31 is fixedly mounted on paralell 1, therefore the friction between bucket 6 and fixing roller 8 is cliding friction, force of sliding friction between bucket 6 and fixing roller 8 can guarantee that the bucket 6 in the second piling district 32 can not fall back to the first direction, piling district 31, thus ensure that carrying out smoothly of bucket 6 piling.
The invention has the advantages that: because gear stave 11 can adjust gear bucket position, bucket piling is stamped shape by gear bucket position so just by changing gear stave 11 in a triangle, thus the quantity that one piece is stamped the bucket that plate can hold can be increased, and then greatly improve the piling efficiency of bucket 6; In addition, the unpowered roller 9 be arranged in the second piling district 32 can reduce the friction drag in palletization suffered by bucket 6 greatly, make Tui Tong mechanism just bucket 6 can be pushed in the second piling district 32 easily, the situation effectively avoiding Tui Tong mechanism to push away motionless bucket occurs, thus further increases the piling efficiency of bucket 6.
Claims (7)
1. the piling shaped platform of bottled water, comprise: paralell, paralell is provided with Jin Tong district and piling district, the one end in Jin Tong district is that bucket end is entered in Jin Tong district, the other end in Jin Tong district is Jin Tong district gear bucket end, the paralell in Jin Tong district is provided with some conveying rolls, every root conveying roll is all movably arranged on a roll shaft on paralell, every root conveying roll drives by entering barrel actuating device, entering a barrel actuating device is arranged on paralell, entering barrel actuating device can drive every root conveying roll to rotate on respective roll shaft, thus make conveying roll be rotating bucket Jin Tong district being entered bucket end to be delivered in Jin Tong district, described piling district is positioned at the inner side in Jin Tong district, paralell is provided with the Tui Tong mechanism that all buckets entered in Jin Tong district can be pushed in piling district, it is characterized in that: the paralell of Jin Tong district gear bucket end is provided with gear stave, gear stave is connected with gear stave regulating mechanism, gear stave regulating mechanism can regulate the gear bucket position of gear stave, described piling district is divided into the first piling district and the second piling district successively along the propelling movement direction of Tui Tong mechanism, the paralell in the first piling district is provided with some fixing rollers, described fixing roller is fixedly mounted on paralell, the installation direction of fixing roller is consistent with the installation direction of conveying roll, the paralell in the second piling district is provided with some unpowered rollers, every root is unpowered, and roller is all movably arranged on a unpowered roll shaft on paralell, every root is unpowered, and roller all freely can rotate on respective unpowered roll shaft, and every root is unpowered, and roller is all arranged perpendicular to the installation direction of conveying roll.
2. the piling shaped platform of bottled water according to claim 1, it is characterized in that: described fixing roller and conveying roll one_to_one corresponding, one end that every root fixes roller is all fixedly connected with the roll shaft of corresponding conveying roll, and the bottom that every root fixes roller is all fixedly supported on paralell.
3. the piling shaped platform of bottled water according to claim 1 and 2, it is characterized in that: the structure of gear stave regulating mechanism comprises: gear gantry, described gear stave is arranged on gear gantry, gear gantry is by the gear bucket air cylinder driven be arranged on paralell, the piston rod of gear bucket cylinder outwards extends and gear gantry can be driven to move to the direction entering bucket end near Jin Tong district with gear stave, and the piston rod of gear bucket cylinder is inwardly retracted and gear gantry can be driven to move to the direction entering bucket end away from Jin Tong district with gear stave.
4. the piling shaped platform of bottled water according to claim 1 and 2, it is characterized in that: described Tui Tong mechanism comprises: push away stave, push away the top that stave is positioned at the conveying roll outside Jin Tong district, the described stave that pushes away is fixedly mounted on and pushes away on gantry, described push away in the space that gantry is vertically located between conveying roll, the bottom pushing away gantry is fixedly connected with guide runner, described guide runner matches with the directive slide track on the paralell be arranged on below conveying roll, paralell below conveying roll is also provided with and pushes away a barrel cylinder, the piston rod pushing away barrel cylinder is connected with the bottom pushing away gantry, the piston rod pushing away barrel cylinder is inwardly retracted and guide runner can be driven to slide near direction, piling district on directive slide track, thus order about and push away stave all buckets entered in Jin Tong district are pushed to the first piling district, the piston rod pushing away barrel cylinder outwards extends and guide runner can be driven to slide to the direction away from piling district on directive slide track, thus orders about and push away stave and return back to initial position.
5. the piling shaped platform of bottled water according to claim 1 and 2, is characterized in that: be respectively arranged with the gear bucket guardrail for bib bucket in the both sides in piling district and outer end.
6. the piling shaped platform of bottled water according to claim 1 and 2, it is characterized in that: the structure entering barrel actuating device comprises: be arranged on the motor on paralell, the output shaft of motor is provided with drive sprocket, the outer end of every root conveying roll is all fixedly installed a driven sprocket, conveyer chain is engaged on drive sprocket and all driven sprockets, motor drives each driven sprocket to rotate by drive sprocket and conveyer chain, thus drives every root conveying roll to be rotating to be delivered in Jin Tong district by the bucket entering Jin Tong district and enter bucket end.
7. the piling shaped platform of bottled water according to claim 1 and 2, is characterized in that: the length that the first piling district pushes on direction in Tui Tong mechanism is more than or equal to one times of bucket radius and is less than or equal to three times of bucket radiuses.
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| CN201510309259.9A CN105035774B (en) | 2015-06-09 | 2015-06-09 | The stacking shaped platform of bottled water |
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| CN201510309259.9A CN105035774B (en) | 2015-06-09 | 2015-06-09 | The stacking shaped platform of bottled water |
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|---|---|---|---|---|
| CN106477310A (en) * | 2016-10-28 | 2017-03-08 | 江苏新美星液体包装工程技术研究中心有限公司 | The shaped device 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 |
| 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 |
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| Publication number | Publication date |
|---|---|
| CN105035774B (en) | 2017-12-12 |
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