CN205525087U - Pushing away of preformed bag packagine machine is expected and translation drive structure - Google Patents
Pushing away of preformed bag packagine machine is expected and translation drive structure Download PDFInfo
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- CN205525087U CN205525087U CN201620263241.XU CN201620263241U CN205525087U CN 205525087 U CN205525087 U CN 205525087U CN 201620263241 U CN201620263241 U CN 201620263241U CN 205525087 U CN205525087 U CN 205525087U
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Abstract
The utility model discloses a pushing away of preformed bag packagine machine is expected and translation drive structure relates to packagine machine machinery technical field. The utility model discloses a driving spindle, push away material driving piece and translation driving piece, it connects on driving spindle respectively to push away material driving piece and translation driving piece, the driving spindle drive pushes away material driving piece and the action of translation driving piece, drives translation mechanism along material propelling movement orientation reciprocating motion at driving spindle's drive push -down material driving piece drive pushing equipment along material propelling movement orientation reciprocating motion, translation driving piece. The utility model discloses can solve the transport of material among the prior art and can not adopt a power structure to drive with the propelling movement, cause the problem of equipment cost's increase.
Description
Technical field
This utility model relates to packer field of mechanical technique, more specifically to pusher and the driven in translation structure of a kind of pre-formed bags packer.
Background technology
Pre-formed bags packer be applicable to bundling press, the package packing machine such as chartered plane, baling machine, be use prefabricated packaging bag material is packed, material is delivered in prefabricated packaging bag.
Raising along with people's living standard, the demand of packaging group material is greatly increased, such as materials such as soft drawing type facial, block food, roll web, food in bulk or medicines, requirement to its outer package is more and more higher simultaneously, how to improve the packaging efficiency of packing materials and packs the problem that the manufacturer that effect is numerous packing materials needs solution badly.
Middle chartered plane of the prior art, baling machine are all to use pre-formed bags to pack, and its technology of the package is all first to arrange material, then by pusher, the material arranged is pushed in prefabricated packaging bag, before pusher pushes in material entrance pre-formed bags, pre-formed bags is removed from bag storehouse, is carried, and be opened, then under the effect of bag expanding mechanism, being opened by the bag mouth of pre-formed bags, material is pushed through bag expanding mechanism by pusher and is delivered in pre-formed bags.
The pusher of the packer of pre-formed bags packing materials of the prior art uses cam-actuated version, or the version that eccentric disc drives, but pusher needs to push in pre-formed bags the material arranged at material arrangement position always, after material enters in pre-formed bags, pusher also needs to continue to push, push to the pre-formed bags wrapping material at enclosed mechanism, pre-formed bags opening be sealed, then pusher returns, the stroke which results in pusher propelling movement material is longer, and pusher movement locus is longer.
And the employing having in prior art arranges the mode of conveyer belt in the lower section of pusher, to shorten the stroke of pusher, but effect inconspicuous, and use this form, it is accomplished by additionally increasing new conveying equipment, is also accomplished by increasing new power source, adds equipment cost.The conveying of material can not use a dynamic structure to be driven with pushing, and causes the increase of equipment cost.
Utility model content
In order to solve above-mentioned the deficiencies in the prior art and defect, this utility model provides pusher and the driven in translation structure of a kind of pre-formed bags packer, goal of the invention of the present utility model is that providing a kind of drives structure, a dynamic structure can not be used with the conveying of material in solution prior art to be driven with pushing, the problem causing the increase of equipment cost.
In order to overcome above-mentioned problems of the prior art, this utility model is achieved through the following technical solutions:
The pusher of pre-formed bags packer and driven in translation structure, it is characterized in that: include a drive shaft, pusher actuator and translation actuator, described pusher actuator and translation actuator are connected in drive shaft, described drive shaft drives pusher actuator and translation actuator action, under the driving of drive shaft, pusher actuator drives pusher to push direction reciprocating motion along material, and driven in translation part drives translation mechanism to push direction along material and moves back and forth.
Described pusher actuator drives pusher to push direction along material by pusher connector and moves back and forth.
Described pusher actuator is pusher cam, and described pusher cam is fixedly connected in drive shaft.
Described pusher connector includes pusher fork and pusher connecting rod, and described pusher fork one end is hinged in frame, around the pin joint reciprocally swinging with frame under the effect of pusher cam；Described pusher connecting rod one end is hinged on the other end of pusher fork, and the other end is hinged on pusher.
Described pusher actuator is pusher eccentric disc, and described pusher eccentric disc is fixed on one end of drive shaft.
Described pusher connector includes pusher connecting rod II, pusher fork and pusher connecting rod, described pusher fork lower end is hinged in frame, described pusher connecting rod II one end is hinged on pusher fork, the other end is hinged on pusher eccentric disc, described pusher connecting rod one end is hinged on the upper end of pusher fork, and the other end is hinged on pusher.
Described driven in translation part drives translation mechanism to push direction along material by translation connector and moves back and forth.
Described driven in translation part is translation cam, and described translation cam is fixedly connected in drive shaft；Described translation connector includes translating fork and transition link, and described translation fork one end is hinged in frame, around the pin joint reciprocally swinging with frame under the effect of translation cam；Described transition link one end is hinged on the other end of translation fork, and the other end is hinged on translation mechanism.
Described driven in translation part is translation eccentric disc, and described translation eccentric disc is fixed on one end of drive shaft；Described translation connector includes transition link II, translation fork and transition link, described translation fork lower end is hinged in frame, described transition link II one end is hinged on translation fork, the other end is hinged on translation eccentric disc, described transition link one end is hinged on the upper end of translation fork, and the other end is hinged on translation mechanism.
Described translation mechanism is arranged on below pusher.
Compared with prior art, the useful technique effect that this utility model is brought shows:
1, this utility model simultaneously drives pusher and translation mechanism by a drive shaft, translation mechanism of the present utility model is provided in the station to be held of pre-formed bags packer and opens between bag station, for realizing material at station to be held to the translation opening bag station, driving structure of the present utility model solves the conveying of material in prior art and a dynamic structure can not be used to be driven with pushing, the problem causing the increase of equipment cost.
2, translation mechanism is arranged on station to be held and opens between bag station, for realizing material from station to be held to the translation opened at bag station, material at station to be held is carried out translation conveying, by material at station to be held to open at bag station translate, pusher coordinates with translation mechanism, material on translation mechanism is pushed, it is achieved the translation conveying of material and propelling movement step.Compared with prior art, material is carried by translation mechanism from station to be held translation, just at station to be held, carry out the action of material arrangement and material propelling movement separately by existing, two actions at one station are divided at two stations and implementing, change and prior art carries out at same station reason material and the mode of pusher, arrangement and the arrangement of material is carried out at station to be held, then by translation mechanism, the material translation of station to be held is delivered at another station carry out next action, solve in prior art complex procedures at single station, the problem that action is more, improve packaging efficiency.
3, translation mechanism and pusher are driven by a power source, the actuator of pan carriage uses translation eccentric disc component or translation cam component, the pusher actuator that pusher uses can be pusher eccentric disc or pusher cam, translation eccentric disc or translation cam and pusher eccentric disc or pusher cam is simultaneously driven by a drive shaft, realize a power source and drive the different actions of Liang Ge mechanism, cost-effective.
Accompanying drawing explanation
Fig. 1 is this utility model overall structure schematic diagram；
Fig. 2 be this utility model be the structural representation of embodiment 3；
Reference: 1, drive shaft, 2, pusher actuator, 3, driven in translation part, 4, translation mechanism, 5, pusher, 6, pusher connector, 7, translation connector, 8, pusher cam, 9, pusher eccentric disc, 10, pusher fork, 11, pusher connecting rod, 12, pusher connecting rod II, 13, translation cam, 14, translation eccentric disc, 15, translation fork, 16, transition link, 17, transition link II.
Detailed description of the invention
Embodiment 1
As this utility model one preferred embodiment, with reference to Figure of description 1, present embodiment discloses:
The pusher of pre-formed bags packer and driven in translation structure, including a drive shaft 1, pusher actuator 2 and translation actuator 3, described pusher actuator 2 and translation actuator 3 are connected in drive shaft 1, described drive shaft 1 drives pusher actuator 2 and translation actuator 3 action, under the driving of drive shaft 1, pusher actuator 2 drives pusher 5 to push direction reciprocating motion along material, and driven in translation part 3 drives translation mechanism 4 to push direction along material and moves back and forth.
Embodiment 2
As this utility model one preferred embodiment, with reference to Figure of description 1, present embodiment discloses:
The pusher of pre-formed bags packer and driven in translation structure, including a drive shaft 1, pusher actuator 2 and translation actuator 3, described pusher actuator 2 and translation actuator 3 are connected in drive shaft 1, described drive shaft 1 drives pusher actuator 2 and translation actuator 3 action, under the driving of drive shaft 1, pusher actuator 2 drives pusher 5 to push direction reciprocating motion along material, and driven in translation part 3 drives translation mechanism 4 to push direction along material and moves back and forth；
Described pusher actuator 2 drives pusher 5 to push direction along material by pusher connector 6 and moves back and forth；
Described driven in translation part 3 drives translation mechanism 4 to push direction along material by translation connector 7 and moves back and forth.
Embodiment 3
As this utility model one preferred embodiment, with reference to Figure of description 2, present embodiment discloses:
The pusher of pre-formed bags packer and driven in translation structure, including a drive shaft 1, pusher actuator 2 and translation actuator 3, described pusher actuator 2 and translation actuator 3 are connected in drive shaft 1, described drive shaft 1 drives pusher actuator 2 and translation actuator 3 action, under the driving of drive shaft 1, pusher actuator 2 drives pusher 5 to push direction reciprocating motion along material, and driven in translation part 3 drives translation mechanism 4 to push direction along material and moves back and forth；
Described pusher actuator 2 drives pusher 5 to push direction along material by pusher connector 6 and moves back and forth；
Described driven in translation part 3 drives translation mechanism 4 to push direction along material by translation connector 7 and moves back and forth；
Described pusher actuator 2 is pusher cam 8, and described pusher cam 8 is fixedly connected in drive shaft 1；
Described pusher connector 6 includes pusher fork 10 and pusher connecting rod 11, and described pusher fork 10 one end is hinged in frame, around the pin joint reciprocally swinging with frame under the effect of pusher cam 8；Described pusher connecting rod 11 one end is hinged on the other end of pusher fork 10, and the other end is hinged on pusher 5；
Described driven in translation part 3 is translation cam 13, and described translation cam 13 is fixedly connected in drive shaft 1；
Described translation connector 7 includes translating fork 15 and transition link 16, and described translation fork 15 one end is hinged in frame, around the pin joint reciprocally swinging with frame under the effect of translation cam 13；Described transition link 16 one end is hinged on the other end of translation fork 15, and the other end is hinged on translation mechanism 4.
Embodiment 4
As this utility model one preferred embodiment, with reference to Figure of description 1, present embodiment discloses:
The pusher of pre-formed bags packer and driven in translation structure, including a drive shaft 1, pusher actuator 2 and translation actuator 3, described pusher actuator 2 and translation actuator 3 are connected in drive shaft 1, described drive shaft 1 drives pusher actuator 2 and translation actuator 3 action, under the driving of drive shaft 1, pusher actuator 2 drives pusher 5 to push direction reciprocating motion along material, and driven in translation part 3 drives translation mechanism 4 to push direction along material and moves back and forth；
Described pusher actuator 2 drives pusher 5 to push direction along material by pusher connector 6 and moves back and forth；
Described driven in translation part 3 drives translation mechanism 4 to push direction along material by translation connector 7 and moves back and forth；
Described pusher actuator 2 is pusher eccentric disc 9, and described pusher eccentric disc 9 is fixed on one end of drive shaft 1；
Described pusher connector 6 includes pusher connecting rod II 12, pusher fork 10 and pusher connecting rod 11, described pusher fork 10 lower end is hinged in frame, described pusher connecting rod II 12 one end is hinged on pusher fork 10, the other end is hinged on pusher eccentric disc 9, described pusher connecting rod 11 one end is hinged on the upper end of pusher fork 10, and the other end is hinged on pusher 5；
Described driven in translation part 3 is translation eccentric disc 14, and described translation eccentric disc 14 is fixed on one end of drive shaft 1；Described translation connector 7 includes transition link II 17, translation fork 15 and transition link 16, described translation fork 15 lower end is hinged in frame, described transition link II 17 one end is hinged on translation fork 15, the other end is hinged on translation eccentric disc 14, described transition link 16 one end is hinged on the upper end of translation fork 15, and the other end is hinged on translation mechanism 4.
Embodiment 5
As this utility model one preferred embodiment, present embodiment discloses:
The pusher of pre-formed bags packer and driven in translation structure, including a drive shaft 1, pusher actuator 2 and translation actuator 3, described pusher actuator 2 and translation actuator 3 are connected in drive shaft 1, described drive shaft 1 drives pusher actuator 2 and translation actuator 3 action, under the driving of drive shaft 1, pusher actuator 2 drives pusher 5 to push direction reciprocating motion along material, and driven in translation part 3 drives translation mechanism 4 to push direction along material and moves back and forth；
Described pusher actuator 2 drives pusher 5 to push direction along material by pusher connector 6 and moves back and forth；
Described driven in translation part 3 drives translation mechanism 4 to push direction along material by translation connector 7 and moves back and forth；
Described pusher actuator 2 is pusher eccentric disc 9, and described pusher eccentric disc 9 is fixed on one end of drive shaft 1；
Described pusher connector 6 includes pusher connecting rod II 12, pusher fork 10 and pusher connecting rod 11, described pusher fork 10 lower end is hinged in frame, described pusher connecting rod II 12 one end is hinged on pusher fork 10, the other end is hinged on pusher eccentric disc 9, described pusher connecting rod 11 one end is hinged on the upper end of pusher fork 10, and the other end is hinged on pusher 5；
Described driven in translation part 3 is translation cam 13, and described translation cam 13 is fixedly connected in drive shaft 1；
Described translation connector 7 includes translating fork 15 and transition link 16, and described translation fork 15 one end is hinged in frame, around the pin joint reciprocally swinging with frame under the effect of translation cam 13；Described transition link 16 one end is hinged on the other end of translation fork 15, and the other end is hinged on translation mechanism 4.
Embodiment 6
As this utility model one preferred embodiment, present embodiment discloses:
The pusher of pre-formed bags packer and driven in translation structure, including a drive shaft 1, pusher actuator 2 and translation actuator 3, described pusher actuator 2 and translation actuator 3 are connected in drive shaft 1, described drive shaft 1 drives pusher actuator 2 and translation actuator 3 action, under the driving of drive shaft 1, pusher actuator 2 drives pusher 5 to push direction reciprocating motion along material, and driven in translation part 3 drives translation mechanism 4 to push direction along material and moves back and forth；
Described pusher actuator 2 drives pusher 5 to push direction along material by pusher connector 6 and moves back and forth；
Described driven in translation part 3 drives translation mechanism 4 to push direction along material by translation connector 7 and moves back and forth；
Described pusher actuator 2 is pusher cam 8, and described pusher cam 8 is fixedly connected in drive shaft 1；
Described pusher connector 6 includes pusher fork 10 and pusher connecting rod 11, and described pusher fork 10 one end is hinged in frame, around the pin joint reciprocally swinging with frame under the effect of pusher cam 8；Described pusher connecting rod 11 one end is hinged on the other end of pusher fork 10, and the other end is hinged on pusher 5；
Described driven in translation part 3 is translation eccentric disc 14, and described translation eccentric disc 14 is fixed on one end of drive shaft 1；Described translation connector 7 includes transition link II 17, translation fork 15 and transition link 16, described translation fork 15 lower end is hinged in frame, described transition link II 17 one end is hinged on translation fork 15, the other end is hinged on translation eccentric disc 14, described transition link 16 one end is hinged on the upper end of translation fork 15, and the other end is hinged on translation mechanism 4.
Claims (10)
1. the pusher of pre-formed bags packer and driven in translation structure, it is characterized in that: include a drive shaft (1), pusher actuator (2) and translation actuator (3), described pusher actuator (2) and translation actuator (3) are connected in drive shaft (1), described drive shaft (1) drives pusher actuator (2) and translation actuator (3) action, under the driving of drive shaft (1), pusher actuator (2) drives pusher (5) to push direction reciprocating motion along material, driven in translation part (3) drives translation mechanism (4) to push direction along material and moves back and forth.
2. the pusher of pre-formed bags packer as claimed in claim 1 and driven in translation structure, it is characterised in that: described pusher actuator (2) drives pusher (5) to push direction along material by pusher connector (6) and moves back and forth.
3. the pusher of pre-formed bags packer as claimed in claim 2 and driven in translation structure, it is characterised in that: described pusher actuator (2) is pusher cam (8), and described pusher cam (8) is fixedly connected in drive shaft (1).
4. the pusher of pre-formed bags packer as claimed in claim 3 and driven in translation structure, it is characterized in that: described pusher connector (6) includes pusher fork (10) and pusher connecting rod (11), described pusher fork (10) one end is hinged in frame, around the pin joint reciprocally swinging with frame under the effect of pusher cam (8)；Described pusher connecting rod (11) one end is hinged on the other end of pusher fork (10), and the other end is hinged on pusher (5).
5. the pusher of pre-formed bags packer as claimed in claim 2 and driven in translation structure, it is characterised in that: described pusher actuator (2) is pusher eccentric disc (9), and described pusher eccentric disc (9) is fixed on one end of drive shaft (1).
6. the pusher of pre-formed bags packer as claimed in claim 5 and driven in translation structure, it is characterized in that: described pusher connector (6) includes pusher connecting rod II (12), pusher fork (10) and pusher connecting rod (11), described pusher fork (10) lower end is hinged in frame, described pusher connecting rod II (12) one end is hinged on pusher fork (10), the other end is hinged on pusher eccentric disc (9), described pusher connecting rod (11) one end is hinged on the upper end of pusher fork (10), and the other end is hinged on pusher (5).
7. the pusher of pre-formed bags packer as claimed in claim 1 and driven in translation structure, it is characterised in that: described driven in translation part (3) drives translation mechanism (4) to push direction along material by translation connector (7) and moves back and forth.
8. the pusher of pre-formed bags packer as claimed in claim 7 and driven in translation structure, it is characterised in that: described driven in translation part (3) is translation cam (13), and described translation cam (13) is fixedly connected in drive shaft (1)；Described translation connector (7) includes translating fork (15) and transition link (16), and described translation fork (15) one end is hinged in frame, around the pin joint reciprocally swinging with frame under the effect of translation cam (13)；Described transition link (16) one end is hinged on the other end of translation fork (15), and the other end is hinged on translation mechanism (4).
9. the pusher of pre-formed bags packer as claimed in claim 7 and driven in translation structure, it is characterised in that: described driven in translation part (3) is translation eccentric disc (14), and described translation eccentric disc (14) is fixed on one end of drive shaft (1).
10. the pusher of pre-formed bags packer as claimed in claim 9 and driven in translation structure, it is characterized in that: described translation connector (7) includes transition link II (17), translation fork (15) and transition link (16), described translation fork (15) lower end is hinged in frame, described transition link II (17) one end is hinged in translation fork (15), the other end is hinged in translation eccentric disc (14), described transition link (16) one end is hinged on the upper end of translation fork (15), and the other end is hinged on translation mechanism (4).
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620263241.XU CN205525087U (en) | 2016-03-31 | 2016-03-31 | Pushing away of preformed bag packagine machine is expected and translation drive structure |
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| CN201620263241.XU CN205525087U (en) | 2016-03-31 | 2016-03-31 | Pushing away of preformed bag packagine machine is expected and translation drive structure |
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| CN205525087U true CN205525087U (en) | 2016-08-31 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108313394A (en) * | 2018-01-17 | 2018-07-24 | 林高 | Carton transfer device |
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2016
- 2016-03-31 CN CN201620263241.XU patent/CN205525087U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108313394A (en) * | 2018-01-17 | 2018-07-24 | 林高 | Carton transfer device |
| CN108313394B (en) * | 2018-01-17 | 2023-08-04 | 瑞安市东腾机械有限公司 | Paper box transfer device |
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