CN208345212U - A kind of novel logistic turnover box order road junction part flow arrangement - Google Patents
A kind of novel logistic turnover box order road junction part flow arrangement Download PDFInfo
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- CN208345212U CN208345212U CN201820839019.9U CN201820839019U CN208345212U CN 208345212 U CN208345212 U CN 208345212U CN 201820839019 U CN201820839019 U CN 201820839019U CN 208345212 U CN208345212 U CN 208345212U
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- turnover box
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Abstract
The utility model discloses a kind of novel logistic turnover box order road junction part flow arrangements, turnover box is delivered to through mainline conveyor structure and shunts near road junction, when not needing to shunt, driving cylinder is in retracted position, turnover box continues to keep straight on along mainline conveyor structure, when needing to shunt conveying, cylinder is driven to stretch out, driving shunts rotating plate and rotates along driven hinge fulcrum, driving shunts the multicomponent conductance being arranged on rotating plate to bearing touch turnover box, and the guiding that turnover box is shunted rotating plate by corner driving force and driving is shunted along distributing conveying machine structure to be conveyed.The apparatus structure is simple, stable conditions, maintenance is convenient, and the sorting suitable for unmanned automation, which conveys, to be shunted, the device can be widely applied to the conveying dispatching link of the logistics distribution centers such as cigarette, medicine, daily necessities, food, beverage, electric business, have high promotional value.
Description
Technical field
The utility model relates to automatic material flow equipment technical field, especially a kind of novel logistic turnover box order road
Mouth part flow arrangement.
Background technique
The cargo of logistics distribution center is sorted, conveying, cases or packs, and needs to be loaded by the route of optimization and match
It send, before loading, needs to complete the cargo of packaging process, shunted by line requirements, be delivered to corresponding gatehead.
Currently, the diversion mechanism in industry mostly uses the mode of jacking corner to complete, turnover box reaches the road for needing to shunt
When mouth position, jacking corner wheel group meeting integral jacking makes to be conveyed turnover box main conveyor line body away from keyboard, while jacking corner
Wheel group can be turned to by angle of the transmission line body with respect to main line is shunted, and be completed after turning to, jacking wheel rotation certain distance push turnover
The decline of corner wheel group is jacked after case, turnover box is placed on again to be shunted on transmission line body, completes to shunt conveying.
The shortcomings that traditional approach, is that mechanism is complicated, and the spoilage for being used for a long time corresponding spare part is high, influences continuing for mechanism
Stable operation；Mechanism complexity damageable spare parts is unfavorable for the maintenance of equipment, maintenance more；The process of corner is jacked in turnover box and case
The weight for loading cargo has certain requirement, and the process for jacking corner needs completion rapidly, in actual use, often goes out
The case where existing turnover box is knocked over.
Summary of the invention
Technical problem to be solved by the utility model is to provide a kind of novel logistic turnover box order road junction shuntings
Device, structure is simple, safe and reliable, convenient for installation and maintenance, suitable to be promoted and applied.
In order to solve the above technical problems, the utility model provides a kind of novel logistic turnover box order road junction shunting dress
It sets, comprising: bottom plate 401, corner drive seat 402, cylinder saddle 403, hinge fulcrum 404, driving cylinder 405, driven corner seat
406, connecting flange pedestal 407, flange pedestal bracket 408, driven hinge fulcrum 409, shunting rotating plate 410, shunting guide bearing
Fulcrum 411 shunts guide bearing 412, the first hopper sensing device 413, the second hopper sensing device 414, first driving cylinder
Sensing device 415, second drives cylinder sensing device 416, shunts rotating plate support 417, shunts rotating plate connection fulcrum 418 and flake
Bearing 419；Angled drive seat 402 is set on bottom plate 401, cylinder saddle 403, hinge fulcrum 404, drives cylinder 405, is driven
Corner seat 406, connecting flange pedestal 407, flange pedestal bracket 408 and driven hinge fulcrum 409；Drive the power output of cylinder 405
Side is equipped with flake bearing 419, is connected by shunting rotating plate support 417, shunting rotating plate and connect fulcrum 418 and shunt rotating plate 410
It connects；It shunts to be provided on rotating plate 410 and shunts guide bearing fulcrum 411 and shunting guide bearing 412；Part flow arrangement is conveyed in main line
Corresponding first hopper sensing device 413 and the second hopper sensing device 414 are provided at the feeding inlet of mechanism 1, in driving gas
405 extended position of cylinder and retracted position are respectively arranged with the first driving cylinder sensing device 415 and the second driving cylinder induction dress
Set 416.
Preferably, the equipment along the line of mainline conveyor structure 1 has multiple distributing conveying machine structures 2, and turnover box 3 is via novel object
The control of turnover box order road junction part flow arrangement 4 is flowed according to order requirements, can choose shunting in multiple runners or along main line
Continue to convey.
Preferably, turnover box 3 is delivered to through mainline conveyor structure 1 and shunts near road junction, when not needing to shunt, drives cylinder
405 are in retracted position, and turnover box 3 continues to keep straight on along mainline conveyor structure 1, and when needing to shunt conveying, driving cylinder 405 is stretched
Driving shunts rotating plate 410 and rotates along driven hinge fulcrum 409 out, shunts the multicomponent stream guide bearing 412 being arranged on rotating plate 410
Turnover box 3 is contacted, turnover box 3 is by corner driving force and shunts the guiding of rotating plate 410 along the shunting conveying of distributing conveying machine structure 2.
The utility model has the following beneficial effects: (1) structure is simple, reliably, without special vulnerable part or non-standard, have long-term
Use non-maintaining advantage；(2) it shunts reliably, is not in the case where turnover box overturns steadily；(3) dress of the utility model
Set the requirement for fully meeting environmental protection and safety；(4) the utility model features simple structure, it is versatile, it can be just for existing equipment
Technological transformation or upgrading, transformation is convenient and efficient, can also use in the field of other similar operating conditions, there is very strong promotion price
Value.
Detailed description of the invention
Fig. 1 is that the straight line of the utility model conveys operating condition schematic diagram.
Fig. 2 is that the shunting of the utility model conveys operating condition schematic diagram.
Fig. 3 is the part flow arrangement space schematic diagram of the utility model.
Fig. 4 is the part flow arrangement floor map of the utility model.
Wherein, 1, mainline conveyor structure；2, distributing conveying machine structure；3, turnover box；4, part flow arrangement；401, bottom plate；402,
Corner drive seat；403, cylinder saddle；404, hinge fulcrum；405, cylinder is driven；406, driven corner seat；407, connecting flange
Pedestal；408, flange pedestal bracket；409, driven hinge fulcrum；410, rotating plate is shunted；411, guide bearing fulcrum is shunted；412,
Shunt guide bearing；413, the first hopper sensing device；414, the second hopper sensing device；415, the first driving cylinder induction dress
It sets；416, the second driving cylinder sensing device；417, rotating plate support is shunted；418, it shunts rotating plate and connects fulcrum；419, flake axis
It holds.
Specific embodiment
As shown in Figure 3 and Figure 4, a kind of novel logistic turnover box order road junction part flow arrangement, comprising: bottom plate 401, corner
Drive seat 402, cylinder saddle 403, hinge fulcrum 404, driving cylinder 405, driven corner seat 406, connecting flange pedestal 407,
Flange pedestal bracket 408, driven hinge fulcrum 409 shunt rotating plate 410, shunt guide bearing fulcrum 411, shunt guide bearing
412, the first hopper sensing device 413, the second hopper sensing device 414, first driving cylinder sensing device 415, second drive
Cylinder sensing device 416 shunts rotating plate support 417, shunts rotating plate connection fulcrum 418 and flake bearing 419；It is set on bottom plate 401
It is equipped with corner drive seat 402, cylinder saddle 403, hinge fulcrum 404, driving cylinder 405, driven corner seat 406, connecting flange
Pedestal 407, flange pedestal bracket 408 and driven hinge fulcrum 409；The power output side of driving cylinder 405 is equipped with flake bearing
419, it is connect by shunting rotating plate support 417, shunting rotating plate connection fulcrum 418 with rotating plate 410 is shunted；It shunts and is set on rotating plate 410
It is equipped with and shunts guide bearing fulcrum 411 and shunting guide bearing 412；Part flow arrangement is set at the feeding inlet of mainline conveyor structure 1
It is equipped with corresponding first hopper sensing device 413 and the second hopper sensing device 414, in driving 405 extended position of cylinder and receipts
It condenses to set and is respectively arranged with the first driving cylinder sensing device 415 and the second driving cylinder sensing device 416.
As depicted in figs. 1 and 2, the equipment along the line of mainline conveyor structure 1 has multiple distributing conveying machine structures 2, and turnover box 3 passes through
By the control of novel logistic turnover box order road junction part flow arrangement 4 according to order requirements, can choose point in multiple runners
Stream continues to convey along main line, reaches to match the turnover box of different order sortings by order requirements and subsequent corresponding loading and deliver letters
Breath shunts the purpose of conveying.
Part flow arrangement 4 is mounted in the rack of mainline conveyor structure 1 by part flow arrangement bottom plate 401, is located at and is shunted
The opposite appropriate location at the shunting of conveying mechanism 2 road junction.
Turnover box 3 is delivered to through mainline conveyor structure 1 and shunts near road junction, and when not needing to shunt, driving cylinder 405 is in
Retracted position, turnover box 3 continue to keep straight on along mainline conveyor structure 1, and when needing to shunt conveying, driving cylinder 405 stretches out driving
It shunts rotating plate 410 to rotate along driven hinge fulcrum 409, shunts the multicomponent stream guide bearing 412 being arranged on rotating plate 410 and contact week
Turnning box 3, turnover box 3 is by corner driving force and shunts the guiding of rotating plate 410 along the shunting conveying of distributing conveying machine structure 2.
The utility model provides a kind of novel logistic turnover box order road junction part flow arrangement, and turnover box is conveyed through main line
Mechanism, which is delivered to, to be shunted near road junction, and when not needing to shunt, driving cylinder is in retracted position, and turnover box is along mainline conveyor structure
Continue to keep straight on, when needing to shunt conveying, driving cylinder stretches out, and driving shunts rotating plate and rotates along driven hinge fulcrum, driving point
The multicomponent conductance being arranged on circulation plate is shunted rotating plate by corner driving force and driving and is led to bearing touch turnover box, turnover box
It is conveyed to being shunted along distributing conveying machine structure.The apparatus structure is simple, stable conditions, and maintenance is convenient, and it is automatic to be suitable for nobody
The sorting of change, which conveys, to be shunted, which can be widely applied to the logistics such as cigarette, medicine, daily necessities, food, beverage, electric business and match
It send the conveying at center to dispense link, has high promotional value.
Claims (3)
1. a kind of novel logistic turnover box order road junction part flow arrangement characterized by comprising bottom plate (401), corner driving
Seat (402), cylinder saddle (403), hinge fulcrum (404), driving cylinder (405), driven corner seat (406), connecting flange foot
Seat (407), driven hinge fulcrum (409), shunts rotating plate (410), shunts guide bearing fulcrum flange pedestal bracket (408)
(411), guide bearing (412), the first hopper sensing device (413), the second hopper sensing device (414), the first driving are shunted
Cylinder sensing device (415), the second driving cylinder sensing device (416) shunt rotating plate support (417), shunt rotating plate connection branch
Axis (418) and flake bearing (419)；Angled drive seat (402), cylinder saddle (403), hinge branch are set on bottom plate (401)
Axis (404), driving cylinder (405), driven corner seat (406), connecting flange pedestal (407), flange pedestal bracket (408) and from
Dynamic hinge fulcrum (409)；The power output side of driving cylinder (405) is equipped with flake bearing (419), by shunting rotating plate support
(417), rotating plate connection fulcrum (418) is shunted to connect with rotating plate (410) are shunted；It shunts and is provided with shunting guiding on rotating plate (410)
Bearing fulcrum (411) and shunting guide bearing (412)；Part flow arrangement is provided with pair at the feeding inlet of mainline conveyor structure (1)
The the first hopper sensing device (413) and the second hopper sensing device (414) answered, in driving cylinder (405) extended position and receipts
It condenses to set and is respectively arranged with the first driving cylinder sensing device (415) and the second driving cylinder sensing device (416).
2. novel logistic turnover box order road junction part flow arrangement as described in claim 1, which is characterized in that mainline conveyor
Equipment has multiple distributing conveying machine structures (2) along structure (1), and turnover box (3) is via novel logistic turnover box order road junction point
The control of device (4) is flowed according to order requirements, be can choose shunting in multiple runners or is continued to convey along main line.
3. novel logistic turnover box order road junction part flow arrangement as described in claim 1, which is characterized in that turnover box (3)
It is delivered to and is shunted near road junction through mainline conveyor structure (1), when not needing to shunt, driving cylinder (405) is in retracted position, week
Turnning box (3) continues to keep straight on along mainline conveyor structure (1), and when needing to shunt conveying, driving cylinder (405), which is stretched out driving and shunted, to be turned
Plate (410) is rotated along driven hinge fulcrum (409), shunts multicomponent stream guide bearing (412) contact being arranged on rotating plate (410)
Turnover box (3), turnover box (3) are shunted by corner driving force and the guiding of shunting rotating plate (410) along distributing conveying machine structure (2) defeated
It send.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820839019.9U CN208345212U (en) | 2018-05-30 | 2018-05-30 | A kind of novel logistic turnover box order road junction part flow arrangement |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820839019.9U CN208345212U (en) | 2018-05-30 | 2018-05-30 | A kind of novel logistic turnover box order road junction part flow arrangement |
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| CN208345212U true CN208345212U (en) | 2019-01-08 |
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| CN201820839019.9U Active CN208345212U (en) | 2018-05-30 | 2018-05-30 | A kind of novel logistic turnover box order road junction part flow arrangement |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021022622A1 (en) * | 2019-08-08 | 2021-02-11 | 深圳市华南新海传动机械有限公司 | Steering apparatus, transmission module, automatic stacking and conveying system and automatic stacking and conveying method |
| CN112793234A (en) * | 2021-01-12 | 2021-05-14 | 杭州创先彩印包装有限公司 | Paste box tail partial flow device |
-
2018
- 2018-05-30 CN CN201820839019.9U patent/CN208345212U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2021022622A1 (en) * | 2019-08-08 | 2021-02-11 | 深圳市华南新海传动机械有限公司 | Steering apparatus, transmission module, automatic stacking and conveying system and automatic stacking and conveying method |
| CN112793234A (en) * | 2021-01-12 | 2021-05-14 | 杭州创先彩印包装有限公司 | Paste box tail partial flow device |
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