CN209367409U - A kind of bagged material loading device - Google Patents
A kind of bagged material loading device Download PDFInfo
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- CN209367409U CN209367409U CN201822133340.8U CN201822133340U CN209367409U CN 209367409 U CN209367409 U CN 209367409U CN 201822133340 U CN201822133340 U CN 201822133340U CN 209367409 U CN209367409 U CN 209367409U
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- turnover panel
- bagged material
- frame
- material loading
- bag frame
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Abstract
The utility model discloses a kind of bagged material loading devices.Including throwing bag device (1), throws bag device (1) and connect with its traversing transverse-moving mechanism (2) is driven；The throwing bag device (1) includes throwing bag frame (11), the top for throwing bag frame (11) is connect with transverse-moving mechanism (2), the two sides for throwing bag frame (11) bottom are respectively equipped with subiculum support turnover panel (13) and front turnover panel (14), and subiculum support turnover panel (13) and front turnover panel (14) are connect through respective torsion shaft (15) with bag frame (11) side wall is thrown respectively；Its electromagnet (16) for overturning open/close of control is further respectively had by subiculum support turnover panel (13) and front turnover panel (14).The utility model has entrucking high-efficient, and cost of labor is low, and labor intensity is low and transport space utilization rate is high, the characteristics of reducing transportation cost, reduce dust pollution.
Description
Technical field
The utility model relates to a kind of charging appliance, especially a kind of bagged material loading device.
Background technique
The entrucking of bagged material (such as fertilizer, cement, rice, flour) is mainly passed through at present and is manually born vehicle
Code is folded in compartment, or first reuses fork truck entrucking on bagged material code to Pallet for forklift；Not only labor intensity is huge for artificial entrucking
Greatly, and low efficiency, high labor cost；Fork truck entrucking can improve efficiency reduction labor intensity to a certain extent, but when fork
After vehicle will be loaded with material Pallet for forklift loading compartment, Pallet for forklift is mobile difficult in compartment, inconvenient, and Pallet for forklift is empty
Between occupy larger, will also result in the raising of transportation cost.
Utility model content
The purpose of the utility model is to provide a kind of bagged material loading devices.The utility model has entrucking efficiency
Height, cost of labor is low, and labor intensity is low and transport space utilization rate is high, the characteristics of reducing transportation cost, reduce dust pollution.
The technical solution of the utility model.A kind of bagged material loading device, including throw bag device, throw bag device and drive it horizontal
The transverse-moving mechanism of shifting connects；The throwing bag device includes throwing bag frame, and the top for throwing bag frame is connect with transverse-moving mechanism, throws bag frame bottom
Two sides be respectively equipped with subiculum support turnover panel and front turnover panel, the subiculum support turnover panel and front turnover panel are respectively through respective
Torsion shaft is connect with bag frame side wall is thrown；Further respectively had by the described subiculum support turnover panel and front turnover panel control its rotate/
The electromagnet of conjunction.
In bagged material loading device above-mentioned, the feed inlet of the throwing bag frame is equipped with buffer conveyor structure, buffers defeated
Mechanism discharging end is sent to be located at by the feeding inlet of subiculum support turnover panel.
In bagged material loading device above-mentioned, reduction torsion spring is additionally provided on the torsion shaft.
In bagged material loading device above-mentioned, the length of the bag frame along traversing direction of throwing is transverse-moving mechanism length
Half.
In bagged material loading device above-mentioned, the transverse-moving mechanism is also connect with elevating mechanism.
In bagged material loading device above-mentioned, the transverse-moving mechanism includes fixed frame, and fixed frame is equipped with traversing lead
Rail, traversing guide rail are slidably connected through sliding block and transversely-moving rack, and transversely-moving rack is connect with the top of driving mechanism and throwing bag frame respectively；It is described
Fixed frame connect with elevating mechanism.
In bagged material loading device above-mentioned, the driving mechanism includes the driving motor being fixedly arranged on fixed frame,
Driving motor is connect through transmission gear with the rack gear being fixedly arranged on transversely-moving rack.
In bagged material loading device above-mentioned, the elevating mechanism includes lifting platform, and lifting platform is connect with fixed frame,
Lifting platform is slidably connected through guide post and pedestal.
Beneficial effect
Compared with prior art, the throwing bag arch for throwing bag device is connect by the utility model with transverse-moving mechanism, and throws bag frame
The two sides of bottom are respectively equipped with subiculum support turnover panel and front turnover panel, and two turnover panels through respective torsion shaft and throw bag frame side wall respectively
Connection；Its electromagnet for overturning open/close of control is further respectively had by two turnover panels；When entrucking, bagged material can be by throwing bag frame
Feed inlet enters, and along throwing between the arrangement of bag frame length direction is placed in two turnover panels, electromagnet is powered off at this time, and two turnover panels lose actuation
Power can be overturn under bagged material gravity around respective torsion shaft, will be thrown bag frame bottom and opened, so that arrangement was placed
Bagged material arrangement is put into the compartment to entrucking；With this configuration, labor intensity effectively is reduced instead of manual handling.
The utility model also uses the self weight of bagged material, when two turnover panels lose the suction-combining force of electromagnet, bagged articles
Material enable to two turnover panels overturn so that throw bag frame bottom open allow arrangement place bagged material arrangement be put into it is to be installed
In the compartment of vehicle, later, two turnover panels automatically reset under reduction torsion spring effect and/or under electromagnetic actuation effect；The structure is set
Count it is ingenious, be not necessarily to power drive, reduce drive control, make control complexity reduce, improve the stability of equipment, while
Simplify apparatus structure.
The utility model is transported to two after bagged material is entered by the feed inlet of throwing bag frame, by buffer conveyor structure buffering
Between turnover panel；With this configuration, it can reduce impact of the bagged material to two turnover panels, so that the suction-combining force for reducing electromagnet is wanted
It asks, reduction torsion spring, which automatically resets, further decreases the power of electromagnet, reduces manufacturing cost on the whole.
The utility model carries out the code that feeds intake by each position that throwing bag device can be moved to compartment by traversing/elevating mechanism
It is folded；With this configuration, more convenient for the folded carrying of opposite fork truck code, and without using Pallet for forklift, save the heap in compartment
Between emptying, space utilization rate is improved, thereby reduces transportation cost.
The bagged material of the utility model entrucking can carry out six bags, five bags or four bags of a row etc. of code according to demand and fold,
The folded mode of its code is more flexible, more convenient to use.
The utility model can adjust the height of drop of bagged material by elevating mechanism, and be arranged when whereabouts by two turnover panels
It is put into compartment；With this configuration, it when loading the powderies bagged materials such as flour, cement, can reduce because being raised caused by beating
Dirt thereby reduces entrucking dust pollution, improves working environment.
The throwing bag device of the utility model can store more bags of materials simultaneously side by side, to realize primary while launch more bags of materials
Purpose；The structure can reduce the folding frequency of two turnover panels when launching material, effectively increase the reliability of device, extend
The service life of device, improves efficiency of loading.
Detailed description of the invention
Fig. 1 is the use state diagram of the utility model；
Fig. 2 is the structural schematic diagram of the utility model；
Fig. 3 is the overlooking structure diagram of the fixed frame in Fig. 2；
Fig. 4 is the structural schematic diagram for throwing bag device；
Fig. 5 is the structural schematic diagram of the driving mechanism of another structure.
The label in accompanying drawing is: 1- throws bag device, 11- throws bag frame, 12- buffer conveyor structure, and 13- subiculum supports turnover panel, 14-
Front turnover panel, 15- torsion shaft, 16- electromagnet, 2- transverse-moving mechanism, 21- fixed frame, the traversing guide rail of 22-, 23- sliding block, 24- are traversing
Frame, 25- driving mechanism, 251- driving motor, 252- transmission gear, 253- rack gear, 3- bagged material, 4- elevating mechanism, 41- liter
Platform, 42- guide post, 43- pedestal, 5- trolley, 6- conveyer belt, 7- hoist engine drop.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and examples, but is not intended as to the utility model
The foundation of limitation.
Embodiment 1.A kind of bagged material loading device is constituted as shown in Figs 1-4, including throws bag device 1, is thrown bag device 1 and is driven
Its traversing transverse-moving mechanism 2 is moved to connect；The throwing bag device 1 includes throwing bag frame 11, and the top and transverse-moving mechanism 2 for throwing bag frame 11 connect
It connects, the two sides for throwing 11 bottom of bag frame are respectively equipped with subiculum support turnover panel 13 and front turnover panel 14, and the subiculum supports turnover panel 13
It is connect respectively through respective torsion shaft 15 with 11 side wall of bag frame is thrown with front turnover panel 14；The subiculum support turnover panel 13 and front
Its electromagnet 16 for overturning open/close of control is further respectively had by turnover panel 14.
Before entrucking, first device is lifted on the trolley 5 of storehouse, enables devices to rise/decline in the vertical direction, it is to be installed
The car length direction of vehicle is parallel with 5 direction of motion of trolley, while bag frame is thrown in 6 discharge end of the conveyer belt alignment being set at the top of storehouse
11 feed inlet；When entrucking, carry out in the steps below:
A. bagged material 3 is entered by the feed inlet of throwing bag frame 11 and is slipped on subiculum support turnover panel 13, and head end is preceding
It keeps off turnover panel 14 to stop, final bagged material 3 is placed between subiculum support turnover panel 13 and front turnover panel 14；
B. the driving of transverse-moving mechanism 2 is thrown the traversing more than one bag position of bag frame 11 and is stopped after, and bagged material 3 continues by throwing bag
The feed inlet of frame 11, which enters, to be placed between subiculum support turnover panel 13 and front turnover panel 14；
C. it repeats step a and b and is completed until throwing the filling of bag frame 11；
D. after the completion of loading, subiculum supports turnover panel 13 and front turnover panel 14 to overturn, and the bottom for throwing bag frame 11 is opened, filling
Bagged material 3 slide in the compartment to entrucking；The switching process of two turnover panels is as follows: electromagnet 16 powers off, and two turnover panels lose
The suction-combining force of electromagnet 16, two turnover panels are overturn under 3 gravity of bagged material around respective torsion shaft 15 at this time, will throw bag frame
11 bottoms are opened, and the arrangement of bagged material 3 of filling is put into the compartment to entrucking.
The feed inlet above-mentioned for throwing bag frame 11 is equipped with buffer conveyor structure 12, and 12 discharging end of buffer conveyor structure is located at subiculum
By the feeding inlet for supporting turnover panel 13.It is arranged with this configuration, after bagged material 3 is entered by the feed inlet of throwing bag frame 11, first passes through
Buffer conveyor structure 12 carries out buffering conveying, so that bagged material 3 is transported on subiculum support turnover panel 13 by gentle, reduces
Impact of the bagged material 3 to subiculum support turnover panel 13 and front turnover panel 14, and then the actuation force request of electromagnet 16 is also reduced,
Further decrease the power of electromagnet 16.The buffer conveyor structure 12 can be transfer roller or conveyer belt (referring to fig. 4, Fig. 4
In be transfer roller), preferably transfer roller, the structure can make device more compact.
Reduction torsion spring is additionally provided on torsion shaft 15 above-mentioned.Reduction torsion spring can help after bagged material 3 is launched
Turnover panel automatically resets.
The length above-mentioned that bag frame 11 is thrown along traversing direction is the half of transverse-moving mechanism length；Its purpose is to throw a bag frame
11 can just be equal to box width in the overall length to feed intake to the two sides on entrucking compartment insied width direction.Specifically, feed intake as
Under:
After the completion of throwing the filling of bag frame 11, it is traversing to on entrucking compartment insied width direction that bag frame 11 is thrown in the driving of transverse-moving mechanism 2
Side, later throw bag frame 11 bottom open, the bagged material 3 of filling, which is arranged, to be put into the compartment to entrucking；After dispensing
Electromagnet 16 is powered and/or reduction torsion spring resets two turnover panels (i.e. subiculum support turnover panel 13 and front turnover panel 14), throws bag frame 11
Traversing reset repeats step a and b and completes until throwing the filling of bag frame 11；After the completion of filling, it is traversing to entrucking vehicle to throw bag frame 11
It launches in bagged material 3 to compartment the other side on the insied width direction of compartment.
For by compartment, one row fills six bags of bagged materials 3, it is situated between again to the process for throwing the dispensing bagged material 3 of bag frame 11
It continues:
It throws a traversing bag position after bag frame 11 has loaded first bag of bagged material 3 and loads second bag, after having loaded second bag
Third bag is loaded in a traversing bag position again, throws the filling of bag frame 11 at this time and completes, the three bags of bagged materials 3 thrown in bag frame 11 line up one
Row；It is traversing extremely to keep to the side to the side on entrucking compartment insied width direction after the completion of throwing the filling of bag frame 11, the bag that will be arranged in it
Material 3 is filled to launch to the side on compartment insied width direction；After the completion of dispensing, bagged material 3 is launched according still further to aforesaid way and is arrived
The other side on compartment insied width direction；So far, six bags of bagged materials being arranged in a row 3 are placed on compartment insied width direction,
Complete entrucking in a row；Trolley 5 moves back later, and device is moved back a bag length away from the entrucking to carry out next row.
When one row only fills five bags of bagged materials 3 when compartment, a wherein material filling for bag frame 11 6 times filling materials is thrown
It makes a turn；
When one row only fills four bags of bagged materials 3 when compartment, the wherein secondary material filling of bag frame 11 6 times filling materials is thrown
It makes a turn.
Transverse-moving mechanism 2 above-mentioned is also connect with elevating mechanism 4.The structure setting, when one layer of 3 entrucking of bagged material in compartment
After the completion, elevating mechanism 4 will throw bag frame 11 and increase one bag of 3 thickness of bagged material, carry out next layer of filling.
Transverse-moving mechanism 2 above-mentioned includes fixed frame 21, and fixed frame 21 is equipped with traversing guide rail 22, and traversing guide rail 22 is through sliding block
23 are slidably connected with transversely-moving rack 24, and transversely-moving rack 24 is connect with the top of driving mechanism 25 and throwing bag frame 11 respectively；The fixation
Frame 21 is connect with elevating mechanism 4.
The driving of transverse-moving mechanism 2 is as follows: driving mechanism 25 drives transversely-moving rack 24 traversing along traversing guide rail 22, and final driving is thrown
Bag frame 11 is traversing.
Driving mechanism 25 above-mentioned includes the driving motor 251 being fixedly arranged on fixed frame 21, and driving motor 251 is through driving cog
Wheel 252 is connect with the rack gear 253 being fixedly arranged on transversely-moving rack 24.
Specifically, the driving of transverse-moving mechanism 2 is as follows: driving motor 251 is through transmission gear 252 and 253 linkage driving of rack gear
Rack gear 253 is traversing along traversing guide rail 22, and then drives transversely-moving rack 24 traversing along traversing guide rail 22, and it is horizontal that bag frame 11 is thrown in final driving
It moves.The length of this hour rack 253 is slightly larger than the half of 2 length of transverse-moving mechanism, can be close to box width to guarantee to throw bag frame 11
The both sides in direction.
Elevating mechanism 4 above-mentioned includes lifting platform 41, and lifting platform 41 connect with fixed frame 21, lifting platform 41 through guide post 42 and
Pedestal 43 is slidably connected.
The elevating mechanism 4 of the structure be fixed on trolley 5 when in use, by pedestal 43 (by the fixation of pedestal 43, it is ensured that
Stability when entrucking), while lifting platform 41 being connect with the hoist engine 7 being fixedly arranged on trolley 5, loading apparatus is realized with this
Lifting/lowering and translation.
Referring to Fig. 1 and 2, for the conveyer belt 6 in setting, the defeated discharge end of conveyer belt 6 is also hinged with lifting platform 41, another
End is also connected with the transmission belt of 5 tail portion of another trolley of storehouse, synchronous to be moved forward and backward；Ensure that conveyer belt 6 can be by with this
It requires steadily to supply material according to each dispensing.
In the utility model, another structure of driving mechanism is as shown in figure 5, the driving mechanism 25 includes being fixedly arranged on cross
The driving motor 251 on frame 24 is moved, driving motor 251 connects through transmission gear 252 with the rack gear 253 being fixedly arranged on fixed frame 21
It connects.Specifically, the driving of transverse-moving mechanism 2 is as follows: driving motor 251 links through transmission gear 252 and rack gear 253, makes driving electricity
Machine 251 is traversing along traversing guide rail 22 with transversely-moving rack 24, and rack gear 253 is fixed on motionless on fixed frame 21, final driving entrucking dress
The throwing bag frame 11 set is traversing.
Claims (8)
1. a kind of bagged material loading device, it is characterised in that: including throwing bag device (1), throwing bag device (1) and driving its traversing cross
Telephone-moving structure (2) connection；The throwing bag device (1) includes throwing bag frame (11), and the top and transverse-moving mechanism (2) for throwing bag frame (11) are even
It connects, the two sides for throwing bag frame (11) bottom are respectively equipped with subiculum support turnover panel (13) and front turnover panel (14), the subiculum support
Turnover panel (13) and front turnover panel (14) are connect through respective torsion shaft (15) with bag frame (11) side wall is thrown respectively；The subiculum branch
Its electromagnet (16) for overturning open/close of control is further respectively had by support turnover panel (13) and front turnover panel (14).
2. bagged material loading device according to claim 1, it is characterised in that: the feed inlet of the throwing bag frame (11)
Equipped with buffer conveyor structure (12), buffer conveyor structure (12) discharging end is located at by the feeding inlet of subiculum support turnover panel (13).
3. bagged material loading device according to claim 1, it is characterised in that: be additionally provided on the torsion shaft (15)
Reduction torsion spring.
4. bagged material loading device according to claim 1 or 2, it is characterised in that: the throwing bag frame (11) is along cross
The length for moving direction is the half of transverse-moving mechanism length.
5. bagged material loading device according to claim 1 or 2, it is characterised in that: the transverse-moving mechanism (2) also with
Elevating mechanism (4) connection.
6. bagged material loading device according to claim 5, it is characterised in that: the transverse-moving mechanism (2) includes solid
Determine frame (21), fixed frame (21) is equipped with traversing guide rail (22), and traversing guide rail (22) is slided through sliding block (23) and transversely-moving rack (24)
Connection, transversely-moving rack (24) are connect with the top of driving mechanism (25) and throwing bag frame (11) respectively；The fixed frame (21) and liter
Descending mechanism (4) connection.
7. bagged material loading device according to claim 6, it is characterised in that: the driving mechanism (25) includes solid
Driving motor (251) on fixed frame (21), driving motor (251) is through transmission gear (252) and is fixedly arranged on transversely-moving rack
(24) rack gear (253) connection on.
8. bagged material loading device according to claim 6, it is characterised in that: the elevating mechanism (4) includes rising
It drops platform (41), lifting platform (41) is connect with fixed frame (21), and lifting platform (41) is slidably connected through guide post (42) and pedestal (43).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822133340.8U CN209367409U (en) | 2018-12-19 | 2018-12-19 | A kind of bagged material loading device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822133340.8U CN209367409U (en) | 2018-12-19 | 2018-12-19 | A kind of bagged material loading device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209367409U true CN209367409U (en) | 2019-09-10 |
Family
ID=67829472
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822133340.8U Active CN209367409U (en) | 2018-12-19 | 2018-12-19 | A kind of bagged material loading device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209367409U (en) |
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2018
- 2018-12-19 CN CN201822133340.8U patent/CN209367409U/en active Active
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