CN208022391U - A kind of brick carrying device of laminated multi-layer - Google Patents

A kind of brick carrying device of laminated multi-layer Download PDF

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Publication number
CN208022391U
CN208022391U CN201721905184.1U CN201721905184U CN208022391U CN 208022391 U CN208022391 U CN 208022391U CN 201721905184 U CN201721905184 U CN 201721905184U CN 208022391 U CN208022391 U CN 208022391U
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China
Prior art keywords
vehicle
wheel
driving
frame
brick
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CN201721905184.1U
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Chinese (zh)
Inventor
李贤道
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Yongren Co Creation Zinc Industry Co Ltd
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Yongren Co Creation Zinc Industry Co Ltd
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Abstract

The utility model provides a kind of brick carrying device of laminated multi-layer, vehicle is stacked including mobile, positioned at the mobile moving lifting vehicle for stacking vehicle periphery and mutually displacement, the mobile vehicle that stacks is the flat car with movable pulley, it is characterized in that moving lifting vehicle includes the vehicle frame with wheel, the vehicle frame driving mechanism being connected with vehicle frame, two cranes being symmetrically set on vehicle frame, interval are set to the short lift plate of multiple overturnings on the inside of each crane.The platen for being placed with polylith brick is lifted by the short lift plate of multiple overturnings, then by the rising of crane and the movement of moving lifting vehicle, the platen for being placed with polylith brick is displaced to movement and is stacked on vehicle, vehicle is sent out.It fundamentally solves the problems, such as previous fork truck back and forth and can only transport to transport inefficiency caused by one piece of brick placement plate, substantially increase the production efficiency of brickmaking machine.The utility model is simple in structure, easy to use.

Description

A kind of brick carrying device of laminated multi-layer
Technical field
The utility model is related to a kind of conveying device, the brick carrying device of especially a kind of laminated multi-layer is set in machinery Count manufacturing technology field.
Background technology
Currently, brick yield and production efficiency all improve using mechanical brickmaking machine in brickmaking enterprise.The brick made After the submitting of brickmaking machine output end, need to be transferred to laydown area using lifting equipment.Since brickmaking machine brick outlet is a plate Multiple bricks are sequentially output to one plate, therefore hoisting apparatus can only once carry a plate brick, to greatly limit brickmaking machine Production efficiency.To ensure that yield, enterprise are had to purchase more cranes to improve output rating, which substantially increases fund, Personnel put into, and occupy production space, and unnecessary financial burden is brought to enterprise.It is therefore desirable to be changed to the prior art Into.
Utility model content
It is to be sequentially output the multiple bricks of a plate to solve existing brickmaking machine brick outlet, brick superposition can not be carried out, caused defeated The problem of going out inefficiency, the utility model provide a kind of brick carrying device of laminated multi-layer.
The utility model is completed by following technical proposal:A kind of brick carrying device of laminated multi-layer, including it is mobile folded Put vehicle, positioned at the mobile moving lifting vehicle for stacking vehicle periphery and mutually displacement, the mobile vehicle that stacks is the flat car with movable pulley, It is characterized in that the vehicle frame driving mechanism that moving lifting vehicle includes the vehicle frame with wheel, is connected with vehicle frame, is symmetrically set on vehicle frame Two cranes, interval are set to the short lift plate of multiple overturnings on the inside of each crane, are lifted with will pass through multiple short lift plates of overturning It is placed with the platen of polylith brick, then by the rising of crane and the movement of moving lifting vehicle, the platen of polylith brick will be placed with Be displaced to it is mobile stack put down on vehicle after, moving lifting vehicle return, while crane declines is further continued for lifting and is placed with polylith brick The second platen, and be put in the mobile last layer stacked on vehicle, until it is mobile stack stack multilayer on vehicle after, vehicle is sent out.
The crane includes crane driving mechanism, be connected with crane driving mechanism by more crossbeams and vertical pole group At frame, be respectively equipped with directive wheel positioned at the both ends of cruciform bracing, directive wheel is placed on vehicle frame on corresponding longitudinal rail, position It is connected with horizontal cross bar equipped at least two L-shaped quarter butts, the lower end of at least two L-shaped quarter butts in the inside of frame lower end, the water Multiple short lift plates of overturning are equipped at intervals on flat cross bar, each overturns short lift plate and be hinged at the top of horizontal cross bar by hinged shaft, is made Each overturns short lift plate and is only capable of being flipped up around hinged shaft, but because the obstruction of horizontal cross bar cannot downwardly turn over, with easy of rise Frame all overturns short lift plate when declining and is flipped up and avoids after being placed with the platen of polylith brick, and water is repositioned under Gravitative Loads It is flat-shaped, you can to support, lift the platen for being placed with polylith brick.
The crane driving mechanism includes the first engine being set at the top of vehicle frame, is set on the first engine main shaft First driving wheel, first driving wheel are connected by the first transmission belt or chain with the first driving wheel, and the first driving wheel is set to first On wheel shaft, the both ends of the first wheel shaft are respectively equipped with the second driving wheel, two the second driving wheels respectively with corresponding second transmission belt Or chain is connected, the both ends of the second transmission belt or chain are separately fixed in the middle part of cruciform bracing, and the second transmission belt or chain be fixed on Pulley on vehicle frame is connected, under the drive of the first engine, to pass through the first driving wheel, the first driving wheel, the first wheel shaft, two A second driving wheel, two the second transmission belts or chain, two pulleys drive two cranes to synchronize and rise or fall respectively.
The vehicle frame is set as the square being made of four columns, the crossbeam of front, rear, left and right four at the top of four columns Shape frame, four columns bottom are respectively equipped with wheel, and wheel is placed on ground on corresponding guide rail, is moved along guide rail with facilitating.
The vehicle frame driving mechanism includes the lower driving wheel in the symmetrical wheel hub of two of which of bottom of frame, Two lower driving wheels are connected by corresponding long transmission belt or chain with the upper driving wheel at the top of vehicle frame respectively, two upper transmissions Wheel is respectively arranged on the both ends of upper whorl axial, and upper whorl axial is equipped with middle driving wheel, and middle driving wheel is dynamic by short transmission belt or chain and second Driving wheel on power machine output shaft is connected, under the drive of the second engine, to pass through driving wheel, short transmission belt or chain, middle biography Driving wheel, upper whorl axial, upper driving wheel, long transmission belt or chain, lower driving wheel driving vehicle frame are moved back and forth along guide rail.
Described track one end is located at brickmaking machine conveyer belt discharging mouth, and the other end is located at movement and stacks vehicle discharge port, middle part For moving lifting vehicle traffic coverage, the brick come is suppressed to will pass through moving lifting vehicle by brickmaking machine be moved to movement and stack vehicle On stack it is full after, then sent out by the mobile vehicle that stacks, finally sent the platen for being placed with polylith brick to putting area by fork truck.
The utility model has following advantages and effect:Using the above scheme, it is convenient to pass through multiple short lift plates of overturning The platen for being placed with polylith brick is lifted, then by the rising of crane and the movement of moving lifting vehicle, polylith brick will be placed with Platen be displaced to it is mobile stack put down on vehicle after, moving lifting vehicle return, while crane declines, be further continued for lifting be placed with it is more Second platen of block brick, and it is put in the mobile last layer stacked on vehicle, until movement stacks after stacking multilayer on vehicle, vehicle is sent Go out.It fundamentally solves the problems, such as previous fork truck back and forth and can only transport to transport inefficiency caused by one piece of brick placement plate, Substantially increase the production efficiency of brickmaking machine.The utility model is simple in structure, easy to use, with obvious effects.
Description of the drawings
FIG. 1 is a schematic structural view of the utility model;
Fig. 2 is the moving lifting bassinet structure schematic diagram in Fig. 1;
Fig. 3 is the right view of Fig. 2.
Specific implementation mode
The utility model is described further below in conjunction with the accompanying drawings.
The brick carrying device of laminated multi-layer provided by the utility model, including movement stack vehicle 1, stack vehicle positioned at movement The moving lifting vehicle 2 of 1 periphery and mutually displacement, the mobile vehicle 1 that stacks is the flat car with movable pulley 11, and moving lifting vehicle 2 includes Vehicle frame with wheel 21, the vehicle frame driving mechanism 3 being connected with vehicle frame, two cranes 4 being symmetrically set on vehicle frame, interval is set to The short lift plate of multiple overturnings of the inside of each crane 4 45;
The crane 4 includes crane driving mechanism 6, be connected with crane driving mechanism 6 by three crossbeams 41 and The frame of four vertical poles 42 composition, is respectively equipped with directive wheel 43, directive wheel 43 is placed on vehicle frame 2 positioned at the both ends of cruciform bracing 41 On corresponding longitudinal rail 25, the inside for being located at frame lower end is equipped with two L-shaped quarter butts 44, and the lower end of two L-shaped quarter butts 44 connects It is connected to horizontal cross bar 46, multiple short lift plates 45 of overturning are equipped at intervals on the horizontal cross bar 46, each overturns short lift plate 45 and passes through Hinged shaft is hinged on 46 top of horizontal cross bar, so that each is overturn short lift plate 45 and is only capable of being flipped up around hinged shaft, but because of horizontal cross bar 46 obstruction cannot downwardly turn over, and short lift plate 45 is all overturn when declining with easy of rise frame 4 and is flipped up and avoids being placed with It after the platen 8 of polylith brick 7, is repositioned under Gravitative Loads horizontal, you can support, lift the platen 8 for being placed with polylith brick 7.
The crane driving mechanism 6 includes the first engine being set at the top of vehicle frame(Motor)61, it is set to the first power The first driving wheel on 61 main shaft of machine, first driving wheel are connected by the first transmission belt 62 with the first driving wheel, the first transmission Wheel is set on the first wheel shaft 63, and the both ends of the first wheel shaft 63 are respectively equipped with the second driving wheel 64, two the second driving wheel 64 difference It is connected with corresponding second transmission belt 65, the both ends of the second transmission belt 65 are separately fixed at 41 middle part of cruciform bracing, and second passes Dynamic band 65 is connected with the pulley 66 for being fixed on bottom of frame, under being driven in the first engine 61, passes through the first driving wheel, the One transmission belt 62, the first driving wheel, 63, two, the first wheel shaft, second transmission belt, 65, two pulleys of the second driving wheel 64, two 66, it drives two cranes 4 to synchronize respectively and rises or falls.
The vehicle frame is set as being made of four columns 22, the crossbeam 23 of front, rear, left and right four at the top of four columns Rectangular frame, 22 bottom of four columns is respectively equipped with wheel 21, and wheel 21 is placed on ground on corresponding guide rail 24, with convenient It is moved along guide rail 24.
The vehicle frame driving mechanism 3 includes the lower driving wheel being set on the right side of bottom of frame in two symmetrical wheel hubs 26 31, two lower driving wheels 31 are connected by corresponding long transmission belt 32 with the upper driving wheel 33 set on 2 top of vehicle frame respectively, two Upper driving wheel 33 is respectively arranged on the both ends of upper whorl axial 34, and upper whorl axial 34 is equipped with middle driving wheel 35, and middle driving wheel 35 passes through short pass 36 and second engine of dynamic band(Motor)Driving wheel on 37 output shafts is connected, under the drive of the second engine 37, to pass through It is passed under driving wheel, short transmission belt 36, middle driving wheel 35, the long transmission belt 32, two of upper driving wheel 33, two of upper whorl axial 34, two Driving wheel 31 drives vehicle frame 2 smoothly to be moved back and forth along guide rail 24.
24 one end of the track is located at 9 discharge outlet of brickmaking machine conveyer belt, and the other end is located at movement and stacks 1 discharge port of vehicle, Middle part is 2 traffic coverage of moving lifting vehicle, and the brick 7 that brickmaking machine suppresses is moved to movement will pass through moving lifting vehicle 2 Stack stacked on vehicle 1 it is full after, then by mobile stacked vehicle 1 and sent out, finally sent the platen for being placed with polylith brick to putting by fork truck Area.
When work, moving lifting vehicle 2 moves to 9 discharge port of brick machine conveyer belt, starts the first power motor 61 and puts down lifting Frame 4 makes each overturn short lift plate 45 and is only capable of being flipped up around hinged shaft, but because the obstruction of horizontal cross bar 46 cannot downwardly turn over, Whole short lift plates 45 of overturning are made to be flipped up and avoid after being placed with the platen 8 of polylith brick 7 when declining with easy of rise frame 4, It is repositioned under Gravitative Loads horizontal, you can support, lift the platen 8 for being placed with polylith brick 7, then the rising by crane 4 And the movement of moving lifting vehicle 2, by the platen 8 for being placed with polylith brick 7 be displaced to it is mobile stack put down on vehicle 1 after, moving lifting Vehicle 2 moves back, while crane 4 declines, and is further continued for lifting the second platen 8 for being placed with polylith brick 7, and is put in movement and stacks vehicle 1 On last layer, until it is mobile stack stack multilayer on vehicle 1 after, vehicle is sent out.

Claims (6)

1. a kind of brick carrying device of laminated multi-layer, including movement stack vehicle, stack vehicle periphery and mutual displacement positioned at mobile Moving lifting vehicle, the mobile vehicle that stacks is the flat car with movable pulley, it is characterised in that moving lifting vehicle includes the vehicle with wheel Frame, the vehicle frame driving mechanism being connected with vehicle frame, two cranes being symmetrically set on vehicle frame, interval are set on the inside of each crane The short lift plate of multiple overturnings.
2. the brick carrying device of laminated multi-layer according to claim 1, it is characterised in that the crane includes lifting Frame driving mechanism, the frame being made of more crossbeams and vertical pole being connected with crane driving mechanism are located at the two of cruciform bracing End is respectively equipped with directive wheel, and directive wheel is placed on vehicle frame on corresponding longitudinal rail, and the inside for being located at frame lower end is equipped at least Two L-shaped quarter butts, the lower end of at least two L-shaped quarter butts are connected with horizontal cross bar, and multiple overturnings are equipped at intervals on the horizontal cross bar Short lift plate, each overturns short lift plate and is hinged at the top of horizontal cross bar by hinged shaft.
3. the brick carrying device of laminated multi-layer according to claim 2, it is characterised in that the crane driving mechanism Include the first engine at the top of vehicle frame, the first driving wheel being set on the first engine main shaft, first driving wheel leads to It crosses the first transmission belt or chain with the first driving wheel to be connected, the first driving wheel is set on the first wheel shaft, and the both ends of the first wheel shaft are distinguished Equipped with the second driving wheel, two the second driving wheels are connected with corresponding second transmission belt or chain respectively, the second transmission belt or chain Both ends are separately fixed in the middle part of cruciform bracing, and the second transmission belt or chain are connected with the pulley being fixed on vehicle frame.
4. the brick carrying device of laminated multi-layer according to claim 1, it is characterised in that the vehicle frame is set as by four The rectangular frame that column, four crossbeams in front, rear, left and right at the top of four columns are constituted, four columns bottom is respectively equipped with Wheel, wheel are placed on ground on corresponding guide rail.
5. the brick carrying device of laminated multi-layer according to claim 1, it is characterised in that the vehicle frame driving mechanism packet The lower driving wheel in the symmetrical wheel hub of two of which of bottom of frame is included, two lower driving wheels are respectively by corresponding Long transmission belt or chain are connected with the upper driving wheel at the top of vehicle frame, and two upper driving wheels are respectively arranged on the both ends of upper whorl axial, on Wheel shaft is equipped with middle driving wheel, and middle driving wheel is connected by short transmission belt or chain with the driving wheel on the second power machine output shaft.
6. the brick carrying device of laminated multi-layer according to claim 4, it is characterised in that the guide rail one on the ground End is located at brickmaking machine conveyer belt discharging mouth, and the other end is located at movement and stacks vehicle discharge port, and middle part is moving lifting vehicle Operational Zone Between.
CN201721905184.1U 2017-12-29 2017-12-29 A kind of brick carrying device of laminated multi-layer Active CN208022391U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201721905184.1U CN208022391U (en) 2017-12-29 2017-12-29 A kind of brick carrying device of laminated multi-layer

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201721905184.1U CN208022391U (en) 2017-12-29 2017-12-29 A kind of brick carrying device of laminated multi-layer

Publications (1)

Publication Number Publication Date
CN208022391U true CN208022391U (en) 2018-10-30

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Application Number Title Priority Date Filing Date
CN201721905184.1U Active CN208022391U (en) 2017-12-29 2017-12-29 A kind of brick carrying device of laminated multi-layer

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109763662A (en) * 2019-03-18 2019-05-17 陈艳艳 A kind of automatic wall-building machine people for building

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109763662A (en) * 2019-03-18 2019-05-17 陈艳艳 A kind of automatic wall-building machine people for building

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