A kind of self-propelled sidewalk ground tile retracting device
Technical field
The present invention relates to a kind of self-propelled sidewalk ground tile retracting device, people's row is specifically scooped up using V-type scraper bowl
Road floor tile, concentrates the device packed up by floor tile by conveyer belt, belongs to municipal machinery field.
Background technology
Sidewalk ground tile is the floor tile on common laying pavement road surface, and flat and comfortable running body is provided for passerby
Test, have the road of hot-short away from traveling, ensured the personal safety of passerby, and the road for being not easy to slide into is provided in the rainy day
Face.But with exposing to the sun and rain for a long time, some sidewalk ground tile aged deteriorations are serious, it is necessary to the sidewalk ground tile more renewed,
Manual recovery removes sidewalk ground tile, and heavy workload, efficiency is low, and needs to assemble floor tile by throwing away to throw after removing, easily
Produce dangerous.Therefore urgent a kind of sidewalk ground tile retracting device of demand, artificial to replace, there is presently no the kind equipment.
The content of the invention
For above-mentioned deficiency, the present invention provides a kind of self-propelled sidewalk ground tile retracting device.
The present invention is achieved by the following technical solutions:A kind of self-propelled sidewalk ground tile retracting device, be by front shovel,
First hydraulic cylinder, second hydraulic cylinder, lower drive shaft, front-wheel, controller, hydraulic pressure power module, trailing wheel, hydraulic motor, the first chain
What bar, storage tank, upper transmission shaft, transmission belt, delivery sheet, baffle, lower plate, rack and the second chain formed, the front shovel exists
Be divided into shovel body, the first convex block and the second convex block in structure, rack be divided into structure frame main body, hook, on transmission shaft install
Hole, trailing wheel mounting hole, front-wheel mounting hole, second hydraulic cylinder mounting blocks, lower drive shaft mounting hole and first hydraulic cylinder mounting blocks, institute
The both ends for the first hydraulic cylinder stated are fixed on the first convex block and first hydraulic cylinder mounting blocks respectively, and the two of second hydraulic cylinder
End is fixed on the second convex block and second hydraulic cylinder mounting blocks respectively, the lower drive shaft be by lower drive shaft axle body and
Lower drive shaft gear composition, the upper transmission shaft is by upper transmission shaft axle body, upper transmission shaft driven gear and upper transmission shaft
Gear composition, upper transmission shaft axle body connects installation, lower drive shaft axle body and underdrive with upper transmission shaft mounting hole by bearing
Shaft mounting hole mounting hole is connected by bearing and installed, and upper shaft gear and lower drive shaft gear is passed by the second chain interoperation
Dynamic, front-wheel is installed on front-wheel mounting hole, and trailing wheel is installed on trailing wheel mounting hole, the controller, hydraulic pressure power module and hydraulic pressure
Motor is fixed in lower plate, and lower plate is fixed on frame lower, hydraulic motor and upper transmission shaft driven gear, passes through
One chain interoperation is driven, and the conveyer belt lower part and lower drive shaft axle body coordinate installation, transmission belt top and upper transmission shafts
Body coordinates installation, and delivery sheet is installed on a moving belt, and parallel with upper drive shaft axis, the storage tank is divided into storage in structure
Thing case installation axle, storing box body and limited block, storage tank installation axle and hook coordinate installation, and storing box body is fixed on machine
On frame, limited block is in the side lower of storage tank, and baffle is fixed on the cant beam of rack, first hydraulic cylinder, the second hydraulic pressure
Cylinder, front-wheel, trailing wheel, hydraulic motor and hydraulic pressure power supply device are connected by oil pipe with controller.
The rack has two, and the both ends with upper transmission shaft axle body coordinate installation respectively.
The front end of the front shovel is V-structure.
The conveyer belt inner ring carries non-slipping block.
There is anti-slip tank on upper transmission shaft axle body and lower drive shaft the axle body surface.
The first hydraulic cylinder and second hydraulic cylinder, there is two, a first hydraulic cylinder and a second hydraulic cylinder
Front shovel side is installed on for one group, another group is installed on front shovel opposite side.
The storage tank is external hanging type structure, can take and install at hook.
The usefulness of the invention is can quickly to recycle sidewalk ground tile;The front shovel of V-type is conducive to lift floor tile
Rise, hydraulic pressure energy supply, improves work efficiency, Electrified Transmission is less, improves the security and adaptability of device;Transmission belt is set
Put and improve discharge efficiency, the delivery sheet installed on a moving belt improves discharge velocity, it is therefore prevented that floor tile is on a moving belt
Slide, the falling sideways of floor tile when the setting of baffle prevents the device to work;The axle body of upper transmission shaft and the axle body of lower drive shaft
Anti-slip tank is provided with, the inner surface of conveyer belt is provided with anti-slip protrusion, improves the stability of transmission, it is therefore prevented that because of frictional force not
Discharge efficiency that is enough and producing is low, and the storage tank of external hanging type can be dismantled and replaced, and improve the continuity of work, further be carried
High work efficiency, at work, stable transmission, recycling floor tile is efficient, and noise is small, saves a large amount of manpower and materials by the present invention,
Substantially increase the efficiency of recycling sidewalk ground tile.
Brief description of the drawings
Accompanying drawing 1 is the structural representation of the present invention, and attached drawing 2 is the front view of the present invention, and attached drawing 3 is rack knot of the invention
Structure schematic diagram, attached drawing 4 are conveyer belt and the structure diagram of upper transmission shaft, and attached drawing 5 is front shovel structure diagram of the invention, attached
Fig. 6 is the storage box structure schematic diagram of the present invention, and attached drawing 7 is the lower plate structure schematic diagram of the present invention, and attached drawing 8 is under the present invention
The structure diagram that transmission shaft axle body and conveyer belt coordinate.
In figure, 1, front shovel, 2, first hydraulic cylinder, 3, second hydraulic cylinder, 4, lower drive shaft, 5, front-wheel, 6, controller, 7, liquid
Press power module, 8, trailing wheel, 9, hydraulic motor, the 10, first chain, 11, storage tank, 12, upper transmission shaft, 13, transmission belt, 14,
Delivery sheet, 15, baffle, 16, lower plate, 17, rack, the 18, second chain, 101, shovel body, the 102, first convex block, 103, second is convex
Block, 401, lower drive shaft axle body, 402, lower drive shaft gear, 1101, storage tank installation axle, 1102, storing box body, 1103,
Limited block, 1201, upper transmission shaft axle body, 1202, upper transmission shaft driven gear, 1203, upper shaft gear, 1701, rack master
Body, 1702, hook, 1703, upper transmission shaft mounting hole, 1704, trailing wheel mounting hole, 1705, front-wheel mounting hole, the 1706, second liquid
Cylinder pressure mounting blocks, 1707, lower drive shaft mounting hole, 1708, first hydraulic cylinder mounting blocks.
Embodiment
A kind of self-propelled sidewalk ground tile retracting device, is by front shovel 1, first hydraulic cylinder 2, second hydraulic cylinder 3, underdrive
Axis 4, front-wheel 5, controller 6, hydraulic pressure power module 7, trailing wheel 8, hydraulic motor 9, the first chain 10, storage tank 11, upper transmission shaft
12nd, transmission belt 13, delivery sheet 14, baffle 15, lower plate 16,17 and second chain 18 of rack form, and the front shovel 1 is in structure
On be divided into shovel body 101, the first convex block 102 and the second convex block 103, rack 17 is divided into frame main body 1701, hook in structure
1702nd, upper transmission shaft mounting hole 1703, trailing wheel mounting hole 1704, front-wheel mounting hole 1705, second hydraulic cylinder mounting blocks 1706, under
Transmission shaft mounting hole 1707 and first hydraulic cylinder mounting blocks 1708, the both ends of the first hydraulic cylinder 2 are fixed on respectively
On first convex block 102 and first hydraulic cylinder mounting blocks 1708, the both ends of second hydraulic cylinder 3 are fixed on the second convex block respectively
103 and second hydraulic cylinder mounting blocks 1706 on, the lower drive shaft 4 is by lower drive shaft axle body 401 and lower drive shaft gear
402 compositions, the upper transmission shaft 12 is by upper transmission shaft axle body 1201, upper transmission shaft driven gear 1202 and upper transmission shaft
What gear 1203 formed, upper transmission shaft axle body 1201 connects installation, lower drive shaft with upper transmission shaft mounting hole 1703 by bearing
Axle body 401 connects installation, upper shaft gear 1203 and lower drive shaft with lower drive shaft mounting hole mounting hole 1707 by bearing
Gear 402 is coordinated by the second chain 18 to be driven, and front-wheel 5 is installed on front-wheel mounting hole 1705, and trailing wheel 8 is installed on trailing wheel mounting hole
1704, the controller 6, hydraulic pressure power module 7 and hydraulic motor 9 are fixed in lower plate 16, and the installation of lower plate 16 is fixed
In 17 lower part of rack, hydraulic motor 9 and upper transmission shaft driven gear 1202, are coordinated by the first chain 10 and are driven, the biography
13 lower part of band and lower drive shaft axle body 401 is sent to coordinate installation, 13 top of transmission belt and upper transmission shaft axle body 1201 coordinate installation, send
Flitch 14 is installed on conveyer belt 13, and parallel with upper 12 axis of transmission shaft, the storage tank 11 is divided into storage tank in structure
Installation axle 1101, storing box body 1102 and limited block 1103, storage tank installation axle 1101 and hook 1702 coordinate installation, will store up
Thing box body 1102 is fixed in rack 17, and for limited block 1103 in the side lower of storage tank 11, baffle 15 is fixed on machine
On the cant beam of frame 17, first hydraulic cylinder 2, second hydraulic cylinder 3, front-wheel 5, trailing wheel 8, hydraulic motor 9 and hydraulic pressure power module 7 pass through
Oil pipe is connected with controller, and the rack 17 has two, coordinates installation with the both ends of upper transmission shaft axle body 1201 respectively, described
The front end of front shovel 1 be V-structure, 13 inner ring of conveyer belt carries non-slipping block, upper 1201 He of transmission shaft axle body
There is anti-slip tank on 401 surface of lower drive shaft axle body, and the first hydraulic cylinder 2 and second hydraulic cylinder 3, there is two, one first
Hydraulic cylinder 2 and a second hydraulic cylinder 3 are installed on 1 side of front shovel for one group, and another group is installed on 1 opposite side of front shovel, described
Storage tank 11 is external hanging type structure, can take and install at hook 1702.
When in use, controller 6 controls hydraulic pressure power module 7 to start to work to the device, is front-wheel 5, trailing wheel 8 and hydraulic pressure horse
Hydraulic energy is provided up to 9, the present invention is moved on the road for being equipped with sidewalk ground tile, after manually pulling down a line floor tile, first
Hydraulic cylinder 2 and second hydraulic cylinder 3 work, and front shovel 1 is fallen, and the V-type shovel body 101 of front shovel 1 is cut between floor tile and ground, this
When, the work of hydraulic motor 9 rotates, and drives upper transmission shaft 12 to rotate by the first chain 10, is driven down and passed by the second chain 18
Moving axis 4 rotates, so that conveyer belt 13 and delivery sheet 14 rotate, hydraulic pressure power module 7 drives front-wheel 5 and trailing wheel 8 to rotate, whole dress
Forward movement is put, floor tile is started, and is arrived peak with conveyer belt 13 through shoveling body 101, is finally fallen into storage tank 11, storage tank 11 is contained
Man Hou, storage tank 11 is removed, and pours out floor tile, again after carry, is worked on, when travelling to road end, first hydraulic cylinder 2
Work with second hydraulic cylinder 3, front shovel 1 is packed up, hydraulic motor 9 is stopped, and conveyer belt 13 stops operating, and device is moved to
Behind next operating point, above procedure is repeated.
For the ordinary skill in the art, according to the present invention teaching, do not depart from the principle of the present invention with
In the case of spirit, the changes, modifications, replacement and the modification that are carried out to embodiment still fall within protection scope of the present invention it
It is interior.