CN108689186A - A kind of dumper quickly discharging material debonding device - Google Patents
A kind of dumper quickly discharging material debonding device Download PDFInfo
- Publication number
- CN108689186A CN108689186A CN201810481266.0A CN201810481266A CN108689186A CN 108689186 A CN108689186 A CN 108689186A CN 201810481266 A CN201810481266 A CN 201810481266A CN 108689186 A CN108689186 A CN 108689186A
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- Prior art keywords
- support
- wheel
- guide
- supporting
- latch
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G67/00—Loading or unloading vehicles
- B65G67/02—Loading or unloading land vehicles
- B65G67/24—Unloading land vehicles
- B65G67/32—Unloading land vehicles using fixed tipping installations
- B65G67/48—Vehicle tipplers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G45/00—Lubricating, cleaning, or clearing devices
- B65G45/10—Cleaning devices
- B65G45/12—Cleaning devices comprising scrapers
- B65G45/14—Moving scrapers
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G2201/00—Indexing codes relating to handling devices, e.g. conveyors, characterised by the type of product or load being conveyed or handled
- B65G2201/04—Bulk
Abstract
The invention discloses a kind of dumper quickly discharging material debonding devices, its structure includes isolation limiting plate, the first supporting baffle, quick material clearing device, the second supporting baffle, movable buckle device, flapper, support buffer stopper, support protection bottom plate, third supporting baffle, the clear flitch of scraper, the right end of isolation limiting plate is welded in the upper end of the first supporting baffle, the lower end of first supporting baffle is installed in the left end of support protection bottom plate, the rear and front end of support protection bottom plate is mechanically connected to the lower end of third supporting baffle and the second supporting baffle, beneficial effects of the present invention:By increasing quick material clearing device in equipment, when equipment vehicle is transported through the preferable material of its viscous stickiness, equipment can quickly and voluntarily carry out the unsticking operation of material, to ensure the removing of material, not only alleviate the workload of staff and greatly save material.
Description
Technical field
The present invention is a kind of dumper quickly discharging material debonding device, belongs to dump truck discharge ancillary equipment field.
Background technology
Dumper refers to the vehicle that cargo is voluntarily unloaded by hydraulic pressure or mechanical lift.Also known as dump truck.By automobile bottom
The components such as disk, hydraulic lifting mechanism, loading space and power takeoff form.Compartment is divided to tumbles and two kinds of lateral tilt backward, passes through behaviour
Vertical system controls piston rod movement, tumbles backward relatively universal, piston rod is pushed to make carriage from overturning, minority is two-way to tumble.
In the prior art, equipment vehicle is carrying out discharge operation, because cement or some preferable materials of viscous stickiness can be delivered,
It when carrying out discharge operation, usually has lot of materials and is sticky on dump skip, and equipment can not voluntarily quickly carry out material
Unsticking operation will need staff to carry out manpower removing at this time, not only influence the workload of its staff and to a certain degree
Upper waste material, it is more inconvenient.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of dumper quickly discharging material debonding device, with
Solve in the prior art, equipment vehicle is carrying out discharge operation, because cement or some viscous preferable materials of stickiness can be delivered, into
It when row discharge operation, usually has lot of materials and is sticky on dump skip, and material voluntarily quickly can not be carried out unsticking by equipment
Operation will need staff to carry out manpower removing at this time, not only influence the workload of its staff and to a certain extent wave
Take material, more inconvenient problem.
To achieve the goals above, the present invention is to realize by the following technical solutions:A kind of dumper quickly discharging material
Debonding device, structure include isolation limiting plate, the first supporting baffle, quick material clearing device, the second supporting baffle, movable buckle
Device, flapper, support buffer stopper, support protection bottom plate, third supporting baffle, the clear flitch of scraper, the isolation limiting plate
Right end is welded in the upper end of the first supporting baffle, and the lower end of first supporting baffle is installed in the left end of support protection bottom plate,
The rear and front end of the support protection bottom plate is mechanically connected to the lower end of third supporting baffle and the second supporting baffle, the third
The outer surface clearance fit of supporting baffle and the second supporting baffle is before the inner wall of support buffer stopper, first supporting baffle
Both ends are welded in the left end of third supporting baffle and the second supporting baffle, the third supporting baffle and the second supporting baffle afterwards
The lower end of movable buckle device is mechanically connected on the upside of right end, the inner wall of the movable buckle device is installed in the upper end of flapper,
The lower gap of the flapper is matched with the right end of support protection bottom plate, and the upper surface of the support protection bottom plate fits
In the lower end of the clear flitch of scraper, the rear end of the clear flitch of scraper is welded in the front end of quick material clearing device, the quickly clear material
The rear end of device is welded in the downside of the second supporting baffle front end, and the quick material clearing device includes reciprocal belt mechanism, interval
Buffer gear, ballistic support shell, more bar transmission mechanisms, gear supporting mechanism, motor transmission mechanism, electric power connection line, control
The right end upside of connector, power-off protector, support limit transverse slat, latch bindiny mechanism, the control connector passes through power supply
Connecting line is connected with the left end of power-off protector, logical with the left end of motor transmission mechanism on the downside of the right end of the control connector
It crosses electric power connection line to be connected, the right end of the motor transmission mechanism is meshed in the left end of gear supporting mechanism, the gear
The lower end of more bar transmission mechanisms is installed on the right side of supporting mechanism, the upper mechanical of more bar transmission mechanisms is connected to interval and delays
It is meshed on the upside of the right end of punch mechanism, the left end of the interval buffer gear and latch bindiny mechanism right end, the latch connects
The left end of connection mechanism is installed in the downside of reciprocal belt mechanism left end, and it is clear that the upper surface of the reciprocal belt mechanism is welded in scraper
The left end of the lower end of flitch, the support limit transverse slat is welded in the left end of ballistic support outer casing inner wall, the control connector
Outer surface through the lower end of ballistic support shell left end, the outer surface of the clear flitch of scraper is through ballistic support shell
Upper end.
Significantly, the motor transmission mechanism by oblique latch wheel, horizontal drive shaft, axis supporting block, be bi-directionally connected band, it is recessed
Sheave, motor rotation axis, motor terminal, individual motor, motor support pedestal, fovea superior sheave composition, a left side for the individual motor
End is equipped with power-off protector, and the upper end of the individual motor is installed in the lower end of motor terminal, the lower end weldering of the individual motor
It is connected to the upper end of motor support pedestal, the lower end of the motor support pedestal is welded in the lower end of ballistic support outer casing inner wall, institute
The right end for stating individual motor is mechanically connected to the left side of motor rotation axis, and the right end of the motor rotation axis is installed in recessed sheave
Left end, the outer surface of the recessed sheave is connected with the outer surface of fovea superior sheave by being bi-directionally connected band, the upper groove
The right end of wheel is welded in the left end of horizontal drive shaft, and the right end of the horizontal drive shaft is installed in the left end of oblique latch wheel, described
The outer surface clearance fit of horizontal drive shaft is meshed in the lower end of axis supporting block inner wall, the right end of the horizontal drive shaft in tooth
Take turns the left end of supporting mechanism.
Significantly, the gear supporting mechanism by guide wheel supporting rod, connection guide wheel, lower connection belt, support driving wheel,
It has a rest fifth wheel, transmission latch wheel, convex block guide plate composition, the right end of the horizontal drive shaft is meshed in the appearance of transmission latch wheel
Face, the front end of the transmission latch wheel are welded in the rear end of convex block guide plate, the left and right ends clearance fit of the convex block guide plate in
The outer surface of interval fifth wheel, the right end of the interval fifth wheel are installed in the outside of support driving wheel front end, and the support passes
The front end of driving wheel is connected with the front end for connecting guide wheel by lower connection belt, the rear and front end mechanical connection of the connection guide wheel
In the left end of guide wheel supporting rod.
Significantly, more bar transmission mechanisms are slow by No. three guide rods, guide rod supports block, No. two guide plates, No.1 guide rod, support
Rush block, buffering link block, No. four guide rods, center stock, groove guide block, compression spring composition, the upper end dress of the No.1 guide rod
Set on the lower end of No. two guide plates, the upper mechanical of No. two guide plates is connected to the left end of No. three guide rods, No. three guide rods
Right end is movably connected on the left end of guide rod supports block, and the right end of No. four guide rods, institute are installed in the middle part of No. two bar noses
The left end for stating No. four guide rods is movably connected on the right end of groove guide block, and the inner wall clearance fit of the groove guide block is in center stock
Outer surface, the lower end of the center stock is installed in the lower end of buffering link block, and the lower mechanical of the buffering link block connects
It is connected to the upper end of support buffer stopper, the lower end of the support buffer stopper is welded in the right side of support limit transverse slat upper end, in described
The upper end of heart stock is equipped with compression spring, and the upper mechanical of the compression spring is connected to the downside of interval buffer gear right end.
Significantly, the interval buffer gear by limit fixing bearing, fixed axostyle, vertical groove axis, screw thread vertical pivot bar,
Screw thread horizontal axis bar, connection fixing block, the second drive link, is bi-directionally connected wheel, groove activity guide block, rotation transverse slat at the first drive link
The upper mechanical of composition, the compression spring is connected to the lower end of connection fixing block, and the upper end activity of the connection fixing block connects
It is connected to the lower end of the first drive link, the upper end of first drive link is installed in the upper end of the second drive link, second transmission
The lower end of bar be bi-directionally connected wheel rear end on the outside of be connected, described be bi-directionally connected on the outside of the front end of wheel is movably connected on rotation
The left end of the right end of transverse slat, the rotation transverse slat is mechanically connected to the right end of groove activity guide block, the groove activity guide block
Left side clearance fit passes through fixed axostyle and limit fixing bearing in the right end of vertical groove axis, the lower end of the vertical groove axis
It is connected, the upper end of the vertical groove axis is welded in the lower end of screw thread vertical pivot bar, and the outer surface of the screw thread vertical pivot bar is mutually nibbled
Together in the right surface of screw thread horizontal axis bar.
Significantly, the latch bindiny mechanism is by latch transmission belt, the first guide wheel, No.1 supporting rod, upper connection belt, outer
Latch guide wheel, threaded support wheel, No. two supporting rods, the second guide wheel composition, the outer surface of the threaded support wheel is affixed together in card
The outer surface of the upper end of tooth transmission belt inner wall, first guide wheel is connected by latch transmission belt with the outer surface of the second guide wheel
It connects, the rear and front end of second guide wheel is mechanically connected to the upper end of No. two supporting rods, the lower end welding of No. two supporting rods
In the upper end of support limit transverse slat, first guide wheel rear and front end is mechanically connected to the right end of No.1 supporting rod, the latch
The outer surface of transmission belt is meshed in the outer surface of outer latch guide wheel, the front end of the outer latch guide wheel by upper connection belt with
It is connected on the downside of reciprocal belt mechanism left end.
Significantly, the reciprocal belt mechanism by left support bar, left connection pulley, No.1 driven pedrail, left support guide wheel,
First rich rope sheave, support leather rope band, the second rich rope sheave, right support guide wheel, No. two driven pedrails, right connection pulley, right support bar
The rear and front end of composition, the left connection pulley is mechanically connected to the left end of left support bar, the outer surface of the left connection pulley
It is connected with the front end of left support guide wheel by No.1 driven pedrail, outer surface and the right support guide wheel of the left support guide wheel
By supporting leather rope band to be connected, the outer surface of the first rich rope sheave and the second rich rope sheave is equipped with support leather rope band for outer surface,
The front end of the right support guide wheel is connected by No. two driven pedrails with the outer surface of right support bar, before the right support bar
Both ends are mechanically connected to the left end of right connection pulley afterwards.
Significantly, the lower end of No.1 guide rod, the screw thread horizontal axis bar are mechanically connected on the outside of the connection guide wheel front end
Left surface be meshed in the outside of threaded support wheel rear end.
Significantly, the power-off protector will carry out periodically powering off operation, its individual motor is enable to do the period
The operation of property.
Significantly, the interval fifth wheel can effectively mitigate and be influenced caused by the vibration of equipment.
Advantageous effect
A kind of dumper quickly discharging material debonding device of the present invention, when needing using this equipment, staff can be by material
It places to support protection bottom plate, the first supporting baffle will be effectively by its material with the second supporting baffle and third supporting baffle
Material isolation is blocked, and when needing discharge operation, material will go out from flapper discharging, and encounter the preferable material of viscous stickiness
When, staff can control control connector to enable its individual motor normally to run rotation, in the fortune of individual motor
Under row, it will motor rotation axis rotation is driven, and band is bi-directionally connected by the drive of lower groove wheel and is rotated synchronously with fovea superior sheave, to
Under the action of fovea superior sheave, its horizontal drive shaft is made to drive its oblique latch wheel rotation, it is convex to make it be driven the drive of latch wheel
Block guide plate rotates, and under the action of convex block guide plate, its interval fifth wheel gap is made to rotate, and it is made to support driving wheel rotation,
The operation of No.1 guide rod is driven so as to make its connect guide wheel, and is finally allowed secondly number guide plate drives No. four guide rods rotations, to
Under the action of groove guide block, its connection fixing block is enable to move up and down, in the first drive link and the second drive link
It under effect, allows it to be bi-directionally connected wheel normal rotation, and under the action of rotating transverse slat, vertical groove axis is allowed to drive screw thread vertical pivot bar
Rotation to enable its screw thread horizontal axis bar that threaded support wheel effectively to be driven to rotate, and finally allows its latch transmission belt the
Its outer latch guide wheel rotation is driven under the action of one guide wheel and the second guide wheel, to enable the clear flitch of its scraper to follow support skin
Rope band moves right, and at this point, power-off protector will make its individual motor run out of steam, and allows the clear flitch of its scraper can be with
It is moved downward with support leather rope band, to allow the clear flitch of its scraper being capable of effective left and right scratch-off material:By increasing in equipment
Quick material clearing device is added, when equipment vehicle is transported through the preferable material of its viscous stickiness, equipment can be quickly and from advancing
The unsticking operation of row material not only alleviates the workload of staff and greatly saves to ensure the removing of material
Material is more practical.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is a kind of structural schematic diagram of dumper quickly discharging material debonding device of the present invention.
Fig. 2 is a kind of structural schematic diagram one of the quick material clearing device of dumper quickly discharging material debonding device of the present invention.
Fig. 3 is a kind of structural schematic diagram two of the quick material clearing device of dumper quickly discharging material debonding device of the present invention.
Fig. 4 is a kind of structural schematic diagram of the A of dumper quickly discharging material debonding device of the present invention.
In figure:Completely cut off limiting plate -1, the first supporting baffle -2, quick material clearing device -3, the second supporting baffle -4, active card
Detain device -5, flapper -6, support buffer stopper -7, support protection bottom plate -8, third supporting baffle -9, the clear flitch -10 of scraper, past
Multiple belt mechanism -301, interval buffer gear -302, ballistic support shell -303, more bar transmission mechanisms -304, gear support machine
Structure -305, motor transmission mechanism -306, electric power connection line -307, control connector -308, power-off protector -309, support limit
Transverse slat -310, latch bindiny mechanism -311, oblique latch wheel -3061, horizontal drive shaft -3062, axis supporting block -3063, two-way company
Tape splicing -3064, recessed sheave -3065, motor rotation axis -3066, motor terminal -3067, individual motor -3068, motor support
Pedestal -3069, fovea superior sheave -30610, guide wheel supporting rod -3051, connection guide wheel -3052, lower connection belt -3053, support pass
Driving wheel -3054, interval fifth wheel -3055, transmission latch wheel -3056, convex block guide plate -3057, No. three guide rods -3041, guide rod branch
Bracer -3042, No. two guide plates -3043, No.1 guide rod -3044, support buffer stopper -3045, buffering link block -3046, No. four lead
Bar -3047, center stock -3048, groove guide block -3049, compression spring -30410, limit fixing bearing -3021, fixing axle
Bar -3022, vertical groove axis -3023, screw thread vertical pivot bar -3024, screw thread horizontal axis bar -3025, the first drive link -3026, connection
Fixed block -3027, the second drive link -3028 are bi-directionally connected wheel -3029, groove activity guide block -30210, rotation transverse slat -
30211, latch transmission belt -3111, the first guide wheel -3112, No.1 supporting rod -3113, upper connection belt -3114, outer latch are led
Wheel -3115, -3116, No. two supporting rods -3117 of threaded support wheel, the second guide wheel -3118, left support bar -3011, left connection are slided
Wheel -3012, No.1 driven pedrail -3013, left support guide wheel -3014, the first rich rope sheave -3015, support leather rope band -3016, the
Two rich rope sheaves -3017, -3018, No. two driven pedrails -3019 of right support guide wheel, right connection pulley -30110, right support bar -
30111。
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
It please refers to Fig.1 to Fig.4, the present invention provides a kind of dumper quickly discharging material debonding device:Its structure includes that isolation limits
Position plate 1, the first supporting baffle 2, quick material clearing device 3, the second supporting baffle 4, movable buckle device 5, flapper 6, support are slow
Block 7, support protection bottom plate 8, third supporting baffle 9, the clear flitch 10 of scraper are rushed, the right end of the isolation limiting plate 1 is welded in the
The upper end of one supporting baffle 2, the lower end of first supporting baffle 2 are installed in the left end of support protection bottom plate 8, and the support is anti-
The rear and front end of river bottom protection plate 8 is mechanically connected to the lower end of third supporting baffle 9 and the second supporting baffle 4, the third support block
The outer surface clearance fit of plate 9 and the second supporting baffle 4 in support buffer stopper 7 inner wall, first supporting baffle 2 it is front and back
Both ends are welded in the left end of third supporting baffle 9 and the second supporting baffle 4,9 and second supporting baffle 4 of the third supporting baffle
Right end on the upside of be mechanically connected to the lower end of movable buckle device 5, the inner wall of the movable buckle device 5 is installed in flapper 6
Upper end, the lower gap of the flapper 6 are matched with the right end of support protection bottom plate 8, the upper table of the support protection bottom plate 8
Face is affixed the lower end together in the clear flitch of scraper 10, and the rear end of the clear flitch of the scraper 10 is welded in the front end of quick material clearing device 3,
The rear end of the quick material clearing device 3 is welded in the downside of 4 front end of the second supporting baffle, and the quick material clearing device 3 includes past
Multiple belt mechanism 301, interval buffer gear 302, ballistic support shell 303, more bar transmission mechanisms 304, gear supporting mechanism
305, motor transmission mechanism 306, electric power connection line 307, control connector 308, power-off protector 309, support limit transverse slat
310, the right end upside of latch bindiny mechanism 311, the control connector 308 passes through electric power connection line 307 and power-off protector
309 left end is connected, and is connected by power supply with the left end of motor transmission mechanism 306 on the downside of the right end of the control connector 308
Wiring 307 is connected, and the right end of the motor transmission mechanism 306 is meshed in the left end of gear supporting mechanism 305, the gear
The right side of supporting mechanism 305 is installed in the lower end of more bar transmission mechanisms 304, and the upper mechanical of more bar transmission mechanisms 304 connects
It is connected to the right end of interval buffer gear 302, the left end of the interval buffer gear 302 is upper with latch bindiny mechanism 311 right end
Side is meshed, and the left end of the latch bindiny mechanism 311 is installed in the downside of 301 left end of reciprocal belt mechanism, the reciprocal skin
Upper surface with mechanism 301 is welded in the lower end of the clear flitch of scraper 10, and the left end of the support limit transverse slat 310 is welded in protection
The left end of 303 inner wall of support housing, the outer surface of the control connector 308 is through under 303 left end of ballistic support shell
End, the outer surface of the clear flitch of the scraper 10 through the upper end of ballistic support shell 303, the motor transmission mechanism 306 by
Oblique latch wheel 3061, axis supporting block 3063, is bi-directionally connected band 3064, recessed sheave 3065, motor rotation at horizontal drive shaft 3062
Axis 3066, motor terminal 3067, individual motor 3068, motor support pedestal 3069, fovea superior sheave 30610 form, the independence
The left end of motor 3068 is equipped with power-off protector 309, and the upper end of the individual motor 3068 is installed under motor terminal 3067
End, the lower end of the individual motor 3068 are welded in the upper end of motor support pedestal 3069, the motor support pedestal 3069
Lower end is welded in the lower end of 303 inner wall of ballistic support shell, and the right end of the individual motor 3068 is mechanically connected to motor rotation
The left side of axis 3066, the right end of the motor rotation axis 3066 are installed in the left end of recessed sheave 3065, the recessed sheave
3065 outer surface is connected with the outer surface of fovea superior sheave 30610 by being bi-directionally connected band 3064, the fovea superior sheave 30610
Right end be welded in the left end of horizontal drive shaft 3062, the right end of the horizontal drive shaft 3062 is installed in oblique latch wheel 3061
Left end, the outer surface clearance fit of the horizontal drive shaft 3062 is in the lower end of 3063 inner wall of axis supporting block, the laterally transmission
The right end of axis 3062 is meshed in the left end of gear supporting mechanism 305, and the gear supporting mechanism 305 is by guide wheel supporting rod
3051, guide wheel 3052, lower connection belt 3053, support driving wheel 3054, interval fifth wheel 3055, transmission latch wheel are connected
3056, convex block guide plate 3057 forms, and the right end of the horizontal drive shaft 3062 is meshed in the outer surface of transmission latch wheel 3056,
The front end of the transmission latch wheel 3056 is welded in the rear end of convex block guide plate 3057, between the left and right ends of the convex block guide plate 3057
Gap is matched with the outer surface of interval fifth wheel 3055, before the right end of the interval fifth wheel 3055 is installed in support driving wheel 3054
The front end in the outside at end, the support driving wheel 3054 is connected with the front end for connecting guide wheel 3052 by lower connection belt 3053
It connects, the rear and front end of the connection guide wheel 3052 is mechanically connected to the left end of guide wheel supporting rod 3051, more bar transmission mechanisms
304 by No. three guide rods 3041,3042, No. two guide plates 3043 of guide rod supports block, No.1 guide rod 3044, support buffer stopper 3045, slow
It rushes 3046, No. four guide rods 3047 of link block, center stock 3048, groove guide block 3049, compression spring 30410 to form, described one
The upper end of number guide rod 3044 is installed in the lower end of No. two guide plates 3043, and the upper mechanical of No. two guide plates 3043 is connected to No. three
The left end of guide rod 3041, the right ends of No. three guide rods 3041 are movably connected on the left end of guide rod supports block 3042, described No. two
It is installed in the right end of No. four guide rods 3047 in the middle part of 3043 front end of guide plate, the left ends of No. four guide rods 3047 is movably connected on recessed
The right end of slot guide block 3049, the inner wall clearance fit of the groove guide block 3049 is in the outer surface of center stock 3048, in described
The lower end of heart stock 3048 is installed in the lower end of buffering link block 3046, and the lower mechanical of the buffering link block 3046 is connected to
The upper end of buffer stopper 3045, the lower end of the support buffer stopper 3045 is supported to be welded in the right side of 310 upper end of support limit transverse slat,
The upper end of the center stock 3048 is equipped with compression spring 30410, and the upper mechanical of the compression spring 30410 is connected to interval
The downside of 302 right end of buffer gear, the interval buffer gear 302 is by limit fixing bearing 3021, fixed axostyle 3022, vertical
Groove axis 3023, screw thread vertical pivot bar 3024, screw thread horizontal axis bar 3025, the first drive link 3026, connection fixing block 3027, second pass
Lever 3028 is bi-directionally connected wheel 3029, groove activity guide block 30210, the rotation composition of transverse slat 30211, the compression spring 30410
Upper mechanical be connected to the lower end of connection fixing block 3027, the upper end of the connection fixing block 3027 is movably connected on the first biography
The lower end of lever 3026, the upper end of first drive link 3026 are installed in the upper end of the second drive link 3028, and described second passes
The lower end of lever 3028 be bi-directionally connected wheel 3029 rear ends on the outside of be connected, it is described be bi-directionally connected wheel 3029 front end outside
It is movably connected on the right end of rotation transverse slat 30211, the left end of the rotation transverse slat 30211 is mechanically connected to groove activity guide block
30210 right end, the left side clearance fit of the groove activity guide block 30210 are described perpendicular in the right end of vertical groove axis 3023
It is connected to the lower end of groove axis 3023 with limit fixing bearing 3021 by fixed axostyle 3022, the vertical groove axis 3023
Upper end be welded in the lower end of screw thread vertical pivot bar 3024, the outer surface of the screw thread vertical pivot bar 3024 is meshed in screw thread horizontal axis bar
3025 right surface, the latch bindiny mechanism 311 by latch transmission belt 3111, the first guide wheel 3112, No.1 supporting rod 3113,
Upper connection belt 3114, outer latch guide wheel 3115,3116, No. two supporting rods 3117 of threaded support wheel, the second guide wheel 3118 composition,
The outer surface of the threaded support wheel 3116 is affixed the upper end together in 3111 inner wall of latch transmission belt, first guide wheel 3112
Outer surface is connected by latch transmission belt 3111 with the outer surface of the second guide wheel 3118, and front and back the two of second guide wheel 3118
End is mechanically connected to the upper end of No. two supporting rods 3117, and the lower end of No. two supporting rods 3117 is welded in support limit transverse slat
310 upper end, 3112 rear and front end of the first guide wheel are mechanically connected to the right end of No.1 supporting rod 3113, the latch transmission
It is meshed in the outer surface of outer latch guide wheel 3115 with 3111 outer surface, the front end of the outer latch guide wheel 3115 passes through upper company
It is connected on the downside of lace 3114 and 301 left end of reciprocal belt mechanism, the reciprocal belt mechanism 301 is by left support bar
3011, left connection pulley 3012, No.1 driven pedrail 3013, left support guide wheel 3014, the first rich rope sheave 3015, support leather rope band
3016, the second rich rope sheave 3017,3018, No. two driven pedrails 3019 of right support guide wheel, right connection pulley 30110, right support bar
The rear and front end of 30111 compositions, the left connection pulley 3012 is mechanically connected to the left end of left support bar 3011, the left connection
The outer surface of pulley 3012 is connected by No.1 driven pedrail 3013 with the front end of left support guide wheel 3014, and the left support is led
The outer surface of wheel 3014 is connected with the outer surface of right support guide wheel 3018 by support leather rope band 3016, the first rich rope sheave
3015 and second the outer surface of rich rope sheave 3017 be equipped with support leather rope band 3016, the front end of the right support guide wheel 3018 passes through two
Number driven pedrail 3019 is connected with the outer surface of right support bar 30111, and the rear and front end machinery of the right support bar 30111 connects
It is connected to the left end of right connection pulley 30110, No.1 guide rod 3044 is mechanically connected on the outside of connection 3052 front end of guide wheel
The left surface of lower end, the screw thread horizontal axis bar 3025 is meshed in the outside of 3116 rear end of threaded support wheel, the power-off protection
Device 309 will carry out periodically powering off operation, its individual motor 3068 is enable to do periodic operation, the interval connection
Wheel 3055 can effectively mitigate to be influenced caused by the vibration of equipment.
It is viscous glutinous usually to have a large amount of material when carrying out carrying out the preferable material of viscous stickiness using dumper by staff
To stripper, at this time, it would be desirable to the unsticking operation of material, and the dumper quickly discharging material when being used are carried out using equipment
When debonding device, staff should first confirm and check whether its dumper quickly discharging material debonding device can normally use,
And check and confirm whether quick material clearing device 3 damages, after confirming equal no problem, this equipment can be normally used,
When needing using this equipment, staff can place material to support protection bottom plate 8, the first supporting baffle 2 and second
Spacer plate 4 and third supporting baffle 9 will effectively block the isolation of its material, and when needing discharge operation, material will
When going out from 6 discharging of flapper, and encountering the preferable material of viscous stickiness, staff can control control connector 308 to make
Its individual motor 3068 can normally run rotation, under the operation of individual motor 3068, it will drive motor rotation axis
3066 rotations, and band 3064 is bi-directionally connected by the drive of recessed sheave 3065 and is rotated synchronously with fovea superior sheave 30610, in fovea superior
Under the action of sheave 30610, make its horizontal drive shaft 3062 that its oblique latch wheel 3061 be driven to rotate, to make it be driven latch wheel
3056 drive convex block guide plate 3057 to rotate, and under the action of convex block guide plate 3057, its 3055 gap of interval fifth wheel is made to rotate,
And make it that driving wheel 3054 be supported to rotate, drive No.1 guide rod 3044 to run so as to make it connect guide wheel 3052, and final
It allows secondly number guide plate 3043 drives No. four guide rods 3047 to rotate, under the action of groove guide block 3049, it be made to be connected and fixed
Block 3027 can move up and down, under the action of the first drive link 3026 and the second drive link 3028, it be allowed to be bi-directionally connected
3029 normal rotations are taken turns, and under the action of rotating transverse slat 30211, vertical groove axis 3023 is allowed to drive 3024 turns of screw thread vertical pivot bar
It is dynamic, to enable its screw thread horizontal axis bar 3025 that threaded support wheel 3116 effectively to be driven to rotate, and its latch is finally allowed to be driven
Band 3111 drives its outer latch guide wheel 3115 to rotate under the action of the first guide wheel 3112 and the second guide wheel 3118, to make it scrape
Expect that clear flitch 10 can follow support leather rope band 3016 to move right, and at this point, power-off protector 309 will make its individual motor
3068 run out of steam, and allow the clear flitch of its scraper 10 that support leather rope band 3016 can be followed to move downward, to make its scraper clear
Flitch 10 being capable of effective left and right scratch-off material.
Problems solved by the invention in the prior art, equipment vehicle carry out discharge operation, because can deliver cement or some
The viscous preferable material of stickiness usually has lot of materials and is sticky on dump skip when carrying out discharge operation, and equipment can not be certainly
Material is quickly carried out unsticking operation by row, and staff will be needed to carry out manpower removing at this time, not only influence its staff's
Workload and material is wasted to a certain extent, more inconvenient, the present invention is combined with each other by above-mentioned component, by equipment
Quick material clearing device is increased, when equipment vehicle is transported through the preferable material of its viscous stickiness, equipment can quickly and voluntarily
The unsticking operation for carrying out material not only alleviates the workload of staff and greatly saves to ensure the removing of material
Material is more practical.
Above only describes the basic principles and preferred embodiment of the present invention, and those skilled in the art can be according to foregoing description
Many changes may be made and improves, these changes and improvements should belong to the scope of protection of the present invention.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of dumper quickly discharging material debonding device, structure includes isolation limiting plate (1), the first supporting baffle (2), quickly
Material-clearing device (3), the second supporting baffle (4), movable buckle device (5), flapper (6), support buffer stopper (7), support protection
Bottom plate (8), third supporting baffle (9), the clear flitch of scraper (10), it is characterised in that:
The right end of the isolation limiting plate (1) is welded in the upper end of the first supporting baffle (2), first supporting baffle (2)
Lower end is installed in the left end of support protection bottom plate (8), and the rear and front end of the support protection bottom plate (8) is mechanically connected to third branch
The lower end of spacer plate (9) and the second supporting baffle (4), the outer surface of the third supporting baffle (9) and the second supporting baffle (4)
For clearance fit in the inner wall of support buffer stopper (7), the rear and front end of first supporting baffle (2) is welded in third supporting baffle
(9) with the left end of the second supporting baffle (4), the third supporting baffle (9) and the right end upside of the second supporting baffle (4) are mechanical
It is connected to the lower end of movable buckle device (5), the inner wall of the movable buckle device (5) is installed in the upper end of flapper (6), described
The lower gap of flapper (6) is matched with the right end of support protection bottom plate (8), the upper surface of the support protection bottom plate (8)
It is affixed the lower end together in the clear flitch of scraper (10), the rear end of the clear flitch of scraper (10) is welded in quick material clearing device (3)
The rear end of front end, the quick material clearing device (3) is welded in the downside of the second supporting baffle (4) front end;
The quick material clearing device (3) includes reciprocal belt mechanism (301), interval buffer gear (302), ballistic support shell
(303), more bar transmission mechanisms (304), gear supporting mechanism (305), motor transmission mechanism (306), electric power connection line (307),
Control connector (308), power-off protector (309), support limit transverse slat (310), latch bindiny mechanism (311);
Pass through the left end phase of electric power connection line (307) and power-off protector (309) on the upside of the right end of the control connector (308)
Connection, the right end downside of the control connector (308) and the left end of motor transmission mechanism (306) pass through electric power connection line
(307) it is connected, the right end of the motor transmission mechanism (306) is meshed in the left end of gear supporting mechanism (305), the tooth
Be installed in the lower end of more bar transmission mechanisms (304) on the right side of wheel supporting mechanism (305), more bar transmission mechanisms (304) it is upper
End is mechanically connected to the right end of interval buffer gear (302), left end and the latch bindiny mechanism of the interval buffer gear (302)
(311) it is meshed on the upside of right end, the left end of the latch bindiny mechanism (311) is installed in reciprocal belt mechanism (301) left end
Downside, the upper surface of the reciprocal belt mechanism (301) is welded in the lower end of the clear flitch of scraper (10), and the support limit is horizontal
The left end of plate (310) is welded in the left end of ballistic support shell (303) inner wall, and the outer surface of the control connector (308) is passed through
It is through at the lower end of ballistic support shell (303) left end, the outer surface of the clear flitch of scraper (10) is through ballistic support shell
(303) upper end.
2. a kind of dumper quickly discharging material debonding device as described in claim 1, it is characterised in that:The motor transmission mechanism
(306) by oblique latch wheel (3061), horizontal drive shaft (3062), axis supporting block (3063), be bi-directionally connected band (3064), lower groove
Take turns (3065), motor rotation axis (3066), motor terminal (3067), individual motor (3068), motor support pedestal (3069), on
Drop center wheel (30610) forms, and the left end of the individual motor (3068) is equipped with power-off protector (309), the individual motor
(3068) upper end is installed in the lower end of motor terminal (3067), and the lower end of the individual motor (3068) is welded in motor support
The lower end of the upper end of pedestal (3069), the motor support pedestal (3069) is welded under ballistic support shell (303) inner wall
End, the right end of the individual motor (3068) are mechanically connected to the left side of motor rotation axis (3066), the motor rotation axis
(3066) right end is installed in the left end of recessed sheave (3065), outer surface and the fovea superior sheave of the recessed sheave (3065)
(30610) outer surface is connected by being bi-directionally connected band (3064), and the right end of the fovea superior sheave (30610) is welded in transverse direction
The left end of transmission shaft (3062), the right end of the horizontal drive shaft (3062) is installed in the left end of oblique latch wheel (3061), described
The outer surface clearance fit of horizontal drive shaft (3062) is in the lower end of axis supporting block (3063) inner wall, the horizontal drive shaft
(3062) right end is meshed in the left end of gear supporting mechanism (305).
3. a kind of dumper quickly discharging material debonding device as claimed in claim 1 or 2, it is characterised in that:The gear support
Mechanism (305) by guide wheel supporting rod (3051), connection guide wheel (3052), lower connection belt (3053), support driving wheel (3054),
Interval fifth wheel (3055), transmission latch wheel (3056), convex block guide plate (3057) composition, the right side of the horizontal drive shaft (3062)
End is meshed in the outer surface of transmission latch wheel (3056), and the front end of the transmission latch wheel (3056) is welded in convex block guide plate
(3057) rear end, the left and right ends clearance fit of the convex block guide plate (3057) in the outer surface of interval fifth wheel (3055),
The right end of the interval fifth wheel (3055) is installed in the outside of support driving wheel (3054) front end, the support driving wheel
(3054) front end is connected with the front end for connecting guide wheel (3052) by lower connection belt (3053), the connection guide wheel
(3052) rear and front end is mechanically connected to the left end of guide wheel supporting rod (3051).
4. a kind of dumper quickly discharging material debonding device as described in claim 1, it is characterised in that:More bar transmission mechanisms
(304) it is buffered by No. three guide rods (3041), guide rod supports block (3042), No. two guide plates (3043), No.1 guide rod (3044), support
Block (3045), buffering link block (3046), No. four guide rods (3047), center stock (3048), groove guide block (3049), pressure bullet
Spring (30410) forms, and the upper end of the No.1 guide rod (3044) is installed in the lower end of No. two guide plates (3043), No. two guide plates
(3043) upper mechanical is connected to the left end of No. three guide rods (3041), and the right end of No. three guide rods (3041) is movably connected on
The left end of guide rod supports block (3042) is installed in the right side of No. four guide rods (3047) in the middle part of No. two guide plates (3043) front end
End, the left end of No. four guide rods (3047) are movably connected on the right end of groove guide block (3049), the groove guide block (3049)
Inner wall clearance fit in the outer surface of center stock (3048), the lower end of the center stock (3048) is installed in buffering connection
The lower mechanical of the lower end of block (3046), the buffering link block (3046) is connected to the upper end of support buffer stopper (3045), institute
The lower end for stating support buffer stopper (3045) is welded in the right side of support limit transverse slat (310) upper end, the center stock (3048)
Upper end be equipped with compression spring (30410), the upper mechanical of the compression spring (30410) is connected to interval buffer gear
(302) downside of right end.
5. a kind of dumper quickly discharging material debonding device as described in claim 1 or 4, it is characterised in that:The interval buffering
Mechanism (302) is by limit fixing bearing (3021), fixed axostyle (3022), vertical groove axis (3023), screw thread vertical pivot bar
(3024), screw thread horizontal axis bar (3025), the first drive link (3026), connection fixing block (3027), the second drive link (3028), double
It is formed to fifth wheel (3029), groove activity guide block (30210), rotation transverse slat (30211), the compression spring (30410)
Upper mechanical is connected to the lower end of connection fixing block (3027), and the upper end of the connection fixing block (3027) is movably connected on first
The upper end of the lower end of drive link (3026), first drive link (3026) is installed in the upper end of the second drive link (3028), institute
It states the lower end of the second drive link (3028) and is connected with being bi-directionally connected on the outside of wheel (3029) rear end, it is described to be bi-directionally connected wheel
(3029) right end of rotation transverse slat (30211), the left end machine of the rotation transverse slat (30211) are movably connected on the outside of front end
Tool is connected to the right end of groove activity guide block (30210), and the left side clearance fit of the groove activity guide block (30210) is in vertical
The lower end of the right end of groove axis (3023), the vertical groove axis (3023) passes through fixed axostyle (3022) and limit fixing bearing
(3021) it is connected, the upper end of the vertical groove axis (3023) is welded in the lower end of screw thread vertical pivot bar (3024), the screw thread
The outer surface of vertical pivot bar (3024) is meshed in the right surface of screw thread horizontal axis bar (3025).
6. a kind of dumper quickly discharging material debonding device as described in claim 1, it is characterised in that:The latch bindiny mechanism
(311) by latch transmission belt (3111), the first guide wheel (3112), No.1 supporting rod (3113), upper connection belt (3114), wild card
Tooth guide wheel (3115), threaded support wheel (3116), No. two supporting rods (3117), the second guide wheel (3118) composition, the screw thread branch
The outer surface of support wheel (3116) is affixed the upper end together in latch transmission belt (3111) inner wall, the appearance of first guide wheel (3112)
Face is connected by latch transmission belt (3111) with the outer surface of the second guide wheel (3118), second guide wheel (3118) it is front and back
Both ends are mechanically connected to the upper end of No. two supporting rods (3117), and the lower end of No. two supporting rods (3117) is welded in support limit
The upper end of transverse slat (310), the first guide wheel (3112) rear and front end are mechanically connected to the right end of No.1 supporting rod (3113), institute
The outer surface for stating latch transmission belt (3111) is meshed in the outer surface of outer latch guide wheel (3115), the outer latch guide wheel
(3115) front end on the downside of upper connection belt (3114) and reciprocal belt mechanism (301) left end by being connected.
7. a kind of dumper quickly discharging material debonding device as described in claim 1 or 6, it is characterised in that:The reciprocal belt
Mechanism (301) is by left support bar (3011), left connection pulley (3012), No.1 driven pedrail (3013), left support guide wheel
(3014), the first rich rope sheave (3015), support leather rope band (3016), the second rich rope sheave (3017), right support guide wheel (3018), two
Number driven pedrail (3019), right connection pulley (30110), right support bar (30111) composition, the left connection pulley (3012)
Rear and front end is mechanically connected to the left end of left support bar (3011), and the outer surface of the left connection pulley (3012) is passed by No.1
Dynamic crawler belt (3013) is connected with the front end of left support guide wheel (3014), outer surface and the right branch of the left support guide wheel (3014)
The outer surface of support guide wheel (3018) is by supporting leather rope band (3016) to be connected, the first rich rope sheave (3015) and the second rich rope
The outer surface for taking turns (3017) is equipped with support leather rope band (3016), and the front end of the right support guide wheel (3018) is carried out by No. two transmissions
Band (3019) is connected with the outer surface of right support bar (30111), the rear and front end mechanical connection of the right support bar (30111)
In the left end of right connection pulley (30110).
8. a kind of dumper quickly discharging material debonding device as described in claim 1, it is characterised in that:The connection guide wheel
(3052) lower end of No.1 guide rod (3044), the left surface phase of the screw thread horizontal axis bar (3025) are mechanically connected on the outside of front end
It is engaged in the outside of threaded support wheel (3116) rear end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810481266.0A CN108689186B (en) | 2018-05-18 | 2018-05-18 | Quick unloading and debonding device for dumper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810481266.0A CN108689186B (en) | 2018-05-18 | 2018-05-18 | Quick unloading and debonding device for dumper |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108689186A true CN108689186A (en) | 2018-10-23 |
| CN108689186B CN108689186B (en) | 2020-11-03 |
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ID=63846993
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810481266.0A Active CN108689186B (en) | 2018-05-18 | 2018-05-18 | Quick unloading and debonding device for dumper |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113460610A (en) * | 2021-07-01 | 2021-10-01 | 河北鼎星水泥有限公司 | Buggy processing is with material conveying equipment who prevents sticking dun |
| CN117549700A (en) * | 2024-01-12 | 2024-02-13 | 遵化市浦项保护链制造有限公司 | Wheeled vehicle armor device that gets rid of poverty |
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| JPH0198527A (en) * | 1987-10-09 | 1989-04-17 | Kyokuto Kaihatsu Kogyo Co Ltd | Unloading device in freight-train car |
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| CN117549700A (en) * | 2024-01-12 | 2024-02-13 | 遵化市浦项保护链制造有限公司 | Wheeled vehicle armor device that gets rid of poverty |
| CN117549700B (en) * | 2024-01-12 | 2024-03-22 | 遵化市浦项保护链制造有限公司 | Wheeled vehicle armor device that gets rid of poverty |
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| Publication number | Publication date |
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| CN108689186B (en) | 2020-11-03 |
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