CN108584793A - A kind of novel cargo automatic dischargingapparatus - Google Patents
A kind of novel cargo automatic dischargingapparatus Download PDFInfo
- Publication number
- CN108584793A CN108584793A CN201810456901.XA CN201810456901A CN108584793A CN 108584793 A CN108584793 A CN 108584793A CN 201810456901 A CN201810456901 A CN 201810456901A CN 108584793 A CN108584793 A CN 108584793A
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- China
- Prior art keywords
- support
- bar
- wheel
- supporting rod
- welded
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66F—HOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
- B66F7/00—Lifting frames, e.g. for lifting vehicles; Platform lifts
- B66F7/22—Lifting frames, e.g. for lifting vehicles; Platform lifts with tiltable platforms
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66F—HOISTING, LIFTING, HAULING OR PUSHING, NOT OTHERWISE PROVIDED FOR, e.g. DEVICES WHICH APPLY A LIFTING OR PUSHING FORCE DIRECTLY TO THE SURFACE OF A LOAD
- B66F7/00—Lifting frames, e.g. for lifting vehicles; Platform lifts
- B66F7/28—Constructional details, e.g. end stops, pivoting supporting members, sliding runners adjustable to load dimensions
Abstract
The invention discloses a kind of novel cargo automatic dischargingapparatus, its structure includes unloading support platform, platform extension apparatus, reflecting at night plate, side shutter, pedestal vertical supporting rod, hydraulic pressure support bar, support post, pedestal support rail, middle part bracing piece, limit connection cross bar, extends flat short slab, there are two pedestal vertical supporting rod is set and rear and front end is welded in the lower end of support post, the left and right ends of pedestal support rail are installed in the lower end of support post, beneficial effects of the present invention：By increasing platform extension apparatus in equipment, make its equipment when needing cargo in higher place unloading, the length of the landing platform of its equipment can be extended, its equipment is set more effectively to unload, it is more practical to ensure that the unloading of cargo is safe and greatly improves the rate of discharging of equipment.
Description
Technical field
The present invention is a kind of novel cargo automatic dischargingapparatus, belongs to cargo unloading automated machine field.
Background technology
Easing gear is beginning and end of the material in facility circulation program.Platform is in filling unloading operation, to even
Goods-receiving table is connected Bridge Design with truck tail gap.Various types of truck tail is higher or lower than load bed.Handling
Platform can rise and decline overlap joint to truck tail, and such fork truck can freely come in and go out, and lorry progress is safe, smoothly transports
Operation.
In the prior art, equipment carry out cargo unloading operation when, when encounter vehicle it is higher when, equipment will need larger
Angle of inclination, at this point, cargo decrease speed will be very fast, be easy to cause the damage of cargo to meet height of car, and set
It is standby to adjust its panel length, to make the reduction of its cargo decrease speed, do not simply fail to that its equipment is made quickly to unload and be easy
The damage of cargo is caused, 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 novel cargo automatic dischargingapparatus, with
Solve in the prior art, equipment when carrying out the unloading operation of cargo, when encounter vehicle it is higher when, equipment will need larger to incline
Rake angle at this point, cargo decrease speed will be very fast, be easy to cause the damage of cargo to meet height of car, and equipment without
Method adjusts its panel length, to make the reduction of its cargo decrease speed, does not simply fail to that its equipment is made quickly to unload and be easy to cause
The damage of cargo, more inconvenient problem.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of novel cargo is automatic
Easing gear, structure are perpendicular including unloading support platform, platform extension apparatus, reflecting at night plate, side shutter, pedestal support
Bar, support post, pedestal support rail, middle part bracing piece, limit connection cross bar, extends flat short slab, the bottom at hydraulic pressure support bar
There are two seat supports montant is set and rear and front end is welded in the lower end of support post, the left and right ends dress of the pedestal support rail
Set on the lower end of support post, the support post set there are four and upper end be welded in limit connection cross bar lower end, the limit
The upper mechanical of position connection cross bar is connected to the lower end stated and extend flat short slab, and the rear robot for extending flat short slab, which is connected to, unloads
The left and right ends of the lower end of goods support platform, the unloading support platform are mechanically connected to the inner wall of reflecting at night plate, the night
Between the lower gap of reflector be matched with the upper end of side shutter, the side shutter set there are two and inner wall upper end weldering
The left and right ends of unloading support platform are connected to, the lower end on rear side of the unloading support platform is welded in the upper end of platform extension apparatus
And be integrated, the left and right ends of middle part bracing piece, the middle part are installed in the middle part of the pedestal vertical supporting rod inner wall
The upper end of bracing piece is movably connected on the lower end of hydraulic pressure support bar, the hydraulic pressure support bar set there are two and upper end be installed in unloading
The lower end of support platform, the platform extension apparatus include gear bindiny mechanism, motor transmission mechanism, power connector end mouth, become
Galvanic electricity source, power cord, ballistic support shell, pressure-button, induction bindiny mechanism, roller transmission mechanism, more bar supporting mechanisms, face
Plate control mechanism extends support tablet, and the left end of the pressure-button is mechanically connected to the right end of induction bindiny mechanism, the sense
Answer the left side clearance fit of bindiny mechanism in the right side of roller transmission mechanism lower end, the outer surface of the pressure-button is through anti-
The downside of support housing right end is protected, the upper end on the left of the roller transmission mechanism is installed in the lower end on the left of more bar supporting mechanisms,
The right side of more bar supporting mechanisms is connected with the lower end of motor transmission mechanism, passes through electricity on the right side of the motor transmission mechanism
Source line is connected with the lower end of Flow varying power supply, and the upper end of the Flow varying power supply is equipped with power connector end mouth, the power connector end
Through the right side of ballistic support shell upper end, the left end of the motor transmission mechanism is meshed to be connected in gear for the outer surface of mouth
The right side of mechanism, the front end on the left of the gear bindiny mechanism are meshed in the right side rear end of panel control mechanism, the panel
Through the middle part of ballistic support shell left end, the left end of the panel control mechanism is meshed in prolonging for the outer surface of control mechanism
The right side of support tablet is stretched, the induction bindiny mechanism and the lower end of roller transmission mechanism are welded in ballistic support outer casing inner wall
Lower end.
Further, the induction bindiny mechanism is led by extension supporting rod, compression spring, spring retainer block, inductance balance
Plate is bi-directionally connected guide plate, support balance guide plate, limited support cross bar, cross bar limit auxiliary wheel composition, the pressure-button left end
Upside be welded in the right end for extending supporting rod, the right side of compression spring is installed on the downside of the pressure-button left end, it is described
The left end of compression spring is mechanically connected to the right side of spring retainer block, and the lower end of the spring retainer block is welded in outside ballistic support
The downside of shell inner wall, the left side clearance fit for extending supporting rod in the right side of inductance balance guide plate, lead by the inductance balance
By the front side for being bi-directionally connected guide plate with supporting balance guide plate lower end, the left side of the support balance guide plate is lived for the front side of plate lower end
The upper and lower ends clearance fit of the dynamic right end for being connected to limited support cross bar, the limited support cross bar limits auxiliary wheel in cross bar
Outer surface.
Further, the roller transmission mechanism by upper supporting lug, back-up roller wheel, roller supporting bar, left support convex block,
No.1 connecting rod, No. two connecting rods are bi-directionally connected guide block, No. three connecting rod compositions, and the lower end of the upper supporting lug is welded in
It the upper end of back-up roller wheel and is integrated, the left end of the back-up roller wheel is mechanically connected to the right side of left support convex block, institute
The rear and front end for stating back-up roller wheel is mechanically connected to the upper end of roller supporting bar, and the lower end of the roller supporting bar is welded in protection
The left end of the lower end of support housing inner wall, the left support convex block is installed in the right end of No.1 connecting rod, the No.1 connecting rod
Left end be movably connected on the lower ends of No. two connecting rods, the middle part of No. two connecting rod front ends in No.1 connecting rod front end
Portion is connected by No. three connecting rods, and the upper end of No. two connecting rods is movably connected on the lower end for being bi-directionally connected guide block, described
The upper mechanical for being bi-directionally connected guide block is connected to lower end on the left of more bar supporting mechanisms.
Further, more bar supporting mechanisms are led by first support bar, second support bar, third supporting rod, rope connection
Block, connecting rope, No.1 rope pulley, No. two rope pulleys, No. three rope pulleys, the 4th supporting rod, the lower terminal of the first support bar
Tool is connected to the upper end for being bi-directionally connected guide block, and the upper end of the first support bar is installed in the upper end of second support bar, and described
The lower end of two supporting rods is connected with the lower end of third supporting rod, before the middle part of the first support bar front end and third supporting rod
The middle part at end is connected by the 4th supporting rod, and the upper end of the third supporting rod is installed in the lower end of rope connection guide block, described
The upper end of rope connection guide block is equipped with connecting rope, the appearance that the outer surfaces of No. three rope pulleys passes through connecting rope and No. two rope pulleys
Face is connected, and the outer surface of the No.1 rope pulley is equipped with connecting rope.
Further, the motor transmission mechanism is by stretch cord, active conductive plate, fixed conductive plate, motor terminal, two-way
Motor, motor rotation axis, transmission bevel gear set are at the lower end on the right side of the active conductive plate is installed in the left end of stretch cord, institute
The right end for stating stretch cord is mechanically connected to the right side of ballistic support outer casing inner wall, and the upper end on the right side of the active conductive plate passes through electricity
Source line is connected with the lower end of Flow varying power supply, and the lower end of the Flow varying power supply is connected with the lower end of motor terminal by power cord
It connects, the lower end of the motor terminal is equipped with fixed conductive plate, and the upper end of the motor terminal is welded in the lower end of either-rotation motor, institute
The left side mechanical for stating either-rotation motor is connected to the right end of motor rotation axis, and the left end of the motor rotation axis is threadedly connected to transmission
Helical gear right side, the helical gear left end of transmission are meshed in the right side of gear bindiny mechanism upper end.
Further, the gear bindiny mechanism by latch supporting rod, transmission latch wheel, driving belt, conversion fifth wheel,
Connection support bar is threadedly coupled wheel, threaded support bar composition, and the right end for being driven latch wheel is meshed helical gear in being driven
The rear and front end of left end, the transmission latch wheel is mechanically connected to the lower end of latch supporting rod, the upper end of the latch supporting rod
It is welded in the upper end of ballistic support outer casing inner wall, the front end of the transmission latch wheel is with the front end of conversion fifth wheel by being driven skin
Band is connected, and the rear and front end of the conversion fifth wheel is mechanically connected to the right end of connection support bar, the conversion fifth wheel
Front end is connected by driving belt with the front end for being threadedly coupled wheel, and the rear and front end for being threadedly coupled wheel is mechanically connected to spiral shell
The left end of the right end of line supporting rod, the connection support bar and threaded support bar is welded in the left side of ballistic support outer casing inner wall.
Further, the panel control mechanism is by support transmission snap-gauge, half-thread transmission shaft, isolation limited block, screw thread
Connecting shaft forms, and is meshed in the rear side of half-thread transmission shaft right end, the half-thread on front side of the thread cnnecting shaft lower end
Outer surface clearance fit in the middle part of transmission shaft is in the inner wall of isolation limited block, and the outer surface of the isolation limited block is through protection
The middle part of support housing left end, the left end of the half-thread transmission shaft are threadedly connected to the right end of support transmission snap-gauge, the branch
The left end of support transmission snap-gauge is meshed in the right end for extending support tablet.
Further, the outer surface of ballistic support shell upper end is welded in the lower end on rear side of unloading support platform, institute
The upper surface clearance fit for extending support tablet is stated in the lower surface of unloading support platform.
Advantageous effect
A kind of novel cargo automatic dischargingapparatus of the present invention, when needing to carry out the unloading operation of cargo using equipment,
Goods vehicle first should be moved to designated position by staff, and the hydraulic pressure support bar lifting unloading support on control device is flat
Platform keeps its support platform of unloading concordant with goods vehicle, to which its cargo to be capable of to the unloading of sequence, and in goods vehicle
When higher, staff can control platform extension apparatus to carry out extending unloading support platform, when staff presses pressure-button
When, pressure-button will move downward, and to drive extension supporting rod to move downward, so that it is extended supporting rod and push induction
Balance guide plate be tilted to the right, and inductance balance guide plate, will by be bi-directionally connected guide plate drive support balance guide plate be tilted to the right, this
When limited in cross bar auxiliary wheel limitation drive under, limited support cross bar will push supporting lug to the left, and back-up roller wheel
It will rotate counterclockwise, and its left support convex block is driven to move downward, and under the drive of No.1 connecting rod and No. two connecting rods
It will be made to be bi-directionally connected guide block to move upwards, and being bi-directionally connected guide block will finally make its rope connection guide block to underdrive, and connect
Splicing will pull active conductive plates move downward along No.1 rope pulley and No. two rope pulleys and No. three rope pulleys, and it is final and
Fixed conductive plate is connected, can either-rotation motor be connected by power cord with Flow varying power supply, either-rotation motor will at this time
Proper motion rotates, and to drive motor rotation axis and transmission helical gear, and allows it to be driven latch wheel belt turn and changes fifth wheel, and
Make it be threadedly coupled wheel to rotate under the connection of driving belt, and being threadedly coupled wheel will be such that its thread cnnecting shaft rotates, to
So that it is completely cut off limited block drives support to be driven snap-gauge rotation, and finally allows support transmission snap-gauge that extension support tablet is driven to extend,
So as to preferably unload, and when needing to extend support tablet recycling, staff can control Flow varying power supply to make its electric current
On the contrary, at this point, either-rotation motor will rotate backward, to make its extension support tablet inwardly recycle：By increasing in equipment
Platform extension apparatus makes its equipment when needing cargo in higher place unloading, can extend the landing platform of its equipment
Length, so that its equipment is more effectively unloaded, to ensure cargo unloading safety with greatly improve unloading for equipment
Goods speed, it 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 novel cargo automatic dischargingapparatus of the present invention.
Fig. 2 is a kind of structural schematic diagram of the working condition of novel cargo automatic dischargingapparatus of the present invention.
Fig. 3 is a kind of structural schematic diagram one of the platform extension apparatus of novel cargo automatic dischargingapparatus of the present invention.
Fig. 4 is a kind of structural schematic diagram two of the platform extension apparatus of novel cargo automatic dischargingapparatus of the present invention.
Fig. 5 is the working state structure schematic diagram of platform extension apparatus of the present invention.
In figure：Unloading support platform -1, platform extension apparatus -2, reflecting at night plate -3, side shutter -4, pedestal support
Montant -5, support post -7, pedestal support rail -8, middle part bracing piece -9, limit connection cross bar -10, prolongs at hydraulic pressure support bar -6
Be stretched flat short slab -11, gear bindiny mechanism -201, motor transmission mechanism -202, power connector end mouth -203, Flow varying power supply -204,
It is power cord -205, ballistic support shell -206, pressure-button -207, induction bindiny mechanism -209, roller transmission mechanism -210, more
Bar supporting mechanism -211, panel control mechanism -213 extend support tablet -214, extend supporting rod -2091, compression spring -
2092, spring retainer block -2093, inductance balance guide plate -2094, be bi-directionally connected guide plate -2095, support balance guide plate -2096, limit
Position support rail -2097, cross bar limit auxiliary wheel -2098, upper supporting lug -2101, back-up roller wheel -2102, roller supporting bar -
2103, left support convex block -2104, -2105, No. two connecting rods -2106 of No.1 connecting rod, be bi-directionally connected guide block -2107, No. three companies
Extension bar -2108, second support bar -2112, third supporting rod -2113, rope connection guide block -2114, connects first support bar -2111
Splicing -2115, -2116, No. two rope pulleys -2117 of No.1 rope pulley, No. three rope pulleys -2118, the 4th supporting rod -2119, bullet
Power rope -2021, active conductive plate -2022, fixed conductive plate -2023, motor terminal -2024, either-rotation motor -2025, motor turn
Moving axis -2026, transmission helical gear -2027, latch supporting rod -2011, transmission latch wheel -2012, driving belt -2013, conversion
Fifth wheel -2014, connection support bar -2015 are threadedly coupled wheel -2016, threaded support bar -2017, support transmission snap-gauge -
2131, half-thread transmission shaft -2132, isolation limited block -2133, thread cnnecting shaft -2134.
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. 5, the present invention provides a kind of novel cargo automatic dischargingapparatus：Its structure includes unloading branch
Support platform 1, platform extension apparatus 2, reflecting at night plate 3, side shutter 4, pedestal vertical supporting rod 5, hydraulic pressure support bar 6, support
Column 7, middle part bracing piece 9, limit connection cross bar 10, extends flat short slab 11, the pedestal vertical supporting rod 5 at pedestal support rail 8
If there are two and rear and front end is welded in the lower end of support post 7, and the left and right ends of the pedestal support rail 8 are installed in support
The lower end of column 7, the support post 7 set there are four and upper end be welded in the lower end of limit connection cross bar 10, limit company
The upper mechanical for connecing cross bar 10 is connected to the lower end stated and extend flat short slab 11, and the rear robot for extending flat short slab 11 is connected to
The left and right ends of the lower end for support platform 1 of unloading, the unloading support platform 1 are mechanically connected to the inner wall of reflecting at night plate 3, institute
The lower gap for stating reflecting at night plate 3 is matched with the upper end of side shutter 4, the side shutter 4 set there are two and inner wall
Upper end be welded in the left and right ends of unloading support platform 1, the lower end of unloading support platform 1 rear side is welded in platform extension
It the upper end of device 2 and is integrated, the left and right of middle part bracing piece 9 is installed in the middle part of 5 inner wall of pedestal vertical supporting rod
The upper end at both ends, the middle part bracing piece 9 is movably connected on the lower end of hydraulic pressure support bar 6, there are two the hydraulic pressure support bar 6 is set
And upper end is installed in the lower end of unloading support platform 1, the platform extension apparatus 2 includes gear bindiny mechanism 201, motor drive
Mechanism 202, power connector end mouth 203, Flow varying power supply 204, power cord 205, ballistic support shell 206, pressure-button 207, sense
It answers bindiny mechanism 209, roller transmission mechanism 210, more bar supporting mechanisms 211, panel control mechanism 213, extend support tablet
214, the left end of the pressure-button 207 is mechanically connected to the right end of induction bindiny mechanism 209, the induction bindiny mechanism 209
Left side clearance fit in the right side of 210 lower end of roller transmission mechanism, the outer surface of the pressure-button 207 is through protection branch
The downside of 206 right end of shell is supportted, the upper end in 210 left side of the roller transmission mechanism is installed in 211 left side of more bar supporting mechanisms
The right side of lower end, more bar supporting mechanisms 211 is connected with the lower end of motor transmission mechanism 202, the motor transmission mechanism
202 right side is connected by power cord 205 with the lower end of Flow varying power supply 204, and the upper end of the Flow varying power supply 204 is equipped with power supply
Connectivity port 203, the outer surface of the power connector end mouth 203 is through the right side of 206 upper end of ballistic support shell, the electricity
The left end of machine transmission mechanism 202 is meshed before the right side of gear bindiny mechanism 201,201 left side of the gear bindiny mechanism
End is meshed in the right side rear end of panel control mechanism 213, and the outer surface of the panel control mechanism 213 is through ballistic support
The left end at the middle part of 206 left end of shell, the panel control mechanism 213 is meshed in the right side for extending support tablet 214, described
The lower end of induction bindiny mechanism 209 and roller transmission mechanism 210 is welded in the lower end of 206 inner wall of ballistic support shell, the sense
Answer bindiny mechanism 209 by extension supporting rod 2091, compression spring 2092, spring retainer block 2093, inductance balance guide plate 2094, double
It is formed to connection guide plate 2095, support balance guide plate 2096, limited support cross bar 2097, cross bar limit auxiliary wheel 2098, it is described
The right end for extending supporting rod 2091, the downside installing of 207 left end of the pressure-button are welded on the upside of 207 left end of pressure-button
In the right side of compression spring 2092, the left end of the compression spring 2092 is mechanically connected to the right side of spring retainer block 2093, institute
The lower end for stating spring retainer block 2093 is welded in the downside of 206 inner wall of ballistic support shell, the left side for extending supporting rod 2091
Side clearance is matched with the right side of inductance balance guide plate 2094, and the front side of 2094 lower end of inductance balance guide plate is by being bi-directionally connected
The left side of the front side of guide plate 2095 and 2096 lower end of support balance guide plate, the support balance guide plate 2096 is movably connected on limit
The upper and lower ends clearance fit of the right end of support rail 2097, the limited support cross bar 2097 limits auxiliary wheel 2098 in cross bar
Outer surface, the roller transmission mechanism 210 is by upper supporting lug 2101, back-up roller wheel 2102, roller supporting bar 2103, left branch
Support 2105, No. two convex block 2104, No.1 connecting rod connecting rods 2106 are bi-directionally connected 2107, No. three compositions of connecting rods 2108 of guide block,
The lower end of the upper supporting lug 2101 is welded in the upper end of back-up roller wheel 2102 and is integrated, the back-up roller wheel
2102 left end is mechanically connected to the right side of left support convex block 2104, and the rear and front end of the back-up roller wheel 2102 is mechanically connected to
The lower end of the upper end of roller supporting bar 2103, the roller supporting bar 2103 is welded in the lower end of 206 inner wall of ballistic support shell,
The left end of the left support convex block 2104 is installed in the right end of No.1 connecting rod 2105, and the left end of the No.1 connecting rod 2105 is lived
The dynamic lower end for being connected to No. two connecting rods 2106, middle part and 2105 front end of No.1 connecting rod of 2106 front end of No. two connecting rods
Middle part be connected by No. three connecting rods 2108, the upper end of No. two connecting rods 2106, which is movably connected on, is bi-directionally connected guide block
2107 lower end, the upper mechanical for being bi-directionally connected guide block 2107 is connected to the lower end in 211 left side of more bar supporting mechanisms, described
More bar supporting mechanisms 211 by first support bar 2111, second support bar 2112, third supporting rod 2113, rope connection guide block 2114,
Connecting rope 2115, No.1 rope pulley 2116, two rope pulley 2117, three rope pulley 2118, the 4th supporting rod 2119, described
The lower mechanical of one supporting rod 2111 is connected to the upper end for being bi-directionally connected guide block 2107, the upper end dress of the first support bar 2111
Set on the upper end of second support bar 2112, the lower end of the second support bar 2112 is connected with the lower end of third supporting rod 2113
It connects, the middle part at the middle part and 2113 front end of third supporting rod of 2111 front end of the first support bar passes through 2119 phase of the 4th supporting rod
Connection, the upper end of the third supporting rod 2113 are installed in the lower end of rope connection guide block 2114, the rope connection guide block 2114
Upper end is equipped with connecting rope 2115, and the outer surfaces of No. three rope pulleys 2118 passes through connecting rope 2115 and No. two rope pulleys 2117
Outer surface is connected, and the outer surface of the No.1 rope pulley 2116 is equipped with connecting rope 2115, and the motor transmission mechanism 202 is by bullet
Power rope 2021, active conductive plate 2022, fixed conductive plate 2023, motor terminal 2024, either-rotation motor 2025, motor rotation axis
2026, transmission helical gear 2027 forms, and the lower end on 2022 right side of the active conductive plate is installed in the left end of stretch cord 2021, institute
The right end for stating stretch cord 2021 is mechanically connected to the right side of 206 inner wall of ballistic support shell, 2022 right side of the active conductive plate
Upper end be connected with the lower end of Flow varying power supply 204 by power cord 205, the lower end of the Flow varying power supply 204 and motor terminal
2024 lower end is connected by power cord 205, and the lower end of the motor terminal 2024 is equipped with fixed conductive plate 2023, the electricity
The upper end of generator terminal 2024 is welded in the lower end of either-rotation motor 2025, and the left side mechanical of the either-rotation motor 2025 is connected to motor
The right end of rotation axis 2026, the left end of the motor rotation axis 2026 is threadedly connected to the right side of transmission helical gear 2027, described
The left end of transmission helical gear 2027 is meshed in the right side of 201 upper end of gear bindiny mechanism, and the gear bindiny mechanism 201 is by card
Tooth supporting rod 2011, transmission latch wheel 2012, driving belt 2013, conversion fifth wheel 2014, connection support bar 2015, screw thread connect
Cock wheel 2016, threaded support bar 2017 form, and the right end of the transmission latch wheel 2012 is meshed in transmission helical gear 2027
The rear and front end of left end, the transmission latch wheel 2012 is mechanically connected to the lower end of latch supporting rod 2011, the latch support
The upper end of bar 2011 is welded in the upper end of 206 inner wall of ballistic support shell, and the front end of the transmission latch wheel 2012 connects with conversion
The front end of cock wheel 2014 is connected by driving belt 2013, and the rear and front end of the conversion fifth wheel 2014 is mechanically connected to company
Connect the right end of supporting rod 2015, the front end of the conversion fifth wheel 2014 is by driving belt 2013 and is threadedly coupled and takes turns 2016
Front end is connected, and the rear and front end for being threadedly coupled wheel 2016 is mechanically connected to the right end of threaded support bar 2017, the company
The left end for connecing supporting rod 2015 and threaded support bar 2017 is welded in the left side of 206 inner wall of ballistic support shell, the panel control
Mechanism 213 processed is by support transmission snap-gauge 2131, half-thread transmission shaft 2132, isolation limited block 2133,2134 groups of thread cnnecting shaft
At being meshed on front side of 2134 lower end of the thread cnnecting shaft in the rear side of 2132 right end of half-thread transmission shaft, the half-thread
The outer surface clearance fit at 2132 middle part of transmission shaft is in the inner wall of isolation limited block 2133, the appearance of the isolation limited block 2133
Face is threadedly connected to support and passes through the middle part of 206 left end of ballistic support shell, the left end of the half-thread transmission shaft 2132
The left end of the right end of dynamic snap-gauge 2131, the support transmission snap-gauge 2131 is meshed in the right end for extending support tablet 214, described
The outer surface of 206 upper end of ballistic support shell is welded in the lower end of 1 rear side of unloading support platform, and the extension supports tablet 214
Upper surface clearance fit in unloading support platform 1 lower surface.
Described in this patent, reflecting at night plate 3 be it is a kind of film has been made can direct applied reflecting material.Utilize glass
Glass pearl technology, microprism technology, synthetic resin technology, thin film technique and coating technology and microreplicated technology are made.Usually have white
Color, yellow, red, green, blue, brown, orange, fluorescent yellow, fluorescent orange, fluorescent yellow-green,
Carry out in use, staff should first confirm novel cargo automatic dischargingapparatus whether can normal use,
And whether platform extension apparatus 2 damages, and after confirming no problem, this equipment will can be used normally, need using equipment into
When the unloading operation of crudely-made articles object, goods vehicle first should be moved to designated position, and the hydraulic pressure branch on control device by staff
The lifting unloading support platform 1 of strut 6, keeps its support platform 1 of unloading concordant with goods vehicle, thus can be suitable by its cargo
The unloading of sequence, and when goods vehicle is higher, staff can control platform extension apparatus 2 to carry out extending unloading support platform 1,
When staff presses pressure-button 207, pressure-button 207 will move downward, to drive extend supporting rod 2091 to
Left movement enables it to extend supporting rod 2091 and inductance balance guide plate 2094 is pushed to be tilted to the right, and inductance balance guide plate 2094,
Support balance guide plate 2096 will be driven to be tilted to the right by being bi-directionally connected guide plate 2095, limit auxiliary wheel 2098 in cross bar at this time
Under limitation drives, limited support cross bar 2097 will push supporting lug 2101 to the left, and back-up roller wheel 2102 will the inverse time
Needle rotates, and its left support convex block 2104 is driven to move downward, and in the band of No.1 connecting rod 2105 and No. two connecting rods 2106
It will be made to be bi-directionally connected guide block 2107 under dynamic to move upwards, and its rope connection guide block will finally be made by being bi-directionally connected guide block 2107
2114 to underdrive, and connecting rope 2115 will be along No.1 rope pulley 2116 and No. two rope pulleys 2117 and No. three rope pulleys
2118 pulling active conductive plates 2022 move downward, and are finally connected with fixed conductive plate 2023, can either-rotation motor
2025 are connected with Flow varying power supply 204 by power cord 205, at this time either-rotation motor 2025 will proper motion rotation, to band
Dynamic motor rotation axis 2026 and transmission helical gear 2027, and allow it to be driven latch wheel 2012 and drive conversion fifth wheel 2014, and make
It is threadedly coupled wheel 2016 and is rotated under the connection of driving belt 2013, and its thread cnnecting shaft will be made by being threadedly coupled wheel 2016
2134 rotations rotate to make it completely cut off the drive support transmission snap-gauge 2131 of limited block 2133, and support are finally allowed to be driven snap-gauge
2131 drive extension support tablet 214 to extend, so as to preferably unload, and when needs extend and tablet 214 is supported to recycle,
Staff can control Flow varying power supply 204 to make its electric current on the contrary, at this point, either-rotation motor 2025 will rotate backward, to make it
Extend support tablet 214 inwardly to recycle.
In the prior art, equipment is higher when encountering vehicle when carrying out the unloading operation of cargo for problems solved by the invention
When, equipment will need larger angle of inclination, to meet height of car, at this point, cargo decrease speed will be very fast, be easy to make
At the damage of cargo, and equipment can not adjust its panel length, to make the reduction of its cargo decrease speed, not simply fail to that it is made to set
The standby damage for quickly unloading and be easy to causeing cargo, more inconvenient, the present invention is combined with each other by above-mentioned component, by setting
It is standby above to increase platform extension apparatus, make its equipment when needing cargo in higher place unloading, its equipment can be extended
The length of landing platform enables its equipment more effectively to unload, to ensure cargo unloading safety with greatly improve
The rate of discharging of equipment is more practical.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
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 novel cargo automatic dischargingapparatus, structure includes unloading support platform (1), platform extension apparatus (2), night
Between reflector (3), side shutter (4), pedestal vertical supporting rod (5), hydraulic pressure support bar (6), support post (7), pedestal support
Cross bar (8), limit connection cross bar (10), extends flat short slab (11) at middle part bracing piece (9), it is characterised in that：
There are two the pedestal vertical supporting rod (5) sets and rear and front end is welded in the lower end of support post (7), the pedestal support
The left and right ends of cross bar (8) are installed in the lower end of support post (7), the support post (7) set there are four and upper end be welded in
The lower end of limit connection cross bar (10), the upper mechanical of the limit connection cross bar (10), which is connected to state, extends flat short slab (11)
Lower end, the rear robot for extending flat short slab (11) are connected to the lower end of unloading support platform (1), the unloading support platform
(1) left and right ends are mechanically connected to the inner wall of reflecting at night plate (3), and the lower gap of the reflecting at night plate (3) is matched with
The upper end of side shutter (4), the side shutter (4) set there are two and the upper end of inner wall be welded in unloading support platform
(1) left and right ends, the lower end on rear side of unloading support platform (1) are welded in the upper end of platform extension apparatus (2) and are one
Body structure is installed in the left and right ends of middle part bracing piece (9), the middle part in the middle part of pedestal vertical supporting rod (5) inner wall
The upper end of bracing piece (9) is movably connected on the lower end of hydraulic pressure support bar (6), the hydraulic pressure support bar (6) set there are two and upper end
It is installed in the lower end of unloading support platform (1)；
The platform extension apparatus (2) includes gear bindiny mechanism (201), motor transmission mechanism (202), power connector end mouth
(203), Flow varying power supply (204), power cord (205), ballistic support shell (206), pressure-button (207), induction bindiny mechanism
(209), roller transmission mechanism (210), more bar supporting mechanisms (211), panel control mechanism (213), extension support tablet
(214)；
The left end of the pressure-button (207) is mechanically connected to the right end of induction bindiny mechanism (209), the induction bindiny mechanism
(209) left side clearance fit is passed through in the right side of roller transmission mechanism (210) lower end, the outer surface of the pressure-button (207)
It is through at the downside of ballistic support shell (206) right end, the upper end on the left of the roller transmission mechanism (210) is installed in more bar supports
The right side of lower end on the left of mechanism (211), more bar supporting mechanisms (211) is connected with the lower end of motor transmission mechanism (202)
It connects, the right side of the motor transmission mechanism (202) is connected by power cord (205) with the lower end of Flow varying power supply (204), described
The upper end of Flow varying power supply (204) is equipped with power connector end mouth (203), the outer surface of the power connector end mouth (203) through
The left end on the right side of ballistic support shell (206) upper end, the motor transmission mechanism (202) is meshed in gear bindiny mechanism
(201) right side, the front end on the left of the gear bindiny mechanism (201) are meshed behind the right side of panel control mechanism (213)
End, the outer surface of the panel control mechanism (213) is through the middle part of ballistic support shell (206) left end, the panel control
The left end of mechanism (213) processed is meshed in the right side for extending support tablet (214), the induction bindiny mechanism (209) and idler wheel
The lower end of transmission mechanism (210) is welded in the lower end of ballistic support shell (206) inner wall.
2. a kind of novel cargo automatic dischargingapparatus according to claim 1, it is characterised in that：The induction connection machine
Structure (209) by extension supporting rod (2091), compression spring (2092), spring retainer block (2093), inductance balance guide plate (2094),
It is bi-directionally connected guide plate (2095), support balance guide plate (2096), limited support cross bar (2097), cross bar limit auxiliary wheel (2098)
It forms, the right end for extending supporting rod (2091), the pressure-button is welded on the upside of pressure-button (207) left end
(207) right side of compression spring (2092) is installed on the downside of left end, the left end of the compression spring (2092) is mechanically connected to
The lower end on the right side of spring retainer block (2093), the spring retainer block (2093) is welded in ballistic support shell (206) inner wall
Downside, it is described extend supporting rod (2091) left side clearance fit in the right side of inductance balance guide plate (2094), the induction
The front side for balancing guide plate (2094) lower end balances the front side of guide plate (2096) lower end by being bi-directionally connected guide plate (2095) and support,
The right end of limited support cross bar (2097) is movably connected on the left of the support balance guide plate (2096), the limited support is horizontal
The upper and lower ends clearance fit of bar (2097) is in the outer surface of cross bar limit auxiliary wheel (2098).
3. a kind of novel cargo automatic dischargingapparatus according to claim 1, it is characterised in that：The idler wheel driver
Structure (210) is by upper supporting lug (2101), back-up roller wheel (2102), roller supporting bar (2103), left support convex block (2104), one
Number connecting rod (2105), No. two connecting rods (2106) are bi-directionally connected guide block (2107), No. three connecting rods (2108) compositions, described
The lower end of upper supporting lug (2101) is welded in the upper end of back-up roller wheel (2102) and is integrated, the back-up roller wheel
(2102) left end is mechanically connected to the right side of left support convex block (2104), the rear and front end machinery of the back-up roller wheel (2102)
It is connected to the upper end of roller supporting bar (2103), the lower end of the roller supporting bar (2103) is welded in ballistic support shell
(206) lower end of inner wall, the left end of the left support convex block (2104) are installed in the right end of No.1 connecting rod (2105), and described one
The left end of number connecting rod (2105) is movably connected on the lower end of No. two connecting rods (2106), No. two connecting rods (2106) front end
Middle part be connected by No. three connecting rods (2108) with the middle part of No.1 connecting rod (2105) front end, No. two connecting rods
(2106) upper end is movably connected on the lower end for being bi-directionally connected guide block (2107), the upper terminal for being bi-directionally connected guide block (2107)
Tool is connected to the lower end on the left of more bar supporting mechanisms (211).
4. a kind of novel cargo automatic dischargingapparatus according to claim 1 or 3, it is characterised in that：More bar branch
Support mechanism (211) is by first support bar (2111), second support bar (2112), third supporting rod (2113), rope connection guide block
(2114), connecting rope (2115), No.1 rope pulley (2116), No. two rope pulleys (2117), No. three rope pulleys (2118), the 4th
The lower mechanical of strut (2119), the first support bar (2111) is connected to the upper end for being bi-directionally connected guide block (2107), described
The upper end of first support bar (2111) is installed in the upper end of second support bar (2112), the lower end of the second support bar (2112)
It is connected with the lower end of third supporting rod (2113), middle part and the third supporting rod of first support bar (2111) front end
(2113) middle part of front end is connected by the 4th supporting rod (2119), and the upper end of the third supporting rod (2113) is installed in rope
The lower end of guide block (2114) is connected, the upper end of the rope connection guide block (2114) is equipped with connecting rope (2115), and No. three ropes are slided
The outer surface of wheel (2118) is connected by connecting rope (2115) with the outer surface of No. two rope pulleys (2117), and the No.1 rope is slided
The outer surface for taking turns (2116) is equipped with connecting rope (2115).
5. a kind of novel cargo automatic dischargingapparatus according to claim 1, it is characterised in that：The motor drive machine
Structure (202) is by stretch cord (2021), active conductive plate (2022), fixed conductive plate (2023), motor terminal (2024), two-way electricity
Machine (2025), motor rotation axis (2026), transmission helical gear (2027) form, the lower end on the right side of the active conductive plate (2022)
It is installed in the left end of stretch cord (2021), the right end of the stretch cord (2021) is mechanically connected in ballistic support shell (206)
The right side of wall, the lower end phase that the upper end on the right side of the active conductive plate (2022) passes through power cord (205) and Flow varying power supply (204)
Connection, the lower end of the Flow varying power supply (204) is connected with the lower end of motor terminal (2024) by power cord (205), described
The lower end of motor terminal (2024) is equipped with fixed conductive plate (2023), and the upper end of the motor terminal (2024) is welded in two-way electricity
The left side mechanical of the lower end of machine (2025), the either-rotation motor (2025) is connected to the right end of motor rotation axis (2026), described
The left end of motor rotation axis (2026) is threadedly connected to the right side of transmission helical gear (2027), the transmission helical gear (2027)
Left end is meshed in the right side of gear bindiny mechanism (201) upper end.
6. a kind of novel cargo automatic dischargingapparatus according to claim 1 or 5, it is characterised in that：The gear connects
Connection mechanism (201) is by latch supporting rod (2011), transmission latch wheel (2012), driving belt (2013), conversion fifth wheel
(2014), connection support bar (2015), threaded connection wheel (2016), threaded support bar (2017) composition, the transmission latch wheel
(2012) right end is meshed in the left end of transmission helical gear (2027), the rear and front end machinery of the transmission latch wheel (2012)
It is connected to the lower end of latch supporting rod (2011), the upper end of the latch supporting rod (2011) is welded in ballistic support shell
(206) upper end of inner wall, the front end of the transmission latch wheel (2012) is with the front end of conversion fifth wheel (2014) by being driven skin
Band (2013) is connected, and the rear and front end of the conversion fifth wheel (2014) is mechanically connected to the right side of connection support bar (2015)
The front end at end, the conversion fifth wheel (2014) is connected by driving belt (2013) with the front end for being threadedly coupled wheel (2016)
It connects, the rear and front end for being threadedly coupled wheel (2016) is mechanically connected to the right end of threaded support bar (2017), the connection branch
Strut (2015) and the left end of threaded support bar (2017) are welded in the left side of ballistic support shell (206) inner wall.
7. a kind of novel cargo automatic dischargingapparatus according to claim 1, it is characterised in that：The panel control machine
Structure (213) is by support transmission snap-gauge (2131), half-thread transmission shaft (2132), isolation limited block (2133), thread cnnecting shaft
(2134) it forms, is meshed after half-thread transmission shaft (2132) right end on front side of thread cnnecting shaft (2134) lower end
Side, outer surface clearance fit in the middle part of the half-thread transmission shaft (2132) in the inner wall of isolation limited block (2133), it is described every
The outer surface of exhausted limited block (2133) is through the middle part of ballistic support shell (206) left end, the half-thread transmission shaft
(2132) left end is threadedly connected to the right end of support transmission snap-gauge (2131), the left end phase of the support transmission snap-gauge (2131)
It is engaged in the right end for extending support tablet (214).
8. a kind of novel cargo automatic dischargingapparatus according to claim 1, it is characterised in that：Outside the ballistic support
The outer surface of shell (206) upper end is welded in the lower end on rear side of unloading support platform (1), described to extend the upper of support tablet (214)
Surface gap is matched with the lower surface of unloading support platform (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810456901.XA CN108584793A (en) | 2018-05-14 | 2018-05-14 | A kind of novel cargo automatic dischargingapparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810456901.XA CN108584793A (en) | 2018-05-14 | 2018-05-14 | A kind of novel cargo automatic dischargingapparatus |
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| CN108584793A true CN108584793A (en) | 2018-09-28 |
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| CN201810456901.XA Pending CN108584793A (en) | 2018-05-14 | 2018-05-14 | A kind of novel cargo automatic dischargingapparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111675156A (en) * | 2020-05-18 | 2020-09-18 | 俞国峰 | Protective device for electric power overhaul |
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Application publication date: 20180928 |