CN108483367A - A kind of Multifunctional mobile lifting platform - Google Patents
A kind of Multifunctional mobile lifting platform Download PDFInfo
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- CN108483367A CN108483367A CN201810651259.0A CN201810651259A CN108483367A CN 108483367 A CN108483367 A CN 108483367A CN 201810651259 A CN201810651259 A CN 201810651259A CN 108483367 A CN108483367 A CN 108483367A
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- fixedly connected
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- 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
- B66F11/00—Lifting devices specially adapted for particular uses not otherwise provided for
- B66F11/04—Lifting devices specially adapted for particular uses not otherwise provided for for movable platforms or cabins, e.g. on vehicles, permitting workmen to place themselves in any desired position for carrying out required operations
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Abstract
The present invention relates to a kind of lifting platforms, are in particular a kind of Multifunctional mobile lifting platforms.The problems such as can solve working at height needs tool more, and lifting platform movement is inconvenient, and shift position is inaccurate, and operation field dust is larger.Right telescopic device is connect with right crossbeam, right telescopic device is located at right below the crossbeam, left telescopic device is connect with left crossbeam, left telescopic device is located at left below the crossbeam, right crossbeam left end is connect with operating platform, left crossbeam right end is connect with operating platform, water injector is connect with right crossbeam, and water injector is located at right below the crossbeam, air-jet device is connect with left crossbeam, air-jet device is located at left below the crossbeam, link mechanism is connect with operating platform, link mechanism is located at below operating platform, link mechanism is connect with pedestal, link mechanism is located above pedestal, right telescopic device, left telescopic device is connect with pedestal, and above pedestal, conveying device is connect with operating platform.
Description
Technical field
The present invention relates to a kind of lifting platforms, are in particular a kind of Multifunctional mobile lifting platforms.
Background technology
In factory's working at height, lifting platform is essential equipment, and old-fashioned lifting platform will carry greatly before rising
The tool that may be used is measured, what tool of temporary needs in operation needs to fall lifting platform, wastes the plenty of time, and lifts
Platform movement is extremely difficult, and in the dusty place of operation field, operation is very inconvenient, so designing a kind of Multifunctional mobile lifting
Platform.
Invention content
The present invention relates to a kind of lifting platforms, are in particular a kind of Multifunctional mobile lifting platforms.It can solve high-altitude work
The problems such as industry needs tool more, and lifting platform movement is inconvenient, and shift position is inaccurate, and operation field dust is larger.
The present invention relates to a kind of lifting platforms, are in particular a kind of Multifunctional mobile lifting platform, including report control platform, the right side
Crossbeam, water injector, right telescopic device, conveying device, pedestal, link mechanism, left telescopic device, the left crossbeam of air-jet device,
It is characterized in that：The report control platform includes protection network, Working pedal, pedal fixed plate, protection network holder, the protection network branch
Frame is fixedly connected with protection network, and protection network holder is fixedly connected with Working pedal, and protection network holder is located above Working pedal,
Protection network holder has four to be arranged in four angles of Working pedal, and protection network is fixedly connected with Working pedal, and protection network position
Above Working pedal, protection network has four, is arranged in Working pedal four edges, and Working pedal is fixed with pedal fixed plate
Connection, and Working pedal is located above pedal fixed plate；
The right crossbeam includes control-rod one, control-rod fixed plate one, connecting shaft one, helical gear one, helical gear two, fixes
Block one, stock one, fixed block two, shell one, helical gear three, fixed block three, control-rod one is fixed with control-rod fixed plate one to be connected
It connects, and control-rod one is located at one top of control-rod fixed plate, tie point is located at one marginal position of control-rod fixed plate, and control-rod is solid
Fixed board one is fixedly connected with connecting shaft one, and control-rod fixed plate one is located at one top of connecting shaft, control-rod fixed plate one and company
Spindle one is concentric, and control-rod fixed plate one is contacted with shell one, and control-rod fixed plate one is located at one top of shell, connecting shaft one
Contacted with shell one, connecting shaft one is fixedly connected with helical gear one, and connecting shaft one is located at the top of helical gear one, connecting shaft one with
Helical gear one is concentric, and helical gear one is engaged with helical gear two, plays the role of changing rotation direction, and helical gear one is located at helical gear
Two left sides, helical gear two is fixedly connected with stock one, and helical gear two is located at one left of stock, and helical gear two is together with stock
The heart, stock one coordinate with one inner surface of fixed plate, and fit system is clearance fit, and stock one coordinates with two inner surface of fixed block,
Fit system is clearance fit, and stock one coordinates with three inner surface of fixed block, and fit system is clearance fit, and fixed plate one is consolidated
Determine block two, fixed block three is connect with shell one respectively, connection type is welding, and fixed plate one, fixed block two, fixed block three
Inside shell one, stock one is fixedly connected with helical gear three, and stock one is located at three left side of helical gear, stock one and helical gear
Three with one heart；
The water injector include control-rod two, control-rod fixed plate two, connecting shaft two, water pipe, water tank, Rubber washer one,
Rubber fixed plate one, screw rod one, helical gear four, helical gear five, connecting rod one, fixed block nine, spur gear one, spur gear two are fixed
Block five, control-rod two are fixedly connected with control-rod fixed plate two, and control-rod two is located at two left of control-rod fixed plate, tie point
Positioned at two marginal position of control-rod fixed plate, control-rod fixed plate two is contacted with fixed block five, control-rod fixed plate two with connect
Axis two is fixedly connected, and control-rod fixed plate two is located at two left of connecting shaft, and connecting shaft two coordinates with fixed block five, fit system
For clearance fit, fixed block five is fixedly connected with operating platform, and fixed block five is located at operating platform right, connecting shaft two with it is straight
Gear two is fixedly connected, and connection type is welding, and connecting shaft two is located at two left of spur gear, and connecting shaft two is same with spur gear two
The heart, water pipe coordinate with fixed block five, and fit system is clearance fit, and spur gear one is engaged with spur gear two, play change rotation
Direction acts on, and spur gear one is located at two lower section of spur gear, and spur gear one is fixedly connected with connecting rod one, and spur gear one is located at
One left of connecting rod, spur gear one and connecting rod one are concentric, and connecting rod one coordinates with four inner surface of fixed block, between fit system is
Gap coordinates, and fixed block four is fixedly connected with right crossbeam, and fixed block four is located above right crossbeam, and helical gear five is solid with connecting rod one
Fixed connection, and helical gear five is located at one right side of connecting rod, helical gear five and connecting rod one are concentric, and helical gear four is nibbled with helical gear five
It closing, plays the role of changing rotation direction, and helical gear four is located at five lower section of helical gear, screw rod one is fixedly connected with helical gear four,
And screw rod one is located at four lower section of helical gear, screw rod one and helical gear four are concentric, and rubber fixed plate one is threadedly coupled with screw rod one, and
Tie point is located at one center of rubber fixed plate, and screw rod one is threadedly coupled with Rubber washer one, and tie point is located at Rubber washer one
Center, Rubber washer one are fixedly connected with rubber fixed plate one, and Rubber washer one is located at one lower section of rubber fixed plate, Rubber washer
One is concentric with rubber fixed plate one, and Rubber washer one is interference fitted with water tank, and water pipe and water tank connection, tie point is located at water tank bottom
Portion, water tank are fixedly connected with right crossbeam, and water tank is located at right below the crossbeam；
The right telescopic device includes helical gear six, helical gear seven, right telescopic rod, right telescopic rod fixing sleeve one, right flexible
Bar fixing sleeve two, helical gear six are fixedly connected with right telescopic rod, and helical gear six is located above right telescopic rod, and tie point is located at oblique
Six center of gear, helical gear seven are fixedly connected with right telescopic rod, and helical gear seven is located at below right telescopic rod, connect point
In seven center of helical gear, right telescopic rod coordinates with right one inner surface of telescopic rod fixing sleeve, and fit system is interference fit, right
Telescopic rod coordinates with right two inner surface of telescopic rod fixing sleeve, and fit system is interference fit, and helical gear six is engaged with helical gear five,
Play the role of changing rotation direction, and helical gear six is located at five lower section of helical gear, right telescopic rod fixing sleeve one is fixed with right crossbeam
Connection, and right telescopic rod fixing sleeve one is located inside right crossbeam, right telescopic rod fixing sleeve two is fixedly connected with pedestal, and right flexible
Bar fixing sleeve two is located above pedestal；
The conveying device include control-rod three, control-rod fixed plate three, connecting shaft three, coil, fixed plate one, lifting rope,
Chest, control-rod three are threadedly coupled with control-rod fixed plate three, and control-rod fixed plate three is fixedly connected with connecting shaft three, and are controlled
Bar fixed plate three is located at three left side of connecting shaft, and control-rod fixed plate three and connecting shaft three are concentric, and connecting shaft three is fixed with coil to be connected
It connects, and connecting shaft three is located on the left of coil, connecting shaft three and coil are concentric, and fixed plate one is fixedly connected with operating platform, and solid
Fixed board one is located above operating platform, and coil is connect with lifting rope, and lifting rope is wrapped on coil, and lifting rope is connect with chest；
The pedestal includes control-rod four, control-rod fixed plate four, connecting shaft four, helical gear eight, helical gear nine, fixed block
Six, helical gear ten, bidirectional helical screw rod, chassis, fixed block seven, helical gear 11, wheel, control-rod four and control-rod fixed plate
Four are fixedly connected, and tie point is located at four marginal position of control-rod fixed plate, and control-rod four is located at four top of control-rod fixed plate,
Control-rod fixed plate four is contacted with chassis, and control-rod fixed plate four is fixedly connected with connecting shaft four, and control-rod fixed plate four
Above connecting shaft four, control-rod fixed plate four and connecting shaft four are concentric, and connecting shaft four is connect with helical gear eight, and connecting shaft four
Above helical gear eight, connecting shaft four and helical gear eight are concentric, and helical gear eight is engaged with helical gear nine, play and change rotation side
To effect, helical gear eight is located at nine left side of helical gear, and helical gear nine is fixedly connected with bidirectional helical screw rod, and helical gear nine is located at
On the left of bidirectional helical screw rod, helical gear nine and bidirectional helical screw rod are concentric, and fixed block six coordinates with bidirectional helical screw clearance, Gu
Determine block six to be fixedly connected with chassis, wheel is fixedly connected with helical gear ten, and wheel and helical gear ten are concentric, and wheel is logical with chassis
Axis connection is crossed, bidirectional helical screw rod and seven clearance fit of fixed block, bidirectional helical screw rod are fixedly connected with helical gear 11, and double
Concentric to thread screw and helical gear 11, fixed block seven is fixedly connected with chassis；
The link mechanism includes connecting rod two, connecting rod one, connecting rod two, screw thread movable block one, screw thread movable block two, connection
Bar two is hinged with connecting rod one, and connecting rod two is hinged with connecting rod two, and connecting rod two is fixedly connected with operating platform, and tie point is located at behaviour
Make mesa base, connecting rod one is hinged with screw thread movable block two, connecting rod one is located at two top of screw thread movable block, connecting rod two and screw thread
Movable block one is hinged, and connecting rod two is located above screw thread movable block one, screw thread movable block one, with screw thread movable block two respectively with it is two-way
Thread screw thread contact；
The left telescopic device includes helical gear 12, helical gear 13, left telescopic rod, left telescopic rod fixing sleeve one, a left side
Telescopic rod fixing sleeve two, helical gear 12 are fixedly connected with left telescopic rod, and helical gear 12 is located above left telescopic rod, connection
Point is located at 12 center of helical gear, and helical gear 13 is fixedly connected with left telescopic rod, and helical gear 13 is located at left stretch
Below bar, tie point is located at 13 center of helical gear, and left telescopic rod coordinates with left one inner surface of telescopic rod fixing sleeve, cooperation
Mode is interference fit, and left telescopic rod coordinates with left two inner surface of telescopic rod fixing sleeve, and fit system is interference fit, helical gear
12 engage with helical gear five, play the role of changing rotation direction, and helical gear 12 is located at 18 lower section of helical gear, a left side is flexible
Bar fixing sleeve one is fixedly connected with left crossbeam, and left telescopic rod fixing sleeve one is located inside left crossbeam, left telescopic rod fixing sleeve two
It is fixedly connected with pedestal, and left telescopic rod fixing sleeve two is located above pedestal；
The air-jet device include control-rod five, control-rod fixed plate five, connecting shaft five, tracheae, gas tank, Rubber washer two,
Rubber washer fixed plate two, screw rod two, helical gear 14, helical gear 15, fixed block eight, fixed block nine, fixed plate two, control-rod
Five are fixedly connected with control-rod fixed plate five, and control-rod five is located at five right of control-rod fixed plate, and tie point is located at control-rod
Five marginal position of fixed plate, control-rod fixed plate five are contacted with fixed plate two, and control-rod fixed plate five is fixed with connecting shaft five to be connected
It connects, and control-rod fixed plate five is located at five right of connecting shaft, connecting shaft five coordinates with fixed plate two, and fit system is matched for gap
It closes, fixed plate two is fixedly connected with operating platform, and fixed plate two is located at operating platform left, connecting shaft five and helical gear 15
It is fixedly connected, connection type is welding, and connecting shaft five is located at 15 right of helical gear, and connecting shaft five is same with helical gear 15
The heart, tracheae coordinate with fixed plate two, and fit system is clearance fit, and fixed block nine is fixedly connected with left crossbeam, and fixed block nine
Above left crossbeam, helical gear 14 is engaged with helical gear 15, plays the role of changing rotation direction, and helical gear 14
In 15 lower section of helical gear, screw rod two is fixedly connected with helical gear 14, and screw rod two is located at 14 lower section of helical gear, screw rod two
Concentric with helical gear 14, Rubber washer fixed plate two is threadedly coupled with screw rod two, and tie point is located in Rubber washer fixed plate two
Heart position, screw rod two are threadedly coupled with Rubber washer two, and tie point is located at two center of Rubber washer, Rubber washer two and Rubber washer
Fixed plate two is fixedly connected, and Rubber washer two is located at two lower section of Rubber washer fixed plate, and Rubber washer two is same with Rubber washer fixed plate two
The heart, Rubber washer two are interference fitted with gas tank, and tracheae is connect with gas tank, and tie point is located at gas tank bottom, and gas tank is fixed with left crossbeam
Connection, and gas tank is located at left below the crossbeam；
The left crossbeam include control-rod six, control-rod fixed plate six, connecting shaft six, helical gear 16, helical gear 17,
Fixed block ten, stock two, fixed block eight, shell two, helical gear 18, control-rod six are fixedly connected with control-rod fixed plate six,
And control-rod six is located at six top of control-rod fixed plate, tie point is located at six marginal position of control-rod fixed plate, and control-rod is fixed
Plate six is fixedly connected with connecting shaft six, and control-rod fixed plate six is located at the top of connecting shaft six, control-rod fixed plate six with connect
Axis six is concentric, and control-rod fixed plate six is contacted with shell two, and control-rod fixed plate six is located above shell two, connecting shaft six and
Shell two contacts, and connecting shaft six is fixedly connected with helical gear 16, and connecting shaft six is located at 16 top of helical gear, connecting shaft six
Concentric with helical gear 16, helical gear 16 is engaged with helical gear 17, plays the role of changing rotation direction, and helical gear 16
Positioned at 17 left side of helical gear, helical gear 17 is fixedly connected with stock two, and helical gear 17 is located at two left of stock, helical teeth
Take turns 17 concentric with stock two, stock two coordinates with eight inner surface of fixed block, and fit system is clearance fit, stock two and helical teeth
It takes turns 18 to be fixedly connected, and stock two is located at 18 left side of helical gear, stock two and helical gear 18 are concentric.
Right telescopic device is connect with right crossbeam, and right telescopic device is located at right below the crossbeam, and left telescopic device connects with left crossbeam
It connects, left telescopic device is located at left below the crossbeam, and right crossbeam left end is connect with operating platform, and left crossbeam right end connects with operating platform
It connects, water injector is connect with right crossbeam and water injector is located at right below the crossbeam, and air-jet device is connect with left crossbeam, jet dress
Setting in left below the crossbeam, link mechanism is connect with operating platform, and link mechanism is located at below operating platform, link mechanism and bottom
Seat connection, link mechanism are located above pedestal, and right telescopic device, left telescopic device are connect with pedestal, and above pedestal,
Conveying device is connect with operating platform.
As advanced optimizing for the technical program, shell one, shell described in a kind of Multifunctional mobile lifting platform of the present invention
Body two is number steel material.
As advanced optimizing for the technical program, left telescopic rod described in a kind of Multifunctional mobile lifting platform of the present invention,
Right telescopic rod is ABS plastic material.
As advanced optimizing for the technical program, water tank, gas tank described in a kind of Multifunctional mobile lifting platform of the present invention
For stainless steel.
As advanced optimizing for the technical program, the chest material described in a kind of Multifunctional mobile lifting platform of the present invention is selected
With chrome-silicon material.
As advanced optimizing for the technical program, connecting rod one described in a kind of Multifunctional mobile lifting platform of the present invention, even
Two material selection potassium steel of bar.
A kind of Multifunctional mobile lifting platform of the present invention has the beneficial effect that：
The present invention relates to a kind of lifting platforms, are in particular a kind of Multifunctional mobile lifting platforms.It can solve high-altitude work
The problems such as industry needs tool more, and lifting platform movement is inconvenient, and shift position is inaccurate, and operation field dust is larger.
Description of the drawings
The present invention will be further described in detail with specific implementation method below in conjunction with the accompanying drawings.
Fig. 1 is a kind of overall structure diagram of Multifunctional mobile lifting platform of the present invention.
Fig. 2 is a kind of operating platform structural schematic diagram of Multifunctional mobile lifting platform of the present invention.
Fig. 3 is a kind of right beam structure schematic diagram of Multifunctional mobile lifting platform of the present invention.
Fig. 4 is a kind of water injector structural schematic diagram of Multifunctional mobile lifting platform of the present invention.
Fig. 5 is a kind of right telescopic device structural schematic diagram of Multifunctional mobile lifting platform of the present invention.
Fig. 6 is a kind of conveying device structural schematic diagram of Multifunctional mobile lifting platform of the present invention.
Fig. 7 is a kind of schematic diagram of base structure of Multifunctional mobile lifting platform of the present invention.
Fig. 8 is a kind of linkage arrangement schematic diagram of Multifunctional mobile lifting platform of the present invention.
Fig. 9 is a kind of left telescopic device schematic diagram of Multifunctional mobile lifting platform of the present invention.
Figure 10 is a kind of air-jet device structural schematic diagram of Multifunctional mobile lifting platform of the present invention.
Figure 11 is a kind of left beam structure schematic diagram of Multifunctional mobile lifting platform of the present invention.
In figure：Report control platform 1；Protection network 1-1；Working pedal 1-2；Pedal fixed plate 1-3；Protection network holder 1-4；Right cross
Beam 2；One 2-1 of control-rod；One 2-2 of control-rod fixed plate；One 2-3 of connecting shaft；One 2-4 of helical gear；Two 2-5 of helical gear；Fixed block
One 2-6；One 2-7 of stock；Two 2-8 of fixed block；One 2-9 of shell；Three 2-10 of helical gear；Three 2-11 of fixed block；Water injector 3；Control
Two 3-1 of bar processed；Two 3-2 of control-rod fixed plate；Two 3-3 of connecting shaft；Water pipe 3-4；Water tank 3-5；One 3-6 of Rubber washer；Rubber is fixed
One 3-7 of plate；One 3-8 of screw rod；Four 3-9 of helical gear；Five 3-10 of helical gear；One 3-11 of connecting rod；Four 3-12 of fixed block；Spur gear one
3-13；Two 3-14 fixed blocks of spur gear, five 3-15；Right telescopic device 4；Six 4-1 of helical gear；Seven 4-2 of helical gear；Right telescopic rod 4-
3；Right one 4-4 of telescopic rod fixing sleeve；Right two 4-5 of telescopic rod fixing sleeve；Conveying device 5；Three 5-1 of control-rod；Control-rod fixed plate
Three 5-2；Three 5-3 of connecting shaft；Coil 5-4；One 5-5 of fixed plate；Lifting rope 5-6；Chest 5-7；Pedestal 6；Four 6-1 of control-rod；Control
Four 6-2 of bar fixed plate；Four 6-3 of connecting shaft；Eight 6-4 of helical gear；Nine 6-5 of helical gear；Six 6-6 of fixed block；Ten 6-7 of helical gear；It is double
To thread screw 6-8；Chassis 6-9；Seven 6-10 of fixed block；11 6-11 of helical gear；Wheel 6-12；Link mechanism 7；Connecting rod two
7-1；One 7-2 of connecting rod；Two 7-3 of connecting rod；One 7-4 of screw thread movable block；Two 7-5 of screw thread movable block；Left telescopic device 8；Helical gear ten
Two 8-1；13 8-2 of helical gear；Left telescopic rod 8-3；Left one 8-4 of telescopic rod fixing sleeve；Left two 8-5 of telescopic rod fixing sleeve；Jet
Device 9；Five 9-1 of control-rod；Five 9-2 of control-rod fixed plate；Five 9-3 of connecting shaft；Tracheae 9-4；Gas tank 9-5；Two 9-6 of Rubber washer；
Two 9-7 of Rubber washer fixed plate；Two 9-8 of screw rod；14 9-9 of helical gear；15 9-10 of helical gear；Eight 9-11 of fixed block；Fixed block
Nine 9-12；The left crossbeams of two 9-13 of fixed plate 10；Six 10-1 of control-rod；Six 10-2 of control-rod fixed plate；Six 10-3 of connecting shaft；Helical teeth
Take turns 16 10-4；17 10-5 of helical gear；Ten 10-6 of fixed block；Two 10-7 of stock；Eight 10-8 of fixed block；Two 10-9 of shell；Tiltedly
18 10-10 of gear.
Specific implementation mode
Specific implementation mode one：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, the present invention relates to a kind of lifting platform,
In particular be a kind of Multifunctional mobile lifting platform, including report control platform 1, right crossbeam 2, water injector 3, right telescopic device 4,
Conveying device 5, pedestal 6, link mechanism 7, left telescopic device 8,9 left crossbeam 10 of air-jet device, can solve working at height needs
The problems such as tool is more, and lifting platform movement is inconvenient, and shift position is inaccurate, and operation field dust is larger.
The report control platform 1 includes protection network 1-1, Working pedal 1-2, pedal fixed plate 1-3, protection network branch
Frame 1-4, the protection network holder 1-4 are fixedly connected with protection network 1-1, and protection network holder 1-4 plays fixed protection net 1-1 and makees
With protection network holder 1-4 is fixedly connected with Working pedal 1-2, and protection network holder 1-4 is located above Working pedal 1-2, protection
Net holder 1-4 has four to be arranged in tetra- angles Working pedal 1-2, and protection network 1-1 is fixedly connected with Working pedal 1-2, and
Protection network 1-1 is located above Working pedal 1-2, and protection network 1-1 has four, is arranged in Working pedal 1-2 four edges, protects
Net 1-1 plays safety protection function, and Working pedal 1-2 is fixedly connected with pedal fixed plate 1-3, and Working pedal 1-2 is positioned at stepping on
Above plate fixed plate 1-3, pedal fixed plate 1-3 plays the role of fixed Working pedal 1-2；
The right crossbeam 2 include one 2-1 of control-rod, one 2-2 of control-rod fixed plate, one 2-3 of connecting shaft, one 2-4 of helical gear,
Two 2-5 of helical gear, one 2-6 of fixed block, one 2-7 of stock, two 2-8 of fixed block, one 2-9 of shell, three 2-10 of helical gear, fixed block three
2-11, one 2-1 of control-rod are fixedly connected with one 2-2 of control-rod fixed plate, and one 2-1 of control-rod is located at one 2- of control-rod fixed plate
2 tops, tie point are located at one 2-2 marginal positions of control-rod fixed plate, and one 2-1 of control-rod plays the role of providing power, control-rod
One 2-2 of fixed plate is fixedly connected with one 2-3 of connecting shaft, and one 2-2 of control-rod fixed plate is located above one 2-3 of connecting shaft, control
One 2-2 of bar fixed plate and one 2-3 of connecting shaft are concentric, and one 2-3 of connecting shaft plays the role of transmitting movement, one 2-2 of control-rod fixed plate
It is contacted with one 2-9 of shell, and one 2-2 of control-rod fixed plate is located above one 2-9 of shell, one 2-3 of connecting shaft connects with one 2-9 of shell
It touches, one 2-3 of connecting shaft is fixedly connected with one 2-4 of helical gear, and one 2-3 of connecting shaft is located above one 2-4 of helical gear, connecting shaft one
2-3 and one 2-4 of helical gear are concentric, and one 2-4 of helical gear is engaged with two 2-5 of helical gear, play the role of changing rotation direction, and helical teeth
It takes turns a 2-4 to be located on the left of two 2-5 of helical gear, two 2-5 of helical gear is fixedly connected with one 2-7 of stock, and two 2-5 of helical gear is located at length
One lefts 2-7 of bar, two 2-5 of helical gear and one 2-7 of stock are concentric, one 2-7 of stock play the role of transmit movement, one 2-7 of stock and
One 2-2 inner surfaces of fixed plate coordinate, and fit system is clearance fit, and one 2-2 of fixed plate, which is played, prevents one 2-7 of stock offsets from making
With one 2-7 of stock coordinates with two 2-8 inner surfaces of fixed block, and fit system is clearance fit, and two 2-8 of fixed block is played and prevented from growing
One 2-7 offsets of bar act on, and one 2-7 of stock coordinates with three 2-11 inner surfaces of fixed block, and fit system is clearance fit, fixed block three
2-11 plays the role of preventing one 2-7 offsets of stock, one 2-2 of fixed plate, two 2-8 of fixed block, three 2-11 of fixed block respectively with shell
One 2-9 connections, connection type is welding, and one 2-2 of fixed plate, two 2-8 of fixed block, three 2-11 of fixed block are located at one 2-9 of shell
Inside, one 2-7 of stock are fixedly connected with three 2-10 of helical gear, and one 2-7 of stock is located on the left of three 2-10 of helical gear, one 2- of stock
7 is concentric with three 2-10 of helical gear；
The water injector 3 includes two 3-1 of control-rod, two 3-2 of control-rod fixed plate, two 3-3 of connecting shaft, water pipe 3-4, water
Case 3-5, one 3-6 of Rubber washer, one 3-7 of rubber fixed plate, one 3-8 of screw rod, four 3-9 of helical gear, five 3-10 of helical gear, connecting rod one
3-11, four 3-12 of fixed block, one 3-13 of spur gear, two 3-14 fixed blocks of spur gear five 3-15, two 3-1 of control-rod and control-rod are solid
Two 3-2 of fixed board is fixedly connected, and two 3-1 of control-rod is located at two lefts 3-2 of control-rod fixed plate, and tie point is fixed positioned at control-rod
Two 3-2 marginal positions of plate, two 3-1 of control-rod play the role of providing power, and two 3-2 of control-rod fixed plate connects with five 3-15 of fixed block
It touches, two 3-2 of control-rod fixed plate is fixedly connected with two 3-3 of connecting shaft, and two 3-2 of control-rod fixed plate is located at two 3-3 of connecting shaft
Left, two 3-3 of connecting shaft play the role of transmitting movement, and two 3-3 of connecting shaft coordinates with five 3-15 of fixed block, and fit system is gap
Cooperation, five 3-15 of fixed block is fixedly connected with operating platform 1, and five 3-15 of fixed block is located at 1 right of operating platform, connecting shaft two
3-3 is fixedly connected with two 3-14 of spur gear, and connection type is welding, and two 3-3 of connecting shaft is located at two lefts 3-14 of spur gear, even
Two 3-3 of spindle and two 3-14 of spur gear are concentric, and water pipe 3-4 coordinates with five 3-15 of fixed block, and fit system is clearance fit, straight-tooth
It takes turns a 3-13 to engage with two 3-14 of spur gear, plays the role of changing rotation direction, and one 3-13 of spur gear is located at two 3- of spur gear
14 lower sections, one 3-13 of spur gear is fixedly connected with one 3-11 of connecting rod, and one 3-13 of spur gear is located at one lefts 3-11 of connecting rod,
One 3-13 of spur gear and one 3-11 of connecting rod are concentric, and one 3-11 of connecting rod coordinates with four 3-12 inner surfaces of fixed block, fit system
For clearance fit, four 3-12 of fixed block is fixedly connected with right crossbeam 2, and four 3-12 of fixed block is located at 2 top of right crossbeam, helical gear
Five 3-10 are fixedly connected with one 3-11 of connecting rod, and five 3-10 of helical gear is located on the right side of one 3-11 of connecting rod, five 3-10 of helical gear
Concentric with one 3-11 of connecting rod, four 3-9 of helical gear is engaged with five 3-10 of helical gear, plays the role of changing rotation direction, and helical teeth
It takes turns four 3-9 to be located at below five 3-10 of helical gear, one 3-8 of screw rod is fixedly connected with four 3-9 of helical gear, and one 3-8 of screw rod is located at tiltedly
Below four 3-9 of gear, one 3-8 of screw rod and four 3-9 of helical gear are concentric, and one 3-7 of rubber fixed plate is threadedly coupled with one 3-8 of screw rod,
And tie point is located at one centers 3-7 of rubber fixed plate, and one 3-7 of rubber fixed plate is driven to transport downwards when one 3-8 of screw rod is rotated
Dynamic, one 3-8 of screw rod is threadedly coupled with one 3-6 of Rubber washer, and tie point is located at one centers 3-6 of Rubber washer, one 3-6 of Rubber washer
Be fixedly connected with one 3-7 of rubber fixed plate, and one 3-6 of Rubber washer is located at below rubber fixed plate one 3-7, one 3-6 of Rubber washer with
One 3-7 of rubber fixed plate is concentric, and one 3-6 of Rubber washer is interference fitted with water tank 3-5, and water pipe 3-4 is connect with water tank 3-5, tie point
Positioned at the bottoms water tank 3-5, water tank 3-5 is fixedly connected with right crossbeam 2, and water tank 3-5 is located at 2 lower section of right crossbeam；
The right telescopic device 4 includes six 4-1 of helical gear, seven 4-2 of helical gear, right telescopic rod 4-3, right telescopic rod fixing sleeve
One 4-4, right two 4-5 of telescopic rod fixing sleeve, six 4-1 of helical gear is fixedly connected with right telescopic rod 4-3, and six 4-1 of helical gear is located at
Above right telescopic rod 4-3, tie point is located at six centers 4-1 of helical gear, and seven 4-2 of helical gear and right telescopic rod 4-3, which is fixed, to be connected
It connects, and seven 4-2 of helical gear is located at below right telescopic rod 4-3, tie point is located at seven centers 4-2 of helical gear, right telescopic rod 4-3
Coordinate with one 4-4 inner surfaces of right telescopic rod fixing sleeve, fit system is interference fit, and right telescopic rod 4-3 is fixed with right telescopic rod
The cooperation of two 4-5 inner surfaces is covered, fit system is interference fit, right one 4-4 of telescopic rod fixing sleeve, right two 4-5 of telescopic rod fixing sleeve
Playing the role of fixed right telescopic rod 4-3, six 4-1 of helical gear is engaged with five 3-10 of helical gear, plays the role of changing rotation direction,
And six 4-1 of helical gear is located at below five 3-10 of helical gear, right one 4-4 of telescopic rod fixing sleeve is fixedly connected with right crossbeam 2, and the right side is stretched
One 4-4 of contracting bar fixing sleeve is located inside right crossbeam 2, and right two 4-5 of telescopic rod fixing sleeve is fixedly connected with pedestal 6, and right telescopic rod
Two 4-5 of fixing sleeve is located at 6 top of pedestal；
The conveying device 5 includes three 5-1 of control-rod, three 5-2 of control-rod fixed plate, three 5-3 of connecting shaft, coil 5-4, consolidates
One 5-5 of fixed board, lifting rope 5-6, chest 5-7, three 5-1 of control-rod are threadedly coupled with three 5-2 of control-rod fixed plate, control-rod fixed plate
Three 5-2 are fixedly connected with three 5-3 of connecting shaft, and three 5-2 of control-rod fixed plate is located on the left of three 5-3 of connecting shaft, and control-rod is fixed
Three 5-2 of plate and three 5-3 of connecting shaft are concentric, and three 5-3 of connecting shaft is fixedly connected with coil 5-4, and three 5-3 of connecting shaft is located at coil 5-
4 left sides, connecting shaft three 5-3 and coil 5-4 is concentric, and one 5-5 of fixed plate is fixedly connected with operating platform 1, and fixed plate one 5-5
Above operating platform 1, coil 5-4 is connect with lifting rope 5-6, and lifting rope 5-6 is wrapped on coil 5-4, and coil 5-4 plays folding and unfolding
Lifting rope 5-6 effects, lifting rope 5-6 are connect with chest 5-7；
The pedestal 6 include four 6-1 of control-rod, four 6-2 of control-rod fixed plate, four 6-3 of connecting shaft, eight 6-4 of helical gear, tiltedly
Nine 6-5 of gear, six 6-6 of fixed block, ten 6-7 of helical gear, bidirectional helical screw rod 6-8, chassis 6-9, seven 6-10 of fixed block, helical gear
11 6-11, wheel 6-12, four 6-1 of control-rod are fixedly connected with four 6-2 of control-rod fixed plate, and tie point is solid positioned at control-rod
Four 6-2 marginal positions of fixed board, four 6-1 of control-rod are located above four 6-2 of control-rod fixed plate, and it is dynamic that four 6-1 of control-rod plays offer
Force effect, four 6-2 of control-rod fixed plate are contacted with chassis 6-9, and four 6-2 of control-rod fixed plate is fixedly connected with four 6-3 of connecting shaft,
And four 6-2 of control-rod fixed plate is located above four 6-3 of connecting shaft, four 6-2 of control-rod fixed plate and four 6-3 of connecting shaft are concentric, even
Four 6-3 of spindle is connect with eight 6-4 of helical gear, and four 6-3 of connecting shaft is located above eight 6-4 of helical gear, four 6-3 of connecting shaft and helical teeth
It is concentric to take turns eight 6-4, eight 6-4 of helical gear is engaged with nine 6-5 of helical gear, plays the role of changing rotation direction, eight 6-4 of helical gear is located at
On the left of nine 6-5 of helical gear, nine 6-5 of helical gear is fixedly connected with bidirectional helical screw rod 6-8, and nine 6-5 of helical gear is located at two-way spiral shell
On the left of line screw rod 6-8, nine 6-5 of helical gear and bidirectional helical screw rod 6-8 are concentric, between six 6-6 of fixed block and bidirectional helical screw rod 6-8
Gap coordinates, and six 6-6 of fixed block is fixedly connected with chassis 6-9, and wheel 6-12 is fixedly connected with ten 6-7 of helical gear, and wheel 6-12
Concentric with ten 6-7 of helical gear, wheel 6-12 and chassis 6-9 are by axis connection, between seven 6-10 of bidirectional helical screw rod 6-8 and fixed block
Gap coordinates, and bidirectional helical screw rod 6-8 is fixedly connected with 11 6-11 of helical gear, and bidirectional helical screw rod 6-8 and helical gear 11
6-11 is concentric, and seven 6-10 of fixed block is fixedly connected with chassis 6-9；
The link mechanism 7 includes two 7-1 of connecting rod, one 7-2 of connecting rod, two 7-3 of connecting rod, one 7-4 of screw thread movable block, screw thread
Two 7-5 of movable block, two 7-1 of connecting rod and one 7-2 of connecting rod are hinged, and two 7-1 of connecting rod and two 7-3 of connecting rod is hinged, two 7-1 of connecting rod
It being fixedly connected with operating platform 1, tie point is located at 1 bottom of operating platform, and one 7-2 of connecting rod and two 7-5 of screw thread movable block is hinged,
One 7-2 of connecting rod is located above two 7-5 of screw thread movable block, and two 7-3 of connecting rod and one 7-4 of screw thread movable block is hinged, and two 7-3 of connecting rod is located at
Above screw thread movable block one 7-4, one 7-4 of screw thread movable block, with two 7-5 of screw thread movable block respectively with bidirectional helical screw rod 6-8 spiral shells
Line contacts；
The left telescopic device 8 is solid including 12 8-1 of helical gear, 13 8-2 of helical gear, left telescopic rod 8-3, left telescopic rod
Surely a 8-4, left two 8-5 of telescopic rod fixing sleeve are covered, 12 8-1 of helical gear is fixedly connected with left telescopic rod 8-3, and helical gear 12
8-1 is located above left telescopic rod 8-3, and tie point is located at 12 centers 8-1 of helical gear, and 13 8-2 of helical gear is flexible with a left side
Bar 8-3 is fixedly connected, and 13 8-2 of helical gear is located at below left telescopic rod 8-3, and tie point is located at 13 centers 8-2 of helical gear
Position, left telescopic rod 8-3 coordinate with one 8-4 inner surfaces of left telescopic rod fixing sleeve, and fit system is interference fit, left telescopic rod 8-
3 coordinate with two 8-5 inner surfaces of left telescopic rod fixing sleeve, and fit system is interference fit, 12 8-1 of helical gear and five 3- of helical gear
10 engagements are played the role of changing rotation direction, and 12 8-1 of helical gear is located at below 18 10-10 of helical gear, and left telescopic rod is solid
Surely it covers a 8-4 to be fixedly connected with left crossbeam 10, and left one 8-4 of telescopic rod fixing sleeve is located inside left crossbeam 10, left telescopic rod is solid
Surely it covers two 8-5 to be fixedly connected with pedestal 6, and left two 8-5 of telescopic rod fixing sleeve is located at 6 top of pedestal；
The air-jet device 9 includes five 9-1 of control-rod, five 9-2 of control-rod fixed plate, five 9-3 of connecting shaft, tracheae 9-4, gas
Case 9-5, two 9-6 of Rubber washer, two 9-7 of Rubber washer fixed plate, two 9-8 of screw rod, 14 9-9 of helical gear, 15 9-10 of helical gear, consolidate
Determining eight 9-11 of block, nine 9-12 of fixed block, two 9-13 of fixed plate, five 9-1 of control-rod is fixedly connected with five 9-2 of control-rod fixed plate,
And five 9-1 of control-rod is located at five rights 9-2 of control-rod fixed plate, tie point is located at five 9-2 marginal positions of control-rod fixed plate, control
Five 9-1 of bar processed plays the role of providing power, and five 9-2 of control-rod fixed plate is contacted with two 9-13 of fixed plate, control-rod fixed plate five
9-2 is fixedly connected with five 9-3 of connecting shaft, and five 9-2 of control-rod fixed plate is located at five rights 9-3 of connecting shaft, five 9-3 of connecting shaft with
Fixed plate two 9-13 cooperations, fit system is clearance fit, and two 9-13 of fixed plate is fixedly connected with operating platform 1, and fixed plate
Two 9-13 are located at 1 left of operating platform, and five 9-3 of connecting shaft is fixedly connected with 15 9-10 of helical gear, and connection type is welding, and
Five 9-3 of connecting shaft is located at 15 rights 9-10 of helical gear, and five 9-3 of connecting shaft and 15 9-10 of helical gear are concentric, tracheae 9-4 with it is solid
Fixed board two 9-13 cooperations, fit system is clearance fit, and nine 9-12 of fixed block is fixedly connected with left crossbeam 2, and nine 9- of fixed block
12 are located at 2 top of left crossbeam, and 14 9-9 of helical gear is engaged with 15 9-10 of helical gear, play the role of changing rotation direction, and tiltedly
14 9-9 of gear is located at below 15 9-10 of helical gear, and two 9-8 of screw rod is fixedly connected with 14 9-9 of helical gear, and two 9- of screw rod
8 are located at below 14 9-9 of helical gear, and two 9-8 of screw rod and 14 9-9 of helical gear are concentric, two 9-7 of Rubber washer fixed plate and screw rod two
9-8 is threadedly coupled, and tie point is located at two centers 9-7 of Rubber washer fixed plate, two 9-8 of screw rod and two 9-6 screw threads of Rubber washer
Connection, and tie point is located at two centers 9-6 of Rubber washer, two 9-6 of Rubber washer is fixedly connected with two 9-7 of Rubber washer fixed plate,
And two 9-6 of Rubber washer is located at below two 9-7 of Rubber washer fixed plate, two 9-6 of Rubber washer and two 9-7 of Rubber washer fixed plate are concentric, glue
Two 9-6 of leather packing is interference fitted with gas tank 9-5, and tracheae 9-4 is connect with gas tank 9-5, and tie point is located at the bottoms gas tank 9-5, gas tank 9-5
It is fixedly connected with left crossbeam 2, and gas tank 9-5 is located at 2 lower section of left crossbeam；
The left crossbeam 10 includes six 10-1 of control-rod, six 10-2 of control-rod fixed plate, six 10-3 of connecting shaft, helical gear ten
Six 10-4,17 10-5 of helical gear, ten 10-6 of fixed block, two 10-7 of stock, eight 10-8 of fixed block, two 10-9 of shell, helical gear
18 10-10, six 10-1 of control-rod are fixedly connected with six 10-2 of control-rod fixed plate, and six 10-1 of control-rod is solid positioned at control-rod
Above fixed board six 10-2, tie point is located at six 10-2 marginal positions of control-rod fixed plate, six 10-2 of control-rod fixed plate with connect
Six 10-3 of axis is fixedly connected, and six 10-2 of control-rod fixed plate is located above six 10-3 of connecting shaft, six 10-2 of control-rod fixed plate
Concentric with six 10-3 of connecting shaft, six 10-2 of control-rod fixed plate is contacted with two 10-9 of shell, and control-rod fixed plate six 10-2
Above two 10-9 of shell, six 10-3 of connecting shaft is contacted with two 10-9 of shell, and six 10-3 of connecting shaft and 16 10-4 of helical gear is solid
Fixed connection, and six 10-3 of connecting shaft is located above 16 10-4 of helical gear, six 10-3 of connecting shaft and 16 10-4 of helical gear are concentric,
16 10-4 of helical gear is engaged with 17 10-5 of helical gear, plays the role of changing rotation direction, and 16 10-4 of helical gear is located at
On the left of 17 10-5 of helical gear, 17 10-5 of helical gear is fixedly connected with two 10-7 of stock, and 17 10-5 of helical gear is located at length
Two lefts 10-7 of bar, 17 10-5 of helical gear and two 10-7 of stock are concentric, and two 10-7 of stock matches with eight 10-8 inner surfaces of fixed block
It closes, fit system is clearance fit, and two 10-7 of stock is fixedly connected with 18 10-10 of helical gear, and two 10-7 of stock is located at tiltedly
On the left of 18 10-10 of gear, two 10-7 of stock and 18 10-10 of helical gear are concentric.
Right telescopic device 4 is connect with right crossbeam 2, and right telescopic device 4 is located at 2 lower section of right crossbeam, left telescopic device 8 and left cross
Beam 10 connects, and left telescopic device 8 is located at 10 lower section of left crossbeam, and 2 left end of right crossbeam is connect with operating platform 1,10 right end of left crossbeam
Connect with operating platform 1, water injector 3 is connect with right crossbeam 2 and water injector 3 is located at the lower section of right crossbeam 2, air-jet device 9 with
Left crossbeam 10 connects, and air-jet device 9 is located at 10 lower section of left crossbeam, and link mechanism 7 is connect with operating platform 1, and link mechanism 7 is located at
1 lower section of operating platform, link mechanism 7 are connect with pedestal 6, and link mechanism 7 is located at 6 top of pedestal, and right telescopic device 4, a left side are flexible
Device 8 is connect with pedestal 6, and above pedestal 6, and conveying device 5 is connect with operating platform 1.
Specific implementation mode two：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and one 2-9 of shell, two 10-9 of shell are No. 45 steel materials.
Specific implementation mode three：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and the left telescopic rod 8-3, right telescopic rod 4-3 are ABS plastic material.
Specific implementation mode four：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, and the water tank 3-5, gas tank 9-5 are stainless steel.
Specific implementation mode five：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, the 38 chrome-silicon material of chest 5-7 material selections.
Specific implementation mode six：
Illustrate present embodiment with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11, present embodiment is to embodiment
One is described further, one 7-2 of connecting rod, two 7-3 material selection potassium steel of connecting rod.
The present invention operation principle be：
Helical gear 16 10-4 rotations are driven by shaking six 10-1 of control-rod, to make 17 10-5 of helical gear rotate,
Helical gear 17 10-5 rotations drive helical gear 18 10-10 rotations, and pass to 12 8-1 of helical gear, pass through left telescopic rod
8-3 makes 13 8-2 of helical gear rotate, and 13 8-2 of helical gear makes ten 6-7 of helical gear rotate by gear engagement, ten 6-7 of helical gear
Wheel 6-12 rotations are driven, to make the present apparatus move.
By shaking one 2-1 of control-rod, one 2-4 of helical gear is set to rotate, one 2-4 of helical gear is engaged with two 2-5 of helical gear, tiltedly
Two 2-5 of gear drives helical gear three 2-10 rotations, three 2-10 of helical gear to be engaged with six 4-1 of helical gear by one 2-7 of stock, helical teeth
Take turns six 4-1 drives helical gear seven 4-2 rotations, seven 4-2 of helical gear to be engaged with 11 6-11 of helical gear by right telescopic rod, helical gear
11 6-11 drive the 6-8 rotations of bidirectional helical screw rod, bidirectional helical screw rod 6-8 to drive one 7-4 of screw thread movable block, spiral shell by screw thread
The two 7-5 movements of line movable block, one 7-4 of screw thread movable block, two 7-5 of screw thread movable block drive one 7-1 of connecting rod, connecting rod two 7-2 movements,
To make operating platform realize elevating function.
Coil 5-4 is set to rotate by shaking three 5-1 of control-rod, coil 5-4 is connect with lifting rope 5-6, keeps coil 5-4 rotations same
The 5-6 effects of Shi Shixian folding and unfolding lifting ropes, lifting rope 5-6 drive chest 5-7 movements.
By shaking five 9-1 of control-rod, 15 9-10 of helical gear is set to rotate, 15 9-10 of helical gear and 14 9- of helical gear
9 engagements, helical gear 14 9-9 rotations drive screw rod two 9-8 rotations, two 9-8 of screw rod to make two 9-6 of Rubber washer, rubber by screw thread
Two 9-7 of fixed plate is moved down, and to squeeze gas in gas tank 9-5, gas is made to be sprayed from tracheae 9-4.
By shaking two 3-1 of control-rod, two 3-14 of spur gear is set to rotate, two 3-14 of spur gear is nibbled with one 3-13 of spur gear
It closes, rotation is passed to five 3-10 of helical gear, five 3-10 of helical gear and helical gear by one 3-13 of spur gear by one 3-11 of connecting rod
Four 3-9 are engaged, and helical gear four 3-9 drives screw rod one 3-8 rotations, one 3-8 of screw rod by screw thread drive one 3-6 of Rubber washer, glue
One 3-7 of skin fixed plate is moved down, and moves one 3-6 of Rubber washer, and liquid in water tank 3-5 is squeezed when one 3-7 of rubber fixed plate is moved down
Body makes liquid be sprayed from water pipe 3-4.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made in the essential scope of the present invention also belong to the guarantor of the present invention
Protect range.
Claims (6)
1. a kind of Multifunctional mobile lifting platform, including report control platform (1), right crossbeam (2), water injector (3), right telescopic device
(4), conveying device (5), pedestal (6), link mechanism (7), left telescopic device (8), air-jet device (9) left crossbeam (10), it is special
Sign is：The report control platform (1) includes protection network (1-1), Working pedal (1-2), pedal fixed plate (1-3), protection network
Holder (1-4), the protection network holder (1-4) are fixedly connected with protection network (1-1), protection network holder (1-4) and Working pedal
(1-2) is fixedly connected, and protection network holder (1-4) is located above Working pedal (1-2), and protection network holder (1-4) has four pieces points
It is not arranged in four angles of Working pedal (1-2), protection network (1-1) is fixedly connected with Working pedal (1-2), and protection network (1-1)
Above Working pedal (1-2), protection network (1-1) has four, is arranged in Working pedal (1-2) four edges, and work is stepped on
Plate (1-2) is fixedly connected with pedal fixed plate (1-3), and Working pedal (1-2) is located above pedal fixed plate (1-3)；
The right crossbeam (2) includes control-rod one (2-1), control-rod fixed plate one (2-2), connecting shaft one (2-3), helical gear one
(2-4), helical gear two (2-5), fixed block one (2-6), stock one (2-7), fixed block two (2-8), shell one (2-9), helical teeth
Three (2-10), fixed block three (2-11) are taken turns, control-rod one (2-1) is fixedly connected with control-rod fixed plate one (2-2), and control-rod
One (2-1) is located above control-rod fixed plate one (2-2), and tie point is located at control-rod fixed plate one (2-2) marginal position, controls
Bar fixed plate one (2-2) is fixedly connected with connecting shaft one (2-3), and control-rod fixed plate one (2-2) is located at connecting shaft one (2-3)
Top, control-rod fixed plate one (2-2) and connecting shaft one (2-3) are concentric, control-rod fixed plate one (2-2) and shell one (2-9)
Contact, and control-rod fixed plate one (2-2) is located above shell one (2-9), connecting shaft one (2-3) is contacted with shell one (2-9),
Connecting shaft one (2-3) is fixedly connected with helical gear one (2-4), and connecting shaft one (2-3) is located above helical gear one (2-4), even
Spindle one (2-3) and helical gear one (2-4) are concentric, and helical gear one (2-4) is engaged with helical gear two (2-5), and one (2- of helical gear
4) it is located on the left of helical gear two (2-5), helical gear two (2-5) is fixedly connected with stock one (2-7), and the position helical gear two (2-5)
In the left stock one (2-7), helical gear two (2-5) and stock one (2-7) are concentric, and stock one (2-7) is interior with fixed plate one (2-2)
Surface engagement, fit system are clearance fit, and stock one (2-7) coordinates with fixed block two (2-8) inner surface, between fit system is
Gap coordinates, and stock one (2-7) coordinates with fixed block three (2-11) inner surface, and fit system is clearance fit, one (2- of fixed plate
2), fixed block two (2-8), fixed block three (2-11) are connect with shell one (2-9) respectively, and connection type is welds, and fixed plate
One (2-2), fixed block two (2-8), fixed block three (2-11) are located at shell one (2-9) inside, stock one (2-7) and helical gear three
(2-10) is fixedly connected, and stock one (2-7) is located on the left of helical gear three (2-10), stock one (2-7) and three (2- of helical gear
10) with one heart；
The water injector (3) includes control-rod two (3-1), control-rod fixed plate two (3-2), connecting shaft two (3-3), water pipe
(3-4), water tank (3-5), Rubber washer one (3-6), rubber fixed plate one (3-7), screw rod one (3-8), helical gear four (3-9), tiltedly
Gear five (3-10), connecting rod one (3-11), fixed block four (3-12), spur gear one (3-13), spur gear two (3-14) are fixed
Block five (3-15), control-rod two (3-1) are fixedly connected with control-rod fixed plate two (3-2), and control-rod two (3-1) is located at control
The left bar fixed plate two (3-2), tie point are located at control-rod fixed plate two (3-2) marginal position, control-rod fixed plate two (3-2)
It is contacted with fixed block five (3-15), control-rod fixed plate two (3-2) is fixedly connected with connecting shaft two (3-3), and control-rod is fixed
Plate two (3-2) is located at the left connecting shaft two (3-3), and connecting shaft two (3-3) coordinates with fixed block five (3-15), between fit system is
Gap coordinates, and fixed block five (3-15) is fixedly connected with operating platform (1), and fixed block five (3-15) is located at operating platform (1) right side
Side, connecting shaft two (3-3) are fixedly connected with spur gear two (3-14), and connection type is welding, and connecting shaft two (3-3) is located at directly
The left gear two (3-14), connecting shaft two (3-3) and spur gear two (3-14) are concentric, water pipe (3-4) and fixed block five (3-15)
Cooperation, fit system is clearance fit, and spur gear one (3-13) is engaged with spur gear two (3-14), and the position spur gear one (3-13)
Below spur gear two (3-14), spur gear one (3-13) is fixedly connected with connecting rod one (3-11), and spur gear one (3-13)
Positioned at the left connecting rod one (3-11), spur gear one (3-13) and connecting rod one (3-11) are concentric, connecting rod one (3-11) with it is solid
Determine the cooperation of block four (3-12) inner surface, fit system is clearance fit, and fixed block four (3-12) is fixedly connected with right crossbeam (2),
And fixed block four (3-12) is located above right crossbeam (2), helical gear five (3-10) is fixedly connected with connecting rod one (3-11), and tiltedly
Gear five (3-10) is located on the right side of connecting rod one (3-11), and helical gear five (3-10) and connecting rod one (3-11) are concentric, helical gear
Four (3-9) are engaged with helical gear five (3-10), and helical gear four (3-9) is located at below helical gear five (3-10), screw rod one (3-8)
It is fixedly connected with helical gear four (3-9), and screw rod one (3-8) is located at below helical gear four (3-9), screw rod one (3-8) and helical teeth
Take turns four (3-9) with one heart, rubber fixed plate one (3-7) is threadedly coupled with screw rod one (3-8), and tie point is located at rubber fixed plate one
The center (3-7), screw rod one (3-8) are threadedly coupled with Rubber washer one (3-6), and tie point is located in Rubber washer one (3-6)
Heart position, Rubber washer one (3-6) are fixedly connected with rubber fixed plate one (3-7), and Rubber washer one (3-6) is located at rubber fixed plate
Below one (3-7), Rubber washer one (3-6) and rubber fixed plate one (3-7) are concentric, Rubber washer one (3-6) and water tank (3-5) interference
Cooperation, water pipe (3-4) are connect with water tank (3-5), and tie point is located at the bottom water tank (3-5), and water tank (3-5) is solid with right crossbeam (2)
Fixed connection, and water tank (3-5) is located at below right crossbeam (2)；
The right telescopic device (4) includes that helical gear six (4-1), helical gear seven (4-2), right telescopic rod (4-3), right telescopic rod are solid
Surely one (4-4), right telescopic rod fixing sleeve two (4-5) are covered, helical gear six (4-1) is fixedly connected with right telescopic rod (4-3), and helical teeth
Six (4-1) of wheel are located above right telescopic rod (4-3), and tie point is located at the center helical gear six (4-1), helical gear seven (4-2)
It is fixedly connected with right telescopic rod (4-3), and helical gear seven (4-2) is located at below right telescopic rod (4-3), tie point is located at helical gear
Seven centers (4-2), right telescopic rod (4-3) coordinate with right telescopic rod fixing sleeve one (4-4) inner surface, and fit system is interference
Cooperation, right telescopic rod (4-3) coordinate with right telescopic rod fixing sleeve two (4-5) inner surface, and fit system is interference fit, helical gear
Six (4-1) are engaged with helical gear five (3-10), and helical gear six (4-1) is located at below helical gear five (3-10), and right telescopic rod is solid
Surely one (4-4) of set is fixedly connected with right crossbeam (2), and right telescopic rod fixing sleeve one (4-4) is located at right crossbeam (2) inside, and the right side is stretched
Contracting bar fixing sleeve two (4-5) is fixedly connected with pedestal (6), and right telescopic rod fixing sleeve two (4-5) is located above pedestal (6)；
The conveying device (5) includes control-rod three (5-1), control-rod fixed plate three (5-2), connecting shaft three (5-3), coil
(5-4), fixed plate one (5-5), lifting rope (5-6), chest (5-7), control-rod three (5-1) and control-rod fixed plate three (5-2) spiral shell
Line connects, and control-rod fixed plate three (5-2) is fixedly connected with connecting shaft three (5-3), and control-rod fixed plate three (5-2) is located at company
On the left of spindle three (5-3), control-rod fixed plate three (5-2) and connecting shaft three (5-3) are concentric, connecting shaft three (5-3) and coil (5-
4) it is fixedly connected, and connecting shaft three (5-3) is located on the left of coil (5-4), connecting shaft three (5-3) and coil (5-4) are concentric, fixed
Plate one (5-5) is fixedly connected with operating platform (1), and fixed plate one (5-5) is located above operating platform (1), coil (5-4) with
Lifting rope (5-6) connects, and lifting rope (5-6) is wrapped on coil (5-4), and lifting rope (5-6) is connect with chest (5-7)；
The pedestal (6) includes control-rod four (6-1), control-rod fixed plate four (6-2), connecting shaft four (6-3), helical gear eight
(6-4), helical gear nine (6-5), fixed block six (6-6), helical gear ten (6-7), bidirectional helical screw rod (6-8), chassis (6-9),
Fixed block seven (6-10), helical gear 11 (6-11), wheel (6-12), control-rod four (6-1) and control-rod fixed plate four (6-2)
It is fixedly connected, and tie point is located at control-rod fixed plate four (6-2) marginal position, control-rod four (6-1) is fixed positioned at control-rod
Above plate four (6-2), control-rod fixed plate four (6-2) is contacted with chassis (6-9), control-rod fixed plate four (6-2) and connecting shaft
Four (6-3) are fixedly connected, and control-rod fixed plate four (6-2) is located above connecting shaft four (6-3), four (6- of control-rod fixed plate
2) concentric with connecting shaft four (6-3), connecting shaft four (6-3) is connect with helical gear eight (6-4), and connecting shaft four (6-3) is located at tiltedly
Above gear eight (6-4), connecting shaft four (6-3) and helical gear eight (6-4) are concentric, helical gear eight (6-4) and helical gear nine (6-5)
Engagement, helical gear eight (6-4) are located on the left of helical gear nine (6-5), and helical gear nine (6-5) is fixed with bidirectional helical screw rod (6-8)
Connection, and helical gear nine (6-5) is located on the left of bidirectional helical screw rod (6-8), helical gear nine (6-5) and bidirectional helical screw rod (6-
8) with one heart, fixed block six (6-6) and bidirectional helical screw rod (6-8) clearance fit, fixed block six (6-6) are fixed with chassis (6-9)
Connection, wheel (6-12) is fixedly connected with helical gear ten (6-7), and wheel (6-12) and helical gear ten (6-7) are concentric, wheel
(6-12) passes through axis connection, bidirectional helical screw rod (6-8) and fixed block seven (6-10) clearance fit, two-way spiral shell with chassis (6-9)
Line screw rod (6-8) is fixedly connected with helical gear 11 (6-11), and bidirectional helical screw rod (6-8) and helical gear 11 (6-11) are same
The heart, fixed block seven (6-10) are fixedly connected with chassis (6-9)；
The link mechanism (7) includes connecting rod two (7-1), connecting rod one (7-2), connecting rod two (7-3), one (7- of screw thread movable block
4), screw thread movable block two (7-5), connecting rod two (7-1) is hinged with connecting rod one (7-2), connecting rod two (7-1) and two (7- of connecting rod
3) hinged, connecting rod two (7-1) is fixedly connected with operating platform (1), and tie point is located at operating platform (1) bottom, one (7- of connecting rod
2) hinged with screw thread movable block two (7-5), connecting rod one (7-2) is located above screw thread movable block two (7-5), connecting rod two (7-3) and
Screw thread movable block one (7-4) is hinged, and connecting rod two (7-3) is located above screw thread movable block one (7-4), screw thread movable block one (7-4),
With screw thread movable block two (7-5) respectively with bidirectional helical screw rod (6-8) thread contact；
The left telescopic device (8) includes helical gear 12 (8-1), helical gear 13 (8-2), left telescopic rod (8-3), left flexible
Bar fixing sleeve one (8-4), left telescopic rod fixing sleeve two (8-5), helical gear 12 (8-1) are fixedly connected with left telescopic rod (8-3),
And helical gear 12 (8-1) is located above left telescopic rod (8-3), tie point is located at the center helical gear 12 (8-1), helical teeth
It takes turns 13 (8-2) to be fixedly connected with left telescopic rod (8-3), and helical gear 13 (8-2) is located at below left telescopic rod (8-3), even
Contact is located at the center helical gear 13 (8-2), and left telescopic rod (8-3) is matched with left telescopic rod fixing sleeve one (8-4) inner surface
It closes, fit system is interference fit, and left telescopic rod (8-3) coordinates with left telescopic rod fixing sleeve two (8-5) inner surface, fit system
For interference fit, helical gear 12 (8-1) is engaged with helical gear five (3-10), and helical gear 12 (8-1) is located at helical gear ten
Below eight (10-10), left telescopic rod fixing sleeve one (8-4) is fixedly connected with left crossbeam (10), and left one (8- of telescopic rod fixing sleeve
4) it is located at left crossbeam (10) inside, left telescopic rod fixing sleeve two (8-5) is fixedly connected with pedestal (6), and left telescopic rod fixing sleeve
Two (8-5) are located above pedestal (6)；
The air-jet device (9) includes control-rod five (9-1), control-rod fixed plate five (9-2), connecting shaft five (9-3), tracheae
(9-4), gas tank (9-5), Rubber washer two (9-6), Rubber washer fixed plate two (9-7), screw rod two (9-8), 14 (9- of helical gear
9), helical gear 15 (9-10), fixed block eight (9-11), fixed block nine (9-12), fixed plate two (9-13), five (9- of control-rod
1) it is fixedly connected with control-rod fixed plate five (9-2), and control-rod five (9-1) is located at the right control-rod fixed plate five (9-2), even
Contact is located at control-rod fixed plate five (9-2) marginal position, and control-rod fixed plate five (9-2) is contacted with fixed plate two (9-13),
Control-rod fixed plate five (9-2) is fixedly connected with connecting shaft five (9-3), and control-rod fixed plate five (9-2) is located at connecting shaft five
The right (9-3), connecting shaft five (9-3) coordinate with fixed plate two (9-13), and fit system is clearance fit, fixed plate two (9-13)
It is fixedly connected with operating platform (1), and fixed plate two (9-13) is located at operating platform (1) left, connecting shaft five (9-3) and helical teeth
15 (9-10) to be taken turns to be fixedly connected, connection type is welding, and connecting shaft five (9-3) is located at the right helical gear 15 (9-10),
Connecting shaft five (9-3) and helical gear 15 (9-10) are concentric, and tracheae (9-4) coordinates with fixed plate two (9-13), and fit system is
Clearance fit, fixed block nine (9-12) are fixedly connected with left crossbeam (2), and fixed block nine (9-12) is located above left crossbeam (2),
Helical gear 14 (9-9) is engaged with helical gear 15 (9-10), and helical gear 14 (9-9) is located under helical gear 15 (9-10)
Side, screw rod two (9-8) are fixedly connected with helical gear 14 (9-9), and screw rod two (9-8) is located at below helical gear 14 (9-9),
Screw rod two (9-8) and helical gear 14 (9-9) are concentric, and Rubber washer fixed plate two (9-7) is threadedly coupled with screw rod two (9-8), and
Tie point is located at the center Rubber washer fixed plate two (9-7), and screw rod two (9-8) is threadedly coupled with Rubber washer two (9-6), and even
Contact is located at the center Rubber washer two (9-6), and Rubber washer two (9-6) is fixedly connected with Rubber washer fixed plate two (9-7), and glue
Leather packing two (9-6) is located at below Rubber washer fixed plate two (9-7), and Rubber washer two (9-6) is same with Rubber washer fixed plate two (9-7)
The heart, Rubber washer two (9-6) are interference fitted with gas tank (9-5), and tracheae (9-4) is connect with gas tank (9-5), and tie point is located at gas tank
The bottom (9-5), gas tank (9-5) are fixedly connected with left crossbeam (2), and gas tank (9-5) is located at below left crossbeam (2)；
The left crossbeam (10) includes control-rod six (10-1), control-rod fixed plate six (10-2), connecting shaft six (10-3), helical teeth
Take turns 16 (10-4), helical gear 17 (10-5), fixed block ten (10-6), stock two (10-7), fixed block eight (10-8), shell
Two (10-9), helical gear 18 (10-10), control-rod six (10-1) are fixedly connected with control-rod fixed plate six (10-2), and are controlled
Bar six (10-1) processed is located above control-rod fixed plate six (10-2), and tie point is located at control-rod fixed plate six (10-2) margin location
It sets, control-rod fixed plate six (10-2) is fixedly connected with connecting shaft six (10-3), and control-rod fixed plate six (10-2) is located at company
Above spindle six (10-3), control-rod fixed plate six (10-2) and connecting shaft six (10-3) are concentric, six (10- of control-rod fixed plate
2) it is contacted with shell two (10-9), and control-rod fixed plate six (10-2) is located above shell two (10-9), six (10- of connecting shaft
3) it is contacted with shell two (10-9), connecting shaft six (10-3) is fixedly connected with helical gear 16 (10-4), and six (10- of connecting shaft
3) it is located above helical gear 16 (10-4), connecting shaft six (10-3) and helical gear 16 (10-4) are concentric, helical gear 16
(10-4) is engaged with helical gear 17 (10-5), and helical gear 16 (10-4) is located on the left of helical gear 17 (10-5), helical teeth
It takes turns 17 (10-5) to be fixedly connected with stock two (10-7), and helical gear 17 (10-5) is located at the left stock two (10-7), tiltedly
Gear 17 (10-5) and stock two (10-7) are concentric, and stock two (10-7) coordinates with fixed block eight (10-8) inner surface, cooperation
Mode is clearance fit, and stock two (10-7) is fixedly connected with helical gear 18 (10-10), and stock two (10-7) is located at helical teeth
It takes turns on the left of 18 (10-10), stock two (10-7) and helical gear 18 (10-10) are concentric,
Right telescopic device (4) connect with right crossbeam (2), and right telescopic device (4) is located at below right crossbeam (2), left telescopic device (8)
It is connect with left crossbeam (10), left telescopic device (8) is located at below left crossbeam (10), and right crossbeam (2) left end connects with operating platform (1)
It connects, left crossbeam (10) right end is connect with operating platform (1), and water injector (3) is connect with right crossbeam (2) and water injector (3) position
Below right crossbeam (2), air-jet device (9) is connect with left crossbeam (10), and air-jet device (9) is located at below left crossbeam (10), even
Linkage (7) is connect with operating platform (1), and link mechanism (7) is located at below operating platform (1), link mechanism (7) and pedestal
(6) it connects, link mechanism (7) is located above pedestal (6), and right telescopic device (4), left telescopic device (8) connect with pedestal (6)
It connects, and above pedestal (6), conveying device (5) is connect with operating platform (1).
2. a kind of Multifunctional mobile lifting platform according to claim 1, it is characterised in that：The shell one (2-9), shell
Body two (10-9) is No. 45 steel materials.
3. a kind of Multifunctional mobile lifting platform according to claim 1, it is characterised in that：The left telescopic rod (8-3),
Right telescopic rod (4-3) is ABS plastic material.
4. a kind of Multifunctional mobile lifting platform according to claim 1, it is characterised in that：The water tank (3-5), gas tank
(9-5) is stainless steel.
5. a kind of Multifunctional mobile lifting platform according to claim 1, it is characterised in that：Described chest (5-7) material
Select 38 chrome-silicon materials.
6. a kind of Multifunctional mobile lifting platform according to claim 1, it is characterised in that：The connecting rod one (7-2), even
Bar two (7-3) material selection potassium steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810651259.0A CN108483367A (en) | 2018-06-22 | 2018-06-22 | A kind of Multifunctional mobile lifting platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810651259.0A CN108483367A (en) | 2018-06-22 | 2018-06-22 | A kind of Multifunctional mobile lifting platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108483367A true CN108483367A (en) | 2018-09-04 |
Family
ID=63342845
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810651259.0A Pending CN108483367A (en) | 2018-06-22 | 2018-06-22 | A kind of Multifunctional mobile lifting platform |
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| Country | Link |
|---|---|
| CN (1) | CN108483367A (en) |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN204905759U (en) * | 2015-09-09 | 2015-12-23 | 重庆建筑工程职业学院 | Track traffic ascend a height construction auxiliary device |
| US20160096714A1 (en) * | 2014-10-03 | 2016-04-07 | Batchelor & Kimball, Inc. | Articulating Enclosed Lift Apparatus and a Method of Operating the Same |
| CN205603178U (en) * | 2016-04-06 | 2016-09-28 | 邵庆斐 | System is maintained to over -and -under type electric power facility safety |
| CN207209902U (en) * | 2017-08-07 | 2018-04-10 | 杭州旭菱光伏电力科技有限公司 | A kind of photovoltaic installs lowering or hoisting gear |
| CN107902595A (en) * | 2017-12-19 | 2018-04-13 | 无锡优耐特能源科技有限公司 | A kind of shaking type lifting platform |
| CN108178091A (en) * | 2018-02-25 | 2018-06-19 | 西北工业大学 | Closed loop scissor-type lifting platform based on rolling guide |
-
2018
- 2018-06-22 CN CN201810651259.0A patent/CN108483367A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20160096714A1 (en) * | 2014-10-03 | 2016-04-07 | Batchelor & Kimball, Inc. | Articulating Enclosed Lift Apparatus and a Method of Operating the Same |
| CN204905759U (en) * | 2015-09-09 | 2015-12-23 | 重庆建筑工程职业学院 | Track traffic ascend a height construction auxiliary device |
| CN205603178U (en) * | 2016-04-06 | 2016-09-28 | 邵庆斐 | System is maintained to over -and -under type electric power facility safety |
| CN207209902U (en) * | 2017-08-07 | 2018-04-10 | 杭州旭菱光伏电力科技有限公司 | A kind of photovoltaic installs lowering or hoisting gear |
| CN107902595A (en) * | 2017-12-19 | 2018-04-13 | 无锡优耐特能源科技有限公司 | A kind of shaking type lifting platform |
| CN108178091A (en) * | 2018-02-25 | 2018-06-19 | 西北工业大学 | Closed loop scissor-type lifting platform based on rolling guide |
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Application publication date: 20180904 |
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