CN107963590A - One kind building high and medium implement - Google Patents
One kind building high and medium implement Download PDFInfo
- Publication number
- CN107963590A CN107963590A CN201711168370.6A CN201711168370A CN107963590A CN 107963590 A CN107963590 A CN 107963590A CN 201711168370 A CN201711168370 A CN 201711168370A CN 107963590 A CN107963590 A CN 107963590A
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- Prior art keywords
- gear
- arm
- footstock
- bar
- adjustable plate
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Classifications
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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
- B66F11/042—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 actuated by lazy-tongs mechanisms or articulated levers
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- Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- Life Sciences & Earth Sciences (AREA)
- Geology (AREA)
- Mechanical Engineering (AREA)
- Vibration Prevention Devices (AREA)
Abstract
The invention discloses one kind to build high and medium implement,Its structure includes lifting gear,Thermovent,Ladder,Movable pulley,Car body,Footstock,Supporting rack,Console,Movable pulley is in turn connected into rectangle structure and is arranged in car body both sides,Lifting gear bottom is installed on vehicle body,It is fixedly connected at the top of lifting gear with footstock bottom,Supporting rack bottom is connected with footstock top annular outside vertical,Console bottom is connected with footstock plan vertical,A kind of lifting gear for building high and medium implement of the present invention,The rise and fall that be able to can be stablized in the case of manned,The device can apply opposition by spring in rise and fall,It can ensure the degree of stability of rise and fall,The centre and top of the cross arm of the device are in the case where support is constant,It is adjusted from bottom,The unstable phenomenon occurred is preferably minimized,Equipment can be moved easily at the same time,Improve the convenience used.
Description
Technical field
The present invention is a kind of building high and medium implement, belongs to building high and medium implement field.
Background technology
Working at height refers to, the operation that eminence of the people on the basis of certain position carries out.Standard GB/T 3608-2008
《High-rise working is classified》Regulation：" it is all (to contain 2m) more than height of fall datum level 2m and be possible to the eminence fallen and carry out operation, all
Referred to as high-rise working." according to this regulation, it is quite extensive in the scope involved in construction industry to high-rise working.Building
It is high-rise working if being operated on the shelf of more than 2m in thing during operation.There are many places to need high-altitude under construction
Operation, therefore aerial lift device is required to help construction worker to work, and be also to require for aerial lift device
, it is necessary first to the safety of construction worker is protected, secondly can be that construction worker provides facility at work, current high-altitude is made
Although industry equipment can ensure safety, there is inconvenience at work.
Existing building high and medium implement is difficult to carry out overall quick movement, while rise and fall are not sufficiently stable, no
Only reducing work efficiency, security is inadequate at the same time.
The content of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide one kind to build high and medium implement, to solve
Prior art imperfection, existing building high and medium implement is difficult to carry out overall quick movement, while rise and fall are inadequate
Stablize, not only reducing work efficiency, security is inadequate at the same time.
To achieve these goals, the present invention is to realize by the following technical solutions：One kind building high and medium operation
Equipment, its structure include lifting gear, thermovent, ladder, movable pulley, car body, footstock, supporting rack, console, the movable pulley
It is in turn connected into rectangle structure and is arranged in car body both sides, the lifting gear bottom is installed on vehicle body, the lifting dress
Top set portion is fixedly connected with footstock bottom, and support frame as described above bottom is connected with footstock top annular outside vertical, the console
Bottom is connected with footstock plan vertical, and the ladder base is welded with car body top, ladder top back and footstock front side
Be fitted and connected, the thermovent be spaced from top to bottom it is identical be arranged in order on the right side of the car body, the lifting gear by buffer bar, even
Connect block, left transposition arm, middle contiguous block, spring, link, locating rod, motor, rear linkage gear, rear connecting rod, first passive
Gear, drive link, bottom fixed block, external screw thread connecting rod, the second driven gear, front rod, preceding linkage gear, the second transmission
Gear, the first travelling gear, positioning gear, main linkage gear, driving motor, the 3rd travelling gear, rotating bar, blade, adjusting
Arm, running fix bar, loose slot, internal thread connecting cylinder, right transposition arm composition, footstock both ends bottom at the top of contiguous block with welding
Connect, with being fixedly connected on the left of internal thread connecting cylinder on the right side of the left transposition arm, the right transposition arm left side and internal thread connecting cylinder
Right side is fixedly connected, and the left transposition arm is individually fixed in inside contiguous block with right transposition arm top by bolt, the buffering
At the top of bar with footstock bottom vertical connection, the buffer bar bottom respectively with left transposition arm right end top side, right transposition arm left end top
Side vertical connection, the left transposition arm, right transposition arm bottom are fixedly connected by running fix bar with regulating arm top respectively, institute
State that running fix bar both ends are perpendicularly fixed inside loose slot and side inside loose slot with being gap-matched, the centre connects
Connect and be installed on car body top with movable trench bottom vertical connection, the loose slot side at the top of block, the both ends of the spring, which is arranged on, to be adjusted
Between joint arm medial surface and middle contiguous block lateral surface, the external screw thread connecting rod top is connected to interior spiral shell through middle contiguous block
Inside line connecting cylinder, it is attached inside the internal thread connecting cylinder with external screw thread connecting rod side by screw thread, the connection
Frame left end and vehicle body left wall vertical connection, the motor right end are connected with the first travelling gear internal vertical, and described first
Travelling gear side is meshed with positioning tooth wheel side, the locating rod bottom with positioning gear internal vertical be connected and top and
It is fixedly connected inside link right end, the positioning tooth wheel side is meshed with main linkage gear side, the main linkage gear
Internal and external screw thread connecting rod lower half end side surface vertical connection, the external screw thread connecting rod bottom is fixed in the fixed block of bottom
Portion, the positioning tooth wheel side are meshed with the first driven gear side, inside first driven gear and rear connecting rod side
Face vertical connection, the rear connecting rod both ends are connected perpendicularly to inside movable pulley, and second driven gear is connected by drive link
It is connected to inside the first driven gear, the driven gear side is meshed with the second travelling gear side, the main linkage gear
Left end with being sequentially connected inside the second travelling gear, with the 3rd travelling gear side mutually nibble by the second travelling gear side
Close, described rotating bar one end is connected perpendicularly to inside the 3rd travelling gear, and the other end is described with being fixedly connected inside car body right wall
Blade is arranged in rotating bar side according to equal angular, and the driven gear side is meshed with preceding linkage gear side, described
With front rod side vertical connection inside preceding linkage gear, the front rod both ends are connected with movable pulley internal vertical.
Further, the left transposition arm is by the first pivoted arm, the first adjustable plate, the second adjustable plate, the 3rd adjustable plate, the 4th
Adjustable plate, the second pivoted arm composition.
Further, first pivoted arm, the second pivoted arm right side on the left of internal thread connecting cylinder with being fixedly connected, and described first
Adjustable plate, the second adjustable plate right end are connected with the first pivoted arm internal activity, the second adjustable plate bottom and the 3rd adjustable plate top
End is fixed by bolt, and the 3rd adjustable plate, the 4th adjustable plate right end are flexibly connected by the second pivoted arm.
Further, the buffer bar is made of top plate, spring, interior bar, outer barrel, and the interior bar bottom side is lived with outer barrel
Dynamic connection, the interior bar top are welded with top plate bottom, and the spring is arranged on the outside of interior bar and is fixed on top plate bottom and outer barrel
Between top.
Further, the left transposition arm carries out pair with being threadedly coupled the center line of cylinder within right transposition arm for line of symmetry
Claim.
Further, the movable pulley can be easy to building high and medium implement to be moved.
Further, the thermovent can increase the radiating rate inside equipment.
Beneficial effect
We need be used as power source by driving motor to produce torque, drive motor can drive the second travelling gear into
Row rotates, and can be driven between the second travelling gear and the 3rd travelling gear, and rotating bar follows the 3rd travelling gear to carry out
Rotate, blade can accelerate air velocity by high speed rotation, increase the radiating rate inside equipment, the second travelling gear can
It is driven with preceding linkage gear, preceding linkage gear connects after being driven by the second driven gear, the first driven gear, drive link
Bar is rotated, and this makes it possible to driving equipment to be moved, and motor can drive the first travelling gear to be rotated, and first passes
Mutually it is driven between moving gear and positioning gear, main linkage gear, external screw thread connecting rod is consolidated by main linkage gear into row position
Fixed original place rotates, and main linkage gear is controlled on internal thread connecting cylinder by the power with interaction inside internal thread connecting cylinder
Rise and decline, when internal thread connecting cylinder rises, left transposition arm bottom and regulating arm are by running fix bar inside loose slot
Moved inward, risen in the case where not changing left transposition arm and being supported with right transposition arm upper half end, can be by injustice
Steady phenomenon is preferably minimized, and buffer bar can apply a pulling force to footstock bottom, ensure the left-right balance of footstock.
A kind of lifting gear for building high and medium implement of the present invention, be able to can be stablized in the case of manned
Rise and fall, which can apply opposition in rise and fall by spring, can ensure rise and fall
Degree of stability, the centre and top of the cross arm of the device are adjusted in the case where support is constant from bottom, it will
The unstable phenomenon occurred is preferably minimized, while equipment can be moved easily, improve the convenience used.
Brief description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, further feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structure diagram for building high and medium implement of the present invention.
Fig. 2 is the structure diagram of lifting gear of the present invention.
Fig. 3 is the working state structure schematic diagram that lifting gear of the present invention rises.
Fig. 4 is the structure diagram of the left transposition arm of the present invention.
Fig. 5 is the structure diagram of buffer bar of the present invention.
In figure：Lifting gear -1, thermovent -2, ladder -3, movable pulley -4, car body -5, footstock -6, supporting rack -7, control
It is platform -8, buffer bar -102, contiguous block -103, left transposition arm -104, middle contiguous block -105, spring -106, link -107, fixed
Position bar -108, motor -109, rear linkage gear -110, rear connecting rod -111, the first driven gear -112, drive link -113, bottom
Portion's fixed block -114, external screw thread connecting rod -115, the second driven gear -116, front rod -117, preceding linkage gear -118,
Two travelling gears -119, the first travelling gear -1191, positioning gear -1192, main linkage gear -1193, driving motor -120,
It is 3rd travelling gear -121, rotating bar -122, blade -123, regulating arm -124, running fix bar -125, loose slot -126, interior
It is threadedly coupled cylinder -127, right transposition arm -128, the first pivoted arm -1041, the first adjustable plate -1042, the second adjustable plate -1043, the
It is three adjustable plates -1044, the 4th adjustable plate -1045, the second pivoted arm -1046, top plate -1021, spring -1022, interior bar -1023, outer
Cylinder -1024.
Embodiment
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention easy to understand, with reference to
Embodiment, the present invention is further explained.
- Fig. 5 is please referred to Fig.1, the present invention provides a kind of building high and medium implement technical solution：Its structure includes lifting
Device 1, thermovent 2, ladder 3, movable pulley 4, car body 5, footstock 6, supporting rack 7, console 8, the movable pulley 4 are in turn connected into
Rectangle structure is arranged in 5 both sides of car body, and 1 bottom of lifting gear is installed on inside car body 5, the top of lifting gear 1
It is fixedly connected with 6 bottom of footstock, 7 bottom of support frame as described above is connected with 6 top annular outside vertical of footstock, 8 bottom of console
Portion is connected with 6 plan vertical of footstock, and 3 bottom of ladder is welded with the top of car body 5, before the 3 top back of ladder and footstock 6
Side is fitted and connected, the thermovent 2 be spaced from top to bottom it is identical be arranged in order in the right side of car body 5, the lifting gear 1 is by buffering
Bar 102, contiguous block 103, left transposition arm 104, middle contiguous block 105, spring 106, link 107, locating rod 108, motor
109th, rear linkage gear 110, rear connecting rod 111, the first driven gear 112, drive link 113, bottom fixed block 114, external screw thread
Connecting rod 115, the second driven gear 116, front rod 117, preceding linkage gear 118, the transmission of the second travelling gear 119, first
Gear 1191, positioning gear 1192, main linkage gear 1193, driving motor 120, the 3rd travelling gear 121, rotating bar 122, leaf
Piece 123, regulating arm 124, running fix bar 125, loose slot 126, internal thread connecting cylinder 127, right transposition arm 128 form, described
6 both ends bottom of footstock is welded with the top of contiguous block 103, and the left right side of transposition arm 104 and the left side of internal thread connecting cylinder 127 are fixed
Connection, the right left side of transposition arm 128 are fixedly connected with the right side of internal thread connecting cylinder 127, and the left transposition arm 104 intersects with right
128 top of arm is individually fixed in inside contiguous block 103 by bolt, and the top of buffer bar 102 is vertical with 6 bottom of footstock to be connected
Connect, 102 bottom of buffer bar respectively with left 104 right end top side of transposition arm, 128 left end top side vertical connection of right transposition arm, institute
State left transposition arm 104,128 bottom of right transposition arm to be fixedly connected with 124 top of regulating arm by running fix bar 125 respectively, institute
State that 125 both ends of running fix bar are perpendicularly fixed at the inside of loose slot 126 and side inside loose slot 126 with being gap-matched,
The top of middle contiguous block 105 and 126 bottom vertical connection of loose slot, 126 side of loose slot is pushed up installed in car body 5
Portion, 106 both ends of spring are arranged between 105 lateral surface of 124 medial surface of regulating arm and middle contiguous block, the external screw thread connection
115 top of bar is connected to inside internal thread connecting cylinder 127 through middle contiguous block 105, the inside of the internal thread connecting cylinder 127 with
115 side of external screw thread connecting rod is attached by screw thread, 107 left end of link and 5 inside left wall vertical connection of car body,
109 right end of motor is connected with 1191 internal vertical of the first travelling gear, 1191 side of the first travelling gear and positioning
1192 side of gear is meshed, and 108 bottom of locating rod is connected with positioning 1192 internal vertical of gear and top and link
It is fixedly connected inside 107 right ends, positioning 1192 side of gear is meshed with main 1193 side of linkage gear, the main linkage
The inside of gear 1193 and 115 lower half end side surface vertical connection of external screw thread connecting rod, 115 bottom of external screw thread connecting rod is fixed on
Inside bottom fixed block 114, positioning 1192 side of gear is meshed with 112 side of the first driven gear, first quilt
The inside of moving gear 112 and 111 side vertical connection of rear connecting rod, 111 both ends of rear connecting rod are connected perpendicularly in movable pulley 4
Portion, second driven gear 116 are connected to inside the first driven gear 112 by drive link 113, the driven gear 116
Side is meshed with 119 side of the second travelling gear, inside main 1193 left end of linkage gear and the second travelling gear 119 into
Row is sequentially connected, and 119 side of the second travelling gear is meshed with 121 side of the 3rd travelling gear, the rotating bar 122 1
End be connected perpendicularly to inside the 3rd travelling gear 121, the other end with being fixedly connected inside 5 right wall of car body, the blade 123 according to
Equal angular is arranged in 122 side of rotating bar, and 116 side of driven gear is meshed with preceding 118 side of linkage gear, described
The preceding inside of linkage gear 118 and 117 side vertical connection of front rod, 117 both ends of front rod are hung down with the inside of movable pulley 4
Direct-connected to connect, the left transposition arm 104 is by the first pivoted arm 1041, the first adjustable plate 1042, the second adjustable plate 1043, the 3rd adjustable plate
1044th, the 4th adjustable plate 1045, the second pivoted arm 1046 form, first pivoted arm 1041, the right side of the second pivoted arm 1046 and interior spiral shell
The left side of line connecting cylinder 127 is fixedly connected, in first adjustable plate 1042,1043 right end of the second adjustable plate and the first pivoted arm 1041
Portion is flexibly connected, and 1043 bottom of the second adjustable plate is fixed with 1044 top of the 3rd adjustable plate by bolt, and described the
Three adjustable plates 1044,1045 right end of the 4th adjustable plate are flexibly connected by the second pivoted arm 1046, and the buffer bar 102 is by pushing up
Plate 1021, spring 1022, interior bar 1023, outer barrel 1024 form, and 1023 bottom side of interior bar is connected with 1024 internal activity of outer barrel,
The top of interior bar 1023 is welded with 1021 bottom of top plate, and the spring 1022 is arranged on the outside of interior bar 1023 and is fixed on top plate
Between 1021 bottoms and the top of outer barrel 1024, the left transposition arm 104 within right transposition arm 128 with being threadedly coupled in cylinder 127
Heart line carries out symmetrically for line of symmetry, and the movable pulley 4 can be easy to building high and medium implement be moved, the thermovent
2 can increase the radiating rate inside equipment.
Ladder 3 described in this patent, daily life tools, the instrument do side by two root long thick bar, and centre is crossed suitable
The cross bar of climbing, for climbing, ladder is divided into the single ladder of lifting and lifting double ladder.
Carrying out in use, we need to be used as power source, driving 120 energy of motor by driving motor 120 to produce torque
Enough drive the second travelling gear 119 to be rotated, can be passed between the second travelling gear 119 and the 3rd travelling gear 121
Dynamic, rotating bar 122 follows the 3rd travelling gear 121 to be rotated, and blade 123 can accelerate air velocity by high speed rotation,
Increase the radiating rate inside equipment, the second travelling gear 119 can be driven with preceding linkage gear 118, preceding linkage gear
118 drive rear connecting rod 111 to be rotated by the second driven gear 116, the first driven gear 112, drive link 113, so
Just can driving equipment moved, motor 109 can drive the first travelling gear 1191 to be rotated, the first travelling gear
Mutually it is driven between 1191 and positioning gear 1192, main linkage gear 1193, external screw thread connecting rod 115 passes through main linkage gear
1193 rotate into the original place that row position is fixed, main linkage gear 1193 by with the interaction of the inside of internal thread connecting cylinder 127
Power controls 127 rise and fall of internal thread connecting cylinder, and when internal thread connecting cylinder 127 rises, left 104 bottom of transposition arm is with adjusting
Joint arm 124 is moved inward by running fix bar 125 inside loose slot 126, is not changing left transposition arm 104 and right friendship
128 upper half end of yoke is risen in the case of supporting, and can be preferably minimized unstable phenomenon, and buffer bar 102 can be to top
6 bottoms of seat apply a pulling force, ensure the left-right balance of footstock 6.
Because first pivoted arm 1041, the right side of the second pivoted arm 1046 are fixedly connected with the left side of internal thread connecting cylinder 127, institute
State the first adjustable plate 1042,1043 right end of the second adjustable plate is connected with 1041 internal activity of the first pivoted arm, second adjustable plate
1043 bottoms are fixed with 1044 top of the 3rd adjustable plate by bolt, the 3rd adjustable plate 1044, the 4th adjustable plate
1045 right ends are flexibly connected by the second pivoted arm 1046, and equipment can be helped to carry out stable rise and fall.
Because the buffer bar 102 is made of top plate 1021, spring 1022, interior bar 1023, outer barrel 1024, the interior bar
1023 bottom sides are connected with 1024 internal activity of outer barrel, and the top of interior bar 1023 is welded with 1021 bottom of top plate, the spring
1022 are arranged on the outside of interior bar 1023 and are fixed between 1021 bottom of top plate and the top of outer barrel 1024, and buffer bar 102 can be to top
6 bottoms of seat apply a pulling force, ensure the left-right balance of footstock 6.
The present invention solves the problems, such as it is prior art imperfection, and existing building high and medium implement is difficult to carry out entirety
It is quick mobile, while rise and fall are not sufficiently stable, not only reducing work efficiency, security is inadequate at the same time, and the present invention passes through above-mentioned portion
Part is combined with each other, and the rise and fall that be able to can be stablized in the case of manned, the device can be by spring upper
Rise and apply opposition when declining, can ensure the degree of stability of rise and fall, the centre of the cross arm of the device
With top in the case where support is constant, it is adjusted from bottom, it will the unstable phenomenon of appearance is preferably minimized, while equipment
It can easily be moved, improve the convenience used.
The basic principles, main features and the advantages of the invention have been shown and described above, for this area skill
For art personnel, it is clear that the invention is not restricted to the details of above-mentioned one exemplary embodiment, 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 fallen in the implication and scope of the equivalency of claim in the present invention
It is interior.Any reference numeral in claim should not be considered as to the involved claim of limitation.
Moreover, it will be appreciated that although the present specification is described in terms of embodiments, not each embodiment is only wrapped
Containing an independent technical solution, this narrating mode of specification is only that those skilled in the art should for clarity
Using specification as an entirety, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
It is appreciated that other embodiment.
Claims (5)
1. one kind building high and medium implement, its structure include lifting gear (1), thermovent (2), ladder (3), movable pulley
(4), car body (5), footstock (6), supporting rack (7), console (8), the movable pulley (4) are in turn connected into rectangle structure arrangement
In car body (5) both sides, lifting gear (1) bottom is installed on car body (5) inside, lifting gear (1) top and footstock
(6) bottom is fixedly connected, and support frame as described above (7) bottom is connected with footstock (6) top annular outside vertical, the console (8)
Bottom is connected with footstock (6) plan vertical, and ladder (3) bottom at the top of car body (5) with welding, ladder (3) the top back of the body
Be fitted and connected on front side of portion and footstock (6), the thermovent (2) be spaced from top to bottom it is identical be arranged in order on the right side of car body (5), its
It is characterized in that：
The lifting gear (1) is by buffer bar (102), contiguous block (103), left transposition arm (104), middle contiguous block (105), bullet
Spring (106), link (107), locating rod (108), motor (109), rear linkage gear (110), rear connecting rod (111), first
Driven gear (112), drive link (113), bottom fixed block (114), external screw thread connecting rod (115), the second driven gear
(116), front rod (117), preceding linkage gear (118), the second travelling gear (119), the first travelling gear (1191), positioning
Gear (1192), main linkage gear (1193), driving motor (120), the 3rd travelling gear (121), rotating bar (122), blade
(123), regulating arm (124), running fix bar (125), loose slot (126), internal thread connecting cylinder (127), right transposition arm (128)
Composition, footstock (6) the both ends bottom connect with being welded at the top of contiguous block (103) on the right side of the left transposition arm (104) with internal thread
It is fixedly connected on the left of connect cylinder (127), with being fixedly connected on the right side of internal thread connecting cylinder (127) on the left of the right transposition arm (128), institute
State left transposition arm (104) and contiguous block (103) inside, the buffering are individually fixed in by bolt with right transposition arm (128) top
At the top of bar (102) with footstock (6) bottom vertical connection, buffer bar (102) bottom respectively with left transposition arm (104) right end top
Side, right transposition arm (128) left end top side vertical connection, the left transposition arm (104), right transposition arm (128) bottom pass through respectively
Running fix bar (125) is fixedly connected with regulating arm (124) top, and running fix bar (125) both ends are perpendicularly fixed at work
Dynamic groove (126) is internal and side inside loose slot (126) with being gap-matched, at the top of the middle contiguous block (105) and living
Dynamic groove (126) bottom vertical connection, loose slot (126) side are installed at the top of car body (5), spring (106) both ends
Between regulating arm (124) medial surface and middle contiguous block (105) lateral surface, external screw thread connecting rod (115) top is passed through
Wear middle contiguous block (105) and be connected to internal thread connecting cylinder (127) inside, internal thread connecting cylinder (127) inside and outer spiral shell
Line connecting rod (115) side is attached by screw thread, and link (107) left end and car body (5) be internal, and left wall is vertical connects
Connect, motor (109) right end is connected with the first travelling gear (1191) internal vertical, the first travelling gear (1191) side
Face is meshed with positioning gear (1192) side, and locating rod (108) bottom is connected with positioning gear (1192) internal vertical
It is described to position gear (1192) side and main linkage gear (1193) and top inside link (107) right end with being fixedly connected
Side is meshed, main linkage gear (1193) inside and external screw thread connecting rod (115) lower half end side surface vertical connection, described
Bottom fixed block (114) inside, positioning gear (1192) side and the first quilt are fixed in external screw thread connecting rod (115) bottom
Moving gear (112) side is meshed, the first driven gear (112) inside and rear connecting rod (111) side vertical connection, institute
State rear connecting rod (111) both ends and be connected perpendicularly to movable pulley (4) inside, second driven gear (116) passes through drive link
(113) it is internal to be connected to the first driven gear (112), driven gear (116) side and the second travelling gear (119) side
It is meshed, with being sequentially connected inside the second travelling gear (119), described second passes main linkage gear (1193) left end
Moving gear (119) side is meshed with the 3rd travelling gear (121) side, and described rotating bar (122) one end is connected perpendicularly to
Three travelling gears (121) are internal, and the other end inside car body (5) right wall with being fixedly connected, and the blade (123) is according to equal angular
Rotating bar (122) side is arranged in, driven gear (116) side is meshed with preceding linkage gear (118) side, before described
Linkage gear (118) inside and front rod (117) side vertical connection, front rod (117) both ends and movable pulley (4)
Internal vertical connects.
A kind of 2. building high and medium operation-equipment according to claim 1, it is characterised in that：The left transposition arm (104)
Adjusted by the first pivoted arm (1041), the first adjustable plate (1042), the second adjustable plate (1043), the 3rd adjustable plate (1044), the 4th
Plate (1045), the second pivoted arm (1046) composition.
A kind of 3. building high and medium implement according to claim 2, it is characterised in that：First pivoted arm
(1041), with being fixedly connected on the left of internal thread connecting cylinder (127) on the right side of the second pivoted arm (1046), first adjustable plate
(1042), the second adjustable plate (1043) right end is connected with the first pivoted arm (1041) internal activity, second adjustable plate (1043)
Bottom is fixed with the 3rd adjustable plate (1044) top by bolt, the 3rd adjustable plate (1044), the 4th adjustable plate
(1045) right end is flexibly connected by the second pivoted arm (1046).
A kind of 4. building high and medium implement according to claim 1, it is characterised in that：The buffer bar (102) by
Top plate (1021), spring (1022), interior bar (1023), outer barrel (1024) composition, interior bar (1023) bottom side and outer barrel
(1024) internal activity connects, and is welded at the top of the interior bar (1023) with top plate (1021) bottom, and the spring (1022) is arranged on
On the outside of interior bar (1023) and it is fixed between top plate (1021) bottom and outer barrel (1024) top.
A kind of 5. building high and medium implement according to claim 1, it is characterised in that：The left transposition arm (104)
Carried out symmetrically for line of symmetry with being threadedly coupled the center line of cylinder (127) within right transposition arm (128).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711168370.6A CN107963590A (en) | 2017-11-21 | 2017-11-21 | One kind building high and medium implement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711168370.6A CN107963590A (en) | 2017-11-21 | 2017-11-21 | One kind building high and medium implement |
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| Publication Number | Publication Date |
|---|---|
| CN107963590A true CN107963590A (en) | 2018-04-27 |
Family
ID=62001302
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711168370.6A Pending CN107963590A (en) | 2017-11-21 | 2017-11-21 | One kind building high and medium implement |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108579053A (en) * | 2018-05-17 | 2018-09-28 | 陈培高 | A kind of anti-collision protection device for outdoor body-building equipment |
| CN108999392A (en) * | 2018-07-23 | 2018-12-14 | 何润 | A kind of Miniature multi-functional interior decoration scaffold |
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2017
- 2017-11-21 CN CN201711168370.6A patent/CN107963590A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108579053A (en) * | 2018-05-17 | 2018-09-28 | 陈培高 | A kind of anti-collision protection device for outdoor body-building equipment |
| CN108999392A (en) * | 2018-07-23 | 2018-12-14 | 何润 | A kind of Miniature multi-functional interior decoration scaffold |
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Application publication date: 20180427 |