CN108217546A - A kind of novel power communication cable aerial platform - Google Patents
A kind of novel power communication cable aerial platform Download PDFInfo
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- CN108217546A CN108217546A CN201711451563.2A CN201711451563A CN108217546A CN 108217546 A CN108217546 A CN 108217546A CN 201711451563 A CN201711451563 A CN 201711451563A CN 108217546 A CN108217546 A CN 108217546A
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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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- Forklifts And Lifting Vehicles (AREA)
Abstract
The invention discloses a kind of novel power communication cable aerial platforms, its structure include deflecting roller, can head board, joystick, safety barrier, elevation mast, movement controlling mechanism, emergency stop switch, down switch, suspension hook, firm banking, driven wheel, beneficial effects of the present invention：Direct current generator can be slided along slide, driving pulley drives driven wheel by belt, counterweight tenses slide by nylon rope, fixed pulley, so as to make belt tension, and ensures certain pretension, increase with the stress of belt, both sides pulling force difference also increases, and the Elastic Sliding of belt is stepped up, so as to provide rigid support for staff, staff has impetus, effectively increases working at height efficiency and operation quality.
Description
Technical field
The present invention is a kind of novel power communication cable aerial platform, belongs to power communication cable high-altitude work
Industry device field.
Background technology
Intelligent grid requirement electric system in be aided with information technology for support, realize power grid informationization, automation and mutually
The feature of dynamicization；FTTx and 3G network construction requirements information solve the electrical problem of network-termination device while communication, therefore
Applied to all kinds of composite ropes and special optical cable i.e. electric power optical cable that power transmission and information communication are taken into account in electric system.
With the continuous social and economic development, the development of modernization of architecture is maked rapid progress, after high-rise, high-rise building such as rain
It is emerged in large numbers as spring bamboo.High-rise, high-rise building outrigger is also outer from steel tube fastener formula scaffold-steel pipe overhanging outrigger-shaped steel overhanging
Frame-attaching scaffold continues to develop, and attaching scaffold was even more because of its efficient and convenient, construction operation peace of climbing in recent years
The full first choice for becoming high-rise high-rise building external scaffolding, but also climb during its use because it lifts underaction
It after completing concerned process steps work to structure top, just begins to decline, the construction of exterior wall other processes could be started, project is integrally arranged
There is larger impact.
But existing technology is susceptible to shaking tilt phenomenon, and without rigid support point, in height in working at height
Sky carries out beating torque when work without impetus, can not safeguard work personnel safety.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of novel power communication cable high-altitude works
Industry device to solve existing technology in working at height, is susceptible to shaking tilt phenomenon, and without rigid support point, in height
Sky carries out beating torque when work without impetus, can not safeguard work personnel it is safe the problem of.
To achieve these goals, the present invention is to realize by the following technical solutions：A kind of novel power communication
Cable aerial platform, structure include deflecting roller, can head board, joystick, safety barrier, elevation mast, activity
Control mechanism, emergency stop switch, down switch, suspension hook, firm banking, driven wheel, the deflecting roller is consistent with driven size of wheel,
The deflecting roller is welded in firm banking bottom both ends, and connect by screw bolt reinforcing with driven wheel level, the activity
Control mechanism fixation is welded on the left of firm banking upper end, and closely connect with elevation mast, and the emergency stop switch is fixed embedding
Entering on the left of movement controlling mechanism, the movement controlling mechanism front end is fixed with the groove of activity installing down switch, and
Being integrated molding structure, the down switch, emergency stop switch are electrically connected with movement controlling mechanism, and the elevation mast is consolidated
Surely firm banking upper center is set on, safety barrier fixation is welded in elevation mast right end, and connect by screw bolt reinforcing
It connecing, the safety barrier matches flexible connection with elevation mast, and the joystick is fixed on the inside of safety barrier,
The joystick is electrically connected with movement controlling mechanism, it is described can head board be fixed at safety barrier both ends, and with peace
Full guardrail flexible connection, the movement controlling mechanism are connected by auto-telescopic mechanism, fixed plate, shaking touching mechanism, pulley
Mechanism, tape handler, sliding track mechanism, escapement, movable disk, movable frame, motor, electric motor starting storehouse composition, it is described
Electric motor starting storehouse fix be welded in movable frame upper end, the motor is fixed inside electric motor starting storehouse, and with activity
Frame is in contact, and fixed plate fixation is welded in movable frame inner wall, and the auto-telescopic mechanism is located in fixed plate
Side left side, and left end welds together with movable frame, the movable disk is located at fixed plate upper right, and with stretching automatically
Contracting mechanism is flexibly connected, and the pulley connection is fixed at below fixed plate, and left end is welded on one with movable frame
It rises, the fixation of shaking touching mechanism is nested in below pulley connection, and be flexibly connected between the two, the sliding rail
Mechanism fixation is welded in bottom in movable frame, and the tape handler is located above sliding track mechanism, and movable between the two
Connection, the escapement is located at right side in movable frame, and is flexibly connected with movable disk.
Further, the auto-telescopic mechanism is by movable rod, fixed frame, movable cabin, connecting plate, support bar group
Into fixed frame fixation is welded in movable frame inner wall, and the movable cabin welds together with fixed plate, and internal solid
Surely connecting plate is equipped with, described supporting rod one end welds together through movable cabin, and with connecting plate, and the supporting rod is another
One end, which is fixed, is nested in fixed frame surface, and described movable rod one end is fixedly connected on supporting rod, and activity between the two is even
It connects, movable rod other end fixation is nested on the left of swing rod, and match flexible connection.
Further, shaking touching mechanism is made of idler wheel, through-hole, gear, sector gear, and the idler wheel is consolidated
Surely the first vertical supporting frame surface is nested in, sector gear fixation is welded in below idler wheel, and activity between the two is even
It connects, the sector gear surface is equipped with multiple through-holes, and gear, and phase between the two are fixed with above the sector gear
Engagement.
Further, the pulley connection by the first vertical supporting frame, first pulley, the second vertical supporting frame,
Second pulley, the first cross-brace frame, metal contact wires, the second cross-brace frame, third pulley composition, described first is vertical
Below fixed plate, the first pulley is consolidated with idler wheel for horizontal connection successively from right to left for supporting rack and the second vertical supporting frame
Surely the first vertical supporting frame and the second vertical supporting frame rear surface are embedded in, the first cross-brace frame and second is laterally
Supporting rack is vertically connected at movable frame inner wall successively from top to bottom, and the second pulley and third pulley are fixedly embedded in the
One cross-brace frame and the second cross-brace frame right end face, the metal contact wires fix nested encryptions in first pulley with
Idler wheel, second pulley, third pulley outer surface.
Further, the tape handler by driven wheel, dc generator, belt, direct current generator, driving pulley,
Fixing support rack, pedestal composition, the rectangular cross-section structure of the pedestal are described there are two the fixing support rack is set
Fixing support rack level be welded in pedestal upper end both sides, direct current generator fixation is nested in driving pulley outer surface, and
Weld together with fixing support rack, dc generator fixation is nested in driven wheel outer surface, and and fixing support rack
Weld together, the driven wheel is flexibly connected with driving pulley by belt.
Further, the sliding track mechanism is made of slide, movable pulley, track, counterweight, nylon rope, fixed pulley, described
Track fixation be welded in inside movable frame, the slide is located at track top, and is fixed with multiple cunnings between the two
Driving wheel, the movable pulley match flexible connection with slide, track, and the fixed pulley is fixedly connected on the left of slide, and
It connects with movable frame, the nylon rope is nested in fixed pulley outer surface, and is connected with counterweight, and the counterweight is cut
Face is rectangular configuration.
Further, the escapement is by the first rack, escape wheel, escapement lever, double-arc spline, the second rack, third
Cross-brace frame forms, and first rack is consistent with the second rack size, and first rack fixation is welded in activity
Bottom in frame, second rack fixation are welded in movable frame inner wall, and the third cross-brace frame is fixedly connected
In movable frame inner wall, and surface is nested with double-arc spline, and escapement lever is fixed with, and live between the two below the double-arc spline
Dynamic connection, the escape wheel are meshed with the first rack, the second rack, and the escape wheel is flexibly connected with escapement lever.
Further, the movable disk is made of swing rod, connecting rod, turntable body, junction button, vertical beam, and described is perpendicular
Beam fixation is welded in fixed plate upper right, and swing rod fixation is nested in fixed plate surface, and be flexibly connected between the two,
Described connecting rod one end is mutually chimeric with swing rod, and the section of the turntable body is circular configuration, and the junction button is fixed embedding
Enter in the middle part of turntable body, the connecting rod other end is connected with junction button, and the turntable body passes through metal contact wires
It is flexibly connected with double-arc spline.
Advantageous effect
A kind of novel power communication cable aerial platform of the present invention, starts motor, and motor is rotated and pulled
Metal contact wires band driven fork is swung, and when being swung up and down on the left of swing rod, movable rod drives connecting plate to move up and down, when
When being swung up and down on the right side of swing rod, connecting rod is rotated with junction button right-hand circular, and turntable body is driven to be rotated, turntable sheet
Body rotation is by pulling metal contact wires that double-arc spline is driven to rotate, at this point, escapement lever shakes and is meshed with escape wheel, together
When, escape wheel is meshed with the first rack, the second rack, and the first rack moves in parallel to the right, and the second rack is moved vertically downward,
At this moment, direct current generator can be slided along slide, and driving pulley drives driven wheel by belt, and counterweight is drawn by nylon rope, fixed pulley
Tight slide so as to make belt tension, and ensures certain pretension, increases with the stress of belt, and both sides pulling force difference also increases,
The Elastic Sliding of belt is stepped up, and so as to provide rigid support for staff, staff has impetus, effectively carries
High working at height efficiency and operation quality.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structure diagram of novel power communication cable aerial platform of the present invention；
Fig. 2 is the internal structure chart of movement controlling mechanism of the present invention；
Fig. 3 is the internal structure chart of movement controlling mechanism of the present invention；
Fig. 4 is the structure diagram of escapement of the present invention.
In figure：Deflecting roller -1, can head board -2, joystick -3, safety barrier -4, elevation mast -5, activity control machine
Structure -6, down switch -8, suspension hook -9, firm banking -10, driven wheel -11, auto-telescopic mechanism -601, is fixed emergency stop switch -7
Plate -602 shakes touching mechanism -603, pulley connection -604, tape handler -605, sliding track mechanism -606, escapement
Structure -607, movable frame -609, motor -610, electric motor starting storehouse -611, movable rod -6011, is fixed movable disk -608
Frame -6012, movable cabin -6013, connecting plate -6014, supporting rod -6015, idler wheel -6031, through-hole -6032, gear -6033, fan
Shape gear -6034, the first vertical supporting frame -6041, first pulley -6042, the second vertical supporting frame -6043, second pulley -
6044th, the first cross-brace frame -6045, metal contact wires -6046, the second cross-brace frame -6047, third pulley -6048, from
Driving wheel -6051, dc generator -6052, belt -6053, direct current generator -6054, driving pulley -6055, fixing support rack -
6056th, pedestal -6057, slide -6061, movable pulley -6062, track -6063, counterweight -6064, nylon rope -6065, fixed pulley -
6066th, the first rack -6071, escape wheel -6072, escapement lever -6073, double-arc spline -6074, the second rack -6075, third are lateral
Supporting rack -6076, swing rod -6081, connecting rod -6082, turntable body -6083, junction button -6084, vertical beam -6085.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, with reference to
Specific embodiment, the present invention is further explained.
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of novel power communication cable aerial platform technical solution：
Its structure include deflecting roller 1, can head board 2, joystick 3, safety barrier 4, elevation mast 5, movement controlling mechanism 6, emergency stop
Switch 7, down switch 8, suspension hook 9, firm banking 10, driven wheel 11, the deflecting roller 1 is consistent with 11 size of driven wheel, institute
The deflecting roller 1 stated is welded in 10 bottom both ends of firm banking, and connected by screw bolt reinforcing, the work with 11 level of driven wheel
The dynamic fixation of control mechanism 6 is welded on the left of 10 upper end of firm banking, and closely connect with elevation mast 5, the emergency stop switch 7
It is fixedly embedded in the left side of movement controlling mechanism 6,6 front end of movement controlling mechanism is fixed with activity installing down switch 8
Groove, and being integrated molding structure, the down switch 8, emergency stop switch 7 are electrically connected with movement controlling mechanism 6, described
Elevation mast 5 be fixed at 10 upper center of firm banking, the safety barrier 4 fixation is welded in 5 right end of elevation mast,
And connected by screw bolt reinforcing, the safety barrier 4 matches flexible connection with elevation mast 5, and the joystick 3 is solid
Surely be set on the inside of safety barrier 4, the joystick 3 is electrically connected with movement controlling mechanism 6, it is described can head board 2 fix
Be flexibly connected set on 4 both ends of safety barrier, and with safety barrier 4, the movement controlling mechanism 6 by auto-telescopic mechanism 601,
Fixed plate 602 shakes touching mechanism 603, pulley connection 604, tape handler 605, sliding track mechanism 606, escapement
607th, movable disk 608, movable frame 609, motor 610, electric motor starting storehouse 611 form, and the electric motor starting storehouse 611 is fixed
Be welded in 609 upper end of movable frame, the motor 610 is fixed inside electric motor starting storehouse 611, and with movable frame 609
It is in contact, the fixed plate 602 fixation is welded in 609 inner wall of movable frame, and the auto-telescopic mechanism 601, which is located at, to be fixed
602 upper left of plate, and left end welds together with movable frame 609, the movable disk 608 is located in fixed plate 602
Side right side, and be flexibly connected with auto-telescopic mechanism 601, the pulley connection 604 is fixed under fixed plate 602
Side, and left end welds together with movable frame 609, the fixation of shaking touching mechanism 603 is nested in pulley connection
604 lower sections, and be flexibly connected between the two, the sliding track mechanism 606 fixation is welded in bottom in movable frame 609, described
Tape handler 605 be located at the top of sliding track mechanism 606, and be flexibly connected between the two, the escapement 607, which is located at, lives
Right side in dynamic frame 609, and being flexibly connected with movable disk 608, the auto-telescopic mechanism 601 by movable rod 6011,
Fixed frame 6012, movable cabin 6013, connecting plate 6014, supporting rod 6015 form, and the fixed frame 6012 fixation is welded in work
609 inner wall of dynamic frame, the movable cabin 6013 welds together with fixed plate 602, and inside is fixed with connecting plate 6014,
Described 6015 one end of supporting rod welds together through movable cabin 6013, and with connecting plate 6014, the supporting rod
The fixation of 6015 other ends is nested in 6012 surface of fixed frame, and described 6011 one end of movable rod is fixedly connected on supporting rod
6015, and be flexibly connected between the two, 6011 other end of movable rod fixation is nested in 6081 left side of swing rod, and matches
Flexible connection is closed, the shaking touches mechanism 603 by idler wheel 6031, through-hole 6032, gear 6033,6034 groups of sector gear
Into the idler wheel 6031 fixation is nested in 6041 surface of the first vertical supporting frame, and the sector gear 6034 fixes welding
It in 6031 lower section of idler wheel, and is flexibly connected between the two, 6034 surface of sector gear is equipped with multiple through-holes 6032, described
The top of sector gear 6034 be fixed with gear 6033, and be meshed between the two, the pulley connection 604 is by the
One vertical supporting frame 6041, first pulley 6042, the second vertical supporting frame 6043, second pulley 6044, the first cross-brace frame
6045th, metal contact wires 6046, the second cross-brace frame 6047, third pulley 6048 form, the first vertical supporting frame
6041 and second vertical supporting frame 6043 from right to left successively horizontal connection in the lower section of fixed plate 602, the first pulley
6042 is fixedly embedded in 6043 rear surface of the first vertical supporting frame 6041 and the second vertical supporting frame with idler wheel 6031, described
First cross-brace frame 6045 and the second cross-brace frame 6047 are vertically connected at 609 inner wall of movable frame successively from top to bottom,
The second pulley 6044 and third pulley 6048 are fixedly embedded in the first cross-brace frame 6045 and the second cross-brace frame
6047 right end faces, the metal contact wires 6046 fix nested encryptions in first pulley 6042 and the cunning of idler wheel 6031, second
Wheel 6044,6048 outer surface of third pulley, the tape handler 605 is by driven wheel 6051, dc generator 6052, belt
6053rd, direct current generator 6054, driving pulley 6055, fixing support rack 6056, pedestal 6057 form, and the pedestal 6057 is cut
Face is rectangular configuration, and there are two the fixing support rack 6056 is set, 6056 level of fixing support rack is welded in pedestal
6057 upper ends both sides, the direct current generator 6054 fixation are nested in 6055 outer surface of driving pulley, and and fixing support rack
6056 weld together, and the dc generator 6052 fixation is nested in 6051 outer surface of driven wheel, and and fixing support rack
6056 weld together, and the driven wheel 6051 is flexibly connected with driving pulley 6055 by belt 6053, the sliding rail
Mechanism 606 is made of slide 6061, movable pulley 6062, track 6063, counterweight 6064, nylon rope 6065, fixed pulley 6066, described
The fixation of track 6063 be welded in inside movable frame 609, the slide 6061 is located above track 6063, and between the two
Multiple movable pulleies 6062 are fixed with, the movable pulley 6062 matches flexible connection with slide 6061, track 6063, described
Fixed pulley 6066 be fixedly connected on the left side of slide 6061, and connect with movable frame 609, the nylon rope 6065 is nested
It is connected in 6066 outer surface of fixed pulley, and with counterweight 6064, the rectangular cross-section structure of the counterweight 6064, described catches
Vertical mechanism 607 is horizontal by the first rack 6071, escape wheel 6072, escapement lever 6073, double-arc spline 6074, the second rack 6075, third
It is formed to supporting rack 6076, first rack 6071 is consistent with 6075 size of the second rack, first rack 6071
Fixed to be welded in bottom in movable frame 609, second rack 6075 fixation is welded in 609 inner wall of movable frame, described
Third cross-brace frame 6076 be fixedly connected on 609 inner wall of movable frame, and surface is nested with double-arc spline 6074, described is double
6074 lower section of disk is fixed with escapement lever 6073, and be flexibly connected between the two, 6072 and first rack of escape wheel
6071st, the second rack 6075 is meshed, and the escape wheel 6072 is flexibly connected with escapement lever 6073, the movable disk
608 are made of swing rod 6081, connecting rod 6082, turntable body 6083, junction button 6084, vertical beam 6085, and the vertical beam 6085 is solid
Surely 602 upper right of fixed plate is welded in, the swing rod 6081 fixation is nested in 602 surface of fixed plate, and live between the two
Dynamic connection, described 6082 one end of connecting rod is mutually chimeric with swing rod 6081, and the section of the turntable body 6083 is circular configuration,
The junction button 6084 is fixedly embedded in 6083 middle part of turntable body, 6082 other end of connecting rod and 6084 phase of junction button
Connection, the turntable body 6083 are flexibly connected by metal contact wires 6046 with double-arc spline 6074.
Escapement 607 described in this patent refers to not ensuring that the water one of par Pot surely due to the rotation of pivot wheel one
It steadily injects in by water Pot, so must there is a kind of device to ensure that such case centainly occurs, and this device is known as day weighing apparatus,
Namely so-called escapement.
When staff is needed using the equipment, start motor 610, motor 610 rotates and pulls metal contact wires
6046 band driven forks 6081 are swung, and when 6081 left side of swing rod is swung up and down, movable rod 6015 drives connecting plate 6014
It moves up and down, when 6081 right side of swing rod is swung up and down, connecting rod 6082 is rotated with 6084 right-hand circular of junction button, and is driven
Turntable body 6083 is rotated, and turntable body 6083 is rotated by the way that metal contact wires 6046 is pulled to drive 6074 turns of double-arc spline
It is dynamic, at this point, escapement lever 6073 shakes and is meshed with escape wheel 6072, meanwhile, 6072 and first rack 6071 of escape wheel, the
Two racks 6075 are meshed, and the first rack 6071 moves in parallel to the right, and the second rack 6075 is moved vertically downward, at this moment, direct current
Motor 6054 can be slided along slide 6061, and driving pulley 6055 drives driven wheel 6051 by belt 6053, and counterweight 6064 passes through
Nylon rope 6065, fixed pulley 6066 tense slide 6061, so as to be tensioned belt 6053, and ensure certain pretension, with
The stress increase of belt 6053, both sides pulling force difference also increase, and the Elastic Sliding of belt 6053 is stepped up, so as to be work
Personnel provide rigid support, and staff has impetus, effectively increases working at height efficiency and operation quality.
The present invention solves existing technology in working at height, is susceptible to shaking tilt phenomenon, and without rigid support point,
Without impetus when carrying out beating torque when work in high-altitude, can not safeguard work personnel it is safe the problem of, the present invention is by above-mentioned
Component is combined with each other, and so as to provide rigid support for staff, staff has impetus, effectively increases high-altitude
Operating efficiency and operation quality.
The basic principles, main features and the advantages of the invention have been shown and described above, for this field skill
For art personnel, it is clear that the present invention is not limited to the details of above-mentioned 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 falling within the meaning and scope of the equivalent requirements of the claims in the present invention
It is interior.Any reference numeral in claim should not be considered as to the involved claim of limitation.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in each embodiment can also be properly combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of novel power communication cable aerial platform, structure includes deflecting roller (1), can head board (2), control
Handle (3) processed, elevation mast (5), movement controlling mechanism (6), emergency stop switch (7), down switch (8), is hung safety barrier (4)
Hook (9), firm banking (10), driven wheel (11), it is characterised in that：
The deflecting roller (1) is consistent with driven wheel (11) size, and the deflecting roller (1) is welded in driven wheel (11) level
Firm banking (10) bottom both ends, and connected by screw bolt reinforcing, the movement controlling mechanism (6) fixation is welded in fixed bottom
It on the left of seat (10) upper end, and is closely connect with elevation mast (5), the emergency stop switch (7) is fixedly embedded in activity control machine
On the left of structure (6), the movement controlling mechanism (6) front end is fixed with the groove of activity installing down switch (8), and is integrated
Change molding structure, the down switch (8), emergency stop switch (7) are electrically connected with movement controlling mechanism (6), the lifting mast
Bar (5) is fixed at firm banking (10) upper center, and the safety barrier (4) fixation is welded in elevation mast (5) right end,
And connected by screw bolt reinforcing, the safety barrier (4) matches flexible connection, the control hand with elevation mast (5)
Handle (3) is fixed on the inside of safety barrier (4), and the joystick (3) is electrically connected with movement controlling mechanism (6), described
Can head board (2) be fixed at safety barrier (4) both ends, and be flexibly connected with safety barrier (4)；
The movement controlling mechanism (6) is touched mechanism (603) by auto-telescopic mechanism (601), fixed plate (602), shaking, is slided
It takes turns bindiny mechanism (604), tape handler (605), sliding track mechanism (606), escapement (607), movable disk (608), live
Dynamic frame (609), motor (610), electric motor starting storehouse (611) composition；
Electric motor starting storehouse (611) fixation is welded in movable frame (609) upper end, and the motor (610) is fixed at
Electric motor starting storehouse (611) is internal, and is in contact with movable frame (609), and the fixed plate (602) fixation is welded in activity box
Frame (609) inner wall, the auto-telescopic mechanism (601) is positioned at fixed plate (602) upper left, and left end and movable frame
(609) weld together, the movable disk (608) is positioned at fixed plate (602) upper right, and and auto-telescopic mechanism
(601) it is flexibly connected, the pulley connection (604) is fixed at below fixed plate (602), and left end and movable frame
(609) weld together, shaking touching mechanism (603) is fixed to be nested in below pulley connection (604), and the two
Between be flexibly connected, the sliding track mechanism (606) fixation is welded in movable frame (609) interior bottom, the V belt translation machine
Structure (605) is flexibly connected between the two above sliding track mechanism (606), and the escapement (607) is positioned at activity box
Right side in frame (609), and be flexibly connected with movable disk (608).
2. a kind of novel power communication cable aerial platform according to claim 1, it is characterised in that：It is described
Auto-telescopic mechanism (601) by movable rod (6011), fixed frame (6012), movable cabin (6013), connecting plate (6014), branch
Strut (6015) forms, and the fixed frame (6012) fixation is welded in movable frame (609) inner wall, the movable cabin
(6013) weld together with fixed plate (602), and inside is fixed with connecting plate (6014), the supporting rod (6015) one
End welds together through movable cabin (6013), and with connecting plate (6014), and the supporting rod (6015) other end is fixed
Fixed frame (6012) surface is nested in, the movable rod (6011) one end is fixedly connected on supporting rod (6015), and the two
Between be flexibly connected, the fixation of the movable rod (6011) other end is nested on the left of swing rod (6081), and match activity
Connection.
3. a kind of novel power communication cable aerial platform according to claim 1, it is characterised in that：It is described
Shaking touching mechanism (603) be made of idler wheel (6031), through-hole (6032), gear (6033), sector gear (6034), it is described
Idler wheel (6031) it is fixed be nested in first vertical supporting frame (6041) surface, the sector gear (6034) fixation is welded in
Below idler wheel (6031), and it is flexibly connected between the two, the sector gear (6034) surface is equipped with multiple through-holes (6032),
Gear (6033) is fixed with, and be meshed between the two above the sector gear (6034).
4. a kind of novel power communication cable aerial platform according to claim 1, it is characterised in that：It is described
Pulley connection (604) by the first vertical supporting frame (6041), first pulley (6042), the second vertical supporting frame
(6043), second pulley (6044), the first cross-brace frame (6045), metal contact wires (6046), the second cross-brace frame
(6047), third pulley (6048) forms, the first vertical supporting frame (6041) and the second vertical supporting frame (6043) from
To left horizontal connection successively below fixed plate (602), the first pulley (6042) and idler wheel (6031) are fixedly embedded on the right side
In the first vertical supporting frame (6041) and second vertical supporting frame (6043) rear surface, the first cross-brace frame
(6045) it is vertically connected at movable frame (609) inner wall successively from top to bottom with the second cross-brace frame (6047), described the
Two pulleys (6044) and third pulley (6048) are fixedly embedded in the first cross-brace frame (6045) and the second cross-brace frame
(6047) right end face, the fixed nested encryptions of the metal contact wires (6046) are in first pulley (6042) and idler wheel
(6031), second pulley (6044), third pulley (6048) outer surface.
5. a kind of novel power communication cable aerial platform according to claim 1, it is characterised in that：It is described
Tape handler (605) by driven wheel (6051), dc generator (6052), belt (6053), direct current generator (6054), main
Movable belt pulley (6055), fixing support rack (6056), pedestal (6057) composition, the rectangular cross-section knot of the pedestal (6057)
Structure, there are two the fixing support rack (6056) is set, the fixing support rack (6056) level is welded in pedestal (6057)
Upper end both sides, the direct current generator (6054) fixation are nested in driving pulley (6055) outer surface, and and fixing support rack
(6056) weld together, the dc generator (6052) is fixed to be nested in driven wheel (6051) outer surface, and with fixation
Supporting rack (6056) welds together, and the driven wheel (6051) is connected with driving pulley (6055) by belt (6053) activity
It connects.
6. a kind of novel power communication cable aerial platform according to claim 1, it is characterised in that：It is described
Sliding track mechanism (606) by slide (6061), movable pulley (6062), track (6063), counterweight (6064), nylon rope (6065),
Fixed pulley (6066) forms, and the track (6063) is fixed to be welded in movable frame (609) inside, the slide (6061)
Above track (6063), and it is fixed with multiple movable pulleies (6062) between the two, the movable pulley (6062) is with sliding
Seat (6061), track (6063) match flexible connection, and the fixed pulley (6066) is fixedly connected on the left of slide (6061),
And connect with movable frame (609), the nylon rope (6065) is nested in fixed pulley (6066) outer surface, and and counterweight
(6064) it is connected, the rectangular cross-section structure of the counterweight (6064).
7. a kind of novel power communication cable aerial platform according to claim 1, it is characterised in that：It is described
Escapement (607) by the first rack (6071), escape wheel (6072), escapement lever (6073), double-arc spline (6074), the second tooth
Item (6075), third cross-brace frame (6076) composition, first rack (6071) and the second rack (6075) size one
It causes, first rack (6071) is fixed to be welded in movable frame (609) interior bottom, and second rack (6075) is fixed
Movable frame (609) inner wall is welded in, the third cross-brace frame (6076) is fixedly connected in movable frame (609)
Wall, and surface is nested with double-arc spline (6074), and escapement lever (6073), and the two are fixed with below the double-arc spline (6074)
Between be flexibly connected, the escape wheel (6072) is meshed with the first rack (6071), the second rack (6075), and described catches
Vertical wheel (6072) is flexibly connected with escapement lever (6073).
8. a kind of novel power communication cable aerial platform according to claim 1, it is characterised in that：It is described
Movable disk (608) by swing rod (6081), connecting rod (6082), turntable body (6083), junction button (6084), vertical beam (6085)
Composition, the vertical beam (6085) is fixed to be welded in fixed plate (602) upper right, and the swing rod (6081) fixation is nested in
Fixed plate (602) surface, and be flexibly connected between the two, the connecting rod (6082) one end is mutually chimeric with swing rod (6081), institute
The section of turntable body (6083) stated is circular configuration, and the junction button (6084) is fixedly embedded in turntable body (6083)
Middle part, the connecting rod (6082) other end are connected with junction button (6084), and the turntable body (6083) passes through metal
Connecting line (6046) is flexibly connected with double-arc spline (6074).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711451563.2A CN108217546A (en) | 2017-12-27 | 2017-12-27 | A kind of novel power communication cable aerial platform |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711451563.2A CN108217546A (en) | 2017-12-27 | 2017-12-27 | A kind of novel power communication cable aerial platform |
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| CN108217546A true CN108217546A (en) | 2018-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201711451563.2A Pending CN108217546A (en) | 2017-12-27 | 2017-12-27 | A kind of novel power communication cable aerial platform |
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| CN2319391Y (en) * | 1997-06-06 | 1999-05-19 | 向其富 | Heavy iron sliding balance type forklift |
| CN101844559A (en) * | 2009-03-27 | 2010-09-29 | 雷蒙德股份有限公司 | Be used to keep the system and method for the dynamic stability of materials handling vehicle |
| CN204802951U (en) * | 2015-07-07 | 2015-11-25 | 上海绿地建设(集团)有限公司 | Vehicular aerial working platform |
| CN204960271U (en) * | 2015-09-06 | 2016-01-13 | 中节能风力发电(新疆)有限公司 | High altitude construction's maintenance platform in tower section of thick bamboo of wind power generation field |
| CN105502223A (en) * | 2016-01-29 | 2016-04-20 | 国网山东省电力公司济阳县供电公司 | High-altitude working platform for line construction |
| CN106629523A (en) * | 2016-10-25 | 2017-05-10 | 徐州海伦哲专用车辆股份有限公司 | Aerial work vehicle with self-stabilizing system and self-stabilizing control method thereof |
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2017
- 2017-12-27 CN CN201711451563.2A patent/CN108217546A/en active Pending
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2319391Y (en) * | 1997-06-06 | 1999-05-19 | 向其富 | Heavy iron sliding balance type forklift |
| CN101844559A (en) * | 2009-03-27 | 2010-09-29 | 雷蒙德股份有限公司 | Be used to keep the system and method for the dynamic stability of materials handling vehicle |
| CN204802951U (en) * | 2015-07-07 | 2015-11-25 | 上海绿地建设(集团)有限公司 | Vehicular aerial working platform |
| CN204960271U (en) * | 2015-09-06 | 2016-01-13 | 中节能风力发电(新疆)有限公司 | High altitude construction's maintenance platform in tower section of thick bamboo of wind power generation field |
| CN105502223A (en) * | 2016-01-29 | 2016-04-20 | 国网山东省电力公司济阳县供电公司 | High-altitude working platform for line construction |
| CN106629523A (en) * | 2016-10-25 | 2017-05-10 | 徐州海伦哲专用车辆股份有限公司 | Aerial work vehicle with self-stabilizing system and self-stabilizing control method thereof |
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