CN108736354A - A kind of intelligence duplicate rows formula electric power overhaul expansion provision for disengagement - Google Patents
A kind of intelligence duplicate rows formula electric power overhaul expansion provision for disengagement Download PDFInfo
- Publication number
- CN108736354A CN108736354A CN201810516755.5A CN201810516755A CN108736354A CN 108736354 A CN108736354 A CN 108736354A CN 201810516755 A CN201810516755 A CN 201810516755A CN 108736354 A CN108736354 A CN 108736354A
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- Prior art keywords
- latch
- plate
- wheel
- guide
- expansion
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Classifications
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02B—BOARDS, SUBSTATIONS OR SWITCHING ARRANGEMENTS FOR THE SUPPLY OR DISTRIBUTION OF ELECTRIC POWER
- H02B3/00—Apparatus specially adapted for the manufacture, assembly, or maintenance of boards or switchgear
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
- B25B—TOOLS OR BENCH DEVICES NOT OTHERWISE PROVIDED FOR, FOR FASTENING, CONNECTING, DISENGAGING OR HOLDING
- B25B27/00—Hand tools, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for
- B25B27/14—Hand tools, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for for assembling objects other than by press fit or detaching same
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F21—LIGHTING
- F21V—FUNCTIONAL FEATURES OR DETAILS OF LIGHTING DEVICES OR SYSTEMS THEREOF; STRUCTURAL COMBINATIONS OF LIGHTING DEVICES WITH OTHER ARTICLES, NOT OTHERWISE PROVIDED FOR
- F21V33/00—Structural combinations of lighting devices with other articles, not otherwise provided for
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Manufacturing & Machinery (AREA)
- Power Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Emergency Lowering Means (AREA)
Abstract
The invention discloses a kind of intelligent duplicate rows formula electric power overhaul expansion provisions for disengagement, its structure includes handle link block, the first expansion arm, the second expansion arm, adjusts limiting through hole, inductive lighting device, expansion link block, control support button, isolation limiting plate, laterally safe handle, handle connection end block, vertical safe handle, the rear end of control support button is installed in the front end of isolation limiting plate, the rear robot of isolation limiting plate is connected to the front end of laterally safe handle, beneficial effects of the present invention：By increasing inductive lighting device in equipment, when equipment carries out electric power overhaul expansion dismounting operation, expansion provision for disengagement can provide light source supplement for it in time, to enable its staff to obtain preferable light when carrying out electric power overhaul equipment, not only improves staff and carrying out the efficiency of upkeep operation and greatly reducing the workload of staff.
Description
Technical field
The present invention is a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement, and it is standby to belong to electric power overhaul auxiliary repair
Field.
Background technology
When electric power overhaul expansion provision for disengagement refers to electric power overhaul operation, encounters its power cord and block operation position with sundries
It sets, can effectively be excluded and be expanded a kind of high efficiency ancillary equipment in electric power overhaul operation orientation.
In the prior art, equipment is when carrying out electric power overhaul expansion dismounting operation, because being blocked by power cord or sundries, often
The position source light overhauled needed for often causing is insufficient, and equipment it can not provide lighting homework from behavior, need work people
Member carries out additional light source adjunctive program, not only increases the workload of staff and influences the efficiency of its electric power overhaul operation.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of intelligent duplicate rows formula electric power overhaul expansions
Provision for disengagement, to solve in the prior art, equipment is when carrying out electric power overhaul expansion dismounting operation, because by power cord or sundries
It blocks, the position source light that can frequently result in required maintenance is insufficient, and equipment it can not provide lighting homework from behavior, need
Staff carries out additional light source adjunctive program, not only increases the workload of staff and influences its electric power overhaul operation
The problem of efficiency.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of intelligence duplicate rows formula electricity
Power maintenance expansion provision for disengagement, a kind of intelligence duplicate rows formula electric power overhaul expansion provision for disengagement, structure includes that handle connects
Connect block, the first expansion arm, the second expansion arm, adjust limiting through hole, inductive lighting device, expansion link block, control support button,
Completely cut off limiting plate, laterally safe handle, handle connection end block, vertical safe handle, the rear end installing of the control support button
In the front end of isolation limiting plate, the rear robot of the isolation limiting plate is connected to the front end of laterally safe handle, the transverse direction
The rear end of safe handle is welded in the right side of handle connection end block front end, and the left end of the handle connection end block is welded in expansion and connects
Connecing the right end of block, the left end of the expansion link block is movably connected on the right end of the first expansion arm and the second expansion arm, and described the
It is equipped on the right side of one expansion arm and the front end of the second expansion arm and adjusts limiting through hole, first expansion arm is welded on the right side of upper end
The upper mechanical of the lower end of handle link block, the handle link block is connected to the downside of vertical safe handle left end and is integrated
Change structure, the front end of the expansion link block is welded in the right side of inductive lighting device rear end, the inductive lighting device rear end
Left side clearance fit in the front side of the first expansion arm and the second expansion arm right end, the inductive lighting device includes that No.1 is fixed
Bar, upper induction bindiny mechanism, illumination reflector lamp, lower induction bindiny mechanism, No. two fixed links, gear drive, belt connect machine
Structure, insulation protection shell, middle part power controling machine structure, guiding mechanism, latch lifting mechanism, under the No.1 fixed link
End is welded in the upside of induction bindiny mechanism left end, is meshed in guide support on the downside of the upper induction bindiny mechanism right end
The left end of mechanism, the upside on the right side of the guiding mechanism are mechanically connected to latch lifting mechanism upper end, the latch lifting
The lower end of mechanism is installed in the upside of middle part power controling machine structure right end, and the upper end of No. two fixed links is welded in lower induction and connects
The right end of the downside of connection mechanism left end, the lower induction bindiny mechanism is movably connected on the left end of gear drive, the tooth
The upper end of wheel drive mechanism is meshed in the left end of belt bindiny mechanism, and the upside of belt bindiny mechanism right end is flexibly connected
In the downside of middle part power controling machine structure right end, the left end of the middle part power controling machine structure is welded in the right end of illumination reflector lamp,
The outer surface of the illumination reflector lamp is through the middle part of insulation protection shell left end.
Correspondingly, the upper induction bindiny mechanism is by shaft spring bearing, two-way convex block shaft, No.1 latch wheel, latch
Connect band, No. three latch wheels, upper compression spring, latch link plate, the first grooved rail, the first guide block connecting plate, No. two latches
Wheel composition, the front space of first grooved rail are matched with the right end of the first guide block connecting plate, the first guide block connection
The lower end of latch link plate is welded on the upside of plate right end, the upper end of the latch link plate is protected by upper compression spring and insulation
The upper end of shield outer casing inner wall is connected, and the right end of the latch link plate is meshed in the left side of No. three latch wheels, described No. three
The front end of latch wheel is connected with the front end of No.1 latch wheel with the front end of No. two latch wheels by latch connect band, the No.1
Latch wheel is meshed with the right end of No. two latch wheels in the left end of two-way convex block shaft, and the upper end of the two-way convex block shaft is installed
In the lower end of shaft spring bearing, the lower end of the two-way convex block shaft is welded on the upside of the left end of guiding mechanism.
Correspondingly, the guiding mechanism is connected by two-way interaction crawler belt, supporting guide wheel, belt pulley, No.1
Belt, right-hand track chiain drop center wheel, groove connecting band track, left track recesses wheel, threaded support wheel, vertical thread spindle composition, it is described double
The upper end of right-hand track chiain drop center wheel is welded in the lower end of convex block shaft, the front end of the right-hand track chiain drop center wheel is connected by groove to be carried out
Band is connected with the front end of left track recesses wheel, and the lower end of the left track recesses wheel is welded in the upper end of vertical thread spindle, institute
The outer surface for stating vertical thread spindle is meshed in the outside of threaded support wheel rear end, and front end and the belt of the threaded support wheel pass
The front end of driving wheel connects belt by No.1 and is connected, and the outer surface of the belt pulley passes through two-way interaction crawler belt and support
The front end of directive wheel is connected.
Correspondingly, the latch lifting mechanism is by upper lifting connecting rod, latch link plate, plate limit guide wheel, fixed guide
Gear, gear supporting rod, No. two guide rods, No.1 guide rod composition, the upper end of the No.1 guide rod are movably connected on No. two guide rods
Lower end, the upper ends of No. two guide rods are installed in the outside of fixed guide gear front end, and front and back the two of the fixed guide gear
End is mechanically connected to the lower end of gear supporting rod, and the upper end of the gear supporting rod is welded in the upper of insulation protection outer casing inner wall
End, the outer surface of the fixed guide gear is meshed between the left side of latch link plate, the right surface of the latch link plate
Gap is matched with the outer surface of plate limit guide wheel, and the lower end of the latch link plate is movably connected on the upper end of lifting connecting rod,
The lower mechanical of the upper lifting connecting rod is connected to the upside of middle part power controling machine structure right end.
Correspondingly, the lower induction bindiny mechanism is by the second guide block connecting plate, vertical push plate, the second grooved rail, push plate
Limit pulley, head rod, third connecting rod, the second connecting rod, the 4th connecting rod, fixed limited roller composition, described the
The front space of two grooved rails is matched with the left end of the second guide block connecting plate, and the right end on the downside of the second guide block connecting plate is lived
The dynamic upper end for being connected to vertical push plate, the left and right ends clearance fit of the vertical push plate limit the outer surface of pulley in push plate,
The lower end of the vertical push plate is installed in the upper end of head rod, and the lower mechanical of the head rod is connected to the second company
The middle part of the left end of extension bar, second connecting rod front end is connected by the 4th connecting rod with the front end of fixed limited roller,
The front end of the fixed limited roller is connected with the middle part of head rod front end by third connecting rod, second connection
The right end of bar is installed in the left side of gear drive lower end.
Correspondingly, the gear drive is by No. two connection belts, horizontal thread shaft, lower compression spring, fixed company
Connect screw thread wheel, right circular arc latch plate, middle part guide wheel, left circular arc latch plate, latch support wheel composition, the right side of second connecting rod
End is installed in the left end of horizontal thread shaft, and the right end of the horizontal thread shaft is equipped with lower compression spring, the horizontal thread
The rear end of shaft is meshed in the outside for being fixedly connected with screw thread wheel front end, and the front end for being fixedly connected with screw thread wheel passes through No. two companies
Lace is connected with the front end of middle part guide wheel, and the left and right ends of middle part guide wheel front end are welded in a left side for right circular arc latch plate
The right end at end and left circular arc latch plate, the left circular arc latch plate is meshed with the outer surface of right circular arc latch plate to be supported in latch
The outer surface of wheel.
Correspondingly, the belt bindiny mechanism by No.1 stator ring, vertical latch plate, guide wheel connection latch band, No. two
Stator ring, connection convex block shaft composition, the right end of the connection convex block shaft, which is meshed, connects the appearance of latch band in guide wheel
The inner wall in face, the guide wheel connection latch band is affixed the outer surface together in No.1 stator ring and No. two stator rings, described to lead
The right end of wheel connection latch band is meshed in the left end of vertical latch plate, and the upper end of the vertical latch plate is movably connected on middle part
The downside of power controling machine structure right end.
Correspondingly, the middle part power controling machine structure is by panel, shot-light conductive plate, power connector end mouth, accumulator, branch
Support fixed block, fixed limiting plate, upper induction guide block, it is long be bi-directionally connected bar, it is short be bi-directionally connected bar, middle part connecting rod, lower induction are led
Block forms, and the upper end of the vertical latch plate is movably connected on the right end of lower induction guide block, the lower end of the upper lifting connecting rod
It is mechanically connected to the right end of induction guide block, the left end of the upper induction guide block and lower induction guide block, which is installed in, short is bi-directionally connected bar
The upper and lower ends of front end, in the outer surface of middle part connecting rod, the middle part connects the short inner wall clearance fit for being bi-directionally connected bar
The right end of extension bar is welded in the long left end for being bi-directionally connected bar, and the length is bi-directionally connected the upper and lower ends clearance fit of bar in upper induction
The left end of the front end of guide block and lower induction guide block, the middle part connecting rod is welded in the right end of fixed limiting plate, the fixed limit
Position plate left end be mechanically connected to support fixed block right end, the support fixed block set there are two and left end be welded in accumulator
Right end, the left end of the accumulator is equipped with panel, and the left end of the panel is welded in the left end of power connector end mouth, institute
The right side clearance fit of power connector end mouth is stated in the right side of shot-light conductive plate, the left end of the shot-light conductive plate is welded in illumination
The right end of shot-light.
Correspondingly, the lower end of No.1 guide rod is mechanically connected on the outside of the supporting guide wheel front end, the latch support
The outer surface of wheel is meshed in the left end of connection convex block shaft.
Advantageous effect
A kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement of the present invention, in expansion operation, laterally safety is held
With vertical safe handle can effective ancillary staff carry out expansion operation, and the first expansion arm and the second expansion arm energy
Enough effective expansion power cords and sundries, and in the first expansion arm and the second expansion arm when carrying out expansion operation, the first expansion
Arm will drive the first guide block connecting plate that the first grooved rail is followed to move upwards, to push latch by the first guide block connecting plate
Connecting plate is upward, and drives its No. three latch wheel rotations, to drive No.1 latch wheel and No. two latch wheels by latch connect band
Rotation, and the rotation of No.1 latch wheel is driven by No.1 latch wheel and No. two latch wheels, to drive groove by right-hand track chiain drop center wheel
Connecting band track, to enable its left track recesses wheel that vertical thread spindle normally to be driven to rotate, under the action of vertical thread spindle
Threaded support wheel will normal rotation, and drive its belt pulley to rotate under the action of its No.1 connects belt, and by double
Supporting guide wheel will also rotate under the action of to interactive crawler belt, to drive No. two guide rods to be allowed with No.1 guide rod by supporting guide wheel
Its fixed guide gear rotates, its latch link plate is finally allowed to push lifting connecting rod downward under plate limit guide wheel volume effect
Movement, and the second expansion arm will drive the second guide block connecting plate that the second grooved rail is followed to move downward, to make its second
Guide block connecting plate drives vertical push plate to move downward, and under the action of fixed limited roller, its second connecting rod is allowed to push away to the right
Dynamic horizontal thread shaft drives its guide wheel to connect under the action of being fixedly connected with screw thread wheel, finally allow it to connect convex block shaft
It connects latch band to rotate under the limit of No. two stator rings in No.1 stator ring, to make its vertical latch plate push up down
Incude guide block, in lower induction guide block under the collective effect of upper induction guide block, length, which is bi-directionally connected bar, will push fixed limiting plate
It moves downward, finally allows its accumulator to the right, and it can be with illumination reflector lamp phase under the action of panel is with power connector end mouth
Connection, illumination reflector lamp will be lighted normally at this time, to carry out lighting homework for its electric power overhaul:By being increased in equipment
Inductive lighting device, when equipment carries out electric power overhaul expansion dismounting operation, expansion provision for disengagement can provide light for it in time
Source supplements, and to enable its staff to obtain preferable light when carrying out electric power overhaul equipment, not only improves work
Personnel are carrying out the efficiency of upkeep operation and are greatly reducing the workload of staff.
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 the structural schematic diagram that a kind of intelligent duplicate rows formula electric power overhaul of the present invention expands provision for disengagement.
Fig. 2 is the structure for the inductive lighting device that a kind of intelligent duplicate rows formula electric power overhaul of the present invention expands provision for disengagement
Schematic diagram one.
Fig. 3 is the structure for the inductive lighting device that a kind of intelligent duplicate rows formula electric power overhaul of the present invention expands provision for disengagement
Schematic diagram two.
Fig. 4 is the structural schematic diagram of the working condition of inductive lighting device of the present invention.
In figure：Handle link block -1, the second expansion arm -3, adjusts limiting through hole -4, inductive lightning dress at first expansion arm -2
Set -5, expansion link block -6, control support button -7, isolation limiting plate -8, laterally safe handle -9, handle connection end block -10,
Vertical safe handle -11, No.1 fixed link -501, upper induction bindiny mechanism -502, illumination reflector lamp -503, lower induction connection machine
Structure -504, No. two fixed links -505, gear drive -506, belt bindiny mechanism -507, insulation protection shell -508, middle part
Power controling machine structure -509, guiding mechanism -510, latch lifting mechanism -511, shaft spring bearing -5021, two-way convex block
Shaft -5022, No.1 latch wheel -5023, -5024, No. three latch wheels -5025 of latch connect band, upper compression spring -5026, card
Tooth connecting plate -5027, the first grooved rail -5028, the first guide block connecting plate -5029, No. two latch wheels -50210, two-way interactions
Crawler belt -5101, supporting guide wheel -5102, belt pulley -5103, No.1 connection belt -5104, right-hand track chiain drop center wheel -
5105, groove connecting band track -5106, left track recesses wheel -5107, threaded support wheel -5108, vertical thread spindle -5109, upper lift
Rise connecting rod -5111, latch link plate -5112, plate limit guide wheel -5113, fixed guide gear -5114, gear supporting rod -
5115, No. two guide rods -5116, No.1 guide rod -5117, the second guide block connecting plate -5041, vertical push plate -5042, the second groove are led
Rail -5043, push plate limit pulley -5044, head rod -5045, third connecting rod -5046, the second connecting rod -5047, the
Four connecting rods -5048, fixed limited roller -5049, No. two connection belts -5061, horizontal thread shaft -5062, lower pressure bullets
Spring -5063 is fixedly connected with screw thread wheel -5064, right circular arc latch plate -5065, middle part guide wheel -5066, left circular arc latch plate -
5067, latch support wheel -5068, No.1 stator ring -5071, vertical latch plate -5072, guide wheel connection latch band -5073, two
Number stator ring -5074, connection convex block shaft -5075, panel -5091, shot-light conductive plate -5092, power connector end mouth -
5093, accumulator -5094, support fixed block -5095, fixed limiting plate -5096, upper induction guide block -5097, length are bi-directionally connected
Bar -5098 short is bi-directionally connected bar -5099, middle part connecting rod -50910, lower induction guide block -50911.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
It please refers to Fig.1 to Fig.4, the present invention provides a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement：It is tied
Structure includes handle link block 1, the first expansion arm 2, the second expansion arm 3, adjusts limiting through hole 4, inductive lighting device 5, expansion company
Block 6, control support button 7, isolation limiting plate 8, laterally safe handle 9, handle connection end block 10, vertical safe handle 11 are connect,
The rear end of the control support button 7 is installed in the front end of isolation limiting plate 8, the rear robot connection of the isolation limiting plate 8
In the front end of laterally safe handle 9, the rear end of the safe handle of the transverse direction 9 is welded in the right side of 10 front end of handle connection end block,
The left end of the handle connection end block 10 is welded in the right end of expansion link block 6, the left end flexible connection of the expansion link block 6
It is equipped with and adjusts on the right side of the right end of the first expansion arm 2 and the second expansion arm 3, the front end of first expansion arm, 2 and second expansion arm 3
Limiting through hole 4 is saved, the lower end of handle link block 1, the handle link block 1 are welded on the right side of 2 upper end of the first expansion arm
Upper mechanical be connected to the downside of vertical 11 left end of safe handle and be integrated, the front end of the expansion link block 6
It is welded in the right side of 5 rear end of inductive lighting device, the left side clearance fit of 5 rear end of the inductive lighting device is in the first expansion arm
2 and 3 right end of the second expansion arm front side, the inductive lighting device 5 include No.1 fixed link 501, upper induction bindiny mechanism
502, illumination reflector lamp 503, lower induction bindiny mechanism 504, No. two fixed links 505, gear drive 506, belt bindiny mechanisms
507, insulation protection shell 508, middle part power controling machine structure 509, guiding mechanism 510, latch lifting mechanism 511, it is described
The lower end of No.1 fixed link 501 is welded in the upside of 502 left end of induction bindiny mechanism, and the upper induction bindiny mechanism 502 is right
It is meshed on the downside of end in the left end of guiding mechanism 510, the upside on 510 right side of the guiding mechanism is mechanically connected to
The lower end of 511 upper end of latch lifting mechanism, the latch lifting mechanism 511 is installed in 509 right end of middle part power controling machine structure
Upside, the upper end of No. two fixed links 505 are welded in the downside of 504 left end of lower induction bindiny mechanism, the lower induction connection
The right end of mechanism 504 is movably connected on the left end of gear drive 506, and the upper end of the gear drive 506 is meshed
Middle part power controling machine is movably connected on the upside of the left end of belt bindiny mechanism 507,507 right end of belt bindiny mechanism
The left end of the downside of 509 right end of structure, the middle part power controling machine structure 509 is welded in the right end of illumination reflector lamp 503, the illumination
The outer surface of shot-light 503 is through the middle part of 508 left end of insulation protection shell, and the upper induction bindiny mechanism 502 is by shaft branch
Support bearing 5021, two-way convex block shaft 5022, No.1 latch wheel 5023, latch connect band 5024, No. three latch wheels 5025, upper pressures
5029, No. two power spring 5026, latch link plate 5027, the first grooved rail 5028, the first guide block connecting plate latch wheels 50210
Composition, the front space of first grooved rail 5028 are matched with the right end of the first guide block connecting plate 5029, and described first leads
The lower end of latch link plate 5027 is welded on the upside of 5029 right end of block connecting plate, the upper end of the latch link plate 5027 passes through
Upper compression spring 5026 is connected with the upper end of 508 inner wall of insulation protection shell, and the right end of the latch link plate 5027 is mutually nibbled
Together in the left side of No. three latch wheels 5025, the front end of No. three latch wheels 5025 passes through latch connect band 5024 and No.1 latch
The front end of wheel 5023 is connected with the front end of No. two latch wheels 50210, the No.1 latch wheel 5023 and No. two latch wheels 50210
Right end be meshed in the left end of two-way convex block shaft 5022, the upper end of the two-way convex block shaft 5022 is installed in shaft support
The lower end of the lower end of bearing 5021, the two-way convex block shaft 5022 is welded on the upside of the left end of guiding mechanism 510, described
Guiding mechanism 510 connects belt by two-way interaction crawler belt 5101, supporting guide wheel 5102, belt pulley 5103, No.1
5104, right-hand track chiain drop center wheel 5105, groove connecting band track 5106, left track recesses wheel 5107, threaded support wheel 5108, vertical spiral shell
Line axis 5109 forms, and the lower end of the two-way convex block shaft 5022 is welded in the upper end of right-hand track chiain drop center wheel 5105, the right shoe
Front end with drop center wheel 5105 is connected by groove connecting band track 5106 with the front end of left track recesses wheel 5107, the left shoe
Lower end with drop center wheel 5107 is welded in the upper end of vertical thread spindle 5109, and the outer surface of the vertical thread spindle 5109 is meshed
Outside in 5108 rear end of threaded support wheel, the front end and the front end of belt pulley 5103 of the threaded support wheel 5108 pass through
No.1 connection belt 5104 is connected, and the outer surface of the belt pulley 5103 is led by two-way interaction crawler belt 5101 with support
It is connected to the front end of wheel 5102, the latch lifting mechanism 511 is by upper lifting connecting rod 5111, latch link plate 5112, plate
It limits guide wheel 5113, fixed guide gear 5114,5115, No. two guide rods 5116 of gear supporting rod, No.1 guide rod 5117 to form, institute
The upper end for stating No.1 guide rod 5117 is movably connected on the lower end of No. two guide rods 5116, and the upper end of No. two guide rods 5116 is installed in
The rear and front end in the outside of 5114 front end of fixed guide gear, the fixed guide gear 5114 is mechanically connected to gear supporting rod
The upper end of 5115 lower end, the gear supporting rod 5115 is welded in the upper end of 508 inner wall of insulation protection shell, and the fixation is led
It is meshed to the outer surface of gear 5114 in the left side of latch link plate 5112, the right surface gap of the latch link plate 5112
It is matched with the outer surface of plate limit guide wheel 5113, the lower end of the latch link plate 5112 is movably connected on lifting connecting rod
The lower mechanical of 5111 upper end, the upper lifting connecting rod 5111 is connected to the upside of 509 right end of middle part power controling machine structure,
The lower induction bindiny mechanism 504 is by the second guide block connecting plate 5041, vertical push plate 5042, the second grooved rail 5043, push plate
It limits pulley 5044, head rod 5045, third connecting rod 5046, the second connecting rod 5047, the 4th connecting rod 5048, fix
Limited roller 5049 forms, and the front space of second grooved rail 5043 is matched with a left side for the second guide block connecting plate 5041
The right end at end, 5041 downside of the second guide block connecting plate is movably connected on the upper end of vertical push plate 5042, the vertical push plate
5042 left and right ends clearance fit limits the outer surface of pulley 5044 in push plate, and the lower end of the vertical push plate 5042 is installed in
The upper end of head rod 5045, the lower mechanical of the head rod 5045 are connected to the left end of the second connecting rod 5047,
The middle part of second connecting rod, 5047 front end is connected by the 4th connecting rod 5048 with the front end of fixed limited roller 5049,
The front end of the fixed limited roller 5049 is connected with the middle part of 5045 front end of head rod by third connecting rod 5046,
The right end of second connecting rod 5047 is installed in the left side of 506 lower end of gear drive, the gear drive 506 by
No. two connection belts 5061, lower compression spring 5063, are fixedly connected with screw thread wheel 5064, right circular arc card at horizontal thread shaft 5062
Tooth plate 5065, middle part guide wheel 5066, left circular arc latch plate 5067, latch support wheel 5068 form, second connecting rod 5047
Right end be installed in the left end of horizontal thread shaft 5062, the right end of the horizontal thread shaft 5062 is equipped with lower compression spring
5063, the rear end of the horizontal thread shaft 5062 is meshed in the outside for being fixedly connected with 5064 front end of screw thread wheel, the fixation
The front end of connection screw thread wheel 5064 is connected by No. two connection belts 5061 with the front end of middle part guide wheel 5066, and the middle part is led
Take turns 5066 front ends left and right ends be welded in right circular arc latch plate 5065 left end and left circular arc latch plate 5067 right end, it is described
Left circular arc latch plate 5067 is meshed with the outer surface of right circular arc latch plate 5065 in the outer surface of latch support wheel 5068, described
Belt bindiny mechanism 507 connects latch 5073, No. two fixations of band by No.1 stator ring 5071, vertical latch plate 5072, guide wheel
Guide wheel 5074, connection convex block shaft 5075 form, and the right end of the connection convex block shaft 5075 is meshed connects latch in guide wheel
With 5073 outer surface, the inner wall of the guide wheel connection latch band 5073 is affixed together in No.1 stator ring 5071 and No. two fixations
The right end of the outer surface of guide wheel 5074, the guide wheel connection latch band 5073 is meshed in the left end of vertical latch plate 5072, institute
The upper end for stating vertical latch plate 5072 is movably connected on the downside of 509 right end of middle part power controling machine structure, the middle part power supply control
Mechanism 509 processed is by panel 5091, shot-light conductive plate 5092, power connector end mouth 5093, accumulator 5094, support fixed block
5095, fixed limiting plate 5096, upper induction guide block 5097, it is long be bi-directionally connected bar 5098, it is short be bi-directionally connected bar 5099, middle part connects
Bar 50910, lower induction guide block 50911 composition, the upper end of the vertical latch plate 5072 is movably connected on lower induction guide block 50911
Right end, it is described it is upper lifting connecting rod 5111 lower mechanical be connected to induction guide block 5097 right end, it is described it is upper induction lead
Block 5097 and the left end of lower induction guide block 50911 are installed in the short upper and lower ends for being bi-directionally connected 5099 front end of bar, described short two-way
The inner wall clearance fit of connecting rod 5099 is welded in the outer surface of middle part connecting rod 50910, the right end of the middle part connecting rod 50910
It is connected to the long left end for being bi-directionally connected bar 5098, the length is bi-directionally connected the upper and lower ends clearance fit of bar 5098 in upper induction guide block
5097 are welded in the right side of fixed limiting plate 5096 with the lower front end for incuding guide block 50911, the left end of the middle part connecting rod 50910
End, the left end of the fixed limiting plate 5096 are mechanically connected to the right end of support fixed block 5095, the support fixed block 5095
If there are two and left end is welded in the right end of accumulator 5094, and the left end of the accumulator 5094 is equipped with panel 5091, described
The left end of panel 5091 is welded in the left end of power connector end mouth 5093, and the right side gap of the power connector end mouth 5093 is matched
Together in the right side of shot-light conductive plate 5092, the left end of the shot-light conductive plate 5092 is welded in the right end of illumination reflector lamp 503, described
The lower end of No.1 guide rod 5117, the appearance of the latch support wheel 5068 are mechanically connected on the outside of 5102 front end of supporting guide wheel
Face is meshed in the left end of connection convex block shaft 5075.
It is frequently necessary to carry out the dismounting of bolt during electric power overhaul, however sometimes especially outdoor maintenance process
In, the case where frequently encountering electric wire at random either sundries masking need the bolt or screw that dismount, it is therefore desirable to using setting
It is standby to carry out expansion operation, and when being used when intelligence duplicate rows formula electric power overhaul expansion provision for disengagement, staff answers
First confirm and check intelligent duplicate rows formula electric power overhaul expansion provision for disengagement whether can normal use, and check and confirm and feel
It answers whether lighting device 5 damages, after confirming no problem, the expansion that this equipment progress electric power overhaul can be used normally is made
Industry, in expansion operation, laterally safe handle 9 effectively ancillary staff can carry out expansion work with vertical safe handle 11
Industry, and the first expansion arm 2 and the second expansion arm 3 can effectively expand power cord and sundries, and in the first expansion arm 2 and second
For expansion arm 3 when carrying out expansion operation, the first expansion arm 2 will drive the first guide block connecting plate 5029 to follow the first grooved rail
5028 move upwards, and to push latch link plate 5027 upward by the first guide block connecting plate 5029, and drive its No. three latches
5025 rotation of wheel, to drive No.1 latch wheel 5023 to be rotated with No. two latch wheels 50210 by latch connect band 5024, and by one
Number latch wheel 5023 and No. two latch wheels 50210 drive No.1 latch wheels 5023 to rotate, to by 5105 band of right-hand track chiain drop center wheel
Dynamic groove connecting band track 5106, to enable its left track recesses wheel 5107 that vertical thread spindle 5109 normally to be driven to rotate,
Under the action of vertical thread spindle 5109 threaded support wheel 5108 will normal rotation, and connect the effect of belt 5104 in its No.1
Lower its belt pulley 5103 of drive rotation, and will also be turned by supporting guide wheel 5102 under the action of two-way interaction crawler belt 5101
It is dynamic, to drive No. two guide rods 5116 and No.1 guide rod 5117 to allow 5114 turns of its fixed guide gear by supporting guide wheel 5102
It is dynamic, finally allow its latch link plate 5112 to push lifting connecting rod 5111 to transport downwards under plate limit 5113 volume of guide wheel effect
It is dynamic, and the second expansion arm 3 will drive the second guide block connecting plate 5041 that the second grooved rail 5043 is followed to move downward, to make
Its second guide block connecting plate 5041 drives vertical push plate 5042 to move downward, and under the action of fixed limited roller 5049, allows
Its second connecting rod 5047 pushes to the right horizontal thread shaft 5062, thus under the action of being fixedly connected with screw thread wheel 5064, most
Allowing it to connect convex block shaft 5075 eventually drives its guide wheel connection latch band 5073 to be led in No.1 stator ring 5071 and No. two fixations
It is rotated under the limit of wheel 5074, to make its vertical latch plate 5072 push up lower induction guide block 50911, in lower induction guide block
50911 under the collective effect of upper induction guide block 5097, and length, which is bi-directionally connected bar 5098, will push fixed limiting plate 5096 to the left
Movement, finally allow its accumulator 5094 to the right, and panel 5091 and power connector end mouth 5093 under the action of can be with photograph
Bright shot-light 503 is connected, and illumination reflector lamp 503 will be lighted normally at this time, to carry out lighting homework for its electric power overhaul.
The present invention is combined with each other by above-mentioned component by increasing inductive lighting device in equipment, is carried out in equipment
When electric power overhaul expansion dismounting operation, expansion provision for disengagement can provide light source supplement for it in time, to make its staff
Preferable light can be obtained when carrying out electric power overhaul equipment, not only improves staff in the efficiency for carrying out upkeep operation
And the workload of staff is greatly reduced, in the prior art, equipment is carrying out electric power overhaul expansion to problems solved by the invention
When opening dismounting operation, because being blocked by power cord or sundries, the position source light that can frequently result in required maintenance is insufficient, and sets
It is standby it to provide lighting homework from behavior, it needs staff to carry out additional light source adjunctive program, not only increases work people
The workload of member and the efficiency for influencing its electric power overhaul operation.
Above only describes the basic principles and preferred embodiment of the present invention, and those skilled in the art can be according to foregoing description
Many changes may be made and improves, these changes and improvements should belong to the scope of protection of the present invention.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (9)
1. a kind of expansion provision for disengagement of intelligence duplicate rows formula electric power overhaul, structure includes handle link block (1), the first expansion
Arm (2), the second expansion arm (3) adjust limiting through hole (4), inductive lighting device (5), expansion link block (6), control to support and press
Button (7), isolation limiting plate (8), laterally safe handle (9), handle connection end block (10), vertical safe handle (11), feature
It is：
The rear end of the control support button (7) is installed in the front end of isolation limiting plate (8), after the isolation limiting plate (8)
End is mechanically connected to the front end of laterally safe handle (9), and the rear end of the safe handle of transverse direction (9) is welded in handle connection end block
(10) left end on the right side of front end, the handle connection end block (10) is welded in the right end of expansion link block (6), and the expansion connects
The left end for connecing block (6) is movably connected on the right end of the first expansion arm (2) and the second expansion arm (3), first expansion arm (2) with
It is equipped on the right side of the front end of second expansion arm (3) and adjusts limiting through hole (4), be welded on the right side of the first expansion arm (2) upper end
The upper mechanical of the lower end of handle link block (1), the handle link block (1) is connected under vertical safe handle (11) left end
It side and is integrated, the front end of the expansion link block (6) is welded in the right side of inductive lighting device (5) rear end, described
The left side clearance fit of inductive lighting device (5) rear end is in the front side of the first expansion arm (2) and the second expansion arm (3) right end；
The inductive lighting device (5) include No.1 fixed link (501), upper induction bindiny mechanism (502), illumination reflector lamp (503),
Lower induction bindiny mechanism (504), No. two fixed links (505), gear drive (506), belt bindiny mechanism (507), insulation
Protect shell (508), middle part power controling machine structure (509), guiding mechanism (510), latch lifting mechanism (511)；
The lower end of the No.1 fixed link (501) is welded in the upside of induction bindiny mechanism (502) left end, and the upper induction connects
It is meshed on the downside of connection mechanism (502) right end in the left end of guiding mechanism (510), the guiding mechanism (510) is right
Latch lifting mechanism (511) upper end is mechanically connected on the upside of side, the lower end of the latch lifting mechanism (511) is installed in middle part
The upper end of the upside of power controling machine structure (509) right end, No. two fixed links (505) is welded in lower induction bindiny mechanism
(504) right end of the downside of left end, the lower induction bindiny mechanism (504) is movably connected on a left side for gear drive (506)
The upper end at end, the gear drive (506) is meshed in the left end of belt bindiny mechanism (507), and the belt connects machine
The downside of middle part power controling machine structure (509) right end, the middle part power controling machine are movably connected on the upside of structure (507) right end
The left end of structure (509) is welded in the right end of illumination reflector lamp (503), and the outer surface of the illumination reflector lamp (503) is protected through insulation
Protect the middle part of shell (508) left end.
2. a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement as described in claim 1, it is characterised in that：It is described
Upper induction bindiny mechanism (502) by shaft spring bearing (5021), two-way convex block shaft (5022), No.1 latch wheel (5023),
Latch connect band (5024), No. three latch wheels (5025), upper compression spring (5026), latch link plate (5027), the first groove
Guide rail (5028), the first guide block connecting plate (5029), No. two latch wheel (50210) compositions, first grooved rail (5028)
Front space be matched with the right end of the first guide block connecting plate (5029), the upside of the first guide block connecting plate (5029) right end
Be welded in the lower end of latch link plate (5027), the upper end of the latch link plate (5027) by upper compression spring (5026) with
The upper end of insulation protection shell (508) inner wall is connected, and the right end of the latch link plate (5027) is meshed in No. three latches
The left side of (5025) is taken turns, the front end of No. three latch wheels (5025) passes through latch connect band (5024) and No.1 latch wheel
(5023) front end is connected with the front end of No. two latch wheels (50210), the No.1 latch wheel (5023) and No. two latch wheels
(50210) right end is meshed in the left end of two-way convex block shaft (5022), and the upper end of the two-way convex block shaft (5022) fills
The lower end of lower end set on shaft spring bearing (5021), the two-way convex block shaft (5022) is welded in guiding mechanism
(510) on the upside of left end.
3. a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement as claimed in claim 1 or 2, it is characterised in that：
The guiding mechanism (510) by two-way interaction crawler belt (5101), supporting guide wheel (5102), belt pulley (5103),
No.1 connect belt (5104), right-hand track chiain drop center wheel (5105), groove connecting band track (5106), left track recesses wheel (5107),
Threaded support wheel (5108), vertical thread spindle (5109) composition, the lower end of the two-way convex block shaft (5022) is welded in right shoe
The front end of upper end with drop center wheel (5105), the right-hand track chiain drop center wheel (5105) passes through groove connecting band track (5106) and left shoe
Front end with drop center wheel (5107) is connected, and the lower end of the left track recesses wheel (5107) is welded in vertical thread spindle (5109)
Upper end, the outer surface of the vertical thread spindle (5109) is meshed in the outside of threaded support wheel (5108) rear end, the spiral shell
The front end of line support wheel (5108) connect belt (5104) by No.1 with the front end of belt pulley (5103) and is connected, described
The outer surface of belt pulley (5103) is connected by two-way interaction crawler belt (5101) with the front end of supporting guide wheel (5102).
4. a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement as described in claim 1, it is characterised in that：It is described
Latch lifting mechanism (511) limits guide wheel (5113) by upper lifting connecting rod (5111), latch link plate (5112), plate, fixes
Guide gear (5114), gear supporting rod (5115), No. two guide rods (5116), No.1 guide rod (5117) composition, the No.1 are led
The upper end of bar (5117) is movably connected on the lower end of No. two guide rods (5116), and the upper end of No. two guide rods (5116) is installed in admittedly
Determine the outside of guide gear (5114) front end, the rear and front end of the fixed guide gear (5114) is mechanically connected to gear support
The upper end of the lower end of bar (5115), the gear supporting rod (5115) is welded in the upper end of insulation protection shell (508) inner wall, institute
The outer surface for stating fixed guide gear (5114) is meshed in the left side of latch link plate (5112), the latch link plate
(5112) right surface gap is matched with the outer surface of plate limit guide wheel (5113), and the lower end of the latch link plate (5112) is lived
The lower mechanical of the dynamic upper end for being connected to lifting connecting rod (5111), the upper lifting connecting rod (5111) is connected to middle part electricity
The upside of source control mechanism (509) right end.
5. a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement as described in claim 1, it is characterised in that：It is described
Lower induction bindiny mechanism (504) by the second guide block connecting plate (5041), vertical push plate (5042), the second grooved rail (5043),
Push plate limits pulley (5044), head rod (5045), third connecting rod (5046), the second connecting rod (5047), the 4th company
Extension bar (5048), fixed limited roller (5049) form, and the front space of second grooved rail (5043) is matched with second
The left end of guide block connecting plate (5041), the right end on the downside of the second guide block connecting plate (5041) are movably connected on vertical push plate
(5042) upper end, the left and right ends clearance fit of the vertical push plate (5042) is in the appearance of push plate limit pulley (5044)
The lower end in face, the vertical push plate (5042) is installed in the upper end of head rod (5045), the head rod (5045)
Lower mechanical be connected to the left ends of the second connecting rod (5047), the middle part of the second connecting rod (5047) front end passes through the 4th
Connecting rod (5048) is connected with the front end of fixed limited roller (5049), the front end of the fixed limited roller (5049) and the
The middle part of one connecting rod (5045) front end is connected by third connecting rod (5046), the right end of second connecting rod (5047)
It is installed in the left side of gear drive (506) lower end.
6. a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement as described in claim 1 or 5, it is characterised in that：
The gear drive (506) is by No. two connection belts (5061), horizontal thread shaft (5062), lower compression springs
(5063), screw thread wheel (5064), right circular arc latch plate (5065), middle part guide wheel (5066), left circular arc latch plate are fixedly connected with
(5067), latch support wheel (5068) forms, and the right end of second connecting rod (5047) is installed in horizontal thread shaft
(5062) right end of left end, the horizontal thread shaft (5062) is equipped with lower compression spring (5063), the horizontal thread axis
The rear end of bar (5062) is meshed in the outside for being fixedly connected with screw thread wheel (5064) front end, described to be fixedly connected with screw thread wheel (5064)
Front end be connected with the front end of middle part guide wheel (5066) by No. two connection belts (5061), before the middle part guide wheel (5066)
The left and right ends at end are welded in the right end of the left end and left circular arc latch plate (5067) of right circular arc latch plate (5065), the left circle
Arc latch plate (5067) is meshed with the outer surface of right circular arc latch plate (5065) in the outer surface of latch support wheel (5068).
7. a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement as described in claim 1, it is characterised in that：It is described
Belt bindiny mechanism (507) by No.1 stator ring (5071), vertical latch plate (5072), guide wheel connection latch band (5073),
No. two stator rings (5074), connection convex block shaft (5075) form, and the right end of the connection convex block shaft (5075) is meshed
In the outer surface of guide wheel connection latch band (5073), the inner wall of the guide wheel connection latch band (5073) is affixed to be fixed together in No.1
The outer surface of guide wheel (5071) and No. two stator rings (5074), the right end of guide wheel connection latch band (5073) be meshed in
The upper end of the left end of vertical latch plate (5072), the vertical latch plate (5072) is movably connected on middle part power controling machine structure
(509) downside of right end.
8. a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement as described in claim 1 or 4 or 7, feature exist
In：The middle part power controling machine structure (509) is by panel (5091), shot-light conductive plate (5092), power connector end mouth
(5093), accumulator (5094), support fixed block (5095), fixed limiting plate (5096), upper induction guide block (5097), length are two-way
Connecting rod (5098), it is short be bi-directionally connected bar (5099), middle part connecting rod (50910), lower induction guide block (50911) composition, it is described
The upper end of vertical latch plate (5072) is movably connected on the right end of lower induction guide block (50911), the upper lifting connecting rod
(5111) lower mechanical is connected to the right end of induction guide block (5097), the upper induction guide block (5097) and lower induction guide block
(50911) left end is installed in the short upper and lower ends for being bi-directionally connected bar (5099) front end, the short bar (5099) that is bi-directionally connected
Inner wall clearance fit is welded in long pair in the outer surface of middle part connecting rod (50910), the right end of the middle part connecting rod (50910)
To the left end of connecting rod (5098), the length is bi-directionally connected the upper and lower ends clearance fit of bar (5098) in upper induction guide block
(5097) and the front end of lower induction guide block (50911), the left end of the middle part connecting rod (50910) are welded in fixed limiting plate
(5096) right end, the left end of the fixed limiting plate (5096) is mechanically connected to the right end of support fixed block (5095), described
There are two support fixed block (5095) is set and left end is welded in the right end of accumulator (5094), the left end of the accumulator (5094)
Equipped with panel (5091), the left end of the panel (5091) is welded in the left end of power connector end mouth (5093), the electricity
The right side clearance fit of source connection mouth (5093) in the right side of shot-light conductive plate (5092), the shot-light conductive plate (5092)
Left end is welded in the right end of illumination reflector lamp (503).
9. a kind of intelligent duplicate rows formula electric power overhaul expansion provision for disengagement as described in claim 1, it is characterised in that：It is described
The lower end of No.1 guide rod (5117), the latch support wheel (5068) are mechanically connected on the outside of supporting guide wheel (5102) front end
Outer surface be meshed in connection convex block shaft (5075) left end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810516755.5A CN108736354A (en) | 2018-05-25 | 2018-05-25 | A kind of intelligence duplicate rows formula electric power overhaul expansion provision for disengagement |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810516755.5A CN108736354A (en) | 2018-05-25 | 2018-05-25 | A kind of intelligence duplicate rows formula electric power overhaul expansion provision for disengagement |
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| CN108736354A true CN108736354A (en) | 2018-11-02 |
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| CN201810516755.5A Pending CN108736354A (en) | 2018-05-25 | 2018-05-25 | A kind of intelligence duplicate rows formula electric power overhaul expansion provision for disengagement |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN113991540A (en) * | 2021-11-25 | 2022-01-28 | 中国南方电网有限责任公司超高压输电公司柳州局 | Strain drainage yoke plate installation device |
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Application publication date: 20181102 |