CN208411816U - A kind of transport carriage of high-pressure vacuum breaker - Google Patents
A kind of transport carriage of high-pressure vacuum breaker Download PDFInfo
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- CN208411816U CN208411816U CN201820751016.XU CN201820751016U CN208411816U CN 208411816 U CN208411816 U CN 208411816U CN 201820751016 U CN201820751016 U CN 201820751016U CN 208411816 U CN208411816 U CN 208411816U
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- screw rod
- transhipment
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- bracket
- width adjusting
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Abstract
The utility model relates to a kind of transport carriage of high-pressure vacuum breaker, including transhipment vehicle frame, transports on vehicle frame and be provided with elevating mechanism, width adjustment mechanism and two transhipment brackets；It is provided with fine tuning support plate above transhipment bracket, transports between bracket and fine tuning support plate and is provided with height fine-adjustment, the height fine-adjustment is including laterally fine tuning screw rod, intermediate transmission component and vertically finely tunes screw rod；Intermediate transmission parts surface is provided with teeth, and the external screw thread laterally finely tuned on screw rod is mutually sequentially connected with the teeth on intermediate transmission component；Intermediate transmission part innerside is provided with inner screw, and the vertical external screw thread finely tuned on screw rod is mutually spirally connected with the internal screw thread on intermediate transmission component；Vertical fine tuning screw rod connection fine tuning support plate.The utility model effectively can carry out relatively accurate fine tuning to transhipment height by setting height fine-adjustment, and then improve the stability of transhipment and the reliability of positioning of transhipment.
Description
Technical field
The utility model relates to a kind of handbarrow, the transport carriage of specifically a kind of high-pressure vacuum breaker.
Background technique
Chinese patent CN104218481B discloses a kind of width, height-adjustable vacuum circuit breaker transfer car(buggy), specific public
It opens: being equipped with ontology, the hydraulic lifting component of mobile device including bottom end, a control movement is connected on the ontology
The brake assemblies of device movement, the ontology are equipped at least one set and the cabinet body for being equipped with vacuum circuit breaker are accurately positioned in this
Positioning component on body and vacuum circuit breaker is moved to the intracorporal guidance set adjustable in pitch of cabinet, is set on the guidance set
Have vacuum circuit breaker locking locking assembly on the body, the ontology include chassis, active lifting bar, driven elevating lever,
One end of platform, the active lifting bar is rotatably connected on chassis, and the other end of the active lifting bar is slidably connected at flat
On platform, one end of the driven elevating lever is rotatably connected on platform, and the other end of the driven elevating lever is slidably connected at bottom
On frame, the middle part of the active lifting bar and the middle part of driven elevating lever are rotatablely connected by shaft, and the mobile device includes
360 degree of directive wheels being rotatably arranged on chassis of energy, the upper driven wheel for being fixedly connected on chassis, the brake assemblies setting exist
On chassis above directive wheel, the hydraulic lifting component and active lifting bar are rotatablely connected, and the guidance set includes fixing
Dismountable pallet, the right baffle-plate being respectively and movably connected on pallet, right shell body, the right baffle-plate and right gear are connected on platform
The guide rail adjustable in pitch being fixedly mounted for the cabinet body for being equipped with vacuum circuit breaker is formed between plate, the locking assembly setting exists
The bottom end of pallet, the front end of the right baffle-plate and the front end of right shell body are equipped with a positioning component, between the positioning component
Spacing be greater than guide rail between spacing.The height adjustment precision of the structure is lower, leads to the stability for influencing to transport and reliable
Property；In addition, the platform for supporting vacuum circuit breaker has single levelness, when the vacuum circuit breaker being placed on platform goes out
When existing skew, it will affect transhipment work, be placed on platform for this purpose, need of work ensures that vacuum circuit breaker is smooth, cause to transport
Efficiency reduces；In addition, the regulative mode of left and right baffle is troublesome in poeration, and degree of regulation is low；The elevating movement of platform is by hydraulic
Cylinder drives the elevating lever of X architecture to complete, and the load which will lead to hydraulic cylinder is larger, and then leads to the sustainable weight of platform
Smaller, application range is limited to, and therefore, it is necessary to be further improved.
Summary of the invention
The purpose of the utility model is to overcome above-mentioned the shortcomings of the prior art, and provide one kind and pass through precise fine-adjustment
The stability of transhipment and the reliability of positioning of transhipment are improved, and the transhipment of the convenient reliable high-pressure vacuum breaker of width adjusting is small
Vehicle.
Purpose of the utility model is realized as follows:
A kind of transport carriage of high-pressure vacuum breaker is provided with the transhipment vehicle frame of mobile unit, transfer car(buggy) including bottom
Elevating mechanism, width adjustment mechanism and two transhipment brackets are provided on frame, elevating mechanism drives two transhipment brackets are opposite to turn simultaneously
Vehicle frame oscilaltion is transported, width adjustment mechanism adjusts the spacing between two transhipment brackets；It is characterized by: on the transhipment bracket
Side is provided with fine tuning support plate, transports bracket and finely tunes to be provided between support plate and finely tunes support plate relative altitude for adjusting
Height fine-adjustment, which includes laterally finely tuning screw rod, intermediate transmission component and vertically finely tuning screw rod, laterally micro-
Screw rod and intermediate transmission component opposite transhipment bracket locating rotation respectively are adjusted, the axis and intermediate transmission component of screw rod are laterally finely tuned
And/or vertical fine tuning screw rod is mutually perpendicular to；The intermediate transmission parts surface is provided with teeth, laterally finely tunes the outer spiral shell on screw rod
Line is mutually sequentially connected with the teeth on intermediate transmission component；The intermediate transmission part innerside is provided with inner screw, vertical micro-
The external screw thread on screw rod is adjusted mutually to be spirally connected with the internal screw thread on intermediate transmission component；The vertical fine tuning screw rod connection fine tuning support
Plate.
Two sets of height fine-adjustments are set on each transhipment bracket, two sets of height fine-adjustments are located remotely from each other setting, each height
Micromatic setting is independently arranged, and non-interference.
The elevating mechanism includes the lifting frame that opposite transhipment vehicle frame is back and forth gone up and down, and the width adjustment mechanism includes that
This first width adjusting screw rod and the second width adjusting screw rod coaxially connected and that difference locating rotation is on lifting frame, first
The positive and negative cooperation of external screw thread on external screw thread and the second width adjusting screw rod on width adjusting screw rod；It is respectively provided on two transhipment brackets
There are width adjusting nut, width adjusting nut and the first width adjusting screw rod bolt on a transhipment bracket, another fortune bracket
On width adjusting nut and the second width adjusting screw rod bolt；Locating rotation has adjusting swing arm on the lifting frame, should
It adjusts swing arm and connects the first width adjusting screw rod or the second width adjusting screw rod, and the first width adjusting screw rod of synchronous driving simultaneously
It is rotated with the second width adjusting screw rod.
Axis direction on the lifting frame along the first width adjusting screw rod and/or the second width adjusting screw rod is placed with
One or more limiting slot, it is movable on one or two transhipment bracket to be provided with limited block, it is risen when transhipment bracket is opposite
When drop frame laterally moves to certain position, limited block is automatically inserted into corresponding limiting slot, mobile with limitation transhipment bracket.
The elevating mechanism further includes lifting hydraulic cylinder, sprocket wheel and chain, and the cylinder body of lifting hydraulic cylinder is fixed on transfer car(buggy)
On frame, the body of rod of lifting hydraulic cylinder is rotatablely connected sprocket wheel, and the chain body of chain is set around sprocket surface, the affixed transfer car(buggy) in chain one end
Frame, the affixed lifting frame of the chain other end, lifting hydraulic cylinder driving lifting frame is opposite under interaction of the sprocket wheel with chain
Transhipment vehicle frame is up and down reciprocatingly gone up and down, and then drives transhipment bracket with lifting frame oscilaltion.
The elevating mechanism further includes for controlling the pressurization switch and be used to control liter that the body of rod of lifting hydraulic cylinder rises
The compression relief cock of the body of rod decline of descending liquid cylinder pressure；The pressurization switch includes pressurized cylinder and pedal booster component, the cylinder of pressurized cylinder
Body is affixed with the cylinder body of lifting hydraulic cylinder and is connected to, and pedal booster component one end is articulated on the cylinder body of lifting hydraulic cylinder or transports
On vehicle frame；When work, the body of rod that pedal booster component acts on pressurized cylinder slides pressurization, subsequent pedal booster component and pressurized cylinder
Body of rod elastic reset；The compression relief cock is the relief valve being set on lifting hydraulic cylinder cylinder body.
The pinch roller being freely rotated is provided on the pedal booster component, pedal booster component acts on pressurized cylinder by pinch roller
Body of rod slide downward；The pressurized cylinder outer sheath is equipped with elastic component, and it is multiple which acts on pedal booster component elasticity upwards
Position.
The mobile unit is the idler wheel being freely rotated, and an at least idler wheel is configured with braking mechanism, which includes
Footbrake component and braking action part, footbrake component are stopped relative to transhipment vehicle frame and/or the rotation setting of idler wheel elastic reset
Vehicle actuating member is resetted with footbrake component elasticity to be rotated, and one end connects foot-operated brake part, other end bending and covers
Brake shoes is provided on the inside of roller surface, the bending end；When work, footbrake component driving brake actuating member is opposite to be turned
It is dynamic, make brake shoes and roller surface face contact.
The footbrake component and braking action part are separately connected the shaft of idler wheel, are provided with card on footbrake component
Mouthful and active block, be provided with salient point and driven block on braking action part；Wherein, in salient point insertion bayonet, so that brake is made
Appliance is rotated in brake with footbrake component, active block mutually touches with driven block, so that braking action part complete
It is resetted at after brake with footbrake component elasticity.
The axis of the brake block movement path is not overlapped with the axis of idler wheel.
The beneficial effects of the utility model are as follows:
By the way that height fine-adjustment is arranged on transhipment bracket, effectively transhipment height can be carried out relatively accurate micro-
It adjusts, it specifically, can be by individually adjusting different high fine-tunings when high-pressure vacuum breaker skew occurs on transporting bracket
Device is so that high-pressure vacuum breaker restores horizontal, and then improves the stability of transhipment and the reliability of positioning of transhipment；Two transhipments
Transverse width adjusting between bracket is adjusted by the mating reaction of thread bush and screw rod, and regulative mode is with two transhipments
Bracket simultaneously close to or far from mode realize, it is ensured that support with emphasis on transhipment vehicle frame in the middle part of, guarantee transfer car(buggy) transhipment stablize
Property and reliability, and threaded function adjust by way of can greatly improve transverse width adjusting reliability and dimensionally stable
Property；Cooperation driving transhipment bracket elevating movement of the lifting hydraulic cylinder by sprocket wheel and chain, the force direction of lifting hydraulic cylinder
It is consistent with the transhipment elevating movement direction of bracket, the load of lifting hydraulic cylinder is effectively reduced, and then transfer car(buggy) can be improved to prop up
The weight of support meets wider array of demand.
Detailed description of the invention
Fig. 1 and Fig. 2 is respectively the perspective view of an embodiment of the present invention different direction.
Fig. 3 is the rearview of an embodiment of the present invention.
Fig. 4 is the side view of an embodiment of the present invention.
Fig. 5 is the top view of an embodiment of the present invention.
Fig. 6 and Fig. 7 is respectively the enlarged partial sectional view of an embodiment of the present invention different direction.
Fig. 8 is the partial enlargement diagram of an embodiment of the present invention.
Fig. 9 and Figure 10 is respectively the different direction schematic diagram of one embodiment braking mechanism of utility model.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments.
Referring to Fig. 1-Fig. 6, the transport carriage of this high-pressure vacuum breaker is provided with the transfer car(buggy) of mobile unit including bottom
Frame 1 is transported on vehicle frame 1 and is provided with elevating mechanism, width adjustment mechanism and two transhipment brackets 10, elevating mechanism two turns of driving simultaneously
Opposite transhipment 1 oscilaltion of vehicle frame of bracket 10 is transported, width adjustment mechanism adjusts the spacing between two transhipment brackets 10；Transport bracket
10 tops are provided with fine tuning support plate 9, transport between bracket 10 and fine tuning support plate 9 and are provided with for adjusting fine tuning support plate 9
The height fine-adjustment 21 of relative altitude, the height fine-adjustment include laterally finely tuning screw rod 2102, intermediate transmission component 2103
With vertical fine tuning screw rod 2104, laterally finely tuning screw rod 2102 and intermediate transmission component 2103, opposite transhipment bracket 10 positioning turns respectively
Dynamic, vertically the opposite transhipment bracket 10 of fine tuning screw rod 2104 is vertically movable, and laterally the axis of fine tuning screw rod 2102 is passed with intermediate respectively
Dynamic component 2103 and vertical fine tuning screw rod 2104 are mutually perpendicular to；2103 surface of intermediate transmission component is provided with teeth, laterally finely tunes
External screw thread on screw rod 2102 is mutually sequentially connected with the teeth on intermediate transmission component 2103；2103 inside of intermediate transmission component
It is provided with inner screw, the vertical external screw thread finely tuned on screw rod 2104 is mutually spirally connected with the internal screw thread on intermediate transmission component 2103,
Laterally fine tuning 2102 one end of screw rod is connected with fine tuning swing arm 2101, to drive lateral fine tuning screw rod 2102 to rotate；Vertical fine tuning
Rotation connection fine tuning support plate 9 at the top of screw rod 2104.When work, user can drive the cross being attached thereto by fine tuning swing arm 2101
To fine tuning 2102 lateral rotation of screw rod, under the interaction of external screw thread and teeth, 2103 vertical rotating of intermediate transmission component,
Under the interaction of outer internal screw thread, intermediate transmission component 2103 drives vertical fine tuning screw rod 2104 to move up and down, and then to fine tuning
Support plate 9 carries out unilateral height adjustment, realizes high fine-tuning, and it is micro- can to carry out height to the high-pressure vacuum breaker for putting skew
It adjusts, it is ensured that it is in horizontality, improves convenience for transhipment work, effectively improves transfer efficiency, and then improve the steady of transhipment
Qualitative and transhipment reliability of positioning.
Further, two sets of height fine-adjustments 21, two sets of height fine-adjustments 21 respectively are respectively set on transhipment bracket 10
It is located remotely from each other setting, that is, is correspondingly arranged in transhipment 10 both ends of bracket, each height fine-adjustment 21 is independently arranged, and non-interference,
By individually operated corresponding height fine-adjustment 21, high fine-tuning can be realized to transhipment bracket 10, it is ensured that pressure vacuum circuit breaker
The levelness of transhipment.
Further, elevating mechanism includes the lifting frame 7 that opposite transhipment vehicle frame 1 is back and forth gone up and down, width adjustment mechanism packet
Include connection coaxially to each other and respectively first width adjusting screw rod 6 and second width adjusting spiral shell of the locating rotation on lifting frame 7
Bar 14, the positive and negative cooperation of external screw thread on external screw thread and the second width adjusting screw rod 14 on the first width adjusting screw rod 6；Two transhipments
Width adjusting nut 1001, width adjusting nut 1001 and the first width tune on a transhipment bracket 10 are provided on bracket 10
Save 6 bolt of screw rod, 14 bolt of width adjusting nut 1001 and the second width adjusting screw rod on another transhipment bracket 10；It rises
There is locating rotation on drop frame 7 adjusts swing arm 5, which connects the second width adjusting screw rod 14, and synchronous driving simultaneously
First width adjusting screw rod 6 and the rotation of the second width adjusting screw rod 14.Worker can carry out two transhipment brackets 10 by adjusting swing arm 5
Between width adjusting specifically can synchronize simultaneously by adjusting swing arm 5 and drive the first width adjusting screw rod 6 and the second width
Adjusting screw rod 14 rotate, under threaded function, two transhipment brackets 10 simultaneously close to or far from, to achieve the purpose that width adjusting,
The regulative mode can ensure that the whole machine balancing of transfer car(buggy), and by width adjusting, this transfer car(buggy) be made to be applicable to different shaped
Number high-pressure vacuum breaker, versatility and practicability enhancing.
Further, referring to Fig. 8, along the first width adjusting screw rod 6 and/or the second width adjusting screw rod on lifting frame 7
14 axis direction arrangement is hinged with limited block 20 on a transhipment bracket 10 there are three limiting slot 701, under the limited block 20 with
Formula is swung；When transport 10 OQ t frame 7 of bracket laterally move to certain position when, limited block 20 under gravity from
It is mobile with limitation transhipment bracket 10 in the dynamic corresponding limiting slot 701 of insertion, so make the movements of two transhipment brackets 10 simultaneously by
Limitation effectively prevent maloperation to change the width of two transhipment brackets 10, it is ensured that using safe.
Further, the upper and lower part of lifting frame 7 is respectively arranged with lateral guide post 8, divides on two transhipment brackets 10
Not She You guide sleeve 1002,8 slidingtype of guide post is inserted in corresponding guide sleeve 1002, and each bracket 10 of transporting is moved back and forth along guide post 8；
The mutual cooperation of guide post 8 and guide sleeve 1002, effective guidance transhipment 10 transverse shifting of bracket, moves it precision raising, and move
It is dynamic more smooth.
Further, elevating mechanism further includes lifting hydraulic cylinder 4, two sprocket wheels 12 and two chains 13, the cylinder of lifting hydraulic cylinder 4
Body bottom is fixed on transhipment vehicle frame 1, and two sides are rotatablely connected two sprocket wheels 12 at the top of the body of rod of lifting hydraulic cylinder 4, two chains 13
Chain status is not set around 12 surface of respective sprocket, the affixed transhipment vehicle frame 1 in 13 one end of chain, the affixed lifting frame of 13 other end of chain
7, drive the opposite transhipment vehicle frame 1 of lifting frame 7 up and down reciprocatingly to rise in sprocket wheel 12 and lifting hydraulic cylinder 4 under the interaction of chain 13
Drop, and then drive transhipment bracket 10 with 7 oscilaltion of lifting frame.The glide direction of the body of rod of lifting hydraulic cylinder 4 and transhipment are held in the palm
The lifting direction of frame 10 is consistent, and compared with conventional architectures, the load of lifting hydraulic cylinder 4 is reduced, more reliable performance.
Further, referring to Fig. 7, elevating mechanism further includes opening for controlling the pressurization that the body of rod of lifting hydraulic cylinder 4 rises
The compression relief cock of pass and the body of rod decline for controlling lifting hydraulic cylinder 4；Pressurization switch includes pressurized cylinder 19 and pedal booster portion
The cylinder body of part 16, pressurized cylinder 19 is affixed with the cylinder body of lifting hydraulic cylinder 4 and is connected to, and 16 one end of pedal booster component is articulated with lifting
On the cylinder body of hydraulic cylinder 4；When work, the body of rod that pedal booster component 16 acts on pressurized cylinder 19 slides pressurization, makes lifting hydraulic cylinder 4
Inside reach supercharging effect, and then increase the body of rod at place, finally the two transhipment rising of brackets 10 of driving, after completing single rising,
The body of rod elastic reset of subsequent pedal booster component 16 and pressurized cylinder 19, in case next vertical motion；Compression relief cock is to be set to
Relief valve 15 on 4 cylinder body of lifting hydraulic cylinder declines the body of rod of lifting hydraulic cylinder 4 by way of pressure release, and then enables two turns
Transport bracket decline.
Further, it is provided with the pinch roller 18 being freely rotated on pedal booster component 16, utilizes lever principle, pedal booster
Component 16 acts on the body of rod slide downward of pressurized cylinder 19 by pinch roller 18, reaches supercharging effect, pinch roller 18 can effectively reduce and increase
Frictional force between 19 body of rod of cylinder pressure keeps operation more smooth, and the abrasion between part is small；19 outer sheath of pressurized cylinder is equipped with elasticity
Part 17 (helical spring), the elastic component 17 act on 16 elastic reset of pedal booster component upwards, in case next pressurizing action.
Further, referring to Fig. 9 and Figure 10, mobile unit is four idler wheels 2 (two after preceding two) being freely rotated, latter two
Idler wheel 2 is configured with braking mechanism 3, which includes footbrake component 301 and braking action part 302, footbrake portion
Part 301 is relative to transhipment vehicle frame 1 and the rotation setting of 2 elastic reset of idler wheel, and braking action part 302 is with 301 elasticity of footbrake component
Rotation is resetted, and one end connects foot-operated brake part 301, other end bending and is covered in 2 surface of idler wheel, on the inside of the bending end
It is provided with brake shoes 303；When work, 301 driving brake actuating member 302 of footbrake component relatively rotate, make brake shoes 303 with
2 surface face contact of idler wheel, generates huge frictional force, and then stalls idler wheel 2, reaches braking effect.
Further, footbrake component 301 and braking action part 302 are separately connected the shaft of idler wheel 2, footbrake portion
It is provided with bayonet 3011 and active block 3012 on part 301, salient point 3021 and driven block are provided on braking action part 302
3022；Wherein, salient point 3021 be embedded in bayonet 3011 in, so that braking action part 302 brake when with 301 turns of footbrake component
It is dynamic, active block 3012 and driven block 3022 mutually touching, so that braking action part 302 after completing brake with footbrake
301 elastic reset of component.The axis of 303 motion profile of brake shoes is not overlapped with the axis of idler wheel 2, it is ensured that brake shoes 303 and rolling
2 mutual face contacts are taken turns, effective braking effect is generated.
The above-mentioned preferred embodiment for the utility model, has been shown and described the basic principles and main features of the utility model
And the advantages of the utility model.Those skilled in the art should be recognized that the present utility model is not limited to the above embodiments, on
It states and only illustrates the principles of the present invention described in embodiment and specification, do not departing from the spirit and scope of the utility model
Under the premise of the utility model also has various changes and improvements, these changes and improvements both fall within claimed it is practical new
Within the scope of type.The utility model requires protection scope is defined by appended claims and its equivalent.
Claims (10)
1. a kind of transport carriage of high-pressure vacuum breaker is provided with the transhipment vehicle frame (1) of mobile unit, transfer car(buggy) including bottom
Elevating mechanism, width adjustment mechanism and two transhipments bracket (10) are provided on frame (1), elevating mechanism drives two transhipment brackets simultaneously
(10) opposite transhipment vehicle frame (1) oscilaltion, width adjustment mechanism adjust the spacing between two transhipments bracket (10)；Its feature exists
In: it is provided with fine tuning support plate (9) above the transhipment bracket (10), transports between bracket (10) and fine tuning support plate (9) and sets
It is equipped with the height fine-adjustment (21) for adjusting fine tuning support plate (9) relative altitude, which includes laterally micro-
Screw rod (2102), intermediate transmission component (2103) and vertical fine tuning screw rod (2104) are adjusted, is laterally finely tuned screw rod (2102) and intermediate
Transmission parts (2103) are opposite respectively to transport bracket (10) locating rotation, laterally finely tunes the axis and intermediate transmission of screw rod (2102)
Component (2103) and/or vertically fine tuning screw rod (2104) are mutually perpendicular to；Intermediate transmission component (2103) the surface setting is with teeth
Tooth, the external screw thread laterally finely tuned on screw rod (2102) are mutually sequentially connected with the teeth on intermediate transmission component (2103)；It is described
It is provided with inner screw on the inside of intermediate transmission component (2103), vertically finely tunes external screw thread and intermediate transmission component on screw rod (2104)
(2103) internal screw thread on is mutually spirally connected；Vertical fine tuning screw rod (2104) connection fine tuning support plate (9).
2. the transport carriage of high-pressure vacuum breaker according to claim 1, it is characterised in that: respectively transport on bracket (10) and set
Two sets of height fine-adjustments (21) are set, two sets of height fine-adjustments (21) are located remotely from each other setting, and each height fine-adjustment (21) is only
It erects and sets, and is non-interference.
3. the transport carriage of high-pressure vacuum breaker according to claim 1, it is characterised in that: the elevating mechanism includes phase
To the lifting frame (7) that transhipment vehicle frame (1) is back and forth gone up and down, the width adjustment mechanism includes connecting and positioning coaxially to each other respectively
Rotate the first width adjusting screw rod (6) and the second width adjusting screw rod (14) on lifting frame (7), the first width adjusting spiral shell
The positive and negative cooperation of external screw thread on external screw thread and the second width adjusting screw rod (14) on bar (6)；It is all provided in two transhipments bracket (10)
It is equipped with width adjusting nut (1001), the width adjusting nut (1001) and the first width adjusting screw rod in transhipment bracket (10)
(6) bolt, another width adjusting nut (1001) and second width adjusting screw rod (14) bolt transported on bracket (10)；Institute
Stating locating rotation on lifting frame (7) has adjusting swing arm (5), which connects the first width adjusting screw rod (6) or the
Two width adjusting screw rods (14), and the first width adjusting screw rod (6) of synchronous driving and the second width adjusting screw rod (14) turn simultaneously
It is dynamic.
4. the transport carriage of high-pressure vacuum breaker according to claim 3, it is characterised in that: on the lifting frame (7)
Axis direction along the first width adjusting screw rod (6) and/or the second width adjusting screw rod (14) is placed with one or more
Limiting slot (701), it is movable in one or two transhipment bracket (10) to be provided with limited block (20), when transhipment bracket (10) is opposite
When lifting frame (7) laterally moves to certain position, limited block (20) is automatically inserted into corresponding limiting slot (701), with limitation
It is mobile to transport bracket (10).
5. the transport carriage of high-pressure vacuum breaker according to claim 3, it is characterised in that: the elevating mechanism further includes
Lifting hydraulic cylinder (4), sprocket wheel (12) and chain (13), the cylinder body of lifting hydraulic cylinder (4) are fixed in transhipment vehicle frame (1), lifting
The body of rod of hydraulic cylinder (4) is rotatablely connected sprocket wheel (12), and the chain body of chain (13) is set around sprocket wheel (12) surface, chain (13) one end
Affixed transhipment vehicle frame (1), the affixed lifting frame of chain (13) other end (7), the interaction in sprocket wheel (12) and chain (13)
Opposite transport vehicle frame (1) of lower lifting hydraulic cylinder (4) driving lifting frame (7) is up and down reciprocatingly gone up and down, and then drives transhipment bracket
(10) with lifting frame (7) oscilaltion.
6. the transport carriage of high-pressure vacuum breaker according to claim 5, it is characterised in that: the elevating mechanism further includes
What the pressurization switch that the body of rod for controlling lifting hydraulic cylinder (4) rises and the body of rod for controlling lifting hydraulic cylinder (4) declined
Compression relief cock；The pressurization switch includes pressurized cylinder (19) and pedal booster component (16), the cylinder body of pressurized cylinder (19) and lifting
The cylinder body of hydraulic cylinder (4) is affixed and is connected to, and pedal booster component (16) one end is articulated on the cylinder body of lifting hydraulic cylinder (4) or turns
It transports on vehicle frame (1)；When work, the body of rod that pedal booster component (16) acts on pressurized cylinder (19) slides pressurization, subsequent pedal booster
The body of rod elastic reset of component (16) and pressurized cylinder (19)；The compression relief cock is to be set on lifting hydraulic cylinder (4) cylinder body
Relief valve (15).
7. the transport carriage of high-pressure vacuum breaker according to claim 6, it is characterised in that: the pedal booster component
(16) pinch roller (18) being freely rotated, the bar that pedal booster component (16) passes through pinch roller (18) effect pressurized cylinder (19) are provided on
Body slide downward；Pressurized cylinder (19) outer sheath is equipped with elastic component (17), which acts on pedal booster portion upwards
Part (16) elastic reset.
8. the transport carriage of high-pressure vacuum breaker according to claim 1, it is characterised in that: the mobile unit is freely
The idler wheel (2) of rotation, an at least idler wheel (2) are configured with braking mechanism (3), which includes footbrake component
(301) turn with braking action part (302), opposite transhipment vehicle frame (1) of footbrake component (301) and/or idler wheel (2) elastic reset
Dynamic setting, braking action part (302) are rotated with footbrake component (301) elastic reset, and one end connects footbrake portion
Part (301), other end bending are simultaneously covered in idler wheel (2) surface, are provided with brake shoes (303) on the inside of the bending end；When work, foot
Brake part (301) driving brake actuating member (302) relative rotation is stepped on, brake shoes (303) is pressed with idler wheel (2) surface and crimps
Touching.
9. the transport carriage of high-pressure vacuum breaker according to claim 8, it is characterised in that: the footbrake component
(301) and braking action part (302) is separately connected the shafts of idler wheel (2), and footbrake component is provided with bayonet on (301)
(3011) and active block (3012) salient point (3021) and driven block (3022), are provided on braking action part (302)；Its
In, salient point (3021) be embedded in bayonet (3011) in, so that braking action part (302) brake when with footbrake component (301)
Rotation, active block (3012) and driven block (3022) mutually touching, so that braking action part (302) after completing brake with
Footbrake component (301) elastic reset.
10. the transport carriage of high-pressure vacuum breaker according to claim 8, it is characterised in that: brake shoes (303) fortune
The axis of dynamic rail mark is not overlapped with the axis of idler wheel (2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820751016.XU CN208411816U (en) | 2018-05-18 | 2018-05-18 | A kind of transport carriage of high-pressure vacuum breaker |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820751016.XU CN208411816U (en) | 2018-05-18 | 2018-05-18 | A kind of transport carriage of high-pressure vacuum breaker |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208411816U true CN208411816U (en) | 2019-01-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820751016.XU Expired - Fee Related CN208411816U (en) | 2018-05-18 | 2018-05-18 | A kind of transport carriage of high-pressure vacuum breaker |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108454674A (en) * | 2018-05-18 | 2018-08-28 | 陈芳 | A kind of transport carriage of high-pressure vacuum breaker |
| CN112479002A (en) * | 2020-11-23 | 2021-03-12 | 国网福建省电力有限公司尤溪县供电公司 | 35kV outdoor built-in current transformer circuit breaker lifting tool |
| CN112775593A (en) * | 2020-12-31 | 2021-05-11 | 上海天永智能装备股份有限公司 | AGV material loading dolly |
-
2018
- 2018-05-18 CN CN201820751016.XU patent/CN208411816U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108454674A (en) * | 2018-05-18 | 2018-08-28 | 陈芳 | A kind of transport carriage of high-pressure vacuum breaker |
| CN112479002A (en) * | 2020-11-23 | 2021-03-12 | 国网福建省电力有限公司尤溪县供电公司 | 35kV outdoor built-in current transformer circuit breaker lifting tool |
| CN112479002B (en) * | 2020-11-23 | 2023-05-02 | 国网福建省电力有限公司尤溪县供电公司 | 35kV outdoor built-in current transformer circuit breaker lifting tool |
| CN112775593A (en) * | 2020-12-31 | 2021-05-11 | 上海天永智能装备股份有限公司 | AGV material loading dolly |
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