CN107268506A - A kind of efficient bridge facility - Google Patents

A kind of efficient bridge facility Download PDF

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Publication number
CN107268506A
CN107268506A CN201710628292.7A CN201710628292A CN107268506A CN 107268506 A CN107268506 A CN 107268506A CN 201710628292 A CN201710628292 A CN 201710628292A CN 107268506 A CN107268506 A CN 107268506A
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CN
China
Prior art keywords
block
chamber
matrix
hollow cavity
stretched
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Application number
CN201710628292.7A
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Chinese (zh)
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CN107268506B (en
Inventor
欧阳翎
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义乌市摩亚光电科技有限公司
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Priority to CN201710628292.7A priority Critical patent/CN107268506B/en
Publication of CN107268506A publication Critical patent/CN107268506A/en
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Publication of CN107268506B publication Critical patent/CN107268506B/en

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Classifications

    • EFIXED CONSTRUCTIONS
    • E01CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
    • E01HSTREET CLEANING; CLEANING OF PERMANENT WAYS; CLEANING BEACHES; DISPERSING OR PREVENTING FOG IN GENERAL CLEANING STREET OR RAILWAY FURNITURE OR TUNNEL WALLS
    • E01H1/00Removing undesirable matter from roads or like surfaces, with or without moistening of the surface
    • E01H1/10Hydraulically loosening or dislodging undesirable matter; Raking or scraping apparatus ; Removing liquids or semi-liquids e.g., absorbing water, sliding-off mud
    • E01H1/101Hydraulic loosening or dislodging, combined or not with mechanical loosening or dislodging, e.g. road washing machines with brushes or wipers

Abstract

The invention discloses a kind of efficient bridge facility, including matrix and it is arranged on the liquid reserve tank of matrix left side top and is arranged on the cleaning device of matrix right hand top, provided with the liquid storage cylinder for stretching setting downwards in liquid reserve tank, liquid storage cylinder bottom stretch section is reached in matrix, turn is connected with agitation part in liquid storage cylinder, the first hollow cavity is provided with matrix below liquid storage cylinder, conveyer is provided with first hollow cavity, leading chamber is provided with matrix above on the right side of first hollow cavity, the second hollow cavity is provided with matrix on the right side of leading chamber, the slide slot set is stretched in the portion's break-through of leading bottom of chamber provided with left and right, inwall and break-through setting on the right side of the hollow cavity of end break-through first are stretched on the left of slide slot, break-through the second hollow cavity inner left wall in end is stretched on the right side of slide slot and break-through is set;The present invention is simple in construction, easy to operate, improves service life and cleaning efficiency, reduces workload, can automatically control height and adjust.

Description

A kind of efficient bridge facility
Technical field
The present invention relates to bridge field, specifically a kind of efficient bridge facility.
Background technology
Bridge is not only important traffic tie, also becomes the part of the landscape of various regions.Due to mistake on bridge It is many toward vehicle, therefore easily laying dust is attractive in appearance to protect, it is necessary to periodically integrally cleaned to bridge.Traditional artificial cleaning way Inefficiency, part automatic cleaning equipment is difficult to clean eminence, and internal water and cleaning agent easily mix uneven, shadow Ring cleaning effect.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of efficient bridge facility, and it can solve the problem that above-mentioned present skill The problem of in art.
The present invention is achieved through the following technical solutions:A kind of efficient bridge facility of the present invention, including matrix And be arranged on the liquid reserve tank of described matrix left side top and be arranged on the cleaning device of described matrix right hand top, the storage Provided with the liquid storage cylinder for stretching setting downwards in liquid case, liquid storage cylinder bottom stretch section is reached in described matrix, the liquid storage cylinder Interior turn, which is connected with, is provided with the first hollow cavity the described matrix below agitation part, the liquid storage cylinder Nei, described first is hollow Intracavitary is provided with the described matrix above on the right side of conveyer, first hollow cavity and is provided with the right side of leading chamber, the leading chamber Described matrix in be provided with the second hollow cavity, leading bottom of chamber portion's break-through provided with left and right stretch set slide slot, the cunning Inwall and break-through setting on the right side of the first hollow cavity described in the break-through of end are stretched on the left of row groove, the slide slot right side is stretched end and worn Lead to the second hollow cavity inner left wall and break-through is set, the leading top of chamber break-through is provided with and slides chamber, the leading intracavitary Whorl on the first spiral shell shape bar set, the first spiral shell shape bar is stretched provided with left and right and is connected with guiding block, the leading Set provided with reaching the hypotenuse for sliding intracavitary and slide to slide to be connected with left and right and stretch in block, the slide slot at the top of block Guide plate, be fixedly connected with the guiding block bottom at the top of the guide plate, stretching, extension end reaches institute on the left of the guide plate State in the first hollow cavity and end turn be connected with to transmit the first taper cone pulley being connected with the conveyer, Stretch end on the right side of the guide plate to reach in second hollow cavity and be fixed with convex block at the top of the stretching, extension end of right side, institute State provided with the second electricity favourable turn at the top of convex block, the second electricity favourable turn top is connected with to be passed with the cleaning device Send provided with pressure increase liquid feed device in the second taper cone pulley of mating connection, the described matrix slided above chamber, it is described Cleaning device includes the pillar with being fixedly connected at the top of described matrix, and the pillar is located at upper position on the right side of second hollow cavity Put, provided with conduit in the pillar, on the conduit, bottom surface, which is provided with cushion pad, described matrix, is provided with storing unit.
Preferably technical scheme, the conveyer includes being arranged on described first on the left of first taper cone pulley The first electricity favourable turn in hollow cavity inner bottom part, the first electricity favourable turn top be connected with reach in first hollow cavity and To the triconic wheel being connected with the first taper cone pulley left bottom, the triconic wheel it is relative described first Turn is connected with to be connected the 4th taper cone pulley, institute with the first taper cone pulley left side top in hollow cavity inner roof wall State end at the top of the 4th taper cone pulley and be fixed with stretch section break-through at the top of the first swing arm for stretching upwards setting, first swing arm Described matrix inner wall and turn between the liquid storage cylinder and first hollow cavity are connected, at the top of first swing arm Stretching, extension end is reached in the liquid storage cylinder and the agitation part bottom end is fixedly connected.
End and the leading chamber inner left wall turn are stretched on the left of preferably technical scheme, the first spiral shell shape bar It is connected, end is stretched on the right side of the first spiral shell shape bar and is connected with the 3rd electricity favourable turn, the 3rd electricity favourable turn outer surface It is arranged on the right side of the leading chamber in inwall and is fixedly connected.
Provided with stretching the second spiral shell shape bar for setting, second spiral shell up and down in preferably technical scheme, the conduit Stretch end at the top of shape bar to be connected with the conduit inner roof wall turn, spiral shell shape on the second spiral shell shape bar in the conduit Line, which is connected with left and right and stretched, to be stretched end and reaches that the pillar left surface is outer and left side on the left of the support set, the support Stretch end and be fixed with first end, the support right side is stretched end and reached outside the pillar right flank and right side stretching, extension end Tail is fixed with cleaning head, and the second spiral shell shape bar bottom is fixed with the second swing arm for stretching set downwards, second rotation The inner wall of the bar bottom stretch section pillar sequentially between conduit described in break-through and second hollow cavity and described matrix And turn is connected, the second swing arm bottom stretching, extension end is reached in second hollow cavity and bottom is stretched end and fixed Provided with the 5th taper cone pulley to be connected with the second taper cone pulley right-hand end.
Preferably technical scheme, the pressure increase liquid feed device slides chamber including block and is arranged on the envelope Lock slides the infusion pump in described matrix on the right side of chamber, and the block slides chamber and is located at the top position for sliding chamber and positioned at institute State between infusion pump and the liquid storage cylinder, the block slides intracavitary break-through and the transfusing chamber set is stretched provided with both sides to the left and right, The block, which is slided intracavitary and slided, to be connected with block and slides block, and the block, which is slided at the top of block, is provided with caulking groove, described embedding Groove inner bottom part and the block are slided and pressure-bearing spring element are provided between intracavitary roof, the block slide block bottom be fixed with to Lower to stretch the hypotenuse propulsion arm set, block described in the hypotenuse propulsion arm bottom stretch section break-through slides chamber and slides chamber with described Between described matrix inner wall and slide mating connection, the hypotenuse propulsion arm bottom is stretched end and reached slides chamber with described And end and liquid storage cylinder right side are stretched on the left of mating connection, the transfusing chamber to slide block top pressure with the hypotenuse and slide Bottom connection is set, and end is stretched on the left of the transfusing chamber and is fixedly connected with the infusion pump left surface, at the top of the infusion pump Provided with the discharging tube for stretching upwards setting, stretched at the top of the discharging tube at the top of end break-through described matrix, the discharge opeing tube top Portion is provided with the second end, and elastic tubes are connected between the second end and the first end.
Preferably technical scheme, the first end is set with the cleaning head break-through.
Preferably technical scheme, the storing unit includes the storage chamber and set that inner bottom part is set on the left of described matrix The storing compartment in the storage chamber is put, the storing compartment bottom is provided with sliding wheel, and the storage chamber inner bottom surface is provided with cunning Row rail, the storing compartment slides mating connection by the sliding wheel and the rail that slides.
The beneficial effects of the invention are as follows:
1. by whorl mating connection guiding block on the first spiral shell shape bar, set at the top of guiding block and reach the hypotenuse for sliding intracavitary and slide The left and right that is connected is slided in block, slide slot and stretches the guide plate set, guide plate top is fixedly connected with guiding block bottom, sliding Stretching, extension end is reached in the first hollow cavity on the left of andante and end turn is connected and is used to transmit mating connection with conveyer The first taper cone pulley, stretch that end is reached in the second hollow cavity and right side stretches fixation at the top of end and sets convex on the right side of guide plate The second electricity favourable turn is set at the top of block, convex block, the second electricity favourable turn top, which is connected to be used to transmit with cleaning device, to be connected The second taper cone pulley, slide and pressure increase liquid feed device set in the matrix above chamber, stretch on the right side of the first spiral shell shape bar end with 3rd electricity favourable turn is connected, and is adjusted so as to realize that the transmission control for automatically controlling agitation work, cleaning device cleaning are highly automated The transmission control of section and the unlatching block control of pressure increase liquid feed device.
2. the pillar for including being fixedly connected with baseline top by cleaning device, pillar is located at top on the right side of the second hollow cavity Set in position, pillar and end and groove are stretched at the top of the second spiral shell shape bar for being set in conduit, conduit and stretching set up and down, the second spiral shell shape bar Road inner roof wall turn is connected, and the support set, branch are stretched in whorl mating connection left and right on the second spiral shell shape bar in conduit Stretching, extension end is reached outside pillar left surface on the left of frame and left side stretching, extension end is fixed and sets first end, and stretching, extension end is stretched on the right side of support Outside to pillar right flank and right side, which is stretched end and fixed, sets cleaning head, and for setting and stretching set downwards is fixed in the second spiral shell shape bar bottom Two swing arms, inner wall and the rotation of the pillar and matrix of the second swing arm bottom stretch section sequentially between break-through conduit and the second hollow cavity It is dynamic to be connected, the second swing arm bottom stretch end reach in the second hollow cavity and bottom stretch end fix set to and second The 5th taper cone pulley that taper cone pulley right-hand end is connected, is controlled clearly so as to realize and clean needs according to the facility of different height The height and position of cleaning device regulation sprinkling cleaning fluid.
Slided 3. increasing liquid feed device by pressure and including blocking sliding chamber and being arranged on block on the right side of chamber in matrix Infusion pump, block slides chamber and is located at the top position for sliding chamber and is located between infusion pump and liquid storage cylinder, and block is slided intracavitary and worn The transfusing chamber set is stretched in the logical both sides to the left and right that set, and block, which slides intracavitary and slides mating connection block, slides block, and block is slided in block Caulking groove is set in top, caulking groove inner bottom part and block set pressure-bearing spring element between sliding intracavitary roof, and block is slided block bottom and fixed If stretching the hypotenuse propulsion arm set downwards, stretch section break-through block in hypotenuse propulsion arm bottom slides chamber and slides the base between chamber Internal wall body and matings connection is slided, so that sliding up and down for block is slided in the block for sliding intracavitary by block realizes automatic opening Worked with block control feed flow, meanwhile, realize that the high speed for driving cleaning fluid flows out by infusion pump, finally realize different height Cleaning fluid sprinkling work.
4. the present invention is simple in construction, easy to operate, operation stability is high, can realize automatically control connection that agitation transmits with Depart from work, reduce damage, improve service life, can realize that the control and pressure increase of automatic work feed flow supply cleaning fluid work Make, improve cleaning efficiency, reduce workload, can realize that automatically controlling height is adjusted, so as to realize that height is adjusted, meet big The continuous wash work of scope.
Brief description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and accompanying drawing.
Fig. 1 is overall structure diagram outside a kind of efficient bridge facility of the present invention;
Fig. 2 is a kind of efficient bridge facility internal structure schematic diagram of the invention;
Structural representation when Fig. 3 is adjusted for a kind of efficient bridge facility cleaning height of the present invention;
Fig. 4 is left view of the invention.
Embodiment
As Figure 1-Figure 4, a kind of efficient bridge facility of the invention, including matrix 5 and it is arranged on described matrix 5 Provided with downward in the liquid reserve tank 6 of left side top and the cleaning device 7 for being arranged on the right hand top of described matrix 5, the liquid reserve tank 6 The liquid storage cylinder 61 set is stretched, the bottom stretch section of liquid storage cylinder 61 is reached in described matrix 5, and turn is matched somebody with somebody in the liquid storage cylinder 61 Conjunction is connected with agitation part 62, the described matrix 5 of the lower section of liquid storage cylinder 61 and is provided with the first hollow cavity 51, first hollow cavity It is provided with 51 in the described matrix 5 above conveyer, the right side of the first hollow cavity 51 and is provided with leading chamber 54, the leading chamber The second hollow cavity 53 is provided with the described matrix 5 on 54 right sides, the cunning set is stretched in the bottom break-through of leading chamber 54 provided with left and right Row groove 52, the right side inwall of the first hollow cavity 51 described in the break-through of end is stretched in the left side of slide slot 52 and break-through is set, the cunning The inner left wall of the second hollow cavity 53 described in the break-through of end is stretched on the right side of row groove 52 and break-through is set, the top break-through of leading chamber 54 Provided with the first spiral shell shape bar 543 slided provided with left and right stretching, extension setting in chamber 55, the leading chamber 54, the first spiral shell shape bar 543 Upper whorl is connected with guiding block 541, and the top of guiding block 541 is slided provided with the hypotenuse slided in chamber 55 is reached Slided in block 542, the slide slot 52 and be connected with left and right and stretch the guide plate 521 set, the top of the guide plate 521 with The bottom of guiding block 541 is fixedly connected, and the left side of guide plate 521 is stretched end and reached in first hollow cavity 51 and end Tailspin is dynamic to be connected with to transmit the first taper cone pulley 515 being connected with the conveyer, and the guide plate 521 is right Stretch end and reach in second hollow cavity 53 and be fixed with convex block 531, the convex at the top of the stretching, extension end of right side in side Provided with the second electricity favourable turn 532 in the top of block 531, the top of the second electricity favourable turn 532 is connected with to be filled with the cleaning Put provided with pressure to increase in the second taper cone pulley 533 of 7 transmission mating connection, the described matrix 5 for sliding the top of chamber 55 and supply Liquid device, the cleaning device 7 includes the pillar 71 being fixedly connected with the top of described matrix 5, and the pillar 71 is located at described the Bottom surface on conduit 72, the conduit 72 is provided with the right side top position of two hollow cavity 53, the pillar 71 and is provided with cushion pad 711, storing unit is provided with described matrix 5.
Wherein, the conveyer includes being arranged in first hollow cavity 51 in the left side of the first taper cone pulley 515 The first electricity favourable turn 511 in bottom, the top of the first electricity favourable turn 511 be connected with reach in first hollow cavity 51 and To the triconic wheel 512 being connected with the left bottom of the first taper cone pulley 515, the triconic wheel 512 is relative The inner roof wall of the first hollow cavity 51 in turn be connected with being engaged company with the left side top of the first taper cone pulley 515 The 4th taper cone pulley 513 is connect, the top end of the 4th taper cone pulley 513 is fixed with the first swing arm 514 for stretching upwards setting, institute State the inwall of described matrix 5 between liquid storage cylinder 61 and first hollow cavity 51 described in the top stretch section break-through of the first swing arm 514 Stretch end and reach in the liquid storage cylinder 61 and the agitation part 62 in body and turn mating connection, the top of the first swing arm 514 Bottom end is fixedly connected, so as to realize that automatically delivering for agitating device connects and departed from control, is produced when reducing mobile Abrasion.
Wherein, the left side of the first spiral shell shape bar 543 is stretched end and is connected with the inner left wall turn of leading chamber 54, The right side of first spiral shell shape bar 543 is stretched end and is connected with the 3rd electricity favourable turn 544,544 outer surfaces of the 3rd electricity favourable turn It is arranged in the right side inwall of leading chamber 54 and is fixedly connected, so as to realizes that the transmission for automatically controlling agitation work is controlled, clearly Cleaning device 7 cleans the transmission control of highly automated regulation and the unlatching block control of pressure increase liquid feed device.
Wherein, provided with the second spiral shell shape bar 73 for stretching setting up and down, the top of the second spiral shell shape bar 73 in the conduit 72 Stretch end to be connected with the inner roof wall turn of conduit 72, whorl on the second spiral shell shape bar 73 in the conduit 72 Be connected with left and right and stretch the support 74 set, the left side of the support 74 stretch end reach the left surface of pillar 71 it is outer and Left side stretches end and is fixed with first end 741, and the right side of support 74 is stretched end and reached outside the right flank of pillar 71 And right side stretches end and is fixed with cleaning head 742, the bottom of the second spiral shell shape bar 73 is fixed with for stretching set downwards Two swing arms 75, the institute of the bottom stretch section of the second swing arm 75 sequentially between conduit 72 described in break-through and second hollow cavity 53 State pillar 71 and the inner wall of described matrix 5 and turn is connected, the bottom of the second swing arm 75 stretching, extension end reaches described In second hollow cavity 53 and bottom stretch end be fixed with to be connected with the right-hand end of the second taper cone pulley 533 the Five taper cone pulleies 534, so that realize needs to be controlled the regulation sprinkling cleaning fluid of cleaning device 7 according to the cleaning of the facility of different height Height and position.
Wherein, the pressure increase liquid feed device, which slides chamber 56 including block and is arranged on the block, slides the right side of chamber 56 Infusion pump 58 in side described matrix 5, the block slides chamber 56 and is located at the top position for sliding chamber 55 and positioned at described Between infusion pump 58 and the liquid storage cylinder 61, the block slides break-through in chamber 56 and the transfusion set is stretched provided with both sides to the left and right Chamber 57, the block is slided to slide in chamber 56 and is connected with block and slides block 561, and the block is slided to be set in the top of block 561 There are caulking groove 564, the inner bottom part of caulking groove 564 and the block to be provided with pressure-bearing spring element 563 between sliding the inner roof wall of chamber 56, it is described Block slides the bottom of block 561 and is fixed with the hypotenuse propulsion arm 562 for stretching set downwards, and the bottom of hypotenuse propulsion arm 562 is stretched Block described in exhibition section break-through slides chamber 56 and the inner wall of described matrix 5 slided between chamber 55 and slides mating connection, institute State the bottom of hypotenuse propulsion arm 562 and stretch end and reach and slide chamber 55 and with the hypotenuse to slide the jacking sliding of block 542 with described Row is connected, and the left side of transfusing chamber 57 stretches end and connects setting, the transfusing chamber with the bottom right side of liquid storage cylinder 61 57 left sides are stretched end and are fixedly connected with the left surface of infusion pump 58, and the top of infusion pump 58, which is provided with, stretches upwards setting The top of end break-through described matrix 5 is stretched at discharging tube 581, the top of the discharging tube 581, and the top of discharging tube 581 is provided with the Two ends 582, elastic tubes 583 are connected between the second end 582 and the first end 741, so as to be slided by blocking The realization of sliding up and down that block 561 is slided in block in an actor's rendering of an operatic tune 56 is automatically turned on and block control feed flow work, meanwhile, pass through transfusion Pump 58 realizes the high speed outflow for driving cleaning fluid, finally realizes the cleaning fluid sprinkling work of different height.
Wherein, the first end 741 is set with the break-through of cleaning head 742.
Wherein, the storing unit includes the storage chamber 41 of the left side inner bottom part setting of described matrix 5 and is arranged on described deposit The storing compartment 42 in chamber 41 is put, the bottom of storing compartment 42 is provided with sliding wheel 44, and the inner bottom surface of storage chamber 41 is provided with cunning Row rail 43, the storing compartment 42 slides mating connection by the sliding wheel 44 and the rail 43 that slides.
During original state, guiding block 541 is located at the left-most position in leading chamber 54, meanwhile, driven tiltedly by guiding block 541 While sliding block 542 is located at the left-most position slided in chamber 55, now, it is right that block 542 is slided in the bottom of hypotenuse propulsion arm 562 with hypotenuse Side roof part is abutted against, meanwhile, drive block to slide the pressure on top surface that block 561 overcomes pressure-bearing spring element 563 by hypotenuse propulsion arm 562, Make block slide the block that the top end of block 561 reaches after transfusing chamber 57 with the top of the transfusing chamber 57 to slide in chamber 56 and top The inner roof wall of chamber 56 is slided with block to abut against, now, transfusing chamber 57 is in blocked styate, meanwhile, bottom is driven by guiding block 541 The left side end of guide plate 521 at utmost reach in the first hollow cavity 51, make first taper cone pulley at the left side end of guide plate 521 The both sides up and down in 515 left sides are connected with the right-hand end of the 4th taper cone pulley 513 and the right-hand end of triconic wheel 512 respectively, now, The convex block 531 at the top of the right side end of guide plate 521 of bottom is driven to be located at by guiding block 541 most left in second hollow cavity 53 Side position, meanwhile, make second taper cone pulley 533 at the top of convex block 531 at utmost away from the 5th taper cone pulley 534.
When needing agitation work, the turn of triconic wheel 512 is driven by the first electricity favourable turn 511, then by third hand tap Shape wheel 512 drives the turn of the first taper cone pulley 515 that right side is connected, and then drives left side top to sting by the first taper cone pulley 515 The turn of the 4th taper cone pulley 513 of connection is closed, and the first swing arm 514 and the top of the first swing arm 514 are driven by the 4th taper cone pulley 513 The turn of agitation part 62, realize agitation transmission control work.
When needing to clean and adjusting spraying altitude, the turn of the first spiral shell shape bar 543 is driven by the 3rd electricity favourable turn 544, Guiding block 541 is driven gradually to be slided along the right direction in leading chamber 54 by the first spiral shell shape bar 543, now, by the band of guiding block 541 Dynamic guide plate 521 is gradually slided along the right direction in slide slot 52, meanwhile, drive the first of left side end by guide plate 521 Taper cone pulley 515 is gradually slided to the right, the first taper cone pulley 515 is gradually distance from the 4th taper cone pulley 513 and triconic wheel 512, Now, right direction of the convex block 531 at left side end gradually into the second hollow cavity 53 is driven to slide from guide plate 521, together When, make the right-hand end of the second taper cone pulley 533 at the top of convex block 531 gradually close towards the left-hand end of the 5th taper cone pulley 534, now, tiltedly The bottom of side propulsion arm 562 is gradually slided the top left side direction of block 542 along hypotenuse and slided, until the hypotenuse on hypotenuse propulsion arm 562 Compressed with the hypotenuse that is slided to hypotenuse on block 542 when sliding, now, block slides block 561 by the top pressure of pressure-bearing spring element 563 Power, makes block slide gradually the slip away block of the top of transfusing chamber 57 of the top section of block 561 and slides in chamber 56, until such as Fig. 3 institutes When showing that guiding block 541 is slided to right-most position in leading chamber 54, now, drive hypotenuse to slide block 542 by guiding block 541 and slide Go to the right-most position slided in chamber 55, meanwhile, the hypotenuse on hypotenuse propulsion arm 562 is slided positioned at hypotenuse on block 542 Hypotenuse left-most position and slide abutting coordinate, now, block is slided block 561 complete by the pressure on top surface of pressure-bearing spring element 563 Block positioned at the lower section of transfusing chamber 57 is slided in chamber 56, meanwhile, the on the left side end of guide plate 521 is driven by guiding block 541 One taper cone pulley 515 at utmost away from the 4th taper cone pulley 513 and triconic wheel 512, now, makes the right side end of guide plate 521 The right-hand end of the second taper cone pulley 533 in convex block 531 is connected with the left-hand end of the 5th taper cone pulley 534, then controls the 3rd electricity Favourable turn 544 stops turn, then controls the second electricity favourable turn 532 to drive the positive and negative turn of the second taper cone pulley 533, and then by the second taper Wheel 533 drives the positive and negative turn of the second swing arm 75 at the 5th taper cone pulley 534 and the top of the 5th taper cone pulley 534, and the second swing arm 75 The positive and negative turn of the second spiral shell shape bar 73 is driven, finally drives support 74 to slide realization along the above-below direction of conduit 72 by the second spiral shell shape bar 73 Highly adjust, while controlling infusion pump 58 to open, cleaning fluid is flowed into after transfusing chamber 57 in infusion pump 58, so through infusion pump 58 Flow into discharging tube 581, finally sequentially flowed into after the second end 582, elastic tubes 583 and first end 741 after pressure increase In cleaning head 742, then cleaned first 742 spray.
The beneficial effects of the invention are as follows:
1. by whorl mating connection guiding block on the first spiral shell shape bar, set at the top of guiding block and reach the hypotenuse for sliding intracavitary and slide The left and right that is connected is slided in block, slide slot and stretches the guide plate set, guide plate top is fixedly connected with guiding block bottom, sliding Stretching, extension end is reached in the first hollow cavity on the left of andante and end turn is connected and is used to transmit mating connection with conveyer The first taper cone pulley, stretch that end is reached in the second hollow cavity and right side stretches fixation at the top of end and sets convex on the right side of guide plate The second electricity favourable turn is set at the top of block, convex block, the second electricity favourable turn top, which is connected to be used to transmit with cleaning device, to be connected The second taper cone pulley, slide and pressure increase liquid feed device set in the matrix above chamber, stretch on the right side of the first spiral shell shape bar end with 3rd electricity favourable turn is connected, and is adjusted so as to realize that the transmission control for automatically controlling agitation work, cleaning device cleaning are highly automated The transmission control of section and the unlatching block control of pressure increase liquid feed device.
2. the pillar for including being fixedly connected with baseline top by cleaning device, pillar is located at top on the right side of the second hollow cavity Set in position, pillar and end and groove are stretched at the top of the second spiral shell shape bar for being set in conduit, conduit and stretching set up and down, the second spiral shell shape bar Road inner roof wall turn is connected, and the support set, branch are stretched in whorl mating connection left and right on the second spiral shell shape bar in conduit Stretching, extension end is reached outside pillar left surface on the left of frame and left side stretching, extension end is fixed and sets first end, and stretching, extension end is stretched on the right side of support Outside to pillar right flank and right side, which is stretched end and fixed, sets cleaning head, and for setting and stretching set downwards is fixed in the second spiral shell shape bar bottom Two swing arms, inner wall and the rotation of the pillar and matrix of the second swing arm bottom stretch section sequentially between break-through conduit and the second hollow cavity It is dynamic to be connected, the second swing arm bottom stretch end reach in the second hollow cavity and bottom stretch end fix set to and second The 5th taper cone pulley that taper cone pulley right-hand end is connected, is controlled clearly so as to realize and clean needs according to the facility of different height The height and position of cleaning device regulation sprinkling cleaning fluid.
Slided 3. increasing liquid feed device by pressure and including blocking sliding chamber and being arranged on block on the right side of chamber in matrix Infusion pump, block slides chamber and is located at the top position for sliding chamber and is located between infusion pump and liquid storage cylinder, and block is slided intracavitary and worn The transfusing chamber set is stretched in the logical both sides to the left and right that set, and block, which slides intracavitary and slides mating connection block, slides block, and block is slided in block Caulking groove is set in top, caulking groove inner bottom part and block set pressure-bearing spring element between sliding intracavitary roof, and block is slided block bottom and fixed If stretching the hypotenuse propulsion arm set downwards, stretch section break-through block in hypotenuse propulsion arm bottom slides chamber and slides the base between chamber Internal wall body and matings connection is slided, so that sliding up and down for block is slided in the block for sliding intracavitary by block realizes automatic opening Worked with block control feed flow, meanwhile, realize that the high speed for driving cleaning fluid flows out by infusion pump, finally realize different height Cleaning fluid sprinkling work.
4. the present invention is simple in construction, easy to operate, operation stability is high, can realize automatically control connection that agitation transmits with Depart from work, reduce damage, improve service life, can realize that the control and pressure increase of automatic work feed flow supply cleaning fluid work Make, improve cleaning efficiency, reduce workload, can realize that automatically controlling height is adjusted, so as to realize that height is adjusted, meet big The continuous wash work of scope.
The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any The change or replacement expected without creative work, should all be included within the scope of the present invention.Therefore, it is of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (7)

1. a kind of efficient bridge facility, including matrix and it is arranged on the liquid reserve tank of matrix left side top and is arranged on matrix The cleaning device of right hand top, it is characterised in that:Provided with the liquid storage cylinder for stretching setting downwards in liquid reserve tank, liquid storage cylinder bottom is stretched Section is reached in matrix, and turn is connected with and the first hollow cavity is provided with the matrix below agitation part, liquid storage cylinder Nei in liquid storage cylinder, the The matrix being provided with the matrix above on the right side of conveyer, the first hollow cavity on the right side of leading chamber, leading chamber is provided with one hollow cavity The second hollow cavity is inside provided with, the slide slot set is stretched in the portion's break-through of leading bottom of chamber provided with left and right, and slide slot left side is stretched end and worn On the right side of logical first hollow cavity end break-through the second hollow cavity inner left wall and break-through are stretched on the right side of inwall and break-through setting, slide slot Set, the break-through of leading top of chamber stretches the first spiral shell shape bar set, the first spiral shell shape bar provided with left and right provided with chamber, leading intracavitary is slided Upper whorl is connected with guiding block, is slided at the top of guiding block in block, slide slot provided with reaching the hypotenuse that slides intracavitary and slide It is connected with left and right and stretches the guide plate set, guide plate top is fixedly connected with guiding block bottom, stretched on the left of guide plate End is reached in the first hollow cavity and end turn is connected with to transmit the first taper being connected with conveyer End is stretched on the right side of wheel, guide plate to reach in the second hollow cavity and be fixed with convex block, convex block at the top of the stretching, extension end of right side Provided with the second electricity favourable turn in top, the second electricity favourable turn top is connected with to transmit be connected second with cleaning device Taper cone pulley, is slided provided with pressure increase liquid feed device in the matrix above chamber, cleaning device includes fixing with baseline top and connected The pillar connect, pillar, which is located in top position on the right side of the second hollow cavity, pillar, is provided with conduit, and bottom surface is provided with buffering on conduit Storing unit is provided with pad, matrix.
2. a kind of efficient bridge facility according to claim 1, it is characterised in that:The conveyer includes being arranged on The first electricity favourable turn in the first hollow cavity inner bottom part on the left of first taper cone pulley, the first electricity favourable turn top coordinates The triconic wheel reached in first hollow cavity and to be connected with the first taper cone pulley left bottom is connected with, Turn, which is connected with, in relative the first hollow cavity inner roof wall of the triconic wheel is used to and first taper cone pulley Left side top is connected the 4th taper cone pulley, and end is fixed with the first rotation for stretching upwards setting at the top of the 4th taper cone pulley Described matrix inner wall at the top of bar, first swing arm described in stretch section break-through between liquid storage cylinder and first hollow cavity and Turn is connected, and stretching, extension end is reached in the liquid storage cylinder at the top of first swing arm and the agitation part bottom end is fixed Connection.
3. a kind of efficient bridge facility according to claim 1, it is characterised in that:Stretched on the left of the first spiral shell shape bar End is connected with the leading chamber inner left wall turn, and end is stretched on the right side of the first spiral shell shape bar and is matched somebody with somebody with the 3rd electricity favourable turn Connection is closed, the 3rd electricity favourable turn outer surface is arranged on the right side of the leading chamber in inwall and is fixedly connected.
4. a kind of efficient bridge facility according to claim 1, it is characterised in that:Provided with stretching, extension up and down in the conduit End is stretched at the top of the second spiral shell shape bar set, the second spiral shell shape bar to be connected with the conduit inner roof wall turn, it is described Whorl is connected with left and right and stretched on the second spiral shell shape bar in conduit stretches end on the left of the support set, the support Tail is reached outside the pillar left surface and left side stretches end and is fixed with first end, and the support right side is stretched end and reached The pillar right flank is outer and right side stretches end and is fixed with cleaning head, and the second spiral shell shape bar bottom, which is fixed with, stretches downwards The second swing arm set is opened up, the second swing arm bottom stretch section is sequentially between conduit described in break-through and second hollow cavity The pillar and the inner wall of described matrix and turn mating connection, the second swing arm bottom stretches end and reaches described second Stretch end and be fixed with to the 5th taper cone pulley with the second taper cone pulley right-hand end mating connection in hollow cavity and bottom.
5. a kind of efficient bridge facility according to claim 5, it is characterised in that:The pressure increases liquid feed device bag Include block to slide chamber and be arranged on the infusion pump for blocking and sliding on the right side of chamber in described matrix, the block is slided chamber and is located at The top position for sliding chamber and positioned between the infusion pump and the liquid storage cylinder, the block is slided intracavitary break-through and is provided with The transfusing chamber set is stretched in both sides to the left and right, and the block, which is slided intracavitary and slided, to be connected with block and slide block, the block Slide at the top of block and be provided with caulking groove, the caulking groove inner bottom part and the block are provided with pressure-bearing spring element between sliding intracavitary roof, The block slides block bottom and is fixed with the hypotenuse propulsion arm for stretching set downwards, and the hypotenuse propulsion arm bottom stretch section is worn The logical block slides chamber and the described matrix inner wall slided between chamber and slides mating connection, the hypotenuse propulsion arm Bottom is stretched end and reached slides chamber and slides mating connection, the transfusing chamber sliding block top pressure with the hypotenuse with described Left side, which is stretched end and connected with the liquid storage cylinder bottom right side, stretches end and an infusion pump left side on the left of setting, the transfusing chamber Side is fixedly connected, provided with the discharging tube for stretching upwards setting at the top of the infusion pump, is stretched end at the top of the discharging tube and is worn At the top of logical described matrix, the second end is provided with the top of the discharging tube, is connected between the second end and the first end Elastic pipe.
6. a kind of efficient bridge facility according to claim 5, it is characterised in that:The first end and the cleaning Head break-through is set.
7. a kind of efficient bridge facility according to claim 1, it is characterised in that:The storing unit includes the base The storage chamber that inner bottom part is set on the left of body and the storing compartment being arranged in the storage chamber, the storing compartment bottom, which is provided with, slides Wheel, the storage chamber inner bottom surface, which is provided with, slides rail, and the storing compartment slides cooperation by the sliding wheel and the rail that slides Connection.
CN201710628292.7A 2017-07-28 2017-07-28 A kind of efficient bridge facility CN107268506B (en)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107806017A (en) * 2017-10-27 2018-03-16 嵊州德庆机械有限公司 A kind of bridge construction equipment
CN108396697A (en) * 2018-03-07 2018-08-14 广州利萨智能化科技有限公司 A kind of novel Intelligent traffic management systems
CN108505477A (en) * 2018-03-07 2018-09-07 广州利萨智能化科技有限公司 A kind of Intelligent traffic management systems

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Publication number Priority date Publication date Assignee Title
JP2008297789A (en) * 2007-05-31 2008-12-11 Gijutsu Kaihatsu Kenkyusho:Kk Washing device
CN205100142U (en) * 2015-11-18 2016-03-23 周凯 Road and bridge belt cleaning device
CN205711891U (en) * 2016-04-20 2016-11-23 葛国松 A kind of bridge guard rail high-efficiency washing device
CN106812105A (en) * 2017-03-21 2017-06-09 温岭市仁全机械设备有限公司 A kind of bridge pavement cleaning device
CN106939568A (en) * 2017-04-06 2017-07-11 碧旺加机械科技(深圳)有限公司 A kind of bridge cleaning equipment

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2008297789A (en) * 2007-05-31 2008-12-11 Gijutsu Kaihatsu Kenkyusho:Kk Washing device
CN205100142U (en) * 2015-11-18 2016-03-23 周凯 Road and bridge belt cleaning device
CN205711891U (en) * 2016-04-20 2016-11-23 葛国松 A kind of bridge guard rail high-efficiency washing device
CN106812105A (en) * 2017-03-21 2017-06-09 温岭市仁全机械设备有限公司 A kind of bridge pavement cleaning device
CN106939568A (en) * 2017-04-06 2017-07-11 碧旺加机械科技(深圳)有限公司 A kind of bridge cleaning equipment

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107806017A (en) * 2017-10-27 2018-03-16 嵊州德庆机械有限公司 A kind of bridge construction equipment
CN107806017B (en) * 2017-10-27 2019-08-06 温州顺创智能科技有限公司 A kind of bridge construction equipment
CN108396697A (en) * 2018-03-07 2018-08-14 广州利萨智能化科技有限公司 A kind of novel Intelligent traffic management systems
CN108505477A (en) * 2018-03-07 2018-09-07 广州利萨智能化科技有限公司 A kind of Intelligent traffic management systems

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