A kind of bridge cleaning device
Technical field
Field, specifically a kind of bridge cleaning device are cleaned the present invention relates to bridge.
Background technology
Bridge is not only important traffic tie, also becomes the part of the landscape of various regions.In the daily of bridge
In maintenance work, the cleaning on road surface is particularly basic, general by the way of artificial watering is cleaned on small bridge, this side
Formula wastes time and energy, inefficiency, and cleaning performance is not good, and syringe pipe is fixed to cause a cleaning machine can not be simultaneously to height
The building of place and lower is rinsed, and the cleaning fluid of internal storage is easily precipitated, and concentration differs, and influences cleaning performance.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of bridge cleaning device, and it can solve the problem that above-mentioned present technology
Middle the problem of.
The present invention is achieved through the following technical solutions:The present invention a kind of bridge cleaning device, including pedestal with
And the storage case at the top of the pedestal is fixedly installed on, the pedestal bottom is respectively arranged on the left side and the right side caster device and risen
Falling unit, the pedestal bosom position is fixed with flushing implementation, institute provided with conversion chamber, the pedestal left side top
State the pedestal top rinsed between implementation and the storage case and be fixed with flushing feed arrangement, the flushing feeding
Accommodating chamber, the appearance are provided with the holding tank in the pedestal between device and the flushing implementation, the storage case
Intracavitary of receiving has provided with switching and mixes device, it is described mix bottom of device and be fixed with penetrate the storage case bottom and extend downwards
The first Coupling Shaft set, the first Coupling Shaft bottom extended section is penetrated at the top of the conversion intracavitary and switching, described first
Coupling Shaft bottom tip probes into the conversion intracavitary and is fixed with the first cone runner, and lower section is agreed with front side of the first cone runner
The second cone runner is connected with, the second cone runner leading flank is fixed with the second Coupling Shaft for extending and setting to front side, described
Extension penetrates elongation tip on front side of the conversion chamber front inner wall and switching, second Coupling Shaft and stretched on front side of second Coupling Shaft
Grow to that the pedestal leading flank is outer and tip is fixed with the first conversioning wheel, the second cone runner left rear side, which is connected, the
Third hand tap runner, the third hand tap runner left surface is fixed with the 3rd Coupling Shaft for extending setting to the left, the 3rd switching
Extension is penetrated on the left of the pedestal and the switching between the holding tank and the conversion chamber, the 3rd Coupling Shaft on the left of axle
Elongation tip is probeed into the holding tank and tip is fixed with transfer panel, the transfer panel left surface and is fixed with first turn
Spindle, the pedestal right flank middle part, which is fixedly installed, pushes away handrail, and the handrail that pushes away on the tip of the pedestal side away from being arranged
There is Anti-slip cover.
Preferably technical scheme, caster device includes the pallet that top is fixedly connected with the pedestal bottom, institute
The connection Coupling Shaft that the oriented front and rear sides elongation of switching in pallet is set is stated, the connection Coupling Shaft front and rear sides tip is worn respectively
Thoroughly and be elongated in the face of the pallet front and rear sides outside and tip be fixed with road wheel, the front side road wheel leading flank consolidate
Surely the second conversioning wheel is provided with, transfer zone is connected between second conversioning wheel and first conversioning wheel.
Preferably technical scheme, the lifting gear is by the first engagement piece and is arranged on outside first engagement piece
Surface and sliding the second engagement piece composition, the second engagement piece bottom is fixed with block, first engagement piece and pushed up
Portion is fixed with driving cylinder, and the driving cylinder bottom is connected with drive rod, and drive rod bottom tip probes into described
Two engagement pieces are interior and tip at the top of the block with being fixedly connected.
Preferably technical scheme, the flushing implementation is kept a foothold including flushing, and flushing inside of keeping a foothold is provided with
First connects groove, and described first connects before and after groove that equity connects groove, described first provided with elongation up and down is set second in inwall
Connect to slip in groove and connect block, it is described connect block front and rear sides face and be fixed with respectively probe into described in front and rear sides second and connect
In groove and it is sliding connect chimb block, it is described connect block left surface and be fixed be elongated to the company rinsed and kept a foothold outside left surface
Gu block, it is described connect block right flank and be fixed with to be elongated to described rinse the second Coupling Shaft for keeping a foothold outside right flank, described second
Coupling Shaft outer surface is provided with the reducing sleeve of switching, and the reducing sleeve bottom is fixed with elongation downwards and sets sliding bar, described
Sliding bar bottom extended section is probeed into the holding tank and tip is transferred with first Coupling Shaft and is connected, described second turn
Tip is provided with the first linkage section, the fixed block front and rear sides face on the right side of spindle is fixed with both sides elongation forwards, backwards and sets respectively
The flush pipe put, dorsad the fixed block side tip is fixed with syringe pipe, second switching to each flush pipe
Axle, connect to be sequentially connected in block, fixed block and flush pipe and logical be provided with conducting tube.
Preferably technical scheme, the flushing feed arrangement includes transporting pump and is separately fixed at the transporting pump
Tip holds with described on the right side of top and the first row conduit and second row conduit of the transporting pump right flank, the second row conduit
Receiving case left end bottom is fixedly connected, and the second linkage section, second linkage section and institute are fixed with the top of the first row conduit
State and sebific duct is connected between the first linkage section, gate valve is provided with the second row conduit.
The beneficial effects of the invention are as follows:
1. set the first Coupling Shaft for penetrating storage case bottom and extending setting downwards, the first switching by mixing bottom of device fixation
Axle bottom extended section is penetrated at the top of conversion intracavitary and switching, and the first Coupling Shaft bottom tip probes into conversion intracavitary and fixation sets first
The second cone runner that is connected below on front side of runner, the first cone runner is bored, the second cone runner leading flank, which is fixed to set to front side, to be extended
Extension is penetrated on front side of conversion chamber front inner wall and switching, the second Coupling Shaft on front side of the second Coupling Shaft set, the second Coupling Shaft
Elongation tip is elongated to that pedestal leading flank is outer and tip is fixed and sets the first conversioning wheel, and the second cone runner left rear side is connected the 3rd
Runner is bored, third hand tap runner left surface fixes extension on the left of the 3rd Coupling Shaft for setting and extending setting to the left, the 3rd Coupling Shaft
The pedestal between holding tank and conversion chamber and switching are penetrated, elongation tip in the 3rd Coupling Shaft left side is probeed into holding tank and tip is solid
Surely transfer panel is set, the conversion by the first cone runner respectively with the second cone runner and third hand tap runner coordinates, so as to realize simultaneously
The automatic stirring of device and the reciprocal flushing work up and down of work and syringe pipe are mixed in control.
2. both sides forwards, backwards of being transferred in the pallet that top is fixedly connected with pedestal bottom, pallet are included by caster device
Extend the connection Coupling Shaft set, connection Coupling Shaft front and rear sides tip penetrate respectively and be elongated to outside the face of pallet front and rear sides and
Tip fixation sets fixation on road wheel, front side road wheel leading flank and sets the second conversioning wheel, the second conversioning wheel and the first conversioning wheel
Between be connected transfer zone, so as to rotate the rotation for driving the second conversioning wheel by road wheel, and then by by the second conversion
Transfer zone on wheel controls the first conversioning wheel to realize and rotates conversion work, reduces equipment investment, increases economic efficiency.
3. kept a foothold by rinsing implementation including flushing, flushing inside of keeping a foothold sets first and connects groove, and first connects before groove
Equity sets that elongation up and down sets in inwall afterwards second connects groove, and first connects to slip in groove and connect block, connects block front and rear sides
Face respectively it is fixed set probe into front and rear sides second connect in groove and it is sliding connect chimb block, connect block left surface and fix and set elongation
The fixed block kept a foothold to flushing outside left surface, connects block right flank and fixes the second switching for setting and being elongated to and rinsing and keep a foothold outside right flank
Axle, the second Coupling Shaft outer surface sets the reducing sleeve of switching, and reducing sleeve bottom, which is fixed to set to extend downwards, sets sliding bar, sliding bar
Bottom extended section is probeed into holding tank and tip and the switching of the first Coupling Shaft are connected, and tip sets first on the right side of the second Coupling Shaft
Fixed respectively on linkage section, fixed block front and rear sides face to set the flush pipe that both sides elongation forwards, backwards is set, each flush pipe is dorsad
Tip fixation in fixed block side sets syringe pipe, thus realize the syringe pipe for automatically controlling both sides it is continuous it is reciprocal above and below flushing
Work, improves developing result and the scope laterally rinsed.
4. the present invention is simple in construction, easy to operate, it can realize that automatic stirring and the work of device are mixed in control, improve agricultural chemicals
Uniformity, the rotation for driving the second conversioning wheel, and first turn of the transfer zone control on the second conversioning wheel are rotated by road wheel
Change wheel and realize rotation conversion work, reduce equipment investment, reduce manufacturing cost, the company for the syringe pipe for automatically controlling both sides can be realized
Continue the flushing work above and below reciprocal.
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 a kind of bridge cleaning device overall structure diagram of the invention;
Fig. 2 is the sectional view of " A-A " in Fig. 1 of the invention;
Fig. 3 is pedestal inside top figure of the invention;
Fig. 4 is conducting tube distributed architecture schematic diagram of the invention;
Fig. 5 is caster device partial structural diagram of the invention.
Embodiment
As Figure 1-Figure 5, a kind of bridge cleaning device of the invention, including pedestal 4 and it is fixedly installed on the seat
The storage case 5 at the top of body 4, the bottom of pedestal 4 is respectively arranged on the left side and the right side caster device 44 and lifting gear 42, described
The bosom position of pedestal 4 is provided with conversion chamber 45, and the left side top of pedestal 4 is fixed with flushing implementation 6, described to rinse
The top of the pedestal 4 between implementation 6 and the storage case 5 is fixed with flushing feed arrangement 7, described to rinse feeding dress
Put in 7 and the holding tank 43 rinsed in the pedestal 4 between implementation 6, the storage case 5 and be provided with accommodating chamber 51,
Have provided with switching in the accommodating chamber 51 and mix device 52, it is described mix the bottom of device 52 and be fixed with penetrate the storage case 5
Bottom and the first Coupling Shaft 522 for extending setting downwards, the bottom extended of the first Coupling Shaft 522 section penetrate the conversion chamber 45
Inner top and switching, the bottom tip of the first Coupling Shaft 522 probe into the conversion chamber 45 and are fixed with the first cone runner
453, the front side lower section of the first cone runner 453 is connected and has the second cone runner 452, the second cone leading flank of runner 452
The second Coupling Shaft 455 for extending and setting to front side is fixed with, the front side extension of the second Coupling Shaft 455 penetrates the conversion
The front inner wall of chamber 45 and switching, the front side of the second Coupling Shaft 455 elongation tip are elongated to outside the leading flank of pedestal 4 and tip
The first conversioning wheel 456 is fixed with, the second cone left rear side of runner 452 is connected and has third hand tap runner 451, the described 3rd
The cone left surface of runner 451 is fixed with the 3rd Coupling Shaft 454 for extending setting to the left, and the left side of the 3rd Coupling Shaft 454 is stretched
Long section penetrates the pedestal 4 between the holding tank 43 and the conversion chamber 45 and switching, the left side of the 3rd Coupling Shaft 454
Elongation tip is probeed into the holding tank 43 and tip is fixed with fixation on transfer panel 431, the left surface of transfer panel 431 and set
There is the first Coupling Shaft 432, the right flank middle part of pedestal 4, which is fixedly installed, pushes away handrail 401, the handrail 401 that pushes away is away from described
Anti-slip cover 402 is arranged with the side tip of pedestal 4.
Wherein, caster device 44 includes the pallet 441 that top is fixedly connected with the bottom of pedestal 4, the pallet 441
The connection Coupling Shaft 442 that the interior oriented front and rear sides elongation of switching is set, the connection front and rear sides tip of Coupling Shaft 442 is worn respectively
Thoroughly and it is elongated to outside the front and rear sides face of pallet 441 and tip is fixed with road wheel 443, the front side road wheel 443
The second conversioning wheel 444 is fixed with leading flank, coordinates between second conversioning wheel 444 and first conversioning wheel 456 and connects
Transfer zone 445 is connected to, so that the rotation for driving the second conversioning wheel 444 is rotated by road wheel 443, and then by by the second conversion
Transfer zone 445 on wheel 444 controls the first conversioning wheel 456 to realize and rotates conversion work.
Wherein, the lifting gear 42 by the first engagement piece 421 and be arranged on the outer surface of the first engagement piece 421 and
The second sliding engagement piece 424 is constituted, and the bottom of the second engagement piece 424 is fixed with block 425, first engagement piece
421 inner tops are fixed with driving cylinder 422, and the bottom of driving cylinder 422 is connected with drive rod 423, the drive rod 423
Bottom tip is probeed into second engagement piece 424 and tip is fixedly connected with the top of block 425, by having automatically controlled
The Telescopic of falling unit 42, so as to facilitate firm support of the pedestal 4 when being not used.
Wherein, the flushing implementation 6 includes flushing and keeps a foothold 60, and the flushing is kept a foothold and connects groove provided with first inside 60
61, described first connects before and after groove 61 that equity connects groove 62 provided with elongation up and down is set second in inwall, and described first connects
Slipped in groove 61 and connect block 63, it is described connect the front and rear sides face of block 63 and be fixed with respectively probe into described in front and rear sides second and lead
In access slot 62 and it is sliding connect chimb block 631, it is described connect the left surface of block 63 and be fixed be elongated to the flushing and keep a foothold 60
Fixed block 65 outside left surface, it is described connect the right flank of block 63 be fixed be elongated to the flushing keep a foothold outside 60 right flanks the
Two Coupling Shafts 64, the outer surface of the second Coupling Shaft 64 is provided with the reducing sleeve 642 of switching, and the bottom of reducing sleeve 642 is fixed
Sliding bar 643 is set provided with downward elongation, the bottom extended of sliding bar 643 section is probeed into the holding tank 43 and tip and institute
The switching mating connection of the first Coupling Shaft 432 is stated, the right side tip of the second Coupling Shaft 64 is provided with the first linkage section 641, the company
Gu the flush pipe 651 that both sides elongation forwards, backwards is set is fixed with the front and rear sides face of block 65 respectively, each flush pipe 651
Dorsad the side tip of fixed block 65 is fixed with syringe pipe 652, second Coupling Shaft 64, connects block 63, fixed block
65 and flush pipe 651 in be sequentially connected it is logical be provided with conducting tube 66, so as to realize the continuous past of the syringe pipe 652 for automatically controlling both sides
Flushing work above and below multiple, improves developing result and the scope laterally rinsed.
Wherein, the flushing feed arrangement 7 includes transporting pump 70 and is separately fixed at the top of transporting pump 70 and institute
The first row conduit 72 and second row conduit 71 of the right flank of transporting pump 70 are stated, the right side tip of second row conduit 71 holds with described
Receiving the left end bottom of case 5 is fixedly connected, and the top of first row conduit 72 is fixed with the second linkage section 73, second linkage section
It is connected between 73 and first linkage section 641 in sebific duct 731, the second row conduit 71 and is provided with gate valve 710, so that
Realization automatically controls flushing work, mitigates operating personnel's amount of labour, improves flushing uniformity and flush efficiency.
When needs are rinsed in use, controlling drive rod 423 to drive block 425 to move up by driving cylinder 422 first, this
When, block 425 drives the second engagement piece 424 gradually to be slided along the top-direction of the outer surface of the first engagement piece 421, until, block 425
Top is abutted against with the bottom tip of the first engagement piece 421, now, and the first engagement piece 421 at utmost probes into the second engagement piece 424
It is interior, now, drive the second conversioning wheel 444 to rotate by the road wheel 443 of front side, and then pass through transfer zone by the second conversioning wheel 444
445 the first conversioning wheels 456 of drive are rotated, and drive the second Coupling Shaft 455 and the second Coupling Shaft 455 by the first conversioning wheel 456
Second cone runner 452 of rear side tip is rotated, now, and the first cone that top rear is connected is driven by the second cone runner 452
The third hand tap runner 451 that runner 453 and left rear side are connected is rotated, then, and first turn is driven by the first cone runner 453
Spindle 522 is rotated, and drives the device 52 that mixes in accommodating chamber 51 to rotate by the first Coupling Shaft 522, mixes work so as to realize,
Meanwhile, 431 turns of the transfer panel of the 3rd Coupling Shaft 454 and the left side tip of the 3rd Coupling Shaft 454 is driven by third hand tap runner 451
Dynamic, now, the first Coupling Shaft 432 on transfer panel 431 drives the bottom end of sliding bar 643 to turn along the rotation direction of transfer panel 431
It is dynamic, meanwhile, by sliding bar 643 drive the second Coupling Shaft 64 and with the second Coupling Shaft 64 is fixedly connected connects block 63 along first
The above-below direction of groove 61 cunning is connected, when needing to rinse, now by controlling the gate valve 710 in second row conduit 71 to open, makes appearance
The water received in chamber 51 is flowed into transporting pump 70 after flowing into second row conduit 71, then by opening transporting pump 70, is made through transporting
Water after pump 70 pressurizes flows into first row conduit 72, water is sequentially passed through the second linkage section 73, sebific duct 731 and first and connects
Flowed into after section 641 in the conducting tube 66 in the second Coupling Shaft 64, after most flowing into the syringe pipe 652 of front and rear sides through conducting tube 66 afterwards
Go out.
The beneficial effects of the invention are as follows:
1. set the first Coupling Shaft for penetrating storage case bottom and extending setting downwards, the first switching by mixing bottom of device fixation
Axle bottom extended section is penetrated at the top of conversion intracavitary and switching, and the first Coupling Shaft bottom tip probes into conversion intracavitary and fixation sets first
The second cone runner that is connected below on front side of runner, the first cone runner is bored, the second cone runner leading flank, which is fixed to set to front side, to be extended
Extension is penetrated on front side of conversion chamber front inner wall and switching, the second Coupling Shaft on front side of the second Coupling Shaft set, the second Coupling Shaft
Elongation tip is elongated to that pedestal leading flank is outer and tip is fixed and sets the first conversioning wheel, and the second cone runner left rear side is connected the 3rd
Runner is bored, third hand tap runner left surface fixes extension on the left of the 3rd Coupling Shaft for setting and extending setting to the left, the 3rd Coupling Shaft
The pedestal between holding tank and conversion chamber and switching are penetrated, elongation tip in the 3rd Coupling Shaft left side is probeed into holding tank and tip is solid
Surely transfer panel is set, the conversion by the first cone runner respectively with the second cone runner and third hand tap runner coordinates, so as to realize simultaneously
The automatic stirring of device and the reciprocal flushing work up and down of work and syringe pipe are mixed in control.
2. both sides forwards, backwards of being transferred in the pallet that top is fixedly connected with pedestal bottom, pallet are included by caster device
Extend the connection Coupling Shaft set, connection Coupling Shaft front and rear sides tip penetrate respectively and be elongated to outside the face of pallet front and rear sides and
Tip fixation sets fixation on road wheel, front side road wheel leading flank and sets the second conversioning wheel, the second conversioning wheel and the first conversioning wheel
Between be connected transfer zone, so as to rotate the rotation for driving the second conversioning wheel by road wheel, and then by by the second conversion
Transfer zone on wheel controls the first conversioning wheel to realize and rotates conversion work, reduces equipment investment, increases economic efficiency.
3. kept a foothold by rinsing implementation including flushing, flushing inside of keeping a foothold sets first and connects groove, and first connects before groove
Equity sets that elongation up and down sets in inwall afterwards second connects groove, and first connects to slip in groove and connect block, connects block front and rear sides
Face respectively it is fixed set probe into front and rear sides second connect in groove and it is sliding connect chimb block, connect block left surface and fix and set elongation
The fixed block kept a foothold to flushing outside left surface, connects block right flank and fixes the second switching for setting and being elongated to and rinsing and keep a foothold outside right flank
Axle, the second Coupling Shaft outer surface sets the reducing sleeve of switching, and reducing sleeve bottom, which is fixed to set to extend downwards, sets sliding bar, sliding bar
Bottom extended section is probeed into holding tank and tip and the switching of the first Coupling Shaft are connected, and tip sets first on the right side of the second Coupling Shaft
Fixed respectively on linkage section, fixed block front and rear sides face to set the flush pipe that both sides elongation forwards, backwards is set, each flush pipe is dorsad
Tip fixation in fixed block side sets syringe pipe, thus realize the syringe pipe for automatically controlling both sides it is continuous it is reciprocal above and below flushing
Work, improves developing result and the scope laterally rinsed.
4. the present invention is simple in construction, easy to operate, it can realize that automatic stirring and the work of device are mixed in control, improve agricultural chemicals
Uniformity, the rotation for driving the second conversioning wheel, and first turn of the transfer zone control on the second conversioning wheel are rotated by road wheel
Change wheel and realize rotation conversion work, reduce equipment investment, reduce manufacturing cost, the company for the syringe pipe for automatically controlling both sides can be realized
Continue the flushing work above and below reciprocal.
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.