CN107326842A - A kind of automation draining municipal works machinery for underpass step - Google Patents

Abstract

The present invention relates to a kind of automation draining municipal works machinery for underpass step, including regulation hinge, two support meanss, two drainage arrangements and two retracting devices, by adjusting hinge connection between two described drainage arrangements, each drainage arrangement lower end is mounted on a support meanss, each support meanss lower end is mounted on a retracting device, the technique that two support meanss, two drainage arrangements and two retracting devices are used in combination the automation draining for completing underpass step.The present invention can solve to need present in existing underpass step drainage procedure manually to carry out cleaning water removal to step surface by instrument, wet and slippery step causes staff stands unstable, clean not convenient, there is potential safety hazard, the walking that clean does not cause part rainwater stream to fall to the ground to pedestrian comprehensively causes potential safety hazard, spent time length, labor intensity is big and the low problem of efficiency, it is possible to achieve underpass step automates the function of draining.

Description

A kind of automation draining municipal works machinery for underpass step

Technical field

It is more particularly to a kind of for the automatic of underpass step the present invention relates to municipal works drainage machinery technical field Change draining municipal works machinery.

Background technology

The opening up of underpass facilitates people and passes through the trunk traffic aisle such as road, meanwhile, underpass is to city scape See without influence, noise-less pollution, later maintenance expense be low, validity period limit for length, but instantly when raining heavyly, because not dredging rain in time Water and cause rainwater to be flowed into underpass from underpass step, how to turn into a great problem to the draining of underpass step, All it is at present that the rainwater of underpass step is handled by artificial mode, is needed during existing artificial drainage artificial Cleaning water removal is carried out to step surface by instrument, during raining, it is unstable that wet and slippery step causes staff to stand, and cleans inconvenience , there is potential safety hazard in profit, meanwhile, the walking that clean does not cause part rainwater stream to fall to the ground to pedestrian comprehensively causes safety hidden Suffer from, cleaning process spent time is long, labor intensity is big, and efficiency is low.

The content of the invention

In order to solve the above problems, the invention provides a kind of automation draining municipal works for underpass step Machinery, can solve to need manually to clean step surface by instrument present in existing underpass step drainage procedure Water removal, during raining, it is unstable that wet and slippery step causes staff to stand, and cleans not convenient, there is potential safety hazard, meanwhile, clearly The walking that sweep does not cause part rainwater stream to fall to the ground to pedestrian comprehensively causes potential safety hazard, cleaning process spent time length, Labor intensity is big and the low problem of efficiency, it is possible to achieve the function of underpass step automation draining, firm stable is not present Potential safety hazard, automation draining is operated with reclaiming remaining rainwater without manual site, and small with simple to operate, labor intensity With operating efficiency it is high the advantages of.

To achieve these goals, the present invention uses following technical scheme：A kind of automation for underpass step Draining municipal works machinery, including regulation hinge, two support meanss, two drainage arrangements and two retracting devices, two branch Support arrangement plays a part of support to the present invention, and two drainage arrangements play a part of draining, two retracting devices to the present invention Play a part of water suction to the present invention to reclaim, by adjusting hinge connection, each draining dress between two described drainage arrangements Put lower end and be mounted on a support meanss, each support meanss lower end is mounted on a retracting device retracting device, two Support meanss, two drainage arrangements and two retracting devices are used in combination the work for the automation draining for completing underpass step Skill.

Described support meanss include L-type frame, support U-shaped frame, sucker, adjustable type hydraulic cylinder, operation panel, tracheae, Vavuum pump, square plate, rectangular slab, No. two square plates, No. two L-type framves, supporting cylinder, lifting supporting plate, an auxiliary Lifting hydraulic cylinder and auxiliary rectangular slab, a L-type frame are arranged on front side of drainage arrangement lower end, are provided with a L-type frame square Sucker is installed, a L-type frame is connected by way of being slidably matched with the U-shaped frame of support on groove, a LXing Jia sides wall, and Support U-shaped frame upper end to be located in square groove, support and adjustable type hydraulic cylinder is installed on U-shaped frame, adjustable type hydraulic cylinder top passes through Flange is provided with operation panel, operation panel has vavuum pump by floor installation, passes through tracheae between air-inlet of vacuum pump and sucker It is connected, vavuum pump is started working, the power that vavuum pump is produced causes sucker suction on step ground by tracheae, supports U It is connected between type frame rear end and a square plate by hinge, a square plate is to tilt down structure, No. one from front to back Square plate is provided with rectangular channel, and a square plate is connected by way of being slidably matched with a rectangular slab, a rectangular slab Front end is located in rectangular channel, is connected between a rectangular slab and No. two square plates by hinge, No. two square plates are provided with bar Shape groove, No. two square plates are connected by way of being slidably matched with No. two L-type framves, and No. two LXing Jia upper ends are located at bar-shaped trough Interior, No. two L-type framves are provided with supporting cylinder, and supporting cylinder top is provided with lifting supporting plate, lifting support by flange Plate is arranged on No. two square plate side walls, and supporting cylinder, supporting cylinder top are provided with a square plate bottom side of the wall Lifting supporting plate is provided with by flange, manually according to the length of step, suitable position, adjustable type hydraulic pressure are arrived into present invention regulation Cylinder drives operation panel regulation to arrive suitable position, and manually the present invention, which is placed on step, makes sucker be attached on step surface, auxiliary Lifting hydraulic cylinder is helped to drive auxiliary rectangular slab lifting to ensure that retracting device being capable of work well, two branch in two support meanss Support hydraulic cylinder drives two lifting supporting plates to be elevated to suitable position and allows the invention to be supported on step, and automation is adjusted Section, reduces the labor intensity of staff, improves operating efficiency.

As a preferred technical solution of the present invention, described drainage arrangement includes square box, fixed L-type frame, connection Plate, water board, drain motor, drain bar, four draining slurries, circle interface, telescopic drain, elongated fixed plate, two pieces of auxiliary Fixed plate and firm auxiliary annulus, square box are arranged on a L-type frame, and square box is front opening structure, square back end of frame It is provided with circular trough, square box side wall and is connected by bearing pin with through plate, square box front end is provided with fixed L-type frame, side Water board is installed in shape frame bottom side of the wall, and water board is tilted down and pacified on structure, fixed L-type frame madial wall by motor cabinet Equipped with drain motor, drain bar is installed on the output shaft of drain motor, drain bar is circular configuration, and drain bar lower end is uniformly pacified Equipped with four draining slurries, draining slurry is arcuate structure, is connected between square box and telescopic drain by circle interface, and circle Shape interface is corresponding with circular trough, and square back end of frame is connected by hinge with elongated fixed plate, and telescopic drain is located at elongated In fixed plate, two pieces of auxiliary fixing plates are installed, it is left that two pieces of auxiliary fixing plates are symmetrically positioned in telescopic drain in elongated fixed plate Firm auxiliary annulus is arranged with right both sides, the outer wall of telescopic drain lower end, auxiliary annulus is consolidated and is arranged on a rectangular slab Upper end, manually by adjusting hinge by two connection board placings to suitable position, it is ensured that two through plates can be comprehensively to rain Water is stopped, it is to avoid rainwater, which enters underpass, influences pedestrains safety, and drain motor drives four draining slurries to be rotated, made Obtain rainwater to be transported in square box, rainwater is flowed into two retracting devices by two telescopic drains, automate draining, drop The low labor intensity of staff, improves operating efficiency.

As a preferred technical solution of the present invention, described retracting device includes mobile water-absorption mechanism and recycling machine Structure, mobile water-absorption mechanism is arranged on front side of support meanss lower end, and recovering mechanism is arranged on rear side of support meanss lower end, two recovery Two water-absorption mechanisms and two recovering mechanisms on device cooperate to carry out reclaiming collection processing to the rainwater that left behind, from Dynamicization, which is reclaimed, collects, and without manual adjustment, reduces the labor intensity of staff, improves operating efficiency.

As a preferred technical solution of the present invention, described mobile water-absorption mechanism includes auxiliary shoot, two auxiliary Slide plate, two auxiliary racks, the mobile sliding block of auxiliary, the mobile U-shaped frame of auxiliary, auxiliary mobile motor, auxiliary carrier wheel, auxiliary three Hornblock, two support columns, two auxiliary mobile hydraulic cylinders, recovery frame, auxiliary firm plate, water-absorbing sponges, auxiliary shoot are arranged on A number square plate lower end, auxiliary shoot is connected by way of being slidably matched with the mobile sliding block of auxiliary, the mobile sliding block of auxiliary with Auxiliary shoot is engaged band dynamic auxiliary mobile motor and moved, and the mobile sliding block lower end of auxiliary is arranged on the mobile U-shaped frame of auxiliary, auxiliary Mobile U-shaped frame lower end is helped to be arranged on auxiliary triangle block, the mobile U-shaped frame inwall of auxiliary is provided with the mobile electricity of auxiliary by motor cabinet It is provided with machine, the output shaft for aiding in mobile motor on auxiliary carrier wheel, auxiliary carrier wheel and is symmetrically engaged with two auxiliary Rack, each auxiliary rack is installed on an auxiliary slide, and each auxiliary slide is respectively mounted a square plate lower end, auxiliary It is arranged on the output shaft of mobile motor by bearing on auxiliary triangle block, auxiliary triangle block lower end outside is symmetrically installed with two Support column, two support column bottoms are provided with recovery frame, and the upper end for reclaiming frame is symmetrically arranged with two feed slots, reclaims inframe wall Between distance be the structure that gradually expands from top to bottom, auxiliary triangle block lower end inside is symmetrically installed with two auxiliary movable hydraulics Cylinder, the lower end of each auxiliary mobile hydraulic cylinder is respectively positioned in a corresponding feed slot, and two auxiliary mobile hydraulic cylinder bottoms lead to Cross flange and the firm plate of auxiliary is installed, the firm plate lower end of auxiliary is provided with water-absorbing sponge, and auxiliary mobile motor band dynamic auxiliary is moved Gear is rotated on two auxiliary racks, is moved under the kind of drive that auxiliary mobile motor passes through rack-and-pinion, auxiliary Help mobile motor band dynamic auxiliary to move U-shaped frame to be rotated, the mobile U-shaped frame of auxiliary drives auxiliary triangle block to move, two Auxiliary mobile hydraulic cylinder drives water-absorbing sponge to be lifted in recovery inframe, two water-absorbing sponges on two mobile water-absorption mechanisms The water of absorption is transported in two recovering mechanisms after being extruded under aiding in mobile hydraulic cylinder to drive at four, and remnants can be cleared up in time Rainwater, without manual adjustment, reduce the labor intensity of staff, improve operating efficiency.

As a preferred technical solution of the present invention, described described recovering mechanism includes small-sized fixed plate, small-sized Reclaim frame, connecting water pipe, collect water tank, water pump and auxiliary water tube, small-sized fixed plate is arranged on a square plate lower end, small-sized solid Fixed board lower end is provided with small-sized recovery frame, collects water tank and is arranged on No. two L-type framves, collects water tank inlet and small-sized recovery frame Be connected between discharging opening by connecting water pipe, water pump by floor installation on No. two L-type framves, and collect water tank be located at water pump Inner side, collects and is connected between water outlet of water tank and water feeding of water pump hole by auxiliary water tube, moves water-absorption mechanism by remaining rain Water is transported to small-sized recovery inframe, and remaining rainwater is transported in collection water tank by connecting water pipe, and water pump is started working, two In the presence of individual auxiliary water tube, remaining rainwater is transported to existing by the remaining rainwater that two water pumps are extracted in two collection water tanks In sewer, without manual adjustment, the labor intensity of staff is reduced, operating efficiency is improved.

During work, present invention regulation is arrived suitable position, adjustable type hydraulic cylinder by staff according to the length of step first Operation panel regulation is driven to arrive suitable position, manually the present invention, which is placed on step, makes sucker be attached on step surface, auxiliary Lifting hydraulic cylinder drives auxiliary rectangular slab lifting to ensure that retracting device being capable of work well, two supports in two support meanss Hydraulic cylinder drives two lifting supporting plates to be elevated to suitable position and allows the invention to be supported on step, afterwards, two Drainage arrangement is started working, and two through plates on drainage arrangement are according to underpass width by adjusting hinge regulation to properly Position, it is to avoid rainwater, which enters underpass, influences pedestrains safety, and drain motor drives four drainings slurry to be rotated so that rain Water is transported in square box, and rainwater is flowed into two retracting devices by two telescopic drains, at the same time, two recovery Two mobile water-absorption mechanisms on device are started working, the auxiliary mobile motor band dynamic auxiliary carrier wheel on mobile water-absorption mechanism Rotated, moved under the kind of drive that auxiliary mobile motor passes through rack-and-pinion, auxiliary is moved on two auxiliary racks Dynamic motor belt motor dynamic auxiliary moves U-shaped frame and rotated, and the mobile U-shaped frame of auxiliary drives auxiliary triangle block to move, two auxiliary Mobile hydraulic cylinder drives water-absorbing sponge to be lifted in recovery inframe, and two water-absorbing sponges on two mobile water-absorption mechanisms absorb Water four aid in mobile hydraulic cylinders drive under extrude after be transported in two recovering mechanisms, two recovering mechanisms start work Make, remaining rainwater is transported to small-sized recovery inframe by mobile water-absorption mechanism, and remaining rainwater is transported to receipts by connecting water pipe In header tank, water pump is started working, in the presence of two auxiliary water tubes, and two water pumps extract the remnants in two collection water tanks Remaining rainwater is transported in existing sewer by rainwater, it is possible to achieve underpass step automates the function of draining.

The beneficial effects of the present invention are：

1st, the present invention can solve to need present in existing underpass step drainage procedure manually by instrument to platform Terrace carries out cleaning water removal, during raining, and it is unstable that wet and slippery step causes staff to stand, and cleans not convenient, there is safety Hidden danger, meanwhile, the walking that clean does not cause part rainwater stream to fall to the ground to pedestrian comprehensively causes potential safety hazard, cleaning process Spent time length, labor intensity is big and the low problem of efficiency, it is possible to achieve underpass step automates the function of draining, firmly Stable, in the absence of potential safety hazard, automation draining is with reclaiming remaining rainwater, without manual site's operation, and with it is simple to operate, The advantages of labor intensity is small high with operating efficiency；

2nd, the present invention is provided with support meanss, and support meanss play a part of support to the present invention, while being carried out to ground Fixed, it is ensured that the present invention is capable of the discharge rainwater of safety and stability, secure is hidden in the absence of safety without manual site's operation Suffer from；

3rd, the present invention is provided with drainage arrangement, automates draining, without artificial operation, reduces labor intensity, improves effect Rate；

4th, the present invention is provided with retracting device, and mobile water-absorption mechanism absorbs to the residual rainwater flowed down, recovering mechanism Rainwater after absorption is reclaimed, automatically collecting reclaims rainwater, without artificial operation, reduce labor intensity, improve effect Rate.

Brief description of the drawings

The present invention is further described with reference to the accompanying drawings and examples.

Fig. 1 is the structural representation of the present invention；

Fig. 2 is the structural representation between the mobile water-absorption mechanism and a square plate of the present invention；

Fig. 3 is Fig. 2 of the present invention M to partial enlarged drawing.

Embodiment

In order that the technical means, the inventive features, the objects and the advantages of the present invention are easy to understand, tie below Conjunction is specifically illustrating, and the present invention is expanded on further.It should be noted that in the case where not conflicting, embodiment in the application and Feature in embodiment can be combined with each other.

As shown in Figure 1 to Figure 3, a kind of automation draining municipal works machinery for underpass step, including regulation Hinge 5, two support meanss 1, two drainage arrangements 3 and two retracting devices 4, two support meanss, 1 couple of present invention play branch The effect of support, two drainage arrangements, 3 couples of present invention play a part of draining, and two retracting devices, 4 couples of present invention, which are played, to absorb water back Connected between the effect of receipts, two described drainage arrangements 3 by adjusting hinge 5, each lower end of drainage arrangement 3 is mounted on one Individual support meanss 1, each lower end of support meanss 1 is mounted on a retracting device 4 of retracting device 4, two support meanss 1, two The technique that individual drainage arrangement 3 and two retracting devices 4 are used in combination the automation draining for completing underpass step.

Described support meanss 1 include a L-type frame 11, support U-shaped frame 12, sucker 110, adjustable type hydraulic cylinder 111, behaviour Make plate 112, tracheae 113, vavuum pump 114, square plate 13, rectangular slab 14, No. two square plates 15, No. two L-type framves 17, Supporting cylinder 18, lifting supporting plate 19, assistance for lifting hydraulic cylinder 115 and auxiliary rectangular slab 116, a L-type frame 11 are arranged on On front side of the lower end of drainage arrangement 3, it is provided with a L-type frame 11 on square groove, a LXing Jia11 sides wall and sucker 110, one is installed Number L-type frame 11, with supporting U-shaped frame 12 to be connected, and supports the U-shaped upper end of frame 12 to be located in square groove by way of being slidably matched, Support and adjustable type hydraulic cylinder 111 is installed on U-shaped frame 12, the top of adjustable type hydraulic cylinder 111 is provided with operation panel by flange 112, there is vavuum pump 114 by floor installation on operation panel 112, tracheae is passed through between the air inlet of vavuum pump 114 and sucker 110 113 are connected, and vavuum pump 114 is started working, and the power that vavuum pump 114 is produced causes sucker 110 to adsorb in platform by tracheae 113 On the face of terrace, support and be connected between the U-shaped rear end of frame 12 and a square plate 13 by hinge, a square plate 13 is from front to back To tilt down structure, a square plate 13 is provided with rectangular channel, a square plate 13 by way of being slidably matched with No. one Rectangular slab 14 is connected, and a front end of rectangular slab 14 is located in rectangular channel, leads between a rectangular slab 14 and No. two square plates 15 Cross hinge to be connected, No. two square plates 15 are provided with bar-shaped trough, No. two square plates 15 by way of being slidably matched with No. two L-types Frame 17 is connected, and No. two LXing Jia17 upper ends are located in bar-shaped trough, and No. two L-type framves 17 are provided with supporting cylinder 18, support liquid The top of cylinder pressure 18 is provided with lifting supporting plate 19 by flange, and lifting supporting plate 19 is arranged on No. two side walls of square plate 15, and one Supporting cylinder 18 is installed, the top of supporting cylinder 18 is provided with lifting support by flange in number bottom side of the wall of square plate 13 Plate 19, manually according to the length of step, suitable position is arrived by present invention regulation, adjustable type hydraulic cylinder 111 drives operation panel 112 to adjust Suitable position is saved, manually the present invention, which is placed on step, makes sucker 110 be attached on step surface, assistance for lifting hydraulic cylinder 115 drive the auxiliary lifting of rectangular slabs 116 to ensure that retracting device 4 being capable of work well, two support liquid in two support meanss 1 Cylinder pressure 18 drives two lifting supporting plates 19 to be elevated to suitable position and allows the invention to be supported on step, and automation is adjusted Section, reduces the labor intensity of staff, improves operating efficiency.

Described drainage arrangement 3 includes square box 31, fixed L-type frame 32, through plate 316, water board 33, drain motor 34th, drain bar 35, four draining slurries 36, circle interface 37, telescopic drain 38, elongated fixed plate 39, two pieces of auxiliary fixing plates 310 are arranged on a L-type frame 11 with firm auxiliary annulus 312, square box 31, and square box 31 is front opening structure, square The rear end of frame 31 is provided with circular trough, the side wall of square box 31 to be connected by bearing pin with through plate 316, and the front end of square box 31 is installed Have and water board 33 is installed in fixed L-type frame 32, the bottom side of the wall of square box 31, and water board 33 tilts down structure, fixed L-type It is provided with the madial wall of frame 32 by motor cabinet on drain motor 34, the output shaft of drain motor 34 and drain bar 35 is installed, is arranged Water plate 35 is circular configuration, and the lower end of drain bar 35 is uniformly provided with four draining slurries 36, and draining slurry 36 is arcuate structure, square box It is connected between 31 and telescopic drain 38 by circle interface 37, and circle interface 37 is corresponding with circular trough, square box 31 Rear end is connected by hinge with elongated fixed plate 39, and telescopic drain 38 is located in elongated fixed plate 39, elongated fixed plate 39 On two pieces of auxiliary fixing plates 310 are installed, two pieces of auxiliary fixing plates 310 are symmetrically positioned in the left and right sides of telescopic drain 38, stretch Firm auxiliary annulus 312 is arranged with the outer wall of the lower end of drainpipe 38, auxiliary annulus 312 is consolidated and is arranged on a rectangular slab 14 End, manually puts suitable position, it is ensured that two through plates 316 can be comprehensive by adjusting hinge 5 by two through plates 316 Rainwater is stopped, it is to avoid rainwater, which enters underpass, influences pedestrains safety, drain motor 34 drives four draining slurries 36 to enter Row rotation so that rainwater is transported in square box 31, and rainwater is flowed into two retracting devices 4 by two telescopic drains 38 It is interior, draining is automated, the labor intensity of staff is reduced, improves operating efficiency.

Described retracting device 4 includes mobile water-absorption mechanism 41 and recovering mechanism 42, and mobile water-absorption mechanism 41 is arranged on branch On front side of the lower end of support arrangement 1, recovering mechanism 42 is arranged on rear side of the lower end of support meanss 1, two water scooping machines on two retracting devices 4 Structure 41 and two recovering mechanisms 42 cooperate to carry out reclaiming collection processing to the rainwater that left behind, and automation, which is reclaimed, collects, Without manual adjustment, the labor intensity of staff is reduced, operating efficiency is improved.

Described mobile water-absorption mechanism 41 include auxiliary shoot 411, two auxiliary slides 412, two auxiliary racks 413, The mobile sliding block 414 of auxiliary, the mobile U-shaped frame 415 of auxiliary, auxiliary mobile motor 416, auxiliary carrier wheel 417, auxiliary triangle block 418th, two support columns 419, two auxiliary mobile hydraulic cylinders 4110, recovery frame 4111, auxiliary firm plate 4112, water-absorbing sponges 4113, auxiliary shoot 411 is arranged on a lower end of square plate 13, and auxiliary shoot 411 is moved by way of being slidably matched with auxiliary Movable slider 414 is connected, and the mobile sliding block 414 of auxiliary is engaged band dynamic auxiliary mobile motor 416 with auxiliary shoot 411 and moved Dynamic, the mobile lower end of sliding block 414 of auxiliary is arranged on the mobile U-shaped frame 415 of auxiliary, and the mobile U-shaped lower end of frame 415 of auxiliary is arranged on auxiliary three On hornblock 418, the mobile U-shaped inwall of frame 415 of auxiliary is provided with auxiliary mobile motor 416 by motor cabinet, aids in mobile motor 416 Output shaft on be provided with auxiliary carrier wheel 417, auxiliary carrier wheel 417 on be symmetrically engaged with two auxiliary racks 413, often Individual auxiliary rack 413 is installed on an auxiliary slide 412, and each auxiliary slide 412 is respectively mounted a lower end of square plate 13, Aid on the output shaft of mobile motor 416 by bearing on auxiliary triangle block 418, the lower end outside of auxiliary triangle block 418 Two support columns 419 are symmetrically installed with, two bottoms of support column 419 are provided with recovery frame 4111, reclaim the upper end pair of frame 4111 Title is provided with two feed slots, and distance is the structure gradually expanded from top to bottom, auxiliary triangle block between reclaiming the inwall of frame 4111 418 lower end insides are symmetrically installed with two auxiliary mobile hydraulic cylinders 4110, the equal position in lower end of each auxiliary mobile hydraulic cylinder 4110 In in a corresponding feed slot, two auxiliary bottoms of mobile hydraulic cylinder 4110 are provided with the firm plate 4112 of auxiliary by flange, The firm lower end of plate 4112 of auxiliary is provided with water-absorbing sponge 4113, and auxiliary mobile motor 416 is with dynamic auxiliary carrier wheel 417 at two Rotated, moved under the kind of drive that auxiliary mobile motor 416 passes through rack-and-pinion, auxiliary is moved on auxiliary rack 413 Dynamic motor 416 moves U-shaped frame 415 with dynamic auxiliary and rotated, and the mobile U-shaped frame 415 of auxiliary drives auxiliary triangle block 418 to be moved Dynamic, two auxiliary mobile hydraulic cylinders 4110 drive water-absorbing sponge 4113 to be lifted in recovery frame 4111, two mobile water suctions The water that two water-absorbing sponges 4113 in mechanism 41 absorb is transported to after being extruded under aiding in mobile hydraulic cylinder 4110 to drive at four In two recovering mechanisms 42, remnants rainwater can be cleared up in time, without manual adjustment, the work for reducing staff is strong Degree, improves operating efficiency.

Described described recovering mechanism 42 includes small-sized fixed plate 421, small-sized recovery frame 422, connecting water pipe 423, receipts Header tank 424, water pump 425 and auxiliary water tube 426, small-sized fixed plate 421 are arranged on a lower end of square plate 13, small-sized fixed plate 421 lower ends are provided with small-sized recovery frame 422, collect water tank 424 and are arranged on No. two L-type framves 17, collect the water inlet of water tank 424 with It is connected between the small-sized discharging opening of recovery frame 422 by connecting water pipe 423, water pump 425 is by floor installation in No. two L-type framves 17 On, and water tank 424 is collected positioned at the inner side of water pump 425, collect and pass through auxiliary between the delivery port of water tank 424 and the inlet opening of water pump 425 Water pipe 426 is connected, and remaining rainwater is transported in small-sized recovery frame 422 by mobile water-absorption mechanism 41, and remaining rainwater passes through Connecting water pipe 423 is transported in collection water tank 424, and water pump 425 is started working, in the presence of two auxiliary water tubes 426, two Remaining rainwater is transported in existing sewer by the remaining rainwater that water pump 425 is extracted in two collection water tanks 424, without artificial Regulation, reduces the labor intensity of staff, improves operating efficiency.

During work, present invention regulation is arrived suitable position, adjustable type hydraulic cylinder by staff according to the length of step first 111 drive the regulation of operation panel 112 to arrive suitable position, and manually the present invention, which is placed on step, makes sucker 110 be attached to step On face, assistance for lifting hydraulic cylinder 115 drives the auxiliary lifting of rectangular slab 116 to ensure that retracting device 4 being capable of work well, two supports Two supporting cylinders 18 on device 1 drive two lifting supporting plates 19 to be elevated to suitable position and allow the invention to branch Support is on step, and afterwards, two drainage arrangements 3 are started working, and two on drainage arrangement 3 through plate 316 is according to underpass Width arrives suitable position by adjusting the regulation of hinge 5, it is to avoid rainwater, which enters underpass, influences pedestrains safety, drain motor 34 Four draining slurries 36 are driven to be rotated so that rainwater is transported in square box 31, and rainwater is flowed by two telescopic drains 38 Enter into two retracting devices 4, at the same time, two mobile water-absorption mechanisms 41 on two retracting devices 4 are started working, it is mobile Auxiliary mobile motor 416 on water-absorption mechanism 41 is rotated with dynamic auxiliary carrier wheel 417 on two auxiliary racks 413, Moved under the kind of drive that auxiliary mobile motor 416 passes through rack-and-pinion, auxiliary mobile motor 416 moves U with dynamic auxiliary Type frame 415 is rotated, and the mobile U-shaped frame 415 of auxiliary drives auxiliary triangle block 418 to move, two auxiliary mobile hydraulic cylinders 4110 drive water-absorbing sponges 4113 are lifted in recovery frame 4111, two water-absorbing sponges on two mobile water-absorption mechanisms 41 4113 water absorbed are transported in two recovering mechanisms 42 after being extruded under aiding in mobile hydraulic cylinder 4110 to drive at four, and two are returned Receive mechanism 42 to start working, remaining rainwater is transported in small-sized recovery frame 422 by mobile water-absorption mechanism 41, remaining rainwater leads to Cross connecting water pipe 423 to be transported in collection water tank 424, water pump 425 is started working, in the presence of two auxiliary water tubes 426, two Remaining rainwater is transported in existing sewer by the remaining rainwater that individual water pump 425 is extracted in two collection water tanks 424, is realized Underpass step automates the function of draining, and solve needs manually to borrow present in existing underpass step drainage procedure Assistant engineer's tool carries out cleaning water removal to step surface, during raining, and it is unstable that wet and slippery step causes staff to stand, and cleans inconvenience , there is potential safety hazard in profit, meanwhile, the walking that clean does not cause part rainwater stream to fall to the ground to pedestrian comprehensively causes safety hidden Suffer from, cleaning process spent time length, labor intensity is big and the low problem of efficiency, reached the automation draining of underpass step Purpose.

The basic principles, principal features and advantages of the present invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, the simply explanation present invention of the description in above-described embodiment and specification Principle, without departing from the spirit and scope of the present invention, various changes and modifications of the present invention are possible, and these change and changed Enter all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent Define.

Claims (5)

1. a kind of automation draining municipal works machinery for underpass step, including regulation hinge (5), two support dresses Put (1), two drainage arrangements (3) and two retracting devices (4), it is characterised in that：Lead between two described drainage arrangements (3) Hinge (5) connection is overregulated, each drainage arrangement (3) lower end is mounted on a support means (1), each support meanss (1) Lower end is mounted on a retracting device (4), two support meanss (1), two drainage arrangements (3) and two retracting devices (4) It is used in combination the technique for the automation draining for completing underpass step；

Described support meanss (1) include a L-type frame (11), support U-shaped frame (12), sucker (110), adjustable type hydraulic cylinder (111), operation panel (112), tracheae (113), vavuum pump (114), square plate (13), rectangular slab (14), No. two sides Shape plate (15), No. two L-type framves (17), supporting cylinder (18), lifting supporting plate (19), assistance for lifting hydraulic cylinder (115) and auxiliary Rectangular slab (116) is helped, a L-type frame (11) is arranged on front side of drainage arrangement (3) and lower end, is provided with a L-type frame (11) Sucker (110) is installed, a L-type frame (11) is by way of being slidably matched and branch on square groove, L-type frame (11) side wall Support U-shaped (12) to be connected, and support U-shaped frame (12) upper end to be located in square groove, support and adjustable type liquid is installed on U-shaped frame (12) Cylinder pressure (111), adjustable type hydraulic cylinder (111) top is provided with operation panel (112) by flange, and operation panel passes through bottom on (112) Seat is provided with vavuum pump (114), is connected between vavuum pump (114) air inlet and sucker (110) by tracheae (113), supports U It is connected between type frame (12) rear end and a square plate (13) by hinge, a square plate (13) is to dip down from front to back Biassed fabric a, square plate (13) is provided with rectangular channel, a square plate (13) by way of being slidably matched with a rectangle Plate (14) is connected, and rectangular slab (14) front end is located in rectangular channel, a rectangular slab (14) and No. two square plates (15) it Between be connected by hinge, No. two square plates (15) are provided with bar-shaped trough, and No. two square plates (15) are by way of being slidably matched It is connected with No. two L-type framves (17), and No. two L-type frame (17) upper ends are located in bar-shaped trough, No. two L-type framves (17) are provided with support Hydraulic cylinder (18), supporting cylinder (18) top is provided with lifting supporting plate (19) by flange, and lifting supporting plate (19) is installed On No. two square plate (15) side walls, supporting cylinder (18), support hydraulic pressure are installed in square plate (13) bottom side of the wall Cylinder (18) top is provided with lifting supporting plate (19) by flange.

2. a kind of automation draining municipal works machinery for underpass step according to claim 1, its feature It is：Described drainage arrangement (3) includes square box (31), fixed L-type frame (32), through plate (316), water board (33), row Hydroelectric machine (34), drain bar (35), four draining slurries (36), circle interface (37), telescopic drain (38), elongated fixed plates (39), two pieces of auxiliary fixing plates (310) and firm auxiliary annulus (312), square box (31) are arranged on a L-type frame (11), Square box (31) is front opening structure, and square box (31) rear end, which is provided with circular trough, square box (31) side wall, passes through bearing pin It is connected with through plate (316), square box (31) front end, which is provided with fixed L-type frame (32), square box (31) bottom side of the wall, pacifies Equipped with water board (33), and water board (33) tilts down structure, fixes and is provided with L-type frame (32) madial wall by motor cabinet Drain bar (35) is installed, drain bar (35) is circular configuration, draining on drain motor (34), the output shaft of drain motor (34) Plate (35) lower end is uniformly provided with four draining slurries (36), and draining slurry (36) is arcuate structure, square box (31) and flexible draining It is connected between pipe (38) by circle interface (37), and circle interface (37) is corresponding with circular trough, square box (31) rear end It is connected by hinge with elongated fixed plate (39), telescopic drain (38) is located in elongated fixed plate (39), elongated fixed plate (39) two pieces of auxiliary fixing plates (310) are installed, two pieces of auxiliary fixing plates (310) are symmetrically positioned in telescopic drain (38) left and right on Firm auxiliary annulus (312) is arranged with both sides, the outer wall of telescopic drain (38) lower end, auxiliary annulus (312) is consolidated and installs Rectangular slab (14) upper end.

3. a kind of automation draining municipal works machinery for underpass step according to claim 1, its feature It is：Described retracting device (4) includes mobile water-absorption mechanism (41) and recovering mechanism (42), and mobile water-absorption mechanism (41) is installed On front side of support meanss (1) lower end, recovering mechanism (42) is arranged on rear side of support meanss (1) lower end.

4. a kind of automation draining municipal works machinery for underpass step according to claim 3, its feature It is：Described mobile water-absorption mechanism (41) includes auxiliary shoot (411), two auxiliary slides (412), two auxiliary racks (413) the mobile U-shaped frame (415) of mobile sliding block (414), auxiliary, auxiliary mobile motor (416), auxiliary carrier wheel, are aided in (417), auxiliary triangle block (418), two support columns (419), two auxiliary mobile hydraulic cylinders (4110), reclaim frame (4111), Auxiliary firm plate (4112), water-absorbing sponge (4113), auxiliary shoot (411) are arranged on square plate (13) lower end, and auxiliary is slided Groove (411) is connected by way of being slidably matched with the mobile sliding block (414) of auxiliary, and mobile sliding block (414) lower end of auxiliary is installed In the mobile U-shaped frame (415) of auxiliary, mobile U-shaped frame (415) lower end of auxiliary is arranged on auxiliary triangle block (418), the mobile U of auxiliary Type frame (415) inwall is provided with auxiliary mobile motor (416), the output shaft of auxiliary mobile motor (416) by motor cabinet pacifies Equipped with auxiliary carrier wheel (417), two auxiliary racks (413) symmetrically are engaged with auxiliary carrier wheel (417), each auxiliary Rack (413) is installed on an auxiliary slide (412), and each auxiliary slide (412) is respectively mounted under a square plate (13) It is arranged on end, the output shaft of auxiliary mobile motor (416) by bearing on auxiliary triangle block (418), auxiliary triangle block (418) Lower end outside is symmetrically installed with two support columns (419), and two support column (419) bottoms are provided with recovery frame (4111), reclaim The upper end of frame (4111) is symmetrically arranged with two feed slots, and distance is gradually to expand from top to bottom between reclaiming frame (4111) inwall Structure, auxiliary triangle block (418) lower end inside is symmetrically installed with two auxiliary mobile hydraulic cylinders (4110), each auxiliary movement The lower end of hydraulic cylinder (4110) is respectively positioned in a corresponding feed slot, and two auxiliary mobile hydraulic cylinder (4110) bottoms pass through method Orchid is provided with the firm plate (4112) of auxiliary, and firm plate (4112) lower end of auxiliary is provided with water-absorbing sponge (4113).

5. a kind of automation draining municipal works machinery for underpass step according to claim 3, its feature It is：Described recovering mechanism (42) includes small-sized fixed plate (421), small-sized recovery frame (422), connecting water pipe (423), collection Water tank (424), water pump (425) and auxiliary water tube (426), small-sized fixed plate (421) are arranged on square plate (13) lower end, small Type fixed plate (421) lower end is provided with small-sized recovery frame (422), collects water tank (424) and is arranged on No. two L-type framves (17), receives It is connected between header tank (424) water inlet and small-sized recovery frame (422) discharging opening by connecting water pipe (423), water pump (425) By floor installation on No. two L-type framves (17), and water tank (424) is collected on the inside of water pump (425), collect water tank (424) It is connected between delivery port and water pump (425) inlet opening by auxiliary water tube (426).