CN109607922A - A kind of abandoned car cleaning unit - Google Patents

Abstract

The invention discloses a kind of abandoned car cleaning units, including rinse bath, the filtering ponds being connected with the rinse bath, the flared tube for being connected to the rinse bath and the filtering ponds, filter net device and vaporising device in the filtering ponds；The lower part of rinse bath side side wall is equipped with multiple uniformly distributed intake tunnels, and the bottom end of other side side wall is equipped with exhalant canal corresponding with the intake tunnel；The bottom wall of the rinse bath is inclined to set；The present invention is by being respectively set intake tunnel and exhalant canal in the bottom of rinse bath two sidewalls, so that while the garbage energy in rinse bath is quickly discharged, water level in rinse bath still will not decline, so that rinse bath can be constantly in working condition, to save the plenty of time required for changing water, so that cleaning efficiency is higher.

Description

A kind of abandoned car cleaning unit

Technical field

The invention belongs to technical field of sewage, more particularly, to a kind of abandoned car cleaning unit.

Background technique

With automobile ownership it is increasing, the quantity of abandoned car also increasingly increases, so much abandoned car Processing and resource reclaim recycling just become particularly important；However automobile has just galloped work in outdoor ring before discarding for a long time In border, also the long period accumulates or is scattered in open-air atmosphere after automobile is discarded, and in automotive service and discarded long-term mistake Fuel oil is be unable to do without always in journey and machine oil, the above result in the component surface of abandoned car from inside to outside, from top to bottom It is all infected with and is attached to dust and greasy filth, and these attach dust and greasy filth inside and outside automobile entire body, meeting serious deterioration is scrapped Automobile handles the hygienic conditions of operation, influences workers ' health, and gives the dismantling work belt of subsequent careful classification to be greatly stranded Difficulty, this just forces abandoned car dismantling industry before components dismantling, renovation, it is necessary to inside and outside abandoned car entire body Carry out more thorough cleaning, so as to the subsequent dismantling work that can be carried out efficiently more careful classification.

A kind of existing abandoned car cleaning device, can be with by the way of ultrasonic cleaning after automobile is put into rinse bath Conveniently abandoned car is cleaned up, however after water of this kind of cleaning way in rinse bath is dirty, it re-replaces clear Scouring water requires a great deal of time, and greatly reduces cleaning efficiency.

Summary of the invention

The present invention for overcome the deficiencies in the prior art, provides a kind of without spending a lot of time the abandoned car for changing water with clearly Washing machine group.

To achieve the goals above, the invention adopts the following technical scheme: a kind of abandoned car, which is used, cleans unit, including it is clear Washing trough, the flared tube for being connected to the rinse bath and the filtering ponds, is set to institute at the filtering ponds being connected with the rinse bath State the filter net device and vaporising device in filtering ponds；The lower part of rinse bath side side wall is equipped with multiple uniformly distributed water inlets The bottom end in channel, other side side wall is equipped with exhalant canal corresponding with the intake tunnel；The bottom wall of the rinse bath is in incline Tiltedly setting；By being provided in the multiple intake tunnels of the lower part of rinse bath side side wall setting, then to the vehicle benefit bottom end of the other side Aquaporin, so that one stream of water is formd in bottom of rinse bath, so that the impurity washed down from abandoned car is being sunk to clearly When washing trough lower part, it can be taken away by water flow, be discharged out of exhalant canal, thus ensure that the water level in rinse bath is constant While, also ensure that the water energy in rinse bath remains at more clean state, to guarantee to the clear of abandoned car It washes more thorough；And heeling condition is set by the bottom wall of rinse bath, impurity is easier with inclined surface and water flow Slave exhalant canal in flow out, further ensure the cleanliness of the water in rinse bath.

Further, the exhalant canal includes the second inclined-plane being connected with the bottom wall, is connected with the rinse bath Flow inlet, the water export that is connected with the flared tube and between the flow inlet and the water export Third inclined-plane；By the setting on the second inclined-plane, allow water flow that impurity is swept along to flow into flared tube along inclined-plane；Pass through again Cooperation between third inclined-plane and the second inclined-plane, so that exhalant canal forms a flaring, while water flow of being more convenient for flows out, Reduction hydraulic pressure is played, the effect of flow rate of water flow is slowed down, sewage is filtered convenient for subsequent.

Further, described flared tube one end is connected with the exhalant canal, and the other end is connected with the filter net device It is logical；The bottom wall and side wall of the flared tube are inclined to set；Play the role of being connected to rinse bath and filtering ponds, and bottom wall with Side wall is obliquely installed, and has further functioned as the effect for reducing hydraulic pressure and flow rate of water flow, so that reaching the water of filter net device It is lower to flow flow velocity, can preferably be filtered.

Further, the filter net device include mounting rack on the filtering ponds inner wall, can with the mounting rack The strainer pocket of dismantling connection and the filter plate that can be moved up and down；Mounting rack facilitates fixation；By strainer pocket impurity screening, strainer is cut Pocket is detachable, thus when filling rubbish in strainer pocket, easy cleaning；By the setting of filter plate, so that when strainer pocket needs When cleaning, sieve plate is put down, continues to play filter effect, so that not having to whole equipment of stopping when cleaning strainer pocket.

Further, the mounting rack includes for supplying the first mounting groove of filter plate up and down action, for being arranged The second mounting groove and rotatable kelly of the strainer pocket；By the setting of kelly, the fast assembling-disassembling of strainer pocket is realized, side Just the rubbish in strainer pocket is cleared up.

Further, the filter plate is equipped with the first fixture block, is equipped with and first fixture block in first mounting groove The second fixture block matched；By the cooperation between the first fixture block and the second fixture block, so that when filter plate rises, it can be by mistake Filter plate blocks, and prevents filter plate from falling down, so that need to only push filter screen when needing to remove in strainer pocket.

Further, the vaporising device includes vaporization chamber, and agitating device is equipped in the vaporization chamber, which includes The first actuator at the top of the vaporization chamber, is set to the agitating shaft being fixedly connected with the output end of first actuator The first propeller, the second propeller on the agitating shaft and for driving second spiral shell in the agitating shaft rotation process Revolve the intermittently-driving component of paddle rotation；By the setting of the first propeller, play the role of that vapor is accelerated to be discharged, while the The rotation of one propeller forms a negative pressure above vaporium, to accelerate the evaporation of moisture content in oil water mixture；And The setting of second propeller then plays the role of stirring oil water mixture, has further speeded up vapor in oil water mixture Separation, ensure that the moisture content in oil water mixture is evaporated more clean.

Further, the intermittently-driving component includes the nose bar being set on the agitating shaft, slides and match with the nose bar The slide bar of conjunction, the sliding slot for supplying the sliding bar and the return unit in the sliding slot；By between nose bar and slide bar Be slidably matched so that rotated with the rotation of agitating shaft when nose bar, when nose bar and slide bar contact, due to the second propeller To be rotatably assorted between agitating shaft, so the power that nose bar acts on slide bar is while pushing slide bar to slide in sliding slot, Also it can give the second propeller one rotary force, to drive the second propeller rotational；And after nose bar is separated with slide bar, second Propeller just loses rotary force and slowly stops again；So being produced between nose bar and slide bar when nose bar is rotated with agitating shaft Raw intermittent cooperation, to give the second propeller one intermittent rotary force, so that the second propeller can be at this The slow rotation that irregular speed is done under the action of intermittently-driving component, while playing the role of stirring oil water mixture, again Avoid mixing speed it is too fast and cause grease splashing lead to the halfway problem of moisture evaporation；And pass through intermittently-driving component Setting, so that the rotation of different rotating speeds is only carried out with two propellers that a driving device is achieved that in same root shaft, While reducing the cost of equipment, energy utilization rate is improved, it is more efficient.

In conclusion the present invention is by being respectively set intake tunnel and exhalant canal in the bottom of rinse bath two sidewalls, from And while the garbage energy in rinse bath is quickly discharged, the water level in rinse bath still will not decline, so that clearly Washing trough can be constantly in working condition, so that the plenty of time required for changing water has been saved, so that cleaning efficiency is higher.

Detailed description of the invention

Fig. 1 is schematic perspective view of the invention；

Fig. 2 is the connection schematic diagram of rinse bath and filtering ponds in the present invention；

Fig. 3 is the schematic perspective view of greasy dirt bucket in the present invention；

Fig. 4 is the schematic perspective view of spiral filtration pipe in the present invention；

Fig. 5 is the enlarged diagram in Fig. 4 at A；

Fig. 6 is the structural schematic diagram of conveying assembly in the present invention；

Fig. 7 is the schematic perspective view of Y-pipe in the present invention；

Fig. 8 is the schematic perspective view of rinse bath in the present invention；

Fig. 9 is the cross-sectional view of rinse bath in the present invention；

Figure 10 is the three-dimensional cutaway view of vaporising device in the present invention；

Figure 11 is the cross-sectional view of vaporising device in the present invention；

Figure 12 is the cooperation transverse sectional view of agitating shaft and the second propeller in the present invention；

Figure 13 is the enlarged diagram in Figure 12 at B；

Figure 14 is the schematic perspective view of agitating shaft in the present invention；

Figure 15 is the enlarged diagram in Figure 14 at E；

Figure 16 is the schematic perspective view of slide bar in the present invention；

Figure 17 is the cross-sectional view of vaporising device in the embodiment of the present invention 2；

Figure 18 is the enlarged diagram in Figure 16 at C；

Figure 19 is the enlarged diagram in Figure 16 at D；

Figure 20 is the schematic perspective view of filtering ponds in the embodiment of the present invention 3；

Figure 21 is the schematic perspective view of filter net device in the embodiment of the present invention 3；

Figure 22 is the enlarged diagram in Figure 21 at F；

Figure 23 is the three-dimensional cutaway view of filter net device in the embodiment of the present invention 3；

Figure 24 is the transverse sectional view of filter net device in the embodiment of the present invention 3；

Figure 25 is the enlarged diagram in Figure 24 at G；

Figure 26 is the schematic perspective view of mounting rack in the embodiment of the present invention 3.

Specific embodiment

In order to make those skilled in the art better understand the present invention program, below in conjunction in the embodiment of the present invention Attached drawing, the technical scheme in the embodiment of the invention is clearly and completely described.

Embodiment 1:

As illustrated in figs. 1-16, a kind of cleaning system for abandoned car, including rinse bath 1, filter plant, water circulating apparatus and Greasy dirt bucket 13；Greasy dirt in rinse bath and lautertuns, which is salvaged the greasy dirt on upper layer into greasy dirt bucket by fishing net, to be placed；Filtering Equipment includes filtering ponds 21, strainer, pressurized circulation filter device and vaporising device；Pass through an expansion between filtering ponds and rinse bath Mouth pipe 11 is connected；Fishing net salvages the greasy dirt in filtering ponds and rinse bath to come, and is discharged into greasy dirt bucket；Wherein pressurized circulation Filter device includes spiral filtration pipe 31, filtering membrane tube 32, circulation fuel tank 33, Y-pipe 34 and conveying assembly；Wherein filter membrane Pipe is made of a kind of unidirectional water penetration grease part from film；Conveying assembly includes conveying oil pipe 35, plenum member 36 and pressure release part 37；It should Plenum member is the booster pump bought in the market, and pressure release part is the relief valve bought in the market, and the two is the prior art, therefore herein It does not repeat them here；Circulation fuel tank is connected with greasy dirt bucket, so that after the oil water mixture in greasy dirt bucket is stacked into a certain amount of, i.e., It can be discharged into circulation fuel tank；And convey oil pipe one end and be mounted with the electrodynamic pump bought in the market, which is existing Technology, therefore this will not be repeated here；Electrodynamic pump prevent circulation tank bottoms, conveying oil pipe one end protrude into circulation fuel tank in it is electronic Pump is connected, and the other end is connected with filtering membrane tube, and the oil water mixture being discharged into circulation fuel tank can pass through under the action of electrodynamic pump Conveying oil pipe is discharged into filtering membrane tube；Filtering membrane tube is mounted in spiral filtration pipe, is laid along spiral filtration pipe, so that filter membrane Pipe also twist so that the oil water mixture being discharged into filtering membrane tube can be spiraled along filtering membrane tube downwards, with filtering The contact area of film is wider, plays the role of the moisture content in oil-water separation mixture step by step, and separating effect is more preferable；Again by A booster pump is mounted on conveying oil pipe, increases the pressure in filtering membrane tube, so that accelerating moisture content passes through filter membrane, into And realize the quick separating of oil and water in oil water mixture；A relief valve is mounted on conveying oil pipe again, to guarantee Pressure in filtering membrane tube remains at a suitable numerical value, avoids pressure excessive and leads to the damage of filtering membrane tube； And the lower end of filtering membrane tube is mounted with a Y-pipe, which includes oil inlet pipe 341, circulation pipe 342 and flowline 343； Oil inlet pipe is connected with filtering membrane tube, and circulation pipe is connected with circulation fuel tank, and flowline is connected with the vaporization chamber on vaporising device It is logical；After oil water mixture carries out primary filtration by filtering membrane tube, i.e., it can flow into oil inlet pipe, and by circulation pipe and out An automatic valve is mounted on oil pipe respectively, so that automatic valve opens circulation pipe, will be fuel-displaced when needing to continue filtering Pipe is closed, and the oil water mixture entered from oil inlet can be reentered by circulation pipe in circulation fuel tank, forms a circulation, It is filtered separation again；And most of moisture content, that is, quilt after oil water mixture has carried out circulating filtration three times, in mixture It is separated by filtration, automatic valve closes circulation pipe at this time, then flowline is opened, and oil water mixture can be entered by flowline In vaporization chamber.

Specifically, multiple uniformly distributed intake tunnels 14 have been opened up on the side wall of 1 side of rinse bath, in the other side An exhalant canal 15 has been opened up on side wall, so that one stream of water is formd in rinse bath, it can be by consolidating in rinse bath The discharge of body impurity, and for the ease of the discharge of impurity, exhalant canal has been provided with to the lower end of side wall, has been affixed with bottom wall, thus So that solid impurity is easier to be discharged；And flowing is formed between exhalant canal and intake tunnel in order to enable, intake tunnel is opened up In cleaning groove sidewall close to the position of bottom wall；And the bottom wall 16 of rinse bath is inclined surface, the side close to exhalant canal is low, leans on The side of nearly intake tunnel is high, so that the water level in rinse bath will not occur while rubbish is easier that rinse bath is discharged Too big variation, so that the water in rinse bath remains at more clean state, convenient for the cleaning to abandoned car, And without replacing to dirty water, the time of replacement dirty water is saved, to substantially increase the efficiency of cleaning abandoned car；Its Middle exhalant canal includes the second inclined-plane 152, flow inlet 151, water export 154 and third inclined-plane 153；Flow inlet and cleaning Slot is connected, and water export is connected with flared tube, and the setting on the second inclined-plane and third inclined-plane then makes exhalant canal in flaring Shape, to play the role of reducing hydraulic pressure and slow down flow rate of water flow；And include the bottom wall of mouthful pipe and side wall is also inclined to set, from And play the role of further decreasing hydraulic pressure and slow down flow rate of water flow, it is convenient for subsequent filtering.

Specifically, vaporising device includes vaporization chamber 41, heating tube 42, oil exit pipe 43 and steam pipe 44；Vaporization chamber with it is fuel-displaced Pipe is connected, and is entered in vaporization chamber under the action of booster pump by flowline by the oil water mixture of circulating filtration；Add Heat pipe is mounted on the lower section of vaporization chamber, interior to be equipped with heating wire, is used for heating evaporation room, will evaporate in indoor oil water mixture Moisture evaporation fall, to obtain the oil liquid of not water content, then oil liquid is discharged to by oil exit pipe and is carried out subsequent oil liquid separation, Oil liquid to be recycled；Again by being mounted with the steam pipe being connected with vaporization chamber at the top of vaporization chamber, thus will The vapor discharge vaporium being evaporated, avoids the indoor air pressure of steam excessive and causes the damage of equipment, extend equipment Service life；And the other end of steam pipe is connected with spiral filtration pipe, so that after high-temperature steam enters spiral filtration pipe, it is right Oil water mixture in filtering membrane tube is preheated, thus while playing the role of heat-energy secondary recycling, temperature Increase also play accelerate grease part from effect；And after the heat in vapor is absorbed, vapor condensation liquefaction again, So that the air pressure in spiral filtration pipe reduces, form negative pressure, so further speeded up grease part from speed；And spiral filtration It manages and is mounted with a drainpipe 311 on one end of flowline, so that the water that the water and condensed steam that are obtained by filtration obtain It can be transferred through drainpipe to be discharged into water circulating apparatus, realize the water circulation use of entire cleaning system.

In order to enable the evaporation effect of vaporising device is more preferable, evaporation rate faster, is mounted with a stirring in vaporization chamber Device, the agitating device include the first actuator 45, agitating shaft 46, the first propeller 47, the second propeller 48 and intermittently-driving Component；Wherein the first actuator is the motor bought in the market, this is the prior art, therefore this will not be repeated here；Motor is mounted on The output shaft at the top of vaporization chamber, motor penetrates in vaporization chamber, is keyed with agitating shaft；First propeller is mounted on agitating shaft On, it is keyed with agitating shaft, and the first propeller is in always on the liquid level of oil liquid mixture, so that when the first propeller exists When being rotated under the drive of motor, while playing the role of that vapor acceleration is enabled to be discharged into steam pipe, the rotation of the first propeller A negative pressure can be also formed between propeller and oil water mixture, to enable the moisture content in oil water mixture that can be divided faster From be evaporated；Second propeller is also mounted on agitating shaft, and the second propeller is in the liquid level of oil water mixture always Under, so that the second propeller can stir oil water mixture, the vapor bubble for enabling oil water mixture generate by heating Can with quickly from have separated in aqueous mixtures while, also play and enable heating effect more evenly；Due to the first propeller Need faster revolving speed, and if the second agitating shaft revolving speed is too fast, then oil water mixture can be made to splash, be unfavorable for the row of oil liquid Out；So the second propeller is connect with stirring axle bearing, and it is mounted with an intermittently-driving component therebetween, the interval Transmission component includes nose bar 461, slide bar 482, sliding slot 481 and return unit 49；The return unit is spring, and sliding slot is provided with the second spiral shell It revolves on paddle, spring and is mounted in sliding slot, slide bar is also mounted in sliding slot, the extended sliding slot in slide bar head, on the slide bar head First inclined-plane 4821 has been opened up, the bar portion of slide bar can slidably reciprocate along sliding slot, and slide bar skids off sliding slot in order to prevent, It is mounted with two stopper protrusions 4822 on slide bar, and has opened up two limiting slots 4812 on the chute, the embeddable limit of stopper protrusion Sliding in the slot of position, also functions to the effect for preventing slide bar from rotating, so that the cooperation between slide bar and nose bar is more stable；Nose bar installation It on agitating shaft, is threadedly coupled with agitating shaft, first plane 4611 and first cambered surface 4612 has been opened up on nose bar, when When nose bar rotates under the drive of agitating shaft, the first plane is first in contact with the first inclined-plane, so that nose bar can give slide bar The extruding force of one slid inward and the rotary force of an axial direction, so that slide bar is received under the action of extruding force into sliding slot While contracting, the second propeller rotates under the action of acting on the rotary force on slide bar, and when slide bar enters in sliding slot Afterwards, nose bar is separated with slide bar, is not acted on slide bar effectively at this time, and the second propeller is that can slow down revolving speed, and slide bar It can be popped up out of sliding slot under the action of the spring；When nose bar, which rotates a circle, to be in contact herein with slide bar, and can be herein The second propeller rotational is driven, to realize the intermittent Forced rotation of the second propeller, ensure that the second propeller can turn While dynamic stirring oil water mixture, revolving speed again will not be too fast, avoids the problem of oil liquid splashes；And due to only with a motor The rotation that two propellers carry out different rotations is realized, is simple and efficient, drops this energy conservation；First arcwall face plays reduction and rubs The effect for wiping power, extends the service life of equipment.

Embodiment 2:

As in figs. 17-19, the present embodiment the difference from embodiment 1 is that: condensation-proof dress is mounted in vaporization chamber 41 It sets, which includes incubation cavity 411, insulating layer 412 and constant warm tube 413, and incubation cavity is provided in the side wall of vaporization chamber, Inside is full of air, since air is the non-conductor of heat, so heat insulation effect can be played；Again in incubation cavity close to vaporization chamber One layer of heat preservation layer has been wrapped up on the side wall of side, has further functioned as the effect of heat preservation, to prevent the side wall of vaporization chamber due to dissipating Heat and cause temperature to decline, so as to avoid vapor liquefies to the cold and leads to the problem of grease part is from inefficiency, the heat preservation Layer is made of polyurethane heat insulation material；A lid 419 is mounted on vaporization chamber, constant warm tube is mounted in lid, is one The coil pipe of root spiral shape setting, is inside mounted with a heating wire 414, by the heating functioin of heating wire, so that vaporization chamber The temperature at top is consistently higher than the temperature of vapor, and then plays and prevent the liquefied effect of vapor, to avoid from the root The problems in oil water mixture drips back in liquefied vapor；And spiral helicine coil pipe plays certain heat insulation effect, avoids Heat loss, to reduce scattering and disappearing for heat while playing better heating effect, play the effect of energy-saving and emission-reduction Fruit；Heat-conducting filler is filled between heating wire and constant warm tube again, which is magnesium oxide powder, is played electric heating While the heat that silk distributes is transmitted to the effect on constant warm tube, the effect of protection heating wire is also played, equipment is extended Service life；An insulation cover 416 has been provide with outside constant warm tube again, has further avoided the heat losses of constant warm tube, has reduced energy Consumption, it is economical and practical.

Specifically, steam pipe 44 is connected on lid 419, and the steam pipe includes the first pipeline section 441, the second pipeline section 442 And third pipeline section 443；First pipeline section is installed straight up, is connected with steam pipe, so that vapor can preferably be led Enter in steam pipe, and vapor condenses in the first pipeline section in order to prevent, by the shorter of the first pipeline section setting；Second pipeline section is one Bend pipe plays the role of connecting the first pipeline section and third pipeline section；And third pipeline section is then to install diagonally downward, so that water Steam can only flow down condensation liquefaction along third pipeline section, without flowing back into vaporium, and then ensure that vaporium Rapidly and efficiently the moisture content in oil water mixture can be separated；And in order to realize the secondary use to vapor, in steam pipe Insulating layer made of one layer of polyurethane heat insulation material has also been wrapped up outside；For better heating evaporation room, in evaporation indoor location One piece of heat-conducting plate 417, heat-generating pipe 42 is in the heat-conducting plate 417；Specifically, heat-generating pipe includes outer tube body 421, heating wire 422 and heat-conducting filler 415；Outer tube body is a coiled pipe, and heating surface (area) (HS is wider, is heated more evenly, so that heating is indoor Oil water mixture can preferably be separated；And outer tube body is embedded in heat-conducting plate, so that heat is preferably transmitted to On heat-conducting plate, scattering and disappearing for heat is avoided；The intracorporal heating wire of outer tube is pyrotoxin, is filled between outer tube body and heating wire Heat-conducting filler is also magnesium oxide powder, while playing thermally conductive effect, also protects the not oxidized corrosion of heating wire, Extend the service life of heating tube；And in order to be further reduced heat scatter and disappear, outer tube body outside mask set one it is heat-insulated Cover 423, plays the effect of energy-saving and emission-reduction.

Embodiment 3:

As shown in Figure 20-26, the present embodiment the difference from example 2 is that: be mounted with a filter net device, the filter net device Including mounting rack 91, strainer pocket 92 and filter plate 93；Mounting rack includes the first mounting groove 911, the second mounting groove 912 and kelly 913；Mounting rack is mounted in filtering ponds 21, is bolted with the inner wall of filtering ponds, and strainer pocket is mounted in the second mounting groove, is led to It crosses kelly to fix, specifically, strainer pocket is embedded in the second mounting groove when needing to install strainer pocket, kelly is rotated 90 degree, It realizes the tight fit between kelly and strainer pocket, strainer pocket can be blocked, the installation of strainer pocket can be realized, so that strainer pocket Filtration may be implemented；And when needing to dismantle strainer pocket, kelly need to only be rotated to 90 degree, kelly is enabled to separate with strainer pocket, Strainer pocket can be removed out of second mounting groove, convenient for the cleaning of strainer pocket；When strainer pocket needs to clear up, filter plate is pacified In the first mounting groove, rubbish can be blocked, is prevented after taking strainer pocket away, the impurity in sewage can not be filtered；And when filter When the string bag works, as long as filter plate is taken out, impurity can be enabled to enter in strainer pocket and filtered；And make for the ease of filter plate With being mounted with first fixture block 931 on filter plate, second fixture block 914 be mounted in the first mounting groove, pass through Cooperation between one fixture block and the second fixture block, so that filter plate can be stuck in the first peace by the second fixture block when the work of strainer pocket The top of tankage, and when strainer pocket needs to clear up need to only press filter plate, without arduously by filter plate from other Place takes.

Obviously, described embodiment is only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment should fall within the scope of the present invention.

Claims (8)

1. a kind of abandoned car cleaning unit, including rinse bath (1), the filtering ponds (21) being connected with the rinse bath (1), For being connected to the flared tube (11) of the rinse bath (1) and the filtering ponds (21), the strainer being set in the filtering ponds (21) Device and vaporising device；It is characterized by: the lower part of rinse bath (1) side side wall is logical equipped with multiple uniformly distributed water inlets The bottom end in road (14), other side side wall is equipped with exhalant canal (15) corresponding with the intake tunnel (14)；The rinse bath (1) bottom wall (16) is inclined to set.

2. abandoned car according to claim 1 cleaning unit, it is characterised in that: the exhalant canal (15) include with Connected the second inclined-plane (152) of the bottom wall (16), the flow inlet (151) being connected with the rinse bath (1) and the expansion The water export (154) and be set between the flow inlet (151) and the water export (154) that mouth pipe (11) is connected Third inclined-plane (153).

3. abandoned car according to claim 2 cleaning unit, it is characterised in that: described flared tube (11) one end and institute It states exhalant canal (15) to be connected, the other end is connected with the filter net device；The bottom wall and side wall of the flared tube (11) are equal It is inclined to set.

4. abandoned car according to claim 3 cleaning unit, it is characterised in that: the filter net device includes being set to institute State the mounting rack (91) on filtering ponds (21) inner wall, the strainer pocket (92) being detachably connected with the mounting rack (91) and can be upper and lower The filter plate (93) of movement.

5. abandoned car according to claim 4 cleaning unit, it is characterised in that: the mounting rack (91) includes being used for The first mounting groove (911), the second mounting groove for the strainer pocket (92) to be arranged moved up and down for the filter plate (93) (912) and rotatable kelly (913).

6. abandoned car according to claim 5 cleaning unit, it is characterised in that: the filter plate (93) is equipped with the One fixture block (931), first mounting groove (911) is interior to be equipped with the second fixture block matched with first fixture block (931) (914).

7. abandoned car according to claim 6 cleaning unit, it is characterised in that: the vaporising device includes vaporization chamber (41), agitating device is equipped in the vaporization chamber (41), which includes the first drive at the top of the vaporization chamber (41) Moving part (45), is set to the agitating shaft (46) at the agitating shaft (46) being fixedly connected with the output end of first actuator (45) On the first propeller (47), the second propeller (48) and for driving described second in the agitating shaft (46) rotation process The intermittently-driving component of propeller (48) rotation.

8. abandoned car according to claim 7 cleaning unit, it is characterised in that: the intermittently-driving component includes setting In on the agitating shaft (46) nose bar (461), be slidably matched with the nose bar (461) slide bar (482), for supplying the cunning The sliding slot (481) of bar (482) sliding and the return unit (49) being set in the sliding slot (481).