CN104878959A

CN104878959A - Car wash

Info

Publication number: CN104878959A
Application number: CN201510314767.6A
Authority: CN
Inventors: 张邵頔; 张冬生
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-06-10
Filing date: 2015-06-10
Publication date: 2015-09-02
Anticipated expiration: 2035-06-10
Also published as: CN104878959B

Abstract

The invention discloses a car wash. The car wash comprises a wash body, wherein the wash body comprises a wash bottom and a wash roof, the wash bottom is separated from the ground, and lifting supporting mechanisms which enable the wash roof to rise and fall relative to the wash bottom are distributed between the wash bottom and the wash roof in the circumferential direction of the wash body; each lifting supporting mechanism is a telescopic lifting supporting mechanism, a folding lifting supporting mechanism or a combination of the telescopic lifting supporting mechanism and the folding lifting supporting mechanism; traveling mechanisms capable of facilitating movement of the car wash are arranged at the bottom of the wash bottom; the wash bottom is also used as a water storage tank for storing return water; solar power generation equipment and a solar water heater are arranged on the outer surface of the wash roof; water spray equipment is arranged in the car wash. The car wash is foldable, movable, convenient to carry and capable of being adapted to dynamic changes of car parking density and car washing cycles, the dynamic layout of the car wash is realized, the cost for repeated building of the car wash is greatly reduced, and water saving and environmental protection are facilitated.

Description

A kind of car carwash

Technical field

The present invention relates to a kind of automobile washing technical field, particularly relate to a kind of car carwash.

Background technology

Car carwash of the prior art comprises room body, and be connected as a single entity with ground at the bottom of the room of described room body, car carwash cannot move, and more cannot intactly move.But, along with the fast development of automobile industry, the particularly fast development of car industry, automobile every country all over the world, each area, each public place, even, each corner.It is persistent clean that each automobile has the demand of cleaning maintenance, particularly car more to need, and needs often to clean.Find through long-term observation, the quantity of automobile washing is directly proportional to parking of automobile density, the place that parking of automobile density is larger, the quantity of automobile washing is larger, the place that parking of automobile density is less, and the quantity of automobile washing is less, time parking of automobile density is larger, the quantity of automobile washing is larger, and time parking of automobile density is less, the quantity of automobile washing is less.Because automobile is motion, the distribution of parking of automobile density is difficult to grasp in advance, even if can grasp the distribution of car density in advance, is also difficult to the change controlling parking of automobile density.Particularly when interim parking of automobile density peaks the phase, automobile is many extraordinarily, and after having crossed interim parking of automobile density peak period, automobile is few extraordinarily again.As can be seen from all factors recited above, only utilize car carwash of the prior art in various countries worldwide, each area, each public place, even, the dynamic change that static carwash layout cannot adapt to parking of automobile density is carried out in each corner.Often before setting up car carwash, parking of automobile density is very large, needs the car owner of carwash a lot, and after setting up car carwash, parking of automobile density reduces, need the car owner of carwash little, cause the house-owner of car carwash to earn less than how much, the capital even setting up car carwash all drags for return.If cracked on, so, be probably into not paying.If removal of home is to elsewhere, so, the cost that builds a house in original place has just been thrown away in vain, also to drop in new place the cost that builds a house, greatly reduce the profit margin of carwash, and, for cleaning vehicle will be driven on the way look round for carwash place, also cause the crowded and road congestion in road surface.

Summary of the invention

The technical problem to be solved in the present invention is to provide a kind of car carwash, and this car carwash can move, and is convenient to carrying, can adapts to the dynamic change of parking of automobile density, realize the Dynamic Distribution of car carwash, greatly reduce the cost that car carwash repeats to build a house.

In order to solve the problems of the technologies described above, car carwash of the present invention, comprises room body, and described room body comprises at the bottom of room and roof, being separated with between ground at the bottom of described room, at the bottom of described room and between described roof, being distributed with the lifting supporting mechanism that can make roof relative to doing elevating movement at the bottom of room along room body circumference.

Described lifting supporting mechanism is the combination of telescopic lifting supporting mechanism, Foldable lift supporting mechanism or telescopic lifting supporting mechanism and Foldable lift supporting mechanism.

Shape at the bottom of described room and the shape on roof rectangular, described telescopic lifting supporting mechanism is vertical telescopic lifting supporting mechanism, described vertical telescopic lifting supporting mechanism has four, one end of four described vertical telescopic lifting supporting mechanisms is fixedly connected with four angles at the bottom of described room respectively, the other end of four described vertical telescopic lifting supporting mechanisms is connected with four angles on described roof respectively, or, described vertical telescopic lifting supporting mechanism has six, wherein, three described vertical telescopic lifting supporting mechanisms are evenly distributed in a long limit at the bottom of described room, one end of these three described vertical telescopic lifting supporting mechanisms is fixedly connected with a long limit at the bottom of described room respectively, the other end of these three described vertical telescopic lifting supporting mechanisms is connected with a long limit on described roof respectively, another three described vertical telescopic lifting supporting mechanisms are evenly distributed in another the long limit at the bottom of described room, one end of these another three described vertical telescopic lifting supporting mechanisms is fixedly connected with another the long limit at the bottom of described room respectively, the other end of these another three described vertical telescopic lifting supporting mechanisms is connected with another long limit on described roof respectively, described Foldable lift supporting mechanism is folding rod type up-down supporting mechanism, described folding rod type up-down supporting mechanism comprises four vertical supporting bars, vertical supporting bar described in each comprises the support bar that two joint ends are hinged, the articulated section of the described support bar of two joints is provided with Lock Part, one end of four described vertical supporting bars is hinged with four angles at the bottom of described room respectively, the other end of four described vertical supporting bars is hinged with four angles on described roof respectively, four described vertical supporting bars are elevated roof by manpower, or, the articulated section that in two vertical supporting bars on same long limit at the bottom of described room, two joint support bar ends are hinged is connected by transversal stretching lifting supporting mechanism, be fixedly connected with by angle fixed part between described roof with described support bar, described Foldable lift supporting mechanism is oscillating rod type lifting supporting mechanism, described oscillating rod type lifting supporting mechanism comprises four swinging support bars, four guide rails and four slide blocks, four described slide blocks lay respectively in the gathering sill of described four guide rails, wherein, two described guide rails are arranged on a long limit on described roof concurrently, one end of two described swinging support bars is hinged with the two ends on a long limit at the bottom of described room respectively, the other end of two described swinging support bars is hinged with the slide block in two described guide rails respectively, the stop bit of these two the corresponding wherein slide blocks of described guide rail is respectively arranged with retaining element, another two described guide rails are arranged on another long limit on described roof concurrently, one end of another two described swinging support bars is hinged with the two ends on another long limit at the bottom of described room respectively, the other end of two described swinging support bars is hinged with the slide block in another two described guide rails respectively, the stop bit of the corresponding wherein slide block of these another two described guide rails is respectively arranged with retaining element, or, two described guide rails are arranged on a long limit at the bottom of described room concurrently, one end of two described swinging support bars is hinged with the two ends on a long limit, described roof respectively, the other end of two described swinging support bars is hinged with the slide block in two described guide rails respectively, the stop bit of these two the corresponding wherein slide blocks of described guide rail is respectively arranged with retaining element, another two described guide rails are arranged on another the long limit at the bottom of described room concurrently, one end of another two described swinging support bars is hinged with the two ends on another long limit, described roof respectively, the other end of two described swinging support bars is hinged with the slide block in another two described guide rails respectively, the stop bit of the corresponding wherein slide block of these another two described guide rails is respectively arranged with retaining element, four described swinging support bars are elevated roof by manpower, or, the middle part on two long limits at the bottom of described room is respectively arranged with vertical telescopic lifting supporting mechanism, one end of described vertical telescopic lifting supporting mechanism is fixedly connected with at the bottom of described room, the other end of described vertical telescopic lifting supporting mechanism is connected with described roof, or, the middle part of four described swinging support bars is connected with at the bottom of described room or roof respectively by oblique telescopic lifting supporting mechanism.

Bottom at the bottom of described room is provided with the walking mechanism being convenient to moving car washing house, and the below of described car carwash inlet side is provided with upward slope parts.

Be be used for the reservoir storing backwater at the bottom of described room, described reservoir comprises tank main body and covers the pond cover plate on tank main body, described case lid is provided with backwater import and backwater outlet, is provided with water return filter in described tank main body.

Described water return filter comprises the filtration cell body be arranged in described tank main body, filtering material is placed with in described filtration cell body, the bottom of described filter pocket body is provided with seepage mouth, be provided with short column between the bottom surface, place of described filter pocket body and the inner bottom surface of described tank main body, between the inner face of described pond cover plate and the inner bottom surface of described tank main body, be provided with long column.

The external surface on described roof is provided with solar power plant and solar water heater.

Be provided with sprinkler in described car carwash, described sprinkler comprises water pipeline, and described water pipeline is connected with track by walking mechanism, is hinged between described water pipeline and walking mechanism, described track has two, two described tracks are positioned at the both sides that car carwash is distributed in car carwash width, its length direction is identical with the length direction of car carwash, described water pipeline has two, two described water pipelines are bent into concave, distribute before and after the length direction of two described tracks, and across on these two tracks, be flexibly connected by connecting rod, the recessed sidewall of two described water pipelines has water jet along the directional spreding of current, the water spraying direction of the water jet of previous described water pipeline is towards interior rear, the water spraying direction of the water jet of a rear described water pipeline is towards interior front, two described water pipelines are communicated with water source by two-position three way magnetic valve.

Sealed by canvas cloth automatic rolling device between four weeks at the bottom of the described room surroundings to described roof, described canvas cloth automatic rolling device comprises the housing of cylindricality, the side of described housing is provided with strip opening along the length direction of this housing, spool is provided with in described housing, described spool is equipped with canvas cloth, the inner of described canvas cloth is fixedly connected with the side of described spool, the outer end of described canvas cloth passes from described strip opening, the two ends of described spool are rotationally connected by the inwall at torsion spring and described housing two ends respectively, described housing is fixedly connected with the edge on described roof, the outer end of described canvas cloth is by the edge conjunction at the bottom of link and described room, or, described housing is fixedly connected with the edge at the bottom of described room, the outer end of described canvas cloth is by the edge conjunction on link and described roof.

Be separated with between ground at the bottom of the room of described room body, the bottom at the bottom of described room is provided with the walking mechanism being convenient to moving car washing house, and the below of described car carwash inlet side is provided with upward slope parts.

Car carwash of the present invention compared with prior art has following beneficial effect.

1, the technical program is separated with between ground owing to have employed at the bottom of described room, the technological means that can make roof relative to the lifting supporting mechanism doing elevating movement at the bottom of room is distributed with along room body circumference at the bottom of described room and between described roof, so, car carwash can move, be convenient to carrying, the dynamic change of parking of automobile density can be adapted to, realize the Dynamic Distribution of car carwash, greatly reduce the cost that car carwash repeats to build a house, simultaneously, also the quantity and the density that increase car carwash is conducive to, car owner can find car carwash easily, to need not to drive on the way look round for carwash place for cleaning vehicle, can avoid causing the crowded and road congestion in road surface.

2, the technical program is owing to have employed the technological means of combination that described lifting supporting mechanism is telescopic lifting supporting mechanism, Foldable lift supporting mechanism or telescopic lifting supporting mechanism and Foldable lift supporting mechanism, so, the structure of room body is simple, the lifting on roof is convenient, solid and reliable when roof is risen, produce adult low.

3, the technical program due to the shape that have employed shape at the bottom of described room and roof rectangular, described telescopic lifting supporting mechanism is vertical telescopic lifting supporting mechanism, described vertical telescopic lifting supporting mechanism has four, one end of four described vertical telescopic lifting supporting mechanisms is fixedly connected with four angles at the bottom of described room respectively, the other end of four described vertical telescopic lifting supporting mechanisms is connected with four angles on described roof respectively, or, described vertical telescopic lifting supporting mechanism has six, wherein, three described vertical telescopic lifting supporting mechanisms are evenly distributed in a long limit at the bottom of described room, one end of these three described vertical telescopic lifting supporting mechanisms is fixedly connected with a long limit at the bottom of described room respectively, the other end of these three described vertical telescopic lifting supporting mechanisms is connected with a long limit on described roof respectively, another three described vertical telescopic lifting supporting mechanisms are evenly distributed in another the long limit at the bottom of described room, one end of these another three described vertical telescopic lifting supporting mechanisms is fixedly connected with another the long limit at the bottom of described room respectively, the other end of these another three described vertical telescopic lifting supporting mechanisms is connected with another long limit on described roof respectively, described Foldable lift supporting mechanism is folding rod type up-down supporting mechanism, described folding rod type up-down supporting mechanism comprises four vertical supporting bars, vertical supporting bar described in each comprises the support bar that two joint ends are hinged, the articulated section of the described support bar of two joints is provided with Lock Part, one end of four described vertical supporting bars is hinged with four angles at the bottom of described room respectively, the other end of four described vertical supporting bars is hinged with four angles on described roof respectively, four described vertical supporting bars are elevated roof by manpower, or, the articulated section that in two vertical supporting bars on same long limit at the bottom of described room, two joint support bar ends are hinged is connected by transversal stretching lifting supporting mechanism, be fixedly connected with by angle fixed part between described roof with described support bar, described Foldable lift supporting mechanism is oscillating rod type lifting supporting mechanism, described oscillating rod type lifting supporting mechanism comprises four swinging support bars, four guide rails and four slide blocks, four described slide blocks lay respectively in the gathering sill of described four guide rails, wherein, two described guide rails are arranged on a long limit on described roof concurrently, one end of two described swinging support bars is hinged with the two ends on a long limit at the bottom of described room respectively, the other end of two described swinging support bars is hinged with the slide block in two described guide rails respectively, the stop bit of these two the corresponding wherein slide blocks of described guide rail is respectively arranged with retaining element, another two described guide rails are arranged on another long limit on described roof concurrently, one end of another two described swinging support bars is hinged with the two ends on another long limit at the bottom of described room respectively, the other end of two described swinging support bars is hinged with the slide block in another two described guide rails respectively, the stop bit of the corresponding wherein slide block of these another two described guide rails is respectively arranged with retaining element, or, two described guide rails are arranged on a long limit at the bottom of described room concurrently, one end of two described swinging support bars is hinged with the two ends on a long limit, described roof respectively, the other end of two described swinging support bars is hinged with the slide block in two described guide rails respectively, the stop bit of these two the corresponding wherein slide blocks of described guide rail is respectively arranged with retaining element, another two described guide rails are arranged on another the long limit at the bottom of described room concurrently, one end of another two described swinging support bars is hinged with the two ends on another long limit, described roof respectively, the other end of two described swinging support bars is hinged with the slide block in another two described guide rails respectively, the stop bit of the corresponding wherein slide block of these another two described guide rails is respectively arranged with retaining element, four described swinging support bars are elevated roof by manpower, or, the middle part on two long limits at the bottom of described room is respectively arranged with vertical telescopic lifting supporting mechanism, one end of described vertical telescopic lifting supporting mechanism is fixedly connected with at the bottom of described room, the other end of described vertical telescopic lifting supporting mechanism is connected with described roof, or, the technological means that the middle part of four described swinging support bars is connected with at the bottom of described room or roof respectively by oblique telescopic lifting supporting mechanism, so, the car carwash of multiple lifting structure can be produced according to the demand of different client.

4, the technical program is provided with the walking mechanism being convenient to moving car washing house due to the bottom that have employed at the bottom of described room, the below of described car carwash inlet side is provided with the technological means of upward slope parts, so not only car carwash is more convenient for carrying, and automobile also more easily can pass in and out car carwash.

5, the technical program is be used for the reservoir storing backwater owing to have employed at the bottom of described room, described reservoir comprises tank main body and covers the pond cover plate on tank main body, described case lid is provided with backwater import and backwater outlet, the technological means of water return filter is provided with in described tank main body, so, achieve dual-use material, not only save the expense of separately building reservoir, and, can be using water wisely to create favorable conditions, car carwash can be arranged on the place without water source, implements carwash operation by source of recycled water.Recycle water resource and also reduce the pollution of sewage to environment.

6, the technical program comprises owing to have employed described water return filter the filtration cell body be arranged in described tank main body, filtering material is placed with in described filtration cell body, the bottom of described filter pocket body is provided with seepage mouth, short column is provided with between the bottom surface, place of described filter pocket body and the inner bottom surface of described tank main body, the technological means of long column is provided with between the inner face of described pond cover plate and the inner bottom surface of described tank main body, so, backwater can be used further to carwash after filtering, and the strength and stiffness of reservoir entirety are greatly improved.

7, the technical program is provided with the technological means of solar power plant and solar water heater due to the external surface that have employed described roof, so, can be car carwash and electric energy and hot water are provided, car carwash can be arranged on power free place, utilize solar power plant to generate electricity and implement carwash operation, even, carwash operation can be implemented by solar water heater to the heating of ice-cold water is rear in winter.

8, the technical program is provided with sprinkler owing to have employed in described car carwash, described sprinkler comprises water pipeline, described water pipeline is connected with track by walking mechanism, the technological means be hinged between described water pipeline and walking mechanism, so, when carrying car carwash, first sprinkler need not be taken out of, as long as sprinkler is removed down, just greatly can reduce the height of sprinkler, even if sprinkler is in car carwash, also can not have a huge impact the reduction of car carwash height.Two are had again owing to have employed described track, two described tracks are positioned at the both sides that car carwash is distributed in car carwash width, its length direction is identical with the length direction of car carwash, described water pipeline has two, two described water pipelines are bent into concave, distribute before and after the length direction of two described tracks, and across on these two tracks, be flexibly connected by connecting rod, the recessed sidewall of two described water pipelines has water jet along the directional spreding of current, the water spraying direction of the water jet of previous described water pipeline is towards interior rear, the water spraying direction of the water jet of a rear described water pipeline is towards interior front, the technical that two described water pipelines are communicated with water source by two-position three way magnetic valve, so, water pipeline is driven to do reciprocal motion by two water pipelines alternately to the impulse force produced during water spray for automobile, realize the comprehensive flushing to automobile, horizontal drive device need not be installed additional in addition to water pipeline, like this, namely the cost of production of sprinkler is saved, save electric energy widely again, the demand of sprinkler just can be supplied by means of only solar power plant generating.

9, the technical program is sealed by canvas cloth automatic rolling device between the surrounding to described roof owing to have employed four weeks at the bottom of described room, described canvas cloth automatic rolling device comprises the housing of cylindricality, the side of described housing is provided with strip opening along the length direction of this housing, spool is provided with in described housing, described spool is equipped with canvas cloth, the inner of described canvas cloth is fixedly connected with the side of described spool, the outer end of described canvas cloth passes from described strip opening, the two ends of described spool are rotationally connected by the inwall at torsion spring and described housing two ends respectively, described housing is fixedly connected with the edge on described roof, the outer end of described canvas cloth is by the edge conjunction at the bottom of link and described room, or, described housing is fixedly connected with the edge at the bottom of described room, the outer end of described canvas cloth is by the technological means of the edge conjunction on link and described roof, so, can realize while car carwash lifting, synchronously flexible canvas cloth, greatly reduce car carwash because being elevated required time.

10, the technical program due to have employed described room body room at the bottom of be separated with between ground, bottom at the bottom of described room is provided with the walking mechanism being convenient to moving car washing house, the below of described car carwash inlet side is provided with the technological means of upward slope parts, so, even if car carwash highly also can move without reduction, be convenient to carrying, the dynamic change of parking of automobile density can be adapted to, realize the Dynamic Distribution of car carwash, greatly reduce the cost that car carwash repeats to build a house.

Accompanying drawing explanation

Below in conjunction with the drawings and specific embodiments, car carwash of the present invention is described in further detail.

Fig. 1 is the structural representation of the first car carwash of present embodiment.

Fig. 2 is the structural representation of present embodiment the second car carwash.

Fig. 3 is the structural representation of the third car carwash of present embodiment.

Fig. 4 is the structural representation of vertical supporting bar in Fig. 2 or Fig. 3.

Fig. 5 is the structural representation of Lock Part in Fig. 4.

Fig. 6 is the structural representation of oscillating rod type lifting supporting mechanism in Fig. 2 or Fig. 3.

Fig. 7 is the room bottom structure schematic diagram doubling as reservoir in Fig. 2 or Fig. 3.

Fig. 8 is A-A line sectional structure schematic diagram in Fig. 7.

Fig. 9 is the structural representation of solar power plant and solar water heater on roof in Fig. 2 or Fig. 3.

Figure 10 is the structural representation of sprinkler in car carwash in Fig. 2 or Fig. 3.

Figure 11 is the syndeton schematic diagram of two-position three way magnetic valve in car carwash in Fig. 2 or Fig. 3.

Figure 12 is the main TV structure schematic diagram of car carwash surrounding canvas cloth automatic rolling device in Fig. 2 or Fig. 3.

Figure 13 is the left TV structure schematic diagram of car carwash surrounding canvas cloth automatic rolling device in Figure 12.

In accompanying drawing, mark is described as follows.

1 ~ room body.

At the bottom of 1-1 ~ room.

1-1-1 ~ tank main body.

1-1-2 ~ pond cover plate.

1-1-3 ~ filtration cell body.

1-1-4 ~ short column.

1-1-5 ~ filtering material.

1-1-6 ~ long column.

1-1-7 ~ backwater import.

1-1-8 ~ backwater outlet.

1-1-9 ~ seepage mouth.

1-2 ~ roof.

1-3 ~ lifting supporting mechanism.

1-3-1 ~ vertical telescopic lifting supporting mechanism.

1-3-2 ~ transversal stretching lifting supporting mechanism.

1-3-3 ~ folding rod type up-down supporting mechanism.

1-3-3-1 ~ vertical supporting bar.

1-3-3-2 ~ Lock Part.

1-3-3-3 ~ dop.

1-3-4 ~ oscillating rod type lifting supporting mechanism.

1-3-4-1 ~ swinging support bar.

1-3-4-2 ~ slide block.

1-3-4-3 ~ guide rail.

1-3-4-4 ~ retaining element.

1-3-4-4-1 ~ wedge.

1-3-4-4-2 ~ spring.

1-3-4-4-3 ~ bracing wire.

1-3-4-4-4 ~ supporting case.

1-3-5 ~ angle fixed part.

1-3-6 ~ oblique telescopic lifting supporting mechanism.

1-4 ~ walking mechanism.

1-4-1 ~ back shaft.

1-4-2 ~ scroll wheel.

1-5 ~ upward slope parts.

2 ~ solar power plant.

3 ~ solar water heater.

4 ~ sprinkler.

4-1 ~ track.

4-2 ~ water pipeline

4-3 ~ connecting rod.

4-4 ~ water jet.

4-5 ~ walking mechanism.

4-6 ~ Lock Part.

4-7 ~ two-position three way magnetic valve.

5 ~ canvas cloth automatic rolling device.

5-1 ~ housing.

5-2 ~ spool.

5-3 ~ torsion spring.

5-4 ~ canvas cloth.

5-5 ~ link.

Detailed description of the invention

As shown in Figure 1 to Figure 3, the car carwash of present embodiment, comprise room body 1, described room body 1 comprises 1-1 at the bottom of room and roof 1-2, be separated between 1-1 with ground at the bottom of the room of described room body 1,1-1 at the bottom of described room and be distributed with along room body 1 circumference between described roof 1-2 roof 1-2 can be made to make the lifting supporting mechanism 1-3 of elevating movement relative to 1-1 at the bottom of room.As the one optimization of present embodiment, 1-1, roof 1-2 at the bottom of described room and lifting supporting mechanism 1-3 are made up of aluminium alloys.Greatly can alleviate the weight of car carwash like this.

Present embodiment is separated with between ground owing to have employed at the bottom of described room, the technological means that can make roof relative to the lifting supporting mechanism doing elevating movement at the bottom of room is distributed with along room body circumference at the bottom of described room and between described roof, so, car carwash can move, be convenient to carrying, the dynamic change of parking of automobile density can be adapted to, realize the Dynamic Distribution of car carwash, greatly reduce the cost that car carwash repeats to build a house, simultaneously, also the quantity and the density that increase car carwash is conducive to, car owner can find car carwash easily, to need not to drive on the way look round for carwash place for cleaning vehicle, can avoid causing the crowded and road congestion in road surface.

One as present embodiment is improved, as shown in Figure 1 to Figure 3, described lifting supporting mechanism 1-3 is telescopic lifting supporting mechanism 1-3, Foldable lift supporting mechanism 1-3, certainly, also can be the combination of telescopic lifting supporting mechanism 1-3 and Foldable lift supporting mechanism 1-3.

Present embodiment is owing to have employed the technological means of combination that described lifting supporting mechanism is telescopic lifting supporting mechanism, Foldable lift supporting mechanism or telescopic lifting supporting mechanism and Foldable lift supporting mechanism, so, the structure of room body is simple, the lifting on roof is convenient, solid and reliable when roof is risen, produce adult low.

Further improve as present embodiment, as shown in Figure 1, the shape of 1-1 at the bottom of described room and the shape of roof 1-2 rectangular, described vertical telescopic lifting supporting mechanism 1-3-1 has six, wherein, three described vertical telescopic lifting supporting mechanism 1-3-1 are evenly distributed in a long limit of 1-1 at the bottom of described room, one end of these three described vertical telescopic lifting supporting mechanism 1-3-1 is fixedly connected with a long limit of 1-1 at the bottom of described room respectively, the other end of these three described vertical telescopic lifting supporting mechanism 1-3-1 is connected with a long limit of described roof 1-2 respectively, another three described vertical telescopic lifting supporting mechanism 1-3-1 are evenly distributed in another the long limit of 1-1 at the bottom of described room, one end of these another three described vertical telescopic lifting supporting mechanism 1-3-1 is fixedly connected with another the long limit of 1-1 at the bottom of described room respectively, the other end of these another three described vertical telescopic lifting supporting mechanism 1-3-1 is connected with another long limit of described roof 1-2 respectively.Certainly, also can be described telescopic lifting supporting mechanism 1-3 be vertical telescopic lifting supporting mechanism 1-3-1, described vertical telescopic lifting supporting mechanism 1-3-1 has four, one end of four described vertical telescopic lifting supporting mechanism 1-3-1 is fixedly connected with four angles of 1-1 at the bottom of described room respectively, and the other end of four described vertical telescopic lifting supporting mechanism 1-3-1 is connected (see Fig. 1) with four angles of described roof 1-2 respectively.

Can also be as shown in Fig. 2, Fig. 4 and Fig. 5, described Foldable lift supporting mechanism 1-3 is folding rod type up-down supporting mechanism 1-3-3, described folding rod type up-down supporting mechanism 1-3-3 comprises four vertical supporting bar 1-3-3-1, described in each, vertical supporting bar 1-3-3-1 comprises the support bar that two joint ends are hinged, and the articulated section of the described support bar of two joints is provided with Lock Part 1-3-3-2.As can be seen from Fig. 4 and Fig. 5, described Lock Part 1-3-3-2 is elongated, in one end of described Lock Part 1-3-3-2 and described vertical supporting bar 1-3-3-1 one saves support bar, and to save the end of that one end that support bar end is hinged near described two hinged, another joint support bar in described vertical supporting bar 1-3-3-1 is provided with dop 1-3-3-3 near the end of that one end that described two joint support bar ends are hinged, the head radial dimension of described dop 1-3-3-3 is greater than the root radial dimension of this dop 1-3-3-3, the side of the described Lock Part 1-3-3-2 other end is provided with bayonet socket, after described vertical supporting bar 1-3-3-1 stretches, the bayonet socket of described Lock Part 1-3-3-2 other end side is stuck on the dop of another joint support bar in described vertical supporting bar 1-3-3-1.One end of four described vertical supporting bar 1-3-3-1 is hinged with four angles of 1-1 at the bottom of described room respectively, the other end of four described vertical supporting bar 1-3-3-1 is hinged with four angles of described roof 1-2 respectively, and four described vertical supporting bar 1-3-3-1 are elevated roof 1-2 by manpower.Certainly, also can be that the articulated section that in two vertical supporting bar 1-3-3-1 on the same long limit of 1-1 at the bottom of described room, two joint support bar ends are hinged is connected by transversal stretching lifting supporting mechanism 1-3-2, be fixedly connected with by angle fixed part 1-3-5 between described roof 1-2 with described support bar 1-3-3-1.Described fixed part 1-3-5 see Fig. 4 and Fig. 5 and description below, can not be described further at this.

Can also be as Fig. 2, shown in Fig. 3 and Fig. 6, described Foldable lift supporting mechanism 1-3 is oscillating rod type lifting supporting mechanism 1-3-4, described oscillating rod type lifting supporting mechanism 1-3-4 comprises four swinging support bar 1-3-4-1, four guide rail 1-3-4-3 and four slide block 1-3-4-2, four described slide block 1-3-4-2 lay respectively in the gathering sill of described four guide rail 1-3-4-3, wherein, two described guide rail 1-3-4-3 are arranged on a long limit of described roof 1-2 concurrently, one end of two described swinging support bar 1-3-4-1 is hinged with the two ends on a 1-1 long limit at the bottom of described room respectively, the slide block 1-3-4-2 of the other end respectively with two in described guide rail 1-3-4-3 of two described swinging support bar 1-3-4-1 is hinged, the stop bit of these two the corresponding wherein slide block 1-3-4-2 of described guide rail 1-3-4-3 is respectively arranged with retaining element 1-3-4-4.As can be seen from Figure 6, described retaining element 1-3-4-4 comprises wedge 1-3-4-4-1, spring 1-3-4-4-2, bracing wire 1-3-4-4-3 and supporting case 1-3-4-4-4, the arranged outside that the sidewall of described gathering sill is positioned at the termination of slide block 1-3-4-2 has guide hole, the sidewall that described supporting case 1-3-4-4-4 is fixed on described gathering sill covers described guide hole, described spring 1-3-4-4-2 is placed in described supporting case 1-3-4-4-4, described wedge 1-3-4-4-1 is arranged in described guide hole, the inclined-plane of described wedge 1-3-4-4-1 outwardly, the centre bore that the hole penetrated bottom described supporting case 1-3-4-4-4, one end of described bracing wire 1-3-4-4-3 penetrates described spring 1-3-4-4-2 is again fixedly connected with the bottom surface of described wedge 1-3-4-4-1.Another two described guide rail 1-3-4-3 are arranged on another long limit of described roof 1-2 concurrently, one end of another two described swinging support bar 1-3-4-1 is hinged with the two ends on another long limit of 1-1 at the bottom of described room respectively, the other end of two described swinging support bar 1-3-4-1 is hinged with the slide block 1-3-4-2 in another two described guide rail 1-3-4-3 respectively, and the stop bit of the corresponding wherein slide block 1-3-4-2 of these another two described guide rail 1-3-4-3 is respectively arranged with retaining element 1-3-4-4.Certainly, also can be that two described guide rail 1-3-4-3 are arranged on a long limit of 1-1 at the bottom of described room concurrently, one end of two described swinging support bar 1-3-4-1 is hinged with the two ends on a described roof 1-2 long limit respectively, the slide block 1-3-4-2 of the other end respectively with two in described guide rail 1-3-4-3 of two described swinging support bar 1-3-4-1 is hinged, the stop bit of these two the corresponding wherein slide block 1-3-4-2 of described guide rail 1-3-4-3 is respectively arranged with retaining element 1-3-4-4, another two described guide rail 1-3-4-3 are arranged on another the long limit of 1-1 at the bottom of described room concurrently, one end of another two described swinging support bar 1-3-4-1 is hinged with the two ends on described another long limit of roof 1-2 respectively, the other end of two described swinging support bar 1-3-4-1 is hinged with the slide block 1-3-4-2 in another two described guide rail 1-3-4-3 respectively, the stop bit of the corresponding wherein slide block 1-3-4-2 of these another two described guide rail 1-3-4-3 is respectively arranged with retaining element 1-3-4-4, four described swinging support bar 1-3-4-1 are elevated roof 1-2 by manpower.Certainly, also may be as shown in Figure 2 and Figure 6, the middle part on two long limits of 1-1 at the bottom of described room is respectively arranged with vertical telescopic lifting supporting mechanism 1-3-1, one end of described vertical telescopic lifting supporting mechanism 1-3-1 is fixedly connected with 1-1 at the bottom of described room, and the other end of described vertical telescopic lifting supporting mechanism 1-3-1 is connected with described roof 1-2.Can also be as shown in Figure 3, the middle part of four described swinging support bar 1-3-4-1 be connected with 1-1 at the bottom of described room or roof 1-2 respectively by oblique telescopic lifting supporting mechanism 1-3-6.As can be seen from Figure 3, hinged in the middle part of one end of described oblique telescopic lifting supporting mechanism 1-3-6 and described swinging support bar 1-3-4-1, at the bottom of the other end of described oblique telescopic lifting supporting mechanism 1-3-6 and described room, the edge of 1-1 is hinged.Obviously, also can be that the edge of the other end of described oblique telescopic lifting supporting mechanism 1-3-6 and described roof 1-2 is hinged.As the one optimization of present embodiment, described vertical telescopic lifting supporting mechanism 1-3-1 is the vertical telescopic lifting supporting mechanism of unidirectional twin-stage, certainly, also can be described vertical telescopic lifting supporting mechanism 1-3-1 is the vertical telescopic lifting supporting mechanism of bidirectional single-stage.Described transversal stretching lifting supporting mechanism 1-3-2 is the vertical telescopic lifting supporting mechanism of bidirectional single-stage, certainly, also can be described transversal stretching lifting supporting mechanism 1-3-2 is the vertical telescopic lifting supporting mechanism of unidirectional twin-stage.Described oblique telescopic lifting supporting mechanism 1-3-6 is the vertical telescopic lifting supporting mechanism of bidirectional single-stage, certainly, also can be described oblique telescopic lifting supporting mechanism 1-3-6 is the vertical telescopic lifting supporting mechanism of unidirectional twin-stage.Further optimize as present embodiment, described vertical telescopic lifting supporting mechanism 1-3-1, transversal stretching lifting supporting mechanism 1-3-2 and oblique telescopic lifting supporting mechanism 1-3-6 is hydraulic cylinder extension lifting supporting mechanism.

Present embodiment due to the shape that have employed shape at the bottom of described room and roof rectangular, described telescopic lifting supporting mechanism is vertical telescopic lifting supporting mechanism, described vertical telescopic lifting supporting mechanism has four, one end of four described vertical telescopic lifting supporting mechanisms is fixedly connected with four angles at the bottom of described room respectively, the other end of four described vertical telescopic lifting supporting mechanisms is connected with four angles on described roof respectively, or, described vertical telescopic lifting supporting mechanism has six, wherein, three described vertical telescopic lifting supporting mechanisms are evenly distributed in a long limit at the bottom of described room, one end of these three described vertical telescopic lifting supporting mechanisms is fixedly connected with a long limit at the bottom of described room respectively, the other end of these three described vertical telescopic lifting supporting mechanisms is connected with a long limit on described roof respectively, another three described vertical telescopic lifting supporting mechanisms are evenly distributed in another the long limit at the bottom of described room, one end of these another three described vertical telescopic lifting supporting mechanisms is fixedly connected with another the long limit at the bottom of described room respectively, the other end of these another three described vertical telescopic lifting supporting mechanisms is connected with another long limit on described roof respectively, described Foldable lift supporting mechanism is folding rod type up-down supporting mechanism, described folding rod type up-down supporting mechanism comprises four vertical supporting bars, vertical supporting bar described in each comprises the support bar that two joint ends are hinged, the articulated section of the described support bar of two joints is provided with Lock Part, one end of four described vertical supporting bars is hinged with four angles at the bottom of described room respectively, the other end of four described vertical supporting bars is hinged with four angles on described roof respectively, four described vertical supporting bars are elevated roof by manpower, or, the articulated section that in two vertical supporting bars on same long limit at the bottom of described room, two joint support bar ends are hinged is connected by transversal stretching lifting supporting mechanism, be fixedly connected with by angle fixed part between described roof with described support bar, described Foldable lift supporting mechanism is oscillating rod type lifting supporting mechanism, described oscillating rod type lifting supporting mechanism comprises four swinging support bars, four guide rails and four slide blocks, four described slide blocks lay respectively in the gathering sill of described four guide rails, wherein, two described guide rails are arranged on a long limit on described roof concurrently, one end of two described swinging support bars is hinged with the two ends on a long limit at the bottom of described room respectively, the other end of two described swinging support bars is hinged with the slide block in two described guide rails respectively, the stop bit of these two the corresponding wherein slide blocks of described guide rail is respectively arranged with retaining element, another two described guide rails are arranged on another long limit on described roof concurrently, one end of another two described swinging support bars is hinged with the two ends on another long limit at the bottom of described room respectively, the other end of two described swinging support bars is hinged with the slide block in another two described guide rails respectively, the stop bit of the corresponding wherein slide block of these another two described guide rails is respectively arranged with retaining element, or, two described guide rails are arranged on a long limit at the bottom of described room concurrently, one end of two described swinging support bars is hinged with the two ends on a long limit, described roof respectively, the other end of two described swinging support bars is hinged with the slide block in two described guide rails respectively, the stop bit of these two the corresponding wherein slide blocks of described guide rail is respectively arranged with retaining element, another two described guide rails are arranged on another the long limit at the bottom of described room concurrently, one end of another two described swinging support bars is hinged with the two ends on another long limit, described roof respectively, the other end of two described swinging support bars is hinged with the slide block in another two described guide rails respectively, the stop bit of the corresponding wherein slide block of these another two described guide rails is respectively arranged with retaining element, four described swinging support bars are elevated roof by manpower, or, the middle part on two long limits at the bottom of described room is respectively arranged with vertical telescopic lifting supporting mechanism, one end of described vertical telescopic lifting supporting mechanism is fixedly connected with at the bottom of described room, the other end of described vertical telescopic lifting supporting mechanism is connected with described roof, or, the technological means that the middle part of four described swinging support bars is connected with at the bottom of described room or roof respectively by oblique telescopic lifting supporting mechanism, so, the car carwash of multiple lifting structure can be produced according to the demand of different client.

Further improve as present embodiment, as shown in Figure 2 to Figure 3, at the bottom of described room, the bottom of 1-1 is provided with the walking mechanism 1-4 being convenient to moving car washing house, and the below of described car carwash inlet side is provided with upward slope parts 1-7.As can be seen from Fig. 2 and Fig. 3, described walking mechanism 1-4 comprises two back shaft 1-4-2 and is separately positioned on the scroll wheel 1-4-2 at these two back shaft 1-4-2 two ends, two described back shaft 1-4-2 distribute before and after the length direction of 1-1 at the bottom of described room, and the length direction of described back shaft 1-4-2 is identical with the width of 1-1 at the bottom of described room.Described upward slope parts 1-7 is a rectangular leg-of-mutton triangular prism of cross section, and the inclined-plane of described triangular prism is towards front upper place.As one optimization, the slope angle B of described triangular prism is more than or equal to 30 degree and is less than or equal to 45 degree.

Present embodiment is provided with the walking mechanism being convenient to moving car washing house due to the bottom that have employed at the bottom of described room, the below of described car carwash inlet side is provided with the technological means of upward slope parts, so not only car carwash is more convenient for carrying, and automobile also more easily can pass in and out car carwash.

Also further improve as present embodiment, as shown in Fig. 7 to Fig. 8,1-1 at the bottom of described room is used for the reservoir storing backwater, described reservoir comprises tank main body 1-1-1 and covers the pond cover plate 1-1-2 on tank main body 1-1-1, described case lid 1-1-2 is provided with backwater import 1-1-7 and backwater outlet 1-1-8, in described tank main body 1-1-1, is provided with water return filter.In as can be seen from Fig. 7 to Fig. 8, described pond cover plate 1-1-2 is divided into three pieces along the width of 1-1 at the bottom of room, and described backwater import 1-1-7 has multiple, and multiple described backwater import 1-1-7 is distributed on one piece of middle pond cover plate.Described backwater outlet 1-1-8 has two, is separately positioned on and is positioned on two pieces of pond cover plates of edge.

Present embodiment is be used for the reservoir storing backwater owing to have employed at the bottom of described room, described reservoir comprises tank main body and covers the pond cover plate on tank main body, described case lid is provided with backwater import and backwater outlet, the technological means of water return filter is provided with in described tank main body, so, achieve dual-use material, not only save the expense of separately building reservoir, and, can be using water wisely to create favorable conditions, car carwash can be arranged on the place without water source, implements carwash operation by source of recycled water.Recycle water resource and also reduce the pollution of sewage to environment.

Further improve again as present embodiment, as shown in Fig. 7 to Fig. 8, described water return filter comprises the filtration cell body 1-1-3 be arranged in described tank main body 1-1-1, filtering material 1-1-5 is placed with in described filtration cell body 1-1-3, the bottom of described filter pocket body 1-1-3 is provided with seepage mouth 1-1-9, be provided with short column 1-1-4 between the bottom surface, place of described filter pocket body 1-1-3 and the inner bottom surface of described tank main body 1-1-1, between the inner face of described pond cover plate 1-1-2 and the inner bottom surface of described tank main body 1-1-1, be provided with long column 1-1-6.As one optimization, described short column 1-1-4 is hollow column, and the bottom of described hollow column is provided with intake-outlet, and the top of described hollow column is provided with air inlet/outlet.In like manner, described long column 1-1-6 is hollow column, and the bottom of described hollow column is provided with intake-outlet, and the top of described hollow column is provided with air inlet/outlet.Be conducive to like this increasing water retention capacity.

Present embodiment comprises owing to have employed described water return filter the filtration cell body be arranged in described tank main body, filtering material is placed with in described filtration cell body, the bottom of described filter pocket body is provided with seepage mouth, short column is provided with between the bottom surface, place of described filter pocket body and the inner bottom surface of described tank main body, the technological means of long column is provided with between the inner face of described pond cover plate and the inner bottom surface of described tank main body, so, backwater can be used further to carwash after filtering, and the strength and stiffness of reservoir entirety are greatly improved.

Further improve as present embodiment, as shown in Figure 9, the external surface of described roof 1-2 is provided with solar power plant 2 and solar water heater 3.As one optimization, described solar power plant 2 has multiple solar panel, and described solar water heater 3 also has the solar absorber plate of same quantity, and described solar panel and described solar absorber plate distribute spaced reciprocally.Like this, solar panel is conducive to and solar absorber plate is on average heated.

Present embodiment is provided with the technological means of solar power plant and solar water heater due to the external surface that have employed described roof, so, car carwash can be arranged on power free place, utilize solar power plant to generate electricity and implement carwash operation, even, carwash operation can be implemented by solar water heater to the heating of ice-cold water is rear in winter.

Further improve again as present embodiment, as shown in Figure 10 to Figure 11, sprinkler 4 is provided with in described car carwash, described sprinkler 4 comprises water pipeline 4-2, described water pipeline 4-2 is connected with track 4-1 by walking mechanism 4-5, is hinged between described water pipeline 4-2 and walking mechanism 4-5, described track 4-1 has two, two described track 4-1 are positioned at the both sides that car carwash is distributed in car carwash width, its length direction is identical with the length direction of car carwash, described water pipeline 4-2 has two, two described water pipeline 4-2 are bent into concave, distribute before and after the length direction of two described track 4-1, and across on these two track 4-1, be flexibly connected by connecting rod 4-3, the recessed sidewall of two described water pipeline 4-2 has water jet 4-4 along the directional spreding of current, the water spraying direction of the water jet 4-4 of previous described water pipeline 4-2 is towards interior rear, the water spraying direction of the water jet 4-4 of a rear described water pipeline 4-2 is towards interior front, two described water pipeline 4-2 are communicated with water source by two-position three way magnetic valve.

Present embodiment is provided with sprinkler owing to have employed in described car carwash, described sprinkler comprises water pipeline, described water pipeline is connected with track by walking mechanism, the technological means be hinged between described water pipeline and walking mechanism, so, when carrying car carwash, first sprinkler need not be taken out of, as long as sprinkler is removed down, just greatly can reduce the height of sprinkler, even if sprinkler is in car carwash, also can not have a huge impact the reduction of car carwash height.Two are had again owing to have employed described track, two described tracks are positioned at the both sides that car carwash is distributed in car carwash width, its length direction is identical with the length direction of car carwash, described water pipeline has two, two described water pipelines are bent into concave, distribute before and after the length direction of two described tracks, and across on these two tracks, be flexibly connected by connecting rod, the recessed sidewall of two described water pipelines has water jet along the directional spreding of current, the water spraying direction of the water jet of previous described water pipeline is towards interior rear, the water spraying direction of the water jet of a rear described water pipeline is towards interior front, the technical that two described water pipelines are communicated with water source by two-position three way magnetic valve, so, water pipeline is driven to do reciprocal motion by two water pipelines alternately to the impulse force produced during water spray for automobile, realize the comprehensive flushing to automobile, horizontal drive device need not be installed additional in addition to water pipeline, like this, namely the cost of production of sprinkler is saved, save electric energy widely again, the demand of sprinkler just can be supplied by means of only solar power plant generating.

Also further improve as present embodiment, as shown in Figure 12 to Figure 13, sealed by canvas cloth automatic rolling device 5 between four weeks of 1-1 at the bottom of the described room surroundings to described roof 1-2, described canvas cloth automatic rolling device 5 comprises the housing 5-1 of cylindricality, the side of described housing 5-1 is provided with strip opening along the length direction of this housing 5-1, spool 5-2 is provided with in described housing 5-1, described spool 5-2 is equipped with canvas cloth 5-4, the inner of described canvas cloth 5-4 is fixedly connected with the side of described spool 5-2, the outer end of described canvas cloth 5-4 passes from described strip opening, the two ends of described spool 5-2 are rotationally connected by the inwall at torsion spring 5-3 and described housing 5-1 two ends respectively, described housing 5-1 is fixedly connected with the edge of described roof 1-2, the edge conjunction of 1-1 at the bottom of link 5-5 and described room is passed through in the outer end of described canvas cloth 5-4, or, described housing 5-1 is fixedly connected with the edge of 1-1 at the bottom of described room, the edge conjunction of link 5-5 and described roof 1-2 is passed through in the outer end of described canvas cloth 5-4.

Present embodiment is sealed by canvas cloth automatic rolling device between the surrounding to described roof owing to have employed four weeks at the bottom of described room, described canvas cloth automatic rolling device comprises the housing of cylindricality, the side of described housing is provided with strip opening along the length direction of this housing, spool is provided with in described housing, described spool is equipped with canvas cloth, the inner of described canvas cloth is fixedly connected with the side of described spool, the outer end of described canvas cloth passes from described strip opening, the two ends of described spool are rotationally connected by the inwall at torsion spring and described housing two ends respectively, described housing is fixedly connected with the edge on described roof, the outer end of described canvas cloth is by the edge conjunction at the bottom of link and described room, or, described housing is fixedly connected with the edge at the bottom of described room, the outer end of described canvas cloth is by the technological means of the edge conjunction on link and described roof, so, can realize while car carwash lifting, synchronously flexible canvas cloth, greatly reduce car carwash because being elevated required time.

As another embodiment of the invention, as shown in Figure 2 to Figure 3, be separated between 1-1 with ground at the bottom of the room of described room body 1, at the bottom of described room, the bottom of 1-1 is provided with the walking mechanism 1-4 being convenient to moving car washing house, and the below of described car carwash inlet side is provided with upward slope parts 1-7.

Present embodiment due to have employed described room body room at the bottom of be separated with between ground, bottom at the bottom of described room is provided with the walking mechanism being convenient to moving car washing house, the below of described car carwash inlet side is provided with the technological means of upward slope parts, so, even if car carwash highly also can move without reduction, be convenient to carrying, the dynamic change of parking of automobile density can be adapted to, realize the Dynamic Distribution of car carwash, greatly reduce the cost that car carwash repeats to build a house.

Claims

1. a car carwash, comprise room body (1), described room body (1) comprises (1-1) at the bottom of room and roof (1-2), it is characterized in that: at the bottom of the room in described room body (1), (1-1) is separated with between ground, (1-1) at the bottom of described room and be distributed with along room body (1) circumference between described roof (1-2) roof (1-2) can be made to make the lifting supporting mechanism (1-3) of elevating movement relative to (1-1) at the bottom of room.

2. car carwash according to claim 1, is characterized in that: described lifting supporting mechanism (1-3) is the combination of telescopic lifting supporting mechanism (1-3), Foldable lift supporting mechanism (1-3) or telescopic lifting supporting mechanism (1-3) and Foldable lift supporting mechanism (1-3).

3. car carwash according to claim 2, is characterized in that: the shape of (1-1) at the bottom of described room and the shape of roof (1-2) rectangular; described telescopic lifting supporting mechanism (1-3) is vertical telescopic lifting supporting mechanism (1-3-1), described vertical telescopic lifting supporting mechanism (1-3-1) has four, one end of four described vertical telescopic lifting supporting mechanisms (1-3-1) is fixedly connected with four angles of (1-1) at the bottom of described room respectively, the other end of four described vertical telescopic lifting supporting mechanisms (1-3-1) is connected with four angles of described roof (1-2) respectively, or, described vertical telescopic lifting supporting mechanism (1-3-1) has six, wherein, three described vertical telescopic lifting supporting mechanisms (1-3-1) are evenly distributed in a long limit of (1-1) at the bottom of described room, one end of these three described vertical telescopic lifting supporting mechanisms (1-3-1) is fixedly connected with a long limit of (1-1) at the bottom of described room respectively, the other end of these three described vertical telescopic lifting supporting mechanisms (1-3-1) is connected with a long limit of described roof (1-2) respectively, another three described vertical telescopic lifting supporting mechanisms (1-3-1) are evenly distributed in another long limit of (1-1) at the bottom of described room, one end of these another three described vertical telescopic lifting supporting mechanisms (1-3-1) is fixedly connected with another long limit of (1-1) at the bottom of described room respectively, the other end of these another three described vertical telescopic lifting supporting mechanisms (1-3-1) is connected with another long limit of described roof (1-2) respectively, described Foldable lift supporting mechanism (1-3) is folding rod type up-down supporting mechanism (1-3-3), described folding rod type up-down supporting mechanism (1-3-3) comprises four vertical supporting bars (1-3-3-1), described in each, vertical supporting bar (1-3-3-1) comprises the support bar that two joint ends are hinged, the articulated section of the described support bar of two joints is provided with Lock Part (1-3-3-2), one end of four described vertical supporting bars (1-3-3-1) is hinged with four angles of (1-1) at the bottom of described room respectively, the other end of four described vertical supporting bars (1-3-3-1) is hinged with four angles of described roof (1-2) respectively, four described vertical supporting bars (1-3-3-1) are elevated roof (1-2) by manpower, or, the articulated section that in two vertical supporting bars (1-3-3-1) on (1-1) at the bottom of described room same long limit, two joint support bar ends are hinged is elevated supporting mechanism (1-3-2) by transversal stretching and connects, be fixedly connected with by angle fixed part (1-3-5) between described roof (1-2) with described support bar (1-3-3-1), described Foldable lift supporting mechanism (1-3) is oscillating rod type lifting supporting mechanism (1-3-4), described oscillating rod type lifting supporting mechanism (1-3-4) comprises four swinging support bars (1-3-4-1), four guide rails (1-3-4-3) and four slide blocks (1-3-4-2), four described slide blocks (1-3-4-2) lay respectively in the gathering sill of described four guide rails (1-3-4-3), wherein, two described guide rails (1-3-4-3) are arranged on a long limit on described roof (1-2) concurrently, one end of two described swinging support bars (1-3-4-1) is hinged with the two ends on (1-1) long limit at the bottom of described room respectively, the other end of two described swinging support bars (1-3-4-1) is hinged with the slide block (1-3-4-2) in two described guide rails (1-3-4-3) respectively, the stop bit of these two described guide rail (1-3-4-3) correspondences wherein slide block (1-3-4-2) is respectively arranged with retaining element (1-3-4-4), another two described guide rails (1-3-4-3) are arranged on another long limit on described roof (1-2) concurrently, one end of another two described swinging support bars (1-3-4-1) is hinged with the two ends on (1-1) another long limit at the bottom of described room respectively, the other end of two described swinging support bars (1-3-4-1) is hinged with the slide block (1-3-4-2) in another two described guide rails (1-3-4-3) respectively, the stop bit of these another two described guide rail (1-3-4-3) correspondences wherein slide block (1-3-4-2) is respectively arranged with retaining element (1-3-4-4), or, two described guide rails (1-3-4-3) are arranged on a long limit of (1-1) at the bottom of described room concurrently, one end of two described swinging support bars (1-3-4-1) is hinged with the two ends on described roof (1-2) long limit respectively, the other end of two described swinging support bars (1-3-4-1) is hinged with the slide block (1-3-4-2) in two described guide rails (1-3-4-3) respectively, the stop bit of these two described guide rail (1-3-4-3) correspondences wherein slide block (1-3-4-2) is respectively arranged with retaining element (1-3-4-4), another two described guide rails (1-3-4-3) are arranged on another long limit of (1-1) at the bottom of described room concurrently, one end of another two described swinging support bars (1-3-4-1) is hinged with the two ends on described roof (1-2) another long limit respectively, the other end of two described swinging support bars (1-3-4-1) is hinged with the slide block (1-3-4-2) in another two described guide rails (1-3-4-3) respectively, the stop bit of these another two described guide rail (1-3-4-3) correspondences wherein slide block (1-3-4-2) is respectively arranged with retaining element (1-3-4-4), four described swinging support bars (1-3-4-1) are elevated roof (1-2) by manpower, or, the middle part on two long limits of (1-1) at the bottom of described room is respectively arranged with vertical telescopic lifting supporting mechanism (1-3-1), one end of described vertical telescopic lifting supporting mechanism (1-3-1) is fixedly connected with (1-1) at the bottom of described room, the other end of described vertical telescopic lifting supporting mechanism (1-3-1) is connected with described roof (1-2), or, the middle part of four described swinging support bars (1-3-4-1) is connected with (1-1) at the bottom of described room or roof (1-2) respectively by oblique telescopic lifting supporting mechanism (1-3-6).

4. car carwash according to claim 1, it is characterized in that: the bottom of (1-1) at the bottom of described room is provided with the walking mechanism (1-4) being convenient to moving car washing house, the below of described car carwash inlet side is provided with upward slope parts (1-7).

5. car carwash according to claim 1, it is characterized in that: (1-1) at the bottom of described room is used for the reservoir storing backwater, described reservoir comprises tank main body (1-1-1) and covers the pond cover plate (1-1-2) on tank main body (1-1-1), described case lid (1-1-2) is provided with backwater import (1-1-7) and backwater outlet (1-1-8), in described tank main body (1-1-1), is provided with water return filter.

6. car carwash according to claim 5, it is characterized in that: described water return filter comprises the filtration cell body (1-1-3) be arranged in described tank main body (1-1-1), filtering material is placed with in described filtration cell body (1-1-3), the bottom of described filter pocket body (1-1-3) is provided with seepage mouth (1-1-9), short column (1-1-4) is provided with between the bottom surface, place of described filter pocket body (1-1-3) and the inner bottom surface of described tank main body (1-1-1), long column (1-1-6) is provided with between the inner face in described pond cover plate (1-1-2) and the inner bottom surface of described tank main body (1-1-1).

7. car carwash according to claim 1, is characterized in that: the external surface of described roof (1-2) is provided with solar power plant (2) and solar water heater (3).

8. car carwash according to claim 1, it is characterized in that: in described car carwash, be provided with sprinkler (4), described sprinkler (4) comprises water pipeline (4-2), described water pipeline (4-2) is connected with track (4-1) by walking mechanism (4-5), is hinged between described water pipeline (4-2) and walking mechanism (4-5), described track (4-1) has two, two described tracks (4-1) are positioned at the both sides that car carwash is distributed in car carwash width, its length direction is identical with the length direction of car carwash, described water pipeline (4-2) has two, two described water pipelines (4-2) are bent into concave, distribute before and after the length direction of two described tracks (4-1), and across on these two tracks (4-1), be flexibly connected by connecting rod (4-3), the recessed sidewall of two described water pipelines (4-2) has water jet (4-4) along the directional spreding of current, the water spraying direction of the water jet (4-4) of previous described water pipeline (4-2) is towards interior rear, the water spraying direction of the water jet (4-4) of a rear described water pipeline (4-2) is towards interior front, two described water pipelines (4-2) are communicated with water source by two-position three way magnetic valve.

9. car carwash according to claim 1, it is characterized in that: by canvas cloth automatic rolling device (5) sealing between the surrounding arriving described roof (1-2) for four weeks of (1-1) at the bottom of described room, described canvas cloth automatic rolling device (5) comprises the housing (5-1) of cylindricality, the side of described housing (5-1) is provided with strip opening along the length direction of this housing (5-1), spool (5-2) is provided with in described housing (5-1), described spool (5-2) is equipped with canvas cloth (5-4), the inner of described canvas cloth (5-4) is fixedly connected with the side of described spool (5-2), the outer end of described canvas cloth (5-4) passes from described strip opening, the two ends of described spool (5-2) are rotationally connected by the inwall of torsion spring (5-3) with described housing (5-1) two ends respectively, described housing (5-1) is fixedly connected with the edge of described roof (1-2), the outer end of described canvas cloth (5-4) is by the edge conjunction of link (5-5) with (1-1) at the bottom of described room, or, described housing (5-1) is fixedly connected with the edge of (1-1) at the bottom of described room, the outer end of described canvas cloth (5-4) is by the edge conjunction of link (5-5) with described roof (1-2).

10. a car carwash, comprise room body (1), it is characterized in that: at the bottom of the room in described room body (1), (1-1) is separated with between ground, the bottom of (1-1) at the bottom of described room is provided with the walking mechanism (1-4) being convenient to moving car washing house, and the below of described car carwash inlet side is provided with upward slope parts (1-7).