RU89044U1 - MODULAR MOBILE AUTONOMOUS COMPLEX FOR WASHING VEHICLES - Google Patents

Abstract

1. A modular mobile autonomous complex for washing vehicles, comprising a housing, inside which there is a zone for washing a vehicle and a technological zone in which washing equipment, apparatuses of a washing fluid regeneration system, life support systems, water and autonomous power supply equipment are located, the housing made in the form of a metal frame sheathed with heat and / or waterproofing material with a bottom equipped with a flyover, under which there is a tank for collecting and settling detergent th fluid connected to a detergent recovery system, characterized in that the frame consists of at least two modules mounted vertically, mounted to each other with a connector, each module consists of at least two transportable blocks connected with each other with the possibility of a connector equipped with means for gripping the blocks with a lifting mechanism. ! 2. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the transportable blocks are made in the form of non-separable, not requiring the installation of metal structures. ! 3. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the transportable blocks of each module are installed in series or in parallel. ! 4. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the dimensions of the transportable blocks are selected in such a way that they can be installed on a vehicle for delivery to the site, installation and operation. ! 5. M�

Description

The utility model relates to autonomous means of servicing vehicles, in particular to mobile autonomous installations for washing automobile vehicles.

Recently, proposals for the purchase and sale of a ready-made business have been especially popular. One of such innovative solutions can be a ready-made business, namely a mobile autonomous complex for washing vehicles. This solution allows you to organize your business in the shortest possible time and at the lowest cost by setting up the complex in the places of greatest consumer demand.

Known portable installation for washing and drying cars, made in the form of a non-demountable building, equipped with a flyover, a pan for collecting waste water, washing devices and a system for regenerating washing liquid (Russian certificate for utility model No. 2964, IPC B60S 3/04, published October 16, 1996 g.)

The disadvantages of this installation for car washing are large dimensions and weight due to its implementation in the form of a non-demountable building, transported in assembled form, which requires specialized vehicles, road patrol officers and, accordingly, significant material costs.

A well-known mobile stand-alone installation for washing vehicles containing a block pallet with a flyover and vertical walls that contain all the technological and power equipment (RF patent for utility model 2090397, class, IPC B60S 3/04, published on September 20, 1997).

The disadvantages of this installation are the complexity and complexity of installation, due to the layout of the equipment sets included in it, in vertical walls, which for transportation must be tipped 90 ° using lifting and transport machines.

The closest technical solution is an autonomous car wash, containing a body in the form of a frame designed for paneling, with a washing system, a water treatment and water recirculation system and means for driving vehicles in and out of the body, characterized in that the housing is made collapsible and consisting of at least four modules of the same size, at least one of which contains means for the entry and / or exit of vehicles in one module water purification and water recirculation systems are installed, and the remaining modules are equipped with means for washing vehicles, and the longitudinal dimensions of the modules are selected so that the modules can be installed across the car platform for delivery to the site, installation and operation (RF patent for utility model No. 77589, published October 28, 2008).

The disadvantage of this installation is not rationality in the placement of functional rooms and equipment, not the effectiveness of the design of the frame of the case. According to the above patent, the modules must be the same size, this limits the design options of the housing. The modules forming the washing zone are equipped with means for washing vehicles, but do not contain the components of a water treatment and recycling system, namely, containers for collecting and settling water, which significantly reduces the efficiency of the complex and increases the cost of producing a water treatment system.

The basis of this utility model is the task of creating a modular mobile autonomous complex for washing vehicles, the design of which will increase its functionality, the efficiency of placing the necessary equipment, reducing the area occupied by the complex by installing the modules vertically, this will increase the payback, reduce the cost of renting the land and At the same time, it will increase the usable area inside the complex.

The problem is solved in that in a modular mobile autonomous complex for washing vehicles, containing a housing, inside which there is a zone for washing the vehicle and a technological zone in which washing equipment, apparatuses of the washing fluid regeneration system, life support systems, water supply and autonomous equipment are located power supply, and the housing is made in the form of a metal frame sheathed with heat and / or waterproofing material with a bottom equipped with a flyover, under which a tank for collecting and settling washing liquid is connected, connected to a washing liquid regeneration system, according to the claimed utility model, the frame consists of at least two modules mounted vertically, mounted together with the possibility of a connector, each module consisting of at least , of two transportable blocks interconnected with the possibility of a connector, equipped with means for gripping the blocks with a lifting mechanism.

In the inventive modular mobile autonomous complex, the transportable blocks of each module are installed in series or in parallel, and the dimensions of the transportable blocks are selected in such a way that they can be installed on the vehicle without violating the transport dimensions for delivery to the site, installation and operation. Transportable blocks, of a modular mobile autonomous complex, are made in the form of non-separable, not requiring installation, all-welded metal structures.

In a modular mobile autonomous complex, the lower module, consisting of transportable modules, is made in the form of a zone for washing vehicles, equipped with containers for collecting and settling washing liquid, combined with connecting elements, into a single tank for collecting and settling washing liquid. An overpass of each transportable unit, and in the assembled state of the entire module forming the washing zone, is configured to provide convenient access to containers for collecting and settling washing liquid, for example, in the form of a grate. The washing area of the complex is equipped with at least one means for entry and / or exit of vehicles. The lower module may contain a technological room with washing equipment installed in it, devices of a washing liquid regeneration system, water supply and electricity equipment, and / or in the form of a room for clients and / or an office for staff and / or a cafe and / or plumbing unit with a compact biological treatment system.

The upper module can be made in the form of a technological room with washing equipment installed in it, devices for a detergent recovery system, water supply and power supply equipment and / or rooms for clients and / or office for working staff and / or cafe and / or plumbing compact biological treatment system.

The case of a modular mobile autonomous complex is equipped with a functional element that provides vertical communications in the form of a series of steps, for example, a ladder. The frame of the complex can be equipped with the means allowing it to adjust its horizontal level, which will allow to change the horizontal slope of the hull at the lowest cost, in cases where the site is not horizontal or as a result of the operation of the complex, will shrink. The frame of the hull has an angle of inclination of the roof, which helps to remove precipitation from the roof, this will prevent them from getting into the complex.

In the inventive modular mobile autonomous complex, the housing can be equipped with at least one additional frame installed in series and / or in parallel, this will allow serving several cars at the same time, makes it possible to mount a multi-post complex for washing vehicles and increase the area of functional areas.

The washing equipment of the complex can be made in the form of a portal, conveyor, tunnel installation and / or manual washing using high-pressure apparatuses. The complex may be equipped with equipment for drying cars and / or dry cleaning and / or equipment for its cosmetic treatment. The implementation of the washing fluid regeneration system using flotation and coagulation chambers, reverse osmosis systems, ultrafiltration and nanofiltration installations, distillation, allows to reduce the dimensions of the installation and improve the quality of the resulting washing fluid. The use of a regeneration system, pipelines and tanks for collecting and settling detergent made of plastic in the work allows better preparation of the washing liquid for final cleaning and avoiding corrosion in contact with metals.

The autonomy of the proposed complex is also provided by an autonomous source of power supply, for example, a diesel power station. To increase the autonomy of the washing complex, you can equip it with a power station operating on an alternative energy source, for example, solar energy or wind energy.

To improve the working conditions of personnel and increase the level of customer service in the inventive complex for washing automobile vehicles, equipment can be installed to ensure a comfortable climate inside the complex.

In Fig. No. 1 presents a General view of vertically mounted modules mounted from parallel mounted transportable units.

Fig. No. 2 presents a General view of vertically mounted modules mounted from sequentially installed transportable blocks.

Fig. No. 3 presents a General side view of vertically mounted modules mounted from parallel mounted transportable units.

Fig. No. 4 presents a General side view of vertically mounted modules mounted from sequentially installed transportable units.

In Fig. No. 5 presents a General view of the housing, equipped with means allowing to adjust its horizontal level and containing the angle of the roof.

In Fig. No. 6 presents a General view of the housing, equipped with an additional frame.

The modular mobile autonomous complex for washing vehicles has a building No. 1, made in the form of a metal frame sheathed with heat and / or waterproofing material, consisting of vertically mounted modules A and B. Modules A and B consist of transportable blocks No. A1, No. A2, No. B1, No. B2 installed in series and / or in parallel, mounted together with the possibility of a connector, for example, bolts No. 3. Each of the transportable blocks is equipped with means ensuring its capture by lifting mechanisms No. 2 (Figs. No. 1-6). Each of the transportable blocks No. A1, No. A2, No. B1, No. B2, is a non-separable, metal-free construction (Fig. No. 1-6). The lower module A is equipped with at least one means for entry and / or exit of vehicles No. 4 and ladders No. 17. The bottom No. 6a, of each of the transportable blocks No. A1 and A2, forming a zone for washing vehicles, is equipped with a flyover No. 6. Under the flyover there are containers for collecting and settling No. 7a of washing liquid, combined with the help of connecting elements No. 7a, into a single tank for collecting and settling of washing liquid. For the convenience of cleaning the tank No. 7 and the strength of the flyover No. 6, it is performed in the form of a lattice metal structure, covered from above with a removable and / or folding floor, made, for example, in the form of a removable lattice (Fig. No. 3-4). The case of a modular mobile autonomous complex is equipped with a functional element that provides vertical communications in the form of a series of steps, for example, staircase No. 21. Transportable blocks No. A1, No. A2, No. B1, No. B2 are equipped with electrical wiring, lighting, equipped with ventilation, heating batteries (not shown), windows and doors No. 26 (Figs. No. 1-6).

A modular mobile autonomous complex for washing a vehicle contains a technological zone No. 18 equipped with automatic washing equipment No. 8, for example, a gantry and / or manual washing mechanisms No. 9, for example, high-pressure apparatuses. The complexes can also be equipped with equipment for drying the car No. 10 and equipment for cosmetic processing of the vehicle No. 5, for example, a vacuum cleaner (Fig. No. 3-4). To use reverse washing liquid, the complex contains equipment that forms a washing liquid regeneration system, consisting of flotation and coagulation chambers No. 11, ultrafiltration and nanofiltration chambers for cleaning cleaning fluid No. 12, reverse osmosis apparatus No. 13, and tanks for purified detergent No. 14 (Fig. .№3-4). The complex has installed pumping equipment No. 15 and an autonomous source of power supply, for example, diesel power station No. 16 (Figs. 3-4). It should be noted that the use of a mobile autonomous complex for washing vehicles, an autonomous power supply in the form of a power station operating on alternative energy, for example, solar energy No. 24 and / or wind energy No. 25, will significantly reduce energy costs ( Fig. No. 1-2, No. 6). The frame of the complex can be equipped with the means to regulate its horizontal level No. 22 (Figure 5), this will allow changing the horizontal slope of the hull at the lowest cost when the site is uneven or shrinks as a result of operation. The frame has an angle of slope of the roof, which helps to remove precipitation No. 23 from the roof (Figure 5). The complex for washing vehicles may contain equipment that creates optimal climatic conditions, it can be ventilation installations and / or heating and / or air conditioning systems (not shown). The complex is equipped with a rest room for clients No. 20 and / or office for staff No. 20 and / or cafe No. 19 and / or a plumbing unit with a compact biological treatment system, which positively affects the quality of service (Fig. No. 3).

In a modular mobile autonomous complex, building No. 1 can be equipped with at least one additional frame installed in series and / or in parallel, this will allow servicing several cars at the same time, and will make it possible to mount a multi-post complex for washing vehicles (Fig. No. 6 )

The production of a modular mobile autonomous complex for washing vehicles is as follows. In factory conditions, transportable blocks No. A1, No. A2, No. B1, and No. B2 are made in the form of non-separable metal structures, which, when mounted, form modules A and B (Figs. No. 1-6). All planes of transportable blocks that create the outer casing of complex No. 1 are sheathed with heat and / or waterproofing material. At the bottom No. 6a, blocks A1 and A2, set containers for collecting and settling detergent No. 7, which are interconnected, for example, with pipes No. 7a, forming a single reservoir for collecting and settling washing liquid (Fig. No. 3-4). A flyover No. 6, from a trellised metal frame, made removable or folding, for example, in the form of a trellis is placed on top (Fig. No. 3-4). Transportable blocks No. A1, No. A2, No. B1 are equipped with electrical wiring, lighting, equipped with ventilation, heating batteries, windows and doors No. 26. In module A, means are installed to enter and / or exit the vehicle, for example, swing gates No. 4 (Figs. No. 1-6).

The complex contains technological zone No. 18, where automatic washing equipment No. 8 is placed, for example, a portal installation and / or mechanisms for manual washing No. 9, for example, high-pressure apparatuses, equipment for drying cars No. 10, equipment for cosmetic processing of vehicle No. 5 for example, a vacuum cleaner, a system for regenerating a circulating washing liquid, consisting of flotation and coagulation chambers No. 11, an ultrafiltration and nanofiltration unit for cleaning a detergent liquid No. 12, reverse osmosis system No. 13, a reservoir and the purified washing liquid №14. They are equipped with an autonomous source of power supply, for example, diesel power station No. 16, pump equipment No. 15 is installed (Figs. No. 3-4).

To the frame of transportable blocks No. A1, No. A2, No. B1, No. B2, devices No. 2 are rigidly fixed, for example, eyelets providing a grip for lifting mechanisms. The frame of the complex can be equipped with the means to adjust its horizontal level No. 22 (Figure 5). The frame is made with a slope of the roof No. 23 (Figure 5). The complex for washing vehicles is equipped with equipment that creates optimal climatic conditions, it can be ventilation installations and / or heating and / or air conditioning systems (not shown). Inside the complex, a room for relaxing clients No. 20 and / or an office for staff No. 20 and / or cafe No. 19 and / or a plumbing unit with a compact biological treatment system is equipped (Fig. No. 3).

The greatest effect on the mobility and autonomy of the proposed complex for washing motor vehicles can be achieved by supplying it with a power station operating on an alternative source, for example, solar energy No. 24 or wind energy No. 25 (Fig. No. 1-2). Installation of equipment is carried out by highly skilled workers in the factory, which eliminates installation errors. Further, the modules are loaded onto vehicles and transported to the place of operation. Transportable blocks No. A1 and No. A2 are installed on a prepared or simply leveled area of soil without gaps. Fit tightly to each other, tie, for example, with bolts No. 3 or other connecting elements, then install transportable blocks No. B1 and No. B2 from above without gaps, connect them together and lower transportable blocks, for example, bolts No. 3 or other connecting elements, communication lines of all blocks are connected, as a result of which a single working structure of building No. 1 is formed, ready for operation. At the entrance to the complex, ladders No. 17 are installed (Fig. No. 1-2). The installation of modules can be carried out by 3-4 people with a minimum number of devices. When changing the place of operation of the proposed modular mobile autonomous complex for washing vehicles, it is enough just to turn off the equipment, cut off the communication lines, remove the fasteners connecting the modules and the complex is ready for transportation.

The proposed design of a modular mobile autonomous complex for washing vehicles can be manufactured using standard equipment and well-known technological processes, therefore, the claimed utility model meets the criterion of "industrial applicability".

The inventive design of a modular mobile autonomous complex for washing vehicles allows you to provide a wide range of services due to the high staffing, high comfort of the working conditions of personnel and the conditions for servicing vehicles. In addition, the claimed complex has high economic efficiency by ensuring the possibility of its operation in all weather conditions. The inventive modular mobile autonomous complex for washing vehicles can increase autonomy and transportability in compliance with all environmental safety requirements, as well as provide increased efficiency, productivity and profitability of the business, improve the quality of service, comfort and level of service.

The proposed design of a modular mobile autonomous complex for washing vehicles allows, if necessary, to carry out its dismantling, transportation in the form of bulk cargo and installation in a new place with minimal cost and in a short time.

Claims (12)

1. A modular mobile autonomous complex for washing vehicles, comprising a housing, inside which there is a zone for washing a vehicle and a technological zone in which washing equipment, apparatuses of a washing fluid regeneration system, life support systems, water and autonomous power supply equipment are located, the housing made in the form of a metal frame sheathed with heat and / or waterproofing material with a bottom equipped with a flyover, under which there is a tank for collecting and settling detergent th fluid connected to a detergent recovery system, characterized in that the frame consists of at least two modules mounted vertically, mounted to each other with a connector, each module consists of at least two transportable blocks connected with each other with the possibility of a connector equipped with means for gripping the blocks with a lifting mechanism. 2. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the transportable blocks are made in the form of non-separable, not requiring the installation of metal structures. 3. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the transportable blocks of each module are installed in series or in parallel. 4. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the dimensions of the transportable blocks are selected in such a way that they can be installed on a vehicle for delivery to the site, installation and operation. 5. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the zone for washing vehicles is equipped with a tank for collecting and settling washing liquid. 6. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the housing is equipped with at least one means for entry and / or exit of vehicles. 7. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the upper module is made in the form of a technological zone and / or relaxation room, and / or office, and / or cafe. 8. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the housing is equipped with at least one additional frame installed in series and / or in parallel. 9. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the housing is equipped with a functional element that provides vertical communications in the form of a number of steps, for example a ladder. 10. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the housing is equipped with means to adjust its horizontal level. 11. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the housing has an angle of inclination of the roof, which helps to remove precipitation from the roof. 12. The modular mobile autonomous complex for washing vehicles according to claim 1, characterized in that the autonomous power supply is made in the form of a power plant operating on an alternative energy source, for example, solar energy or wind energy.