DE102012024887B4 - Device for treating vehicle interiors with treatment fluids - Google Patents

Abstract

The present invention relates generally to a cleaning device in the embodiment of a vehicle interior car wash capable of economically cleaning, drying and disinfecting up to four surfaces of a vehicle interior simultaneously. The required components consist of high-pressure pipes, cleaning brushes, drying channels and disinfection equipment. Due to the arrangement of the components, various washing programs are available. With the various washing programs it is possible to react to the different levels of soiling of the surfaces in the vehicle interior. For cleaning the vehicle interior, rotating and non-rotating components are available, which achieve optimum cleaning effect in interaction with and using liquids.

Description

The invention relates according to the preamble of claim 1, a device for treating vehicle interiors with treatment liquids, in particular for cleaning the interior of the surfaces of box bodies, holds, containers and wagons, wherein the introduction of the device into the interior to be cleaned of the vehicles in the vehicle longitudinal direction by means of a transport unit and the device comprises a cleaning device and a carrier device, wherein the carrier device is formed from a geometric metal cross containing in its center a push rod whose longitudinal axis extends in the vehicle longitudinal direction and perpendicular to the vertical and horizontal metal arms extending transversely to the vehicle longitudinal direction metal cross is arranged, wherein the metal arms with a hydraulic cylinder, as a function of the vehicle interior contour, are continuously displaced back and forth and the drive of the h ydraulischen cylinder via the transport unit takes place and at least one free end of the metal arms, a cleaning device is arranged. Basically it is a vehicle interior cleaning device, which as a vehicle cleaning device is not part of the vehicles to be cleaned. Such a vehicle cleaning apparatus may include, among other things, a rotating body that comes into contact with the interior of the vehicle and includes use with liquids.

First of all, the technical area of the interior to be cleaned will be shown. It concerns the cleaning of interiors or surfaces of the inner walls in superstructures of vehicles by means of cleaning devices. Vehicles, in particular lorries including trailers, are used for the carriage of goods of all kinds, ie freight transport on the roads. A truck is a motor vehicle with a rigid frame or carrying chassis, which has a specific structure for carrying a load, which is intended primarily for the carriage of goods. Depending on the goods to be transported, either a special truck or a special body is used to transport the goods.

A first structure may for example consist of a box body. The box body is a vehicle body with solid walls in the form of a closed box. The box is made of sturdy side walls of wood, aluminum, plastic, or a combination thereof. The structure mentioned here is i. d. R. firmly connected to the chassis and spatially separated from the cab and self-contained.

A second special design is the thermo case, which is used in refrigerated vehicles and is used for temperature-controlled transport. The interiors of these aforementioned various structures pollute by the transport of goods. The cleaning of the inner walls of these structures was previously done with known handy equipment with which a manual cleaning can be made.

A third special box construction on trucks is used in animal transport. The stable side walls can be provided with openings. It is obvious that the interiors of such structures, due to the animal secretions, very quickly and heavily pollute. Due to the EU guideline, animal transport is subject to high requirements, which also concern hygiene. The corresponding information can be found in the Animal Transport Ordinance. The cleaning of the inner walls of such structures is therefore of particular importance. The cleaning can be carried out, as shown in the following prior art, with various cleaning devices and / or car washes. Due to the strong growth of global livestock, z. In South America and Australia, for example, it has become necessary to transport living slaughter animals over long distances. For this animal transporters were also in the form of ships, which are mainly used for the transport of live slaughter animals, such as cattle, sheep, etc., built.

However, there are also changeable box bodies, or, as the fourth structure, the container, in particular here is the ISO container called. ISO containers are worldwide standard containers standardized to ISO 668, which simplify and accelerate the loading, transport, storage and unloading of goods. For the transport of such containers trucks, consisting of a tractor and a semi-trailer, used, the semi-trailer is equipped with a container chassis. Depending on which goods were transported in the containers, their interiors are more or less heavily polluted. Again, the cleaning of the interior of a container is carried out by simple means, which makes it very time consuming and thus does not cost.

Furthermore, belonging to the trailers semi-trailer, even consist of a semitrailer. Trailers are vehicles that usually do not have their own drive and are carried behind towing vehicles. Such a semitrailer case can, like a box structure, be formed of sturdy side walls consisting of wood, aluminum, plastic or a combination thereof. A special Execution are the insulated refrigerated cases, so-called thermo suitcases. Also, the inner walls of these two box bodies are cleaned by conventional, simple means.

The cleaning of vehicle interiors also affects wagons, which are understood to mean rail vehicles without their own drive. Wagons, in particular freight wagons or goods wagons are used for the transport of assets. There are big differences in the type of freight cars. Only freight cars having access for a cleaning device are suitable for automatic cleaning with a vehicle cleaning apparatus.

Now to the known from the prior art cleaning devices that are used to clean the aforementioned interiors. It is known that the interiors of lorries, containers and wagons needed and used for transport were originally cleaned by hand. As an aid, for example, high pressure washers were used to clean the vehicles of coarser and stubborn dirt. Such a high-pressure cleaner is for example from the DE 198 51 874 A1 and the EP 0 770 575 B1 known. However, such cleaning with high-pressure cleaners takes a lot of time.

A first step in the direction of automation of the cleaning process of the interior of a car body, or a loading space is the following description of US Pat. No. 3,689,318 , of the US Pat. No. 3,897,263 A and the US 3 961 983 A refer to. After the cleaning process, the washed interior or the surfaces of the interior walls is dried by long aeration of the interiors, but long downtimes occur in the vehicles. Due to the cargo spaces that have been opened for a relatively long time, various small animals and dirt particles can accumulate there once again, which are undesirable, for example, in the case of certain food transporters.

The basis of the cleaning devices of the prior art shown below consists in principle of a carrier device with and without drives and a cleaning device arranged thereon with and without drives, which is supplied with treatment or cleaning liquid.

Such a device for cleaning an interior or the surfaces of the inner walls of a car body or a semitrailer of a semi-trailer, is from the US Pat. No. 3,689,318 known. In this case, the device comprises a non-movable long boom arm as a support means, which is introduced into the car body when reversing the truck. At a free end of the cantilever arm there are three support wheels which support the cantilever arm against the bottom and both side walls and guide the cantilever arm. Above the Bodenstützrades is, transverse to the bottom wall running, a cleaning device consisting of a washing device having pipes with outlet nozzles for a cleaning liquid. The complete cleaning system is huge in size and technically outdated. The ceiling wall of a hold can not at all and the side walls of an interior can only be cleaned inadequately, or only partially with this washing device. For strong and dried soiling, such as animal secretions, no cleaning brush is available. The drying of the washed interiors or the inner walls takes place by long aeration.

Also from the US Pat. No. 3,897,263 A is a similar washing device is known, which also has a very long linkage as a support means with which the interior of truck superstructures can be cleaned. The stationary linkage of the washing device form the carrier device, which has at its free end a transverse washing or spraying head as a cleaning device. The spray head consists of a pipeline to which spray nozzles are arranged and a connecting piece which forms the longitudinal axis. About the connector of the spray head can be rotated over its longitudinal axis by hand. This device lacks any degree of automation. The dimensions of the washing device are too large and the operation is too unwieldy, whereby the cleaning effect leaves something to be desired. For strong and dried soiling, such as animal secretions, no cleaning brush is available. The drying of the washed interiors or the inner walls also takes place here by long aeration.

Those known from the prior art US 3 961 983 A also shows a washing device for cleaning the interior of a truck body. The lattice-shaped cantilever arm as a carrier device of a cleaning device is again similar to the previously described embodiments. However, the washing head itself is mechanically expanded by an arranged roller brush. Cleaning the ceiling and the two side walls is not possible. The drying of the washed interiors or the inner walls takes place here also by long aeration. Further developments of these aforementioned embodiments of cleaning devices or car washes for the interior of a car body of vehicles are the following Documents of US 4 106 516 A and the US 4,112,533 A to be taken from the prior art.

From the US 4 106 516 A is such a development of a washing system for a semi-trailer visible with which the semitrailer of the semitrailer can be cleaned from the inside. For this purpose, an extendable cantilever arm, similar to a fire ladder, is available as a carrier device for a cleaning device. At a free end of the cantilever arm is located within the linkage a jockey wheel and front side a device. The device as a cleaning device forms the washing head, which consists of a square, tubular frame, are arranged on which spray nozzles. The square linkage of the tubular frame is firmly connected with each other and thus can not be set to different sizes of interiors or internal dimensions of box bodies. Due to the resulting different distance between the arranged on the square frame spray nozzles to the surface to be cleaned, optimum cleaning is not guaranteed. In the middle of the square washing head is another rotating spray head for spraying the back in the box body. A cleaning brush is not available. A long aeration of the washed interior or the inner walls thus ensures the drying. A technical device for drying the washed surfaces does not exist. For the extendable boom a stationary drive unit is available.

Those known from the prior art US 4,112,533 A discloses a telescopically extendable reach mast which is driven via a toothed gearing and serves as a support means for a cleaning device. At the free end of the mast, which moves into the box body of a truck, there is a trained with wheels, a cylindrical cleaning brush and a spray bar cleaning device. The cleaning brush is arranged below the cleaning device and can thus clean the bottom surface of the interior. For cleaning the side walls and the ceiling wall of the interior, spray bars are available, but no cleaning brushes. The interior washing device is not adjustable to different dimensions of box bodies. Due to the resulting difference in distance between the spray nozzles arranged on the pipe string and the surface to be cleaned, optimum cleaning of the latter is not guaranteed. The drying of the washed inner walls is also carried out by long aeration.

The DE 87 05 281 U1 Although describes a container washing machine with an insertable into the container washing brush for cleaning the container inside, the washing brush is arranged on a movable in its longitudinal axis relative to the support frame carrier with the interposition of a parallelogram Lenker. This embodiment as a container washing machine is suitable for cleaning containers which have only a small access opening. However, such a washing device is technically not suitable to clean the interiors or at the same time the various inner walls of a box body of trucks. The technical design of the support device is also not suitable for such cleaning operations.

From the DE 197 06 150 A1 is to remove such, known from the prior art device for cleaning the interior of a tanker truck. This washing device is equipped with two long-cylindrical washing brushes. These washing brushes can be adjusted axially to the axis of rotation of the rotary drive and inserted into the tank container and then pivoted to clean the inner walls. However, such a washing device is technically not suitable to clean the interiors or inner surfaces of a box body of trucks. It lacks a corresponding technically equipped support means, wherein a drying is also not provided.

A special device for cleaning an insulated interior results from the DE 201 08 997 U1 , Here, the interior of a refrigerated transport vehicle by means of a fixed built in the vehicle, but pivotally mounted cleaning head containing spray nozzles, shown. This embodiment of cleaning device is not suitable for cleaning larger box bodies or holds because the cleaning power of the spray nozzles is not sufficient due to the large distance to be cleaned to the inner surfaces of the four inner walls of a box body and / or container. Furthermore, the appropriate space for such a arranged cleaning head is missing in the holds.

The EP 2 618 949 B1 discloses a device for washing internal surfaces of vehicle interiors such. B. a truck trailer or a container. The device consists of a movable position carriage, which is a carrier of a movable washing device. The carriage includes a water tank, a pump, an air compressor and a reel for winding and unwinding hoses. The hoses are connected to the frame of the washing device. The washing device consists of several frames, which are formed in a rectangular shape. The frames are connected to hoses, which is guided through a frame washing liquid and compressed air, creating a Cleaning foam is created which wets the inner surfaces. Following this, when the wheeled washing device has moved into and out of the interior, another frame equipped with nozzles is supplied with water. Now another entrance and exit of the washing device joins in an interior. During driving, the cleaning foam applied to the inner surface is rinsed with spray water. A technical device for drying the washed surfaces does not exist. Due to the rigid frame adjustment of the washing device to different dimensions of interiors is not possible. Furthermore, the washing device is not equipped with cleaning brushes to eliminate stubborn dirt can.

Also from the EP 0 940 192 A2 is a cleaning device for washing the inner surfaces of containers and other containers visible. This, equipped with a drive cleaning device, is characterized mainly by the fact that it is suitable for long containers, the z. B. used on trucks and in shipping as a transport container, can be used. Furthermore, from the 1 . 2 and the 6 It can be seen that the cleaning device is composed of two important components. One component relates to the washing device. The washing device has a support frame, which is equipped with pipes. The tubes consist of two vertical tubes and one horizontal tube, which are formed with spray nozzles. These spray nozzles serve to clean the side walls and the inner roof surface. The cleaning of the bottom surface, however, is done by two adjustable rotating brushes, which are arranged on the support frame, which has two support wheels. For the forward and backward movement of the washing device, the wheels have a drive unit. Furthermore, the washing device is connected to a mechanical concertina-type or double jaw mechanism. This device mechanism is formed from elongated, substantially vertical connecting struts which are movably attached at their ends to connecting pieces. Between the connecting pieces are still arranged for stabilization of this device, horizontal transverse linkage. In the bottom area of this device are located on both sides of the crossbars respectively wheels, whereby a plurality of wheels is present. The entire cleaning device can be raised via a lifting device to the level of a loading edge of a container, so that the washing device, guided over the accordion-like mechanical device mechanism, in the interior can extend or retract. In this cleaning device, there is the disadvantage, as in the EP 2 618 949 B1 previously pointed out that, due to the rigid support frame, no different dimensions of interiors can be cleaned with one and the same cleaning device. Furthermore, cleaning brushes are missing and thus the possibility to eliminate stubborn dirt on the side walls and the ceiling wall can. A technical device for drying the washed surfaces is also absent.

The most obvious state of the art results from the DE 10 2011 107 167 A1 , The disclosed therein device for cleaning and care of the interior of box bodies and containers has a high degree of automation. All inner surfaces or inner walls of a box body or a container can be washed simultaneously by means of the rotatable hydraulically driven cleaning brushes. As a support means is a hydraulically driven by the transport unit push rod available at the end of a geometric metal cross is arranged. The metal arms are hydraulically moved back and forth and wear a cleaning device. The cleaning device consists of a rotatably driven cleaning brush. Due to the high level of automation can be cleaned at the same time with this known cleaning device up to four inner walls of a vehicle interior. Different types of cleaning of the surfaces of an interior up to a disinfection of the cleaned surfaces, as well as the automated drying of the inner walls after the cleaning process, are technically not possible with this cleaning device. Furthermore, a cleaning of the cleaning brushes, which can pollute itself during the cleaning process, not provided.

Thus, devices for cleaning the inner walls of vehicles, in particular their box bodies, containers and cargo spaces, which are cleaned with the aid of at least one rotatably driven cleaning brush and / or with the aid of spray bars, are known from the state of the art, the cleaning device being mounted on a telescopically extendable carrier device is arranged, known.

The invention is therefore based on the object to avoid the aforementioned disadvantages of the known arrangements of the prior art, a device of the type mentioned and equipped with this device for cleaning and care of the interiors of box bodies and containers, especially of holds known vehicles Cleaning device to create. This cleaning device is to be improved while maintaining the previous advantages in such a way that a self-cleaning of the polluting brushes can be done. Furthermore, a simple, simple, fast, thorough and hygienic cleaning of different degrees of contamination in the interior spaces to be cleaned, with subsequent drying, are made possible. If necessary, with the cleaning device, a disinfection and / or sterilization of the interiors can be made. The technical solution should be economical and cost-effective. This assumes that the device is also suitable in a simple manner for attachment to various machines and / or vehicles.

According to the invention this problem is solved by the characterizing features of claim 1. Advantageous embodiments and expedient developments of the invention will become apparent from the following dependent claims and the description.

The device according to the invention provides that the device required for optimum cleaning, drying, disinfection and sterilization of surfaces has at least one cleaning device, which is formed from a combined washing, drying, disinfecting and / or sterilizing device, which is based on the different levels of pollution and the hygiene of interiors and where in question different vehicles can respond with different washing programs. The cleaning devices themselves are arranged perpendicular to the central longitudinal axis of the metal arms and transversely to the vehicle longitudinal direction. A cleaning device is formed from a support frame and / or a coupling device. On the support frame are the components of the washing, drying, disinfecting and / or sterilizing device.

In a first advantageous embodiment of the washing, drying, disinfecting and / or sterilizing device, the structural sequence of the components of a washing and drying device in the vehicle longitudinal direction and in the vehicle direction (forward travel) is considered, which is formed by a high-pressure tube, a drying channel and a high-pressure tube , A high-pressure pipe is thus arranged to the left in front of the drying channel and a high-pressure pipe to the right in front of the drying channel. This embodiment forms the basic version or the basic equipment of a washing drying and disinfecting device. With this inventive sequence of the components arranged in this way, a washing and drying device is created which, on the one hand, has the smallest dimensions and, on the other hand, achieves optimal and thus thorough cleaning, drying and disinfection of an inner space or the surfaces of the inner walls. The disinfection of the surfaces is achieved here by the addition of chemical agents in the cleaning fluid. This cleaning fluid is applied to the surface via a high-pressure pipe, with each of the two high-pressure pipes being suitable for this purpose. Control elements or control valves in the supply lines of the high-pressure pipes ensure the selected distribution of the treatment liquid and / or the cleaning liquid. That is, the first embodiment of a cleaning device is formed from a combined washing, drying and disinfecting device and which is arranged perpendicular to the central longitudinal axis of the metal arms and transversely to the vehicle longitudinal direction and which is formed from a drying channel and at least one high-pressure tube, wherein the longitudinal axis of the drying channel and the longitudinal axis of the at least one high pressure tube are spaced parallel to each other.

In a further, second advantageous embodiment of the washing, drying, disinfection and / or sterilization direction, the structural sequence of the components of a washing, drying, disinfection and / or sterilizing device in the vehicle longitudinal direction and in the vehicle direction is considered, which is determined by a first High-pressure tube, a drying channel, a UV lamp and a second high pressure pipe is formed. With the additional component of a sterilization device, consisting of a UV emitter, special disinfection and sterilization measures can be carried out. The UV lamp is located to the right of the drying channel and to the left in front of the second high-pressure pipe and is thus located between the drying channel and the second high-pressure pipe. With this inventive sequence of the components arranged in this way, a washing, drying, disinfecting and / or sterilizing device is created which on the one hand has the same small dimensions as that of the basic version and, on the other hand, optimum and therefore thorough cleaning, drying, disinfection and additional sterilization an interior or the surfaces of the inner walls reached. The disinfection of the surfaces is created here by an additional sterilization device, if the use of chemical disinfectants is not desired. The degerminator consists of surface disinfection from a UV lamp. The UV emitter emits ultraviolet radiation, with which microbes are inactivated within a very short time on the surface of the vehicle interior walls.

In a third advantageous embodiment of a washing, drying, disinfecting and / or sterilizing device, the washing, drying, disinfecting and / or sterilizing device by a cleaning brush, a drying channel, at least one high-pressure tube, preferably consisting of three high-pressure tubes and at least one UV emitter formed. The longitudinal axis of the cleaning brush, the drying channel, the at least one high-pressure tube and the at least one UV radiator are spaced parallel to one another. With this inventive arrangement of components, a washing drying, disinfecting and / or sterilizing device is created, on the one hand has small dimensions and on the other hand optimal, thorough cleaning even very heavily contaminated surfaces, drying, disinfection and sterilization, both with chemical Additives and / or ultraviolet radiation of a vehicle interior or the surfaces of the inner walls allows. This means that this embodiment of a cleaning device is formed from a combined washing-drying, disinfection and / or sterilization device and which is arranged perpendicular to the central longitudinal axis of the metal arms and transversely to the vehicle longitudinal direction and which consists of a cleaning brush, a drying channel, at least one high pressure tube and at least one UV emitter is formed, wherein the longitudinal axis of the cleaning brush, the longitudinal axis of the drying channel, the longitudinal axis of the at least one high-pressure tube and the longitudinal axis of the at least one UV emitter are spaced parallel to each other.

In a fourth advantageous embodiment of the washing and drying device, the washing, drying and disinfecting device is formed only by a drying channel, a high-pressure tube and a cleaning brush. Also with this inventive arrangement of components, a washing, drying and disinfecting device is created, on the one hand has small dimensions and on the other hand, a thorough cleaning even very heavily contaminated surfaces, drying and disinfection of a vehicle interior or the surfaces of the inner walls allows. That is to say that the fourth embodiment of a cleaning device is formed from a combined washing and drying device and which is arranged perpendicular to the central longitudinal axis of the metal arms and transversely to the vehicle longitudinal direction and which is formed by a cleaning brush, a drying channel and at least one high-pressure tube, wherein the longitudinal axis of the cleaning brush, the longitudinal axis of the drying channel, the longitudinal axis of the at least one high pressure tube are spaced parallel to each other.

In these four illustrated embodiments and the small dimensions of the cleaning devices, the washing, drying, disinfection and / or sterilization of contaminated surfaces in a vehicle interior are particularly well suited. The third embodiment of a washing and drying device is for example suitable for use in the ceiling area of vehicle interiors, by switching off the cleaning brush and / or individual high-pressure pipes excellent. All embodiments of drying, disinfection and / or sterilization facilities in common is the concertina-like, d. H. Mutual arrangement of the components, as in a bellows, at the turning point outside and inside is a component. The washing-drying, disinfection and / or sterilization facilities are formed of individual components, whose longitudinal axes parallel spaced have a concertina-like arrangement in the vehicle longitudinal direction and vehicle direction in an order, the order of the components of a high-pressure tube, a drying channel, a UV -Strahler, a high pressure pipe, a cleaning brush and a high-pressure pipe is formed.

The configuration of such an advantageous device, according to the embodiment one to four, for insertion into the interior spaces to be cleaned of the vehicles in the vehicle longitudinal direction is with the aid of an attachable transport unit, as shown in 1 Obviously achieved. The transport unit solves the problem to guide the inventive device and to allow a forward and backward movement of the device. The displacement of the device is effected in that the transport unit has a telescopically extendable sliding arm, which can be coupled to the push rod of the carrier device of the device. The push rod in turn is in the center of a geometric metal cross firmly connected to this. The longitudinal axis of the push rod extends in the vehicle longitudinal direction. The longitudinal axes of the vertical and horizontal metal arms of extending transversely to the vehicle longitudinal direction metal cross, as shown in 2 can be seen, are perpendicular to the longitudinal axis of the push rod. The metal arms, which are continuously displaceable back and forth depending on the vehicle interior contour, are equipped with a hydraulic cylinder. The drive of the hydraulic cylinder via the transport unit. At least one free end of the metal arms is a cleaning device according to the invention, as shown in 2 can be seen arranged in the execution of a combined washing, drying, disinfection and / or sterilization.

A further advantage is that, depending on the embodiment of the cleaning device, the manner of attachment of the cleaning device to a metal arm can differ. The attachment for the cleaning device may consist of a fastening means, such as a simple support frame and / or a coupling device, wherein further without further Fasteners are possible. The simple support frame and / or the coupling device is respectively carrier of the high-pressure pipes, the drying channel, the UV lamp and the cleaning brush and the rotary drives for the high-pressure pipes and the drive motors for the cleaning brushes, insofar as the cleaning device is equipped with a cleaning brush and the motor gear for the drying channels. In a further advantageous embodiment of the fastening means, this support frame and / or the coupling device has an additional hydraulic cylinder, with which the cleaning brush can be pushed back and forth from a rest position into a division of labor.

It is particularly advantageous that a washing, drying, disinfection and / or sterilizing device according to the invention, consisting of the aforementioned components high-pressure tube, drying channel, UV emitter and cleaning brush can be located on each metal arm, whereby four inner walls (floor, ceiling and the two side walls, including the opened rear door) of an interior in the vehicle longitudinal direction, washed, dried, disinfected and / or sterilized at the same time. It is also advantageous that when the washing, drying, disinfection and / or sterilization facilities have reached the rear wall at the end of the interior, this of course, due to the arrangement and mobility of the individual components of the washing, drying-disinfecting and / or degerminator can clean, dry, disinfect and sterilize.

An essential advantage of the arranged on a metal arm first embodiment of a washing, drying, disinfection and / or sterilization device is that it is composed of individual cleaning, drying, disinfecting and sterilizing advantageous to an inventive solution of the asked Accomplish tasks. The solution is to arrange the components of high-pressure pipes, drying channels, UV lamps and cleaning brushes for internal cleaning so inventive that optimal cleaning, drying, disinfection and / or sterilization of vehicle interiors can be done. This arrangement of individual components, which is inventive in a confined space, makes it possible to use a large number of washing programs, which result from the different interaction of the components. With several washing programs can be easily responded to different soiling, or contamination of interiors and even on the individual surfaces of the bottom wall, the side walls and the ceiling wall.

The inventive arrangement of the individual components therefore consists of a specific structural order of these components. The structural sequence of the components of a washing and drying device in the vehicle longitudinal direction and in the vehicle direction, from a high pressure pipe, a drying duct, a UV lamp, a high-pressure pipe, a cleaning brush and a high pressure pipe, as shown in 3 and 4 apparent, formed. With this advantageous sequence of components arranged in this way, a washing, drying, disinfecting and / or sterilizing device is created which, on the one hand, has small dimensions and, on the other hand, optimum and therefore thorough cleaning, drying, disinfection and sterilization of an interior or of the surfaces the interior walls, scored. The dimensions of the washing, drying, disinfecting and / or sterilizing device are of particular importance, on the one hand to save weight and on the other hand to be used for small vehicle interiors. This advantageous arrangement of the components forms an embodiment of a washing, drying, disinfecting and / or sterilizing device. With this embodiment of a washing, drying, disinfecting and / or sterilizing device, different washing programs for cleaning, drying, disinfecting and sterilizing are possible and selectable. To select the washing programs, a control program is available. With the help of the control program, the individual components of a washing, drying, disinfecting and / or sterilizing device can be controlled via a control device. The control of the individual components of a washing, drying disinfection and / or sterilization device thus takes place with the aid of control elements, which can be selected via a control program which includes the washing and additional programs.

The different freely selectable washing programs and additional programs are on the one hand possible by the advantageously selected arrangement of the components and on the other hand by their individual control by means of control elements. Due to the activation of the individual components z. B. the following washing programs with the first embodiment of a washing, drying and disinfecting possible: A washing program "WI", in which only the high-pressure cleaning is used. Another washing program "WTI" requires a high pressure cleaning with drying or a washing program "WTDI" offers a high pressure cleaning, drying and disinfecting. In another washing program "WII" with an advantageous embodiment of a washing, drying and disinfecting device, only the cleaning brush is used. In a further washing program "WTII", the cleaning is carried out with the aid of the cleaning brush and subsequent drying or is carried out after the washing program "WTDII" with the order cleaning brush, drying and disinfecting. Another washing program consists of the combination of the washing programs "WI" and "WII" and forms the washing program "WIII". In addition to the normal washing program "WI", "WII" and "WIII", the treatment of the surfaces with disinfectant as additional program "ZDI", "ZDII" and "ZDIII" can be selected for all washings, depending on which spray bar is in the wash cycle. and drying device to be added. As a further accessory program "ZUV", the UV irradiation can be selected in addition to the normal washing program "WI", "WII" and "WIII". Also as a supplementary program "ZT" to the normal washing program "WI", "WII" and "WIII", the additional drying of the surfaces is provided at the end of the cleaning. Further combinations of washing programs are possible. Due to a large number of washing programs, however, not all possible combinations are shown here. A particularly advantageous washing program for extreme soiling is still shown here. It results in the application of the third embodiment of a washing, drying, disinfecting and / or sterilizing device. Already with the first advantageous embodiment of a washing, drying, disinfecting and / or sterilizing device, as previously indicated, various washing programs and / or additional programs can be selected, which will be explained in more detail in the technical description. First, the composition of the components of the washing, drying, disinfecting and / or sterilizing device is shown. In the third embodiment of a washing, drying, disinfecting and / or sterilizing device is located in front of the cleaning brush, a high-pressure tube having a nozzle assembly having a, for optimum cleaning of the surface required adapted nozzle position. Such, arranged for the high pressure cleaning on a support frame high pressure pipe, also referred to as spray bar. The high pressure pipe is provided with a rotary drive, so that the nozzle position and thus the angle of attack of the nozzles can be changed to the surface to be cleaned. With the change of the angle of attack, for example, the rear wall of an interior can be cleaned. The distance of the spray bar to the surface to be cleaned in the vehicle longitudinal direction is adjusted by the hydraulic cylinder on the metal arm. The vertical and horizontal metal arms of the metal cross are continuously displaceable in itself, as in a telescope, and with the help of a hydraulic cylinder each back and forth movable. The drive of the hydraulic cylinders can take place via the machine-side or vehicle-side hydraulics of the transport unit. Due to the stepless displacement of the telescopically designed vertical and horizontal metal arms, the spray bars and the cleaning brushes, or the contact pressure of the cleaning brushes on the inner walls of a box body, can be optimally adjusted. Of course, the technical possibility is provided to adjust or move only one and / or two and / or three of the four metal arms. During the adjustment or displacement of only one metal arm on the device, only one cleaning device would be used for cleaning a vehicle interior, for example the cleaning device for the bottom wall. In general, the surface of the bottom wall is most likely and most polluted. On the other hand, in the case of the ceiling surface, it is not absolutely necessary for every cleaning process to carry out a surface treatment. This means, for example, that the surface of the bottom wall can be washed with a cleaning brush and the surfaces of the side walls without cleaning brush, the surface of the ceiling wall can do without the use of a washing, drying, disinfection and / or sterilization.

An advantageous selection for the adjustment of the cleaning devices is given by the displacement of the metal arms on the one hand and by the advantageously selected arrangement of the cleaning devices on the metal cross on the other hand. The activation of each metal arm by means of control elements is freely selectable. Due to the free choice to use one or up to four cleaning devices at the same time, there are further possibilities for the application of washing and additional programs. With the control of the individual cleaning devices, all needs for cleaning vehicle interiors can be met. The activation of the individual metal arms results in further washing programs "MI", "MII", "MIII" and "MIV". With the selection of these washing programs "MI", "MII", "MIII""MIV" and "MV", the side wall to be cleaned in the vehicle interior is selected. For example, in the selection of the program "MI" only the lower vertical metal arm is controlled, whereby only the lower horizontal washing, drying, disinfecting and / or disinfecting device for the bottom wall is used. In another "MII" washing program, only the left side wall is actuated by the horizontal metal arm, which carries out the displacement of the vertical washing, drying, disinfecting and / or sterilizing device. The same applies to the "MIII" and "MIV" washing programs, where the right horizontal or upper vertical metal arm is activated. With the "MV" washing program, all four metal arms are controlled and made a shift in the washing, drying, disinfection and / or sterilization. Of course, a combination of washing programs for selecting the vehicle interior walls "MI" and "MII" or "MI" and "MIII" or "MI" and "MIV" or "MII" and "MIII" etc. is also possible.

A significant advantage of the device according to the invention is thus on the one hand to select the vehicle interior wall to be cleaned and on the other hand to be able to determine the washing program for the surface to be cleaned of a selected vehicle interior wall.

Another advantage of the invention results from a different arrangement of embodiments of washing, drying, disinfection and / or sterilization facilities on the metal arms. For example, a third embodiment may be located on the lower vertical metal arm and a first embodiment on the upper vertical metal arm and a fourth embodiment of a washing, drying, disinfecting and / or sterilizing device on the horizontal metal arms. Other combinations of washing, drying, disinfection and / or sterilization facilities on the metal arms are of course possible and arise from the applications to economically and inexpensively clean a vehicle interior.

In this advantageous embodiment, however, not only the here designated as the front spray bar high-pressure tube, but also the middle and the rear high-pressure tube, also referred to as middle and rear spray bar, are simultaneously moved continuously by a metal arm. In a displacement of a metal arm so the three spray bars are pushed simultaneously to the surface or back, because all three spray bars are arranged on the same support frame. Furthermore, the three spray bars are located on one level, or the longitudinal axes of the three spray bars are on the one hand aligned and parallel to each other and on the other hand are at a parallel distance to the surface to be cleaned. Due to this arrangement of the spray bars on the support frame of the washing and drying device, the three spray bars move simultaneously with the displacement of the metal arm to the surface to be cleaned or back, because a support frame via a fastening means on a metal arm, or the support frames arranged on the metal arms are. All three spray bars of a washing, drying, disinfecting and / or degerminating device may further be equipped with an additional drive, whereby an oscillating movement in the direction of its own longitudinal axis and parallel spaced from the surface to be cleaned is possible. Due to the oscillating movement of the spray bars, a larger work area in length, width and height can be covered. This additional function can significantly improve the cleaning process or cleaning effect.

Immediately to the front spray bar, the cleaning brush connects, which is advantageously designed as a roller brush. The roller brush cleans the surface of the still stubborn dirt after the spray bar. The drive of the cleaning brushes can, as from the DE 10 2011 107 167 A1 known to be done with the help of hydraulic drives and the hydro drive in turn can be operated by means of pressurized water. Preferably, the drive of the cleaning brush is formed by means of hydraulic motors. The drive of the hydraulic motors takes place via the machine-side or vehicle-side hydraulics on the transport unit. It is also conceivable to provide an electric motor drive.

Immediately after the cleaning brush, a high-pressure pipe advantageously joins again, this being the middle spray bar. It should be explained in advance, however, that all three spray bars of a washing, drying, disinfecting and / or sterilizing device have different tasks or functions. The tasks are to provide or use different treatment liquids. The surfaces of the interiors are sprayed with treatment liquids. For example, water or soap mixed with water. Detergent chemicals are also used to remove dirt or additives to care for the surfaces of interiors and disinfectants. To increase the cleaning effect, it can be advantageously heated during the preparation of a treatment liquid by a hot liquid preparation. The treatment liquids are sprayed onto the surfaces by means of the spray bars in the interior washing and drying device, the subsequent cleaning of the surfaces then taking place either via the rotating roller brush or via the high-pressure tubes. At the end of the washing process, the treatment liquids are blown out with the aid of the drying device and the surfaces are thus dried. The treatment liquids are collected and sent for reprocessing. A disinfectant introduced with a spray bar can also be blown out or left on the surface, depending on with which spray bar the disinfectant was applied to the surface. The front spray bar therefore has the task or function, a distribution of cleaning fluid and / or a distribution of disinfectant when cleaning the surface depending on which washing program has been selected for cleaning the interior. D. h., On the one hand, this front spray bar used in conjunction with the high-pressure cleaning and the treatment liquid with water or soap with added water to remove dirt. On the other hand, the front spray bar, in conjunction with the spray distribution of disinfectants on the surfaces, serves to kill germs and bacteria, thus providing protection against pathogens. The use of different treatment liquids via the known way of changeover valves in the supply lines. The middle spray bar also has different tasks. One object is to spray the rotating roller brush with the help of the spray bar under high pressure when the washing and drying device in the vehicle longitudinal direction, for example, for cleaning a cargo space, is inserted into this. Characterized the rotating roller brush is cleaned of adhering dirt particles, wherein the treatment liquid used may contain various additives, as described above. This can be done during the cleaning process so-called self-cleaning of the cleaning brush to prevent drying of dirt particles on the cleaning brush for hygienic reasons. However, a spray distribution of disinfectants onto the surfaces to be cleaned can also take place via this middle spray bar.

In a particular expedient arrangement of the individual components, a sterilization device, consisting of a UV emitter, adjoins directly to the middle spray bar. The UV emitter also serves to disinfect and degermate the surfaces and is suitable for killing certain pathogens. This requirement is necessary especially for vehicles with box bodies, which transport food, especially fresh meat. The longitudinal axis of the UV radiator is parallel to the longitudinal axes of the spray bar and also parallel to the surface to be cleaned and thus runs, as the entire washing, drying, disinfection and / or sterilization, transversely to the vehicle longitudinal direction. However, the distance of the UV radiator to the surface to be cleaned may be less than the distance of the spray bar to this. Immediately adjacent to the UV emitter is now advantageously the drying channel.

Another advantage results from the arrangement of the drying channel in the washing, drying, disinfection and / or sterilization. The drying channel is part of the washing, drying, disinfecting and / or sterilizing device. It can be equipped with a arranged on the support frame of the cleaning device forward-backward rotary drive. Due to the rotary drive, the drying channel has the advantage that the angle of attack of the air slot of the drying channel can change its direction to the surface to be cleaned or to be dried. When driving forward the device, the louver points in the direction of the cleaning brush and on the return journey in the direction of the opening of the vehicle interior. Other versions are the description in the 3 and 4 refer to. Immediately to the drying channel again connects to a high-pressure pipe or a spray bar. On the one hand, this high-pressure pipe can serve for additional cleaning in order, for example, to flush out impurities from the vehicle interior or to use it as a spray bar for disinfecting. In both cases of using the high-pressure pipe, in the function of a high-pressure cleaner or as a spray bar, the drying channel due to the angle of attack of the air slot, the surface of the vehicle interior to dry.

In a particular advantageous embodiment of the device, the upper vertical metal arm is removable from the metal cross, whereby the device can be reduced in height. By reducing the height even smaller vehicle interiors, as found for example in multi-storey animal transporters, be cleaned. Three-tiered animal transporters are not uncommon among livestock transporters.

In a further particularly advantageously designed device, the device can be rotated about the longitudinal axis of the push rod in each case by 90 degrees. The rotation takes place between the connecting device and the suspension device of the transport unit. With the advantageous rotation of the metal cross of the device, a change of position of the washing and drying devices is made possible. This change is of particular advantage when different embodiments of washing and drying devices are located on the metal arms of the carrier device. With a rotation, for example, by 180 degrees, the provided for the bottom wall washing and drying device is now used for the ceiling wall cleaning. A rotation of the metal cross by 90 degrees can thus avoid assembly / disassembly and thus a change of washing and drying facilities on the metal arms.

A concrete embodiment of the invention is shown purely schematically in the drawings and will be described in more detail below. It shows:

1 in a schematic side view of a complete device according to the invention, the is inserted from a transport unit in the box body of a vehicle, and

2 in an illustrated representation of a container of a vehicle with the carrier and cleaning device according to the invention, and

3 in plan view, a washing and drying device according to the invention in forward movement, and

4 in plan view, a washing and drying device according to the invention in backward movement.

The 1 shows a schematic representation of a concrete embodiment of a transport unit 2 with device 1 for cleaning, drying and care of vehicle interiors 10 , in particular of luggage bodies 9 and containers 9 of a vehicle 11 using at least one cleaning device 4 , advantageously with four cleaning devices 4 (please refer 2 ) getting cleaned. In this application example, the inventive device 1 in a box-shaped structure 9 an animal transporter used. The device 1 corresponds to the following explanations with reference to the description of the 2 . 3 and 4 , The connection and the supply of the cleaning device 4 is the remarks of the 1 refer to. Descriptions and information on the device 1 and for attachment to the sliding arm 60 that are identical in the 1 are included, z. T. also in the 2 . 3 and 4 listed and are therefore provided with matching elements with the same reference numerals.

A device 1 thus consists of a carrier device 3 and four cleaning devices 4 , wherein a cleaning device 4 a washing and drying device 12 . 13 . 14 . 15 contains. In the 1 is the left washing and drying device 12 demonstrated. Furthermore, the device 1 on a telescopic, extendable sliding arm 60 a transport unit 2 flanged. Corresponding names are in the 1 to 4 provided with the same reference numerals.

The device according to the invention 1 for the treatment of vehicle interiors 10 with treatment liquids, consists essentially of a carrier device 3 and four cleaning devices 4 , The carrier device 3 consists of a push rod 7 and a metal cross 5 and the cleaning device 4 is made of a support frame 28 . 29 . 30 . 31 and a washing and drying device 12 . 13 . 14 . 15 , educated. The insertion of the device 1 in the vehicle interior to be cleaned 10 in the vehicle longitudinal direction 61 is using the transport unit 2 performed. For this purpose, the support means 3 a push rod 7 on, the focus 6 a geometric metal cross 5 (please refer 2 ) substantially at right angles to the metal cross 5 is attached, with the longitudinal axis 8th the push rod 7 in the vehicle longitudinal direction 61 runs. The other end of the push rod 7 has a connection device 62 on that with the hanging device 63 located at the free end of the telescopic sliding arm 60 the transport unit 2 is located, corresponds. The connection device 62 forms the interface between the push rod 7 or the carrier device 3 the device 1 and the hanging device 63 the sliding arm 60 the transport unit 2 , The sliding arm 60 can be up to a length of max. 30 m are extended. Therefore, located on each metal arm 14 . 15 . 16 . 17 of the metal cross 5 (please refer 2 ) for guiding the device 1 a support wheel (not shown for clarity). The retractable and extendable Schiebarm 60 , the part of a transport unit 2 is, for example, a stationary machine (not shown), is a hydraulic motor 43 driven. The hydraulic motor 43 also provides the supply for the drive motors 52 . 53 . 54 . 55 the cleaning brushes 48 . 49 . 50 . 51 and for the hydraulic cylinders 20 . 21 . 22 . 23 at the device 1 for sure. The water connection 64 (please refer 2 ) for the water supply during the cleaning process takes place via an external connection or via a liquid container arranged on the stationary machine 59 , Also the blower connection 66 for drying the cleaned surfaces or inner walls 75 of the vehicle 11 , can also have one on the transport unit 2 arranged or stationary blower 67 respectively.

Instead of the stationary machine, the device 1 to a transport unit 2 , consisting of a material handling equipment 2 , as shown in this example, be connected. The material handling equipment 2 also has a telescopic sliding arm 60 and is also on a ramp 68 , hence the longitudinal axis 65 of the Schiebarm 60 the same height to the ground 69 has like the longitudinal axis 8th the push rod 7 , Due to the all-wheel steering of the material handling equipment 2 in which it may be a telescopic loader, there is a mobility and thus a positioning of the device 1 in front of the opening 70 a box-shaped structure of a vehicle 11 optimally given. A change in position of the sliding arm 60 opposite the height of the longitudinal axis 108 a vehicle interior 10 is with such an industrial truck 2 also excellent. The insertion of the device 1 in the opening 70 a box-shaped construction 9 via a control device 71 for the sliding arm 60 where the readings are taken from the device 1 attached distance sensors are evaluated. The advancing and Retracting the device 1 done with the help of the sliding arm 60 the transport unit 2 , The water supply for the cleaning process takes place in this embodiment via an on forklift 2 existing liquid container 59 , Is the transport unit 2 with the flanged device 1 to the box body 9 or container 9 aligned, the cleaning process after selecting a washing program 74 with one in the transport unit 2 arranged control panel 72 respectively. The controller 72 contains, among other things, a comprehensive control program 73 , The control program 73 for the cleaning process has a variety of selectable washing programs 74 on. After selecting a washing program 74 The cleaning process begins for the treatment of the surfaces of the interior walls 75 of the vehicle interior 10 with the washing and drying device 12 . 13 . 14 . 15 , Further details on the washing and drying device 12 . 13 . 14 . 15 are the 2 . 3 and 4 refer to.

From the 2 is a container in the illustrated illustration 9 of a vehicle 11 with the device according to the invention 1 visible from a carrier 3 and four cleaning devices 4.1 . 4.2 . 4.3 . 4.4 consists. In this application example, the inventive device 1 in a container 9 , which stands on a semi-trailer, for cleaning, drying, disinfection and sterilization of the vehicle interior 10 and thus for the treatment and care of the interior walls 75 used. The device 1 corresponds to the statements according to the 1 , Descriptions and information on the device 1 that are identical in the 1 are included, z. T. listed and are therefore provided with matching elements with the same reference numerals.

The metal cross 5 the carrier device 3 has four metal arms 16 . 17 . 18 . 19 on, with the metal arms 16 . 17 . 18 . 19 from a left horizontal metal arm 16 , a right horizontal metal arm 17 , an upper vertical metal arm 18 and a lower vertical metal arm 19 are formed. At the free ends 24 . 25 . 26 . 27 the metal arms 16 . 17 . 18 . 19 each is a cleaning device 4.1 . 4.2 . 4.3 . 4.4 arranged. The cleaning facilities 4.1 . 4.2 . 4.3 . 4.4 themselves are perpendicular to the central longitudinal axis 32 . 33 . 34 . 35 the metal arms 16 . 17 . 18 . 19 and transverse to the vehicle longitudinal direction 61 arranged. The cleaning facilities 4.1 . 4.2 . 4.3 . 4.4 consist according to the invention of a support frame 28 . 29 . 30 . 31 and a washing and drying device arranged thereon 12 . 13 . 14 . 15 , The push rod 7 the carrier device 3 is perpendicular to the vertical and horizontal metal arms 16 . 17 . 18 . 19 of the transversely to the vehicle longitudinal direction 61 extending metal cross 5 arranged. Furthermore, the metal arms 16 . 17 . 18 . 19 of the metal cross 5 telescopic with a hydraulic cylinder 20 . 21 . 22 . 23 formed, wherein the hydraulic cylinder 20 on the horizontal left metal arm 16 , the hydraulic cylinder 21 on the horizontal right metal arm 17 , the hydraulic cylinder 22 on the upper vertical metal arm 18 and the hydraulic cylinder 23 on the lower vertical metal arm 19 is arranged. The hydraulic cylinders 20 . 21 . 22 . 23 are continuously displaceable forward and backward as a function of the vehicle interior contour. The drive of the hydraulic cylinders 20 . 21 . 22 . 23 via the on the machine side or vehicle side transport unit 2 arranged hydraulic motor 43 , Every single one of the four metal arms 16 . 17 . 18 . 19 located cleaning device 4.1 . 4.2 . 4.3 . 4.4 is about one on the support frame 28 . 29 . 30 . 31 releasable fastener 76 . 77 . 78 . 79 (see also in the 3 and 4 ), flanged. The fastener 76 . 77 . 78 . 79 may also consist of a coupling device. Every single carrier 28 . 29 . 30 . 31 is in turn carrier of a washing and drying device 12 . 13 . 14 . 15 , On the support frame 28 is the washing and drying device 12 for cleaning the left side wall 81 and on the support frame 29 the washing and drying device 13 which the right side wall 82 cleans. While the washing and drying device 14 for cleaning the ceiling wall 83 on the support frame 30 is the washing and drying device 15 which the bottom wall 80 cleans, on the support frame 31 arranged. Further details on the washing and drying device 12 . 13 . 14 . 15 can the 3 and 4 be removed. An example is the washing and drying device 13 , representative of the washing and drying facilities 12 . 14 . 15 , explained in more detail. In the 3 . 4 becomes a washing and drying device 12 . 13 . 14 . 15 shown according to the third embodiment. The third embodiment contains most of the components and thus also the components of the other embodiments 1, 2 and 4 of washing and drying devices 12 . 13 . 14 . 15 , The on a support frame 28 . 29 . 30 . 31 arranged components of a washing and drying device 12 . 13 . 14 . 15 consist of several high-pressure pipes 40.1 - 40.4 . 41.1 - 41.4 . 42.1 - 42.4 a drying channel 36 . 37 . 38 . 39 , a UV lamp 44 . 45 . 46 . 47 and a cleaning brush 48 . 49 . 50 . 51 , Also the rotary drives 56.1 - 56.4 . 57.1 - 57.4 . 58.1 - 58.4 for the high pressure pipes 40.1 - 40.4 . 41.1 - 41.4 . 42.1 - 42.4 , the drive motors 52 . 53 . 54 . 55 for the cleaning brushes 48 . 49 . 50 . 51 and the motor gearbox 109.1 - 109.4 for the drying channels 36 . 37 . 38 . 39 , are on the support frame 28 . 29 . 30 . 31 or on the components of the high-pressure pipes 40.1 - 40.4 . 41.1 - 41.4 . 42.1 - 42.4 and the cleaning brushes 48 . 49 . 50 . 51 (see in the 3 and 4 ) arranged. The rotary actuators 56.1 - 56.4 . 57.1 - 57.4 . 58.1 - 58.4 , the drive motors 52 . 53 . 54 . 55 and the Engine / gear 109.1 - 109.4 can make a change of direction. More details can the 3 and 4 be removed.

In an advantageous arrangement, instead of the washing and drying facilities can 12 . 13 . 14 . 15 the third embodiment, also washing and drying facilities 12 . 13 . 14 . 15 according to the first, second or fourth embodiment (in the 2 . 3 and 4 not shown) or a combination thereof. That is, z. B. that on a horizontal metal arm 16 . 17 a washing and drying device 12 . 13 according to the fourth embodiment and to the lower vertical metal arm 19 a washing and drying device 15 according to the third embodiment, as well as the upper vertical metal arm 18 a washing and drying device 14 can be located according to the first embodiment. Further combinations of arrangements of the four embodiments of a washing and drying device 12 . 13 . 14 . 15 on the four metal arms 16 . 17 . 18 . 19 are possible.

From the 3 is an illustrated illustration of a cleaning device according to the invention 4.2 , analogous to the cleaning equipment 4.1 . 4.3 and 4.4 , with a support frame 29 and a washing, drying, disinfecting and sterilizing device 13 seen in plan view. In this application example, the inventive cleaning device 4.2 , on the example of the right side wall to be cleaned 82 , in a box-shaped construction 9 of a vehicle 11 , for cleaning and care of interior walls 75 used. It becomes the operating position of the cleaning device 4.2 shown in the forward movement. The cleaning device 4.2 in addition to connection and supply corresponds to the versions of the compl. cleaning device 4.1 - 4.4 according to the 1 , wherein further embodiments of the 2 can be seen. Descriptions and information on the device 1 and to attach a cleaning device 4.1 - 4.4 on a metal arm 16 . 17 . 18 . 19 that are identical in the 1 and 2 are included, z. T. listed and are therefore provided with matching elements with the same reference numerals.

Representing the four embodiments of a washing and drying facilities 12 . 13 . 14 . 15 and the four at the metal arms 16 . 17 . 18 . 19 arranged cleaning devices 4.1 - 4.4 , Here is the third embodiment of the washing, drying and disinfecting device 13 a cleaning device 4.2 demonstrated. In the third embodiment of a cleaning device 4.1 - 4.4 is the first as basic, or basic execution designated cleaning device 4.1 - 4.4 as well as the second and fourth embodiment of a cleaning device 4.1 - 4.4 contain. The first embodiment includes a high pressure pipe 40 , a drying channel 36 - 39 and a high pressure pipe 41 , The second embodiment has a high-pressure pipe 40 , a drying channel 36 - 39 , a UV lamp 44 - 47 and a high pressure pipe 41 on. While the fourth embodiment is a high pressure pipe 40 , a drying channel 36 - 39 , a high pressure pipe 41 and a cleaning brush 48 - 51 contains or only from a drying channel 36 - 39 , a high pressure pipe 41 and a cleaning brush 48 - 51 consists. The washing, drying, disinfecting and sterilizing device 13 is on the support frame 29 arranged and forms with the support frame 29 the cleaning device 4.2 , The support frame 29 has a fastener 77 on, which may for example consist of a quick coupling device. The fastener 77 is with the hydraulic cylinder 21 of the right horizontal metal arm 17 connected, causing the cleaning device 4.2 can be moved.

The third embodiment of the washing, drying, disinfecting and sterilizing device 13 is formed from a combination of different components for cleaning, drying and disinfecting a surface. The components for cleaning consist of rotating and non-rotating elements, which achieve an optimal cleaning effect in interaction with each other and using liquids. The non-rotating components affect three high-pressure pipes 40.2 . 41.2 . 42.2 , a sterilization facility 100 consisting of a UV lamp 45 and a drying channel 37 , The rotating element concerns the cleaning brush component 49 , The arrangement of the components is of particular importance. In the arrangement shown, the forward drive of the device 1 in the vehicle longitudinal direction 61 from the opening 70 to the back wall 84 of the vehicle interior 10 a box body 9 and / or containers 9 shown. The order of the components is as follows: the first high-pressure pipe 42.2 is located right before the cleaning brush 49 and comes the back wall 84 the next. Next from the back wall 84 spaced next follows the cleaning brush 49 , being left in front of the cleaning brush 49 the next high pressure pipe 41.2 (as a second high pressure pipe 41.2 referred to), which is thus between the cleaning brush 49 and the drying channel 37 located. To the left of the high pressure pipe 41.2 still closes a sterilization facility 100 consisting of a UV lamp 45 on, with the UV lamp 45 on the right in front of the drying channel 37 and thus also between the cleaning brush 49 and the drying channel 37 located. Farthest from the back wall 84 spaced is the left in front of the drying channel 37 arranged high pressure pipe 40.2 (as the third high pressure pipe 40.2 designated). The longitudinal axis 85 the cleaning brush 49 and the longitudinal axis 86 of the drying channel 37 are in a level I 90 and are spaced parallel to each other. All longitudinal axes 85 the cleaning brushes 48 . 49 . 50 . 51 and all longitudinal axes 86 the drying channels 36 . 37 . 38 . 39 are provided with the same reference numerals to simplify the illustration. The longitudinal axis 87 of the first high-pressure pipe 42.2 , the longitudinal axis 88 of the second high pressure pipe 41.2 and the longitudinal axis 89 of the third high pressure pipe 40.2 are in a level II 91 and are spaced parallel to each other. All longitudinal axes 87 the high pressure pipes 42.1 - 42.3 and all longitudinal axes 88 the high pressure pipes 41.1 - 41.3 and all longitudinal axes 89 the high pressure pipes 40.1 - 40.3 are provided with the same reference numerals to simplify the illustration. The distance between the first high pressure pipe 42.2 and the second high pressure pipe 41.2 results from the size of the diameter of the cleaning brush 49 where the diameter of the cleaning brush 49 was taken into account during the rotation. The distance between the second high pressure pipe 41.2 and the third high pressure pipe 40.2 is determined by the size of the diameter of the drying channel 37 and the size of the UV lamp 45 certainly. The sizes of the diameter of the cleaning brush 49 and the drying channel 37 are almost adapted. The smallest possible distances between the components were sought. The two levels I 90 and II 91 in turn are also spaced apart in parallel. The distance between the drying channel 37 and the two high-pressure pipes 41.2 and 40.2 roughly corresponds to the leg length 96 of an isosceles or unequal triangle with an obtuse angle and the height h resulting from the distance between the two planes I 90 and II 91 results. The longitudinal axes 88 . 89 the high pressure pipes 41.2 . 40.2 are in level II 91 and form the vertices A 93 and B 94 of the triangle 92 A 93 , B 94 , C 95 while the longitudinal axis 86 of the drying channel 37 in the level I 90 lies and the vertex C 95 forms. The in the vertex C 95 located obtuse angle includes about 110 degrees to 160 degrees, preferably about 135 degrees. The same triangle is also used in the arrangement of components, cleaning brush 49 and high pressure pipes 42.2 and 41.2 educated. That is, the distance between the two levels I 90 and II 91 between the drying channel 37 and the two high-pressure pipes 41.2 and 40.2 is equal to the distance between the cleaning brush 49 and the two high-pressure pipes 42.2 and 41.2 , The longitudinal axes 87 . 88 the high pressure pipes 42.2 . 41.2 are in level II 91 and form the vertices A ' 98 and B 94 of the triangle 97 A ' 98 , B 94 'C' 99 while the longitudinal axis 85 the cleaning brush 49 in the level I 90 lies and the vertex C ' 99 forms. The longitudinal axis 88 of the high pressure pipe 41.2 forms a common vertex B 94 from the triangle 92 and 97 , The at the corners A 93 , C 95 , B 94 'C' 99 'A' 98 arranged components thus form a zieharmonikaartige arrangement. Due to this advantageous arrangement of the components is a cleaning device 4.2 created, which has small dimensions in size. The degerminator 100 consists of a UV lamp 45 , The UV lamp 45 is an ozone-depleted high-intensity UV lamp with a very high inactivation rate of microorganisms. Furthermore, the UV lamp 45 a compact, slim design with splash-proof housing and thus allows a structural adaptation to the drying channel 37 , The longitudinal axis 107 of the UV lamp 45 is parallel to the longitudinal axis 86 of the drying channel 36 . 37 . 38 . 39 and parallel to the longitudinal axes 88 . 89 the high pressure pipes 40.1 - 40.4 and 41.1 - 41.4 spaced.

From the arrangement and sequence of the components described above it can be seen that a cleaning process in the forward movement of the device 1 he follows. The cleaning process was started by the driver in the cab. The start takes place after the positioning of the device 1 , with the selection of a washing program 74 (please refer 1 ). For illustration, the washing program "WTDII" with additional program "ZUV" was selected as an example. The washing program 74 contains a high pressure cleaning, washing with the cleaning brush 49 , the disinfecting and drying of the surfaces to be cleaned or inner walls 75 a vehicle interior 10 , here the example of the right side wall 82 , For example, an animal transporter 11 , pointed out.

At the beginning of the high pressure cleaning are the flat jet nozzles 101 with regard to the right side wall to be cleaned 82 in one according to the 3 indicated pivot position. In this pivoting position are the flat jet nozzles 101 the front, in front of the cleaning brush 49 arranged high pressure pipe 42.2 , diagonally to the side wall 82 directed while the flat jet nozzles 101 after the cleaning brush 49 arranged high pressure pipe 41.2 diagonally to the cleaning brush 49 are directed. The flat jet nozzles 101 of the high pressure pipe 40.2 are directed perpendicular to the side wall. For cleaning the horizontal side wall 82 of the vehicle interior 10 becomes the front high pressure pipe 42.2 subjected to cleaning fluid under high pressure and the supply of the cleaning fluid to the second and third high pressure pipe 41.2 . 40.2 interrupted. In the indicated pivoting position of the drying channel 37 has the outlet nozzle 103 diagonally to the side wall 82 and towards the back wall 84 ,

The flat jet nozzles 101 on the high pressure pipe 42.2 be with a hot high pressure liquid from the, the liquid container 59 ( please refer 1 ) downstream hot liquid processing, supplied. The high-pressure liquid is removed from the flat jet nozzles 101 at an angle of 45 degrees, plus / minus 15 degrees, on the contaminated surface of the right inside wall 82 applied at high pressure and the impurities, such as animal secretions eliminated. Is the cleaning device 4.2 with the high pressure pipe 42.2 in front of the back wall 84 arrived, the high pressure pipe 42.2 due to a rotary drive 56.2 around its longitudinal axis 87 rotated or pivoted and the angle of the flat jet nozzles 101 changed by 90 degrees. The metal arm 16 pulls the cleaning device 4 then continuously back and the flat jet nozzles 101 follow the surface of the back wall, which causes the high-pressure liquid also the center of the back wall 84 reached. Advantageously, the high pressure pipe 42.2 an oscillating movement in the direction of its longitudinal axis 87 perform, thereby eliminating the cleaning effect on the back wall 84 is still increased.

After cleaning the surface with high pressure liquid from the flat jet nozzles 101 , the surface is cleaned using the cleaning brush 49 , The cleaning brush 49 is done with the help of a hydraulic drive motor 53 driven. The direction of rotation of the cleaning brush 49 runs counterclockwise. In an advantageous embodiment, the cleaning brush 49 not directly on the support frame 29 arranged but between the support frame 29 and the cleaning brush 49 is a hydraulic cylinder 106 arranged. With the help of the hydraulic cylinder 106 can the cleaning brush 49 perform a translatory movement. Based on the additional translational shift 49 , the contact pressure of the cleaning brush 49 be optimized. Also cleaning brushes 49 different diameter can be used.

During the cleaning process, dirt particles in the cleaning brush can 49 accumulate, for. B. animal secretions attached to the bristles of the cleaning brush 49 adhere. To a surface sterilization of the inner walls 75 not counter-productive, is a self-cleaning of cleaning brush 49 intended. The self-cleaning is done by the cleaning brush 49 downstream high pressure pipe 41.2 , The flat jet nozzles 101 point at an angle to the bristles of the cleaning brush 49 and flush out the dirt particles under high pressure. Rinsing the cleaning brush 49 is not always necessary and can be done by connecting an additional program. About the second high pressure pipe 41.2 but can also be done via a selected additional program disinfection of the surface in which a treatment liquid is sprayed with chemical additives. For this purpose, the angle of attack of the flat jet nozzles 101 to the surface to be cleaned, here the right side wall 82 changed. The change in the angle of attack is carried out by means of a rotary drive 57.2 , which is a rotation of the high-pressure tube 41.2 around its longitudinal axis 88 causes. The to the high pressure pipe 41.2 subsequent degermination device 100 , is during the forward drive of the cleaning device 4 inactive and due to the working position I of the drying channel 37 not released. The drying channel 37 includes a substantially tubular housing 102 with an outlet nozzle 103 , through the outlet opening 104 a over a blower 67 (please refer 1 ) and in the housing 102 introduced air flow for drying the right side wall 82 after a vehicle interior wash 10 , runs. The drying channel 37 is in the illustrated embodiment as a vertical drying channel 37 executed, whose housing 102 and outlet nozzle 103 transverse to the vehicle longitudinal direction and almost the entire width of the right side wall 82 runs. The drying channel 37 is about its longitudinal axis 86 motor rotatably or pivotally mounted. This partial rotation of the drying channel 37 around its longitudinal axis 86 done with the help of a motor gearbox 105 , In the working position I shown here, the outlet nozzle 103 at an angle of about 45 degrees towards the back wall 84 , A drying of the surface of the inner wall 75 is possible during the forward drive. Following the drying channel 37 in turn closes a high pressure pipe 40.2 at. Also this high pressure pipe 40.2 can do various cleaning jobs. In this selected wash program is the high pressure pipe 40.2 inactive. However, it can be connected via an additional program for cleaning process to make a disinfection of this after drying the surface.

The two high-pressure pipes 41.2 and 40.2 are right and left of the drying channel 37 above the outlet 104 the outlet nozzle 103 arranged. They contain several over the length of the high-pressure pipes 41.2 and 40.2 distributed flat jet nozzles 101 , Through the flat jet nozzles 101 is a cleaning liquid, preferably water under high pressure, on the inner walls 75 or the right side wall 82 a vehicle interior 10 applied. The two around their longitudinal axis 88 . 89 rotatable, parallel to the drying channel 37 extending high-pressure pipes 41.2 . 40.2 can around their longitudinal axis 88 . 89 synchronous with the around its longitudinal axis 86 pivotable drying channel 37 to be turned around. The pivoting of the high-pressure pipes 40.2 . 41.2 . 42.2 and the drying channel 37 around their longitudinal axes 87 . 88 . 89 , can be done in two directions. Further information on the cleaning device 4 can the 4 be removed.

From the 4 is an illustrated illustration of a cleaning device according to the invention 4.2 with a support frame 29 and a washing and drying device 13 seen in plan view. The cleaning device 4.2 corresponds to the statements according to the 3 , Descriptions and details of the cleaning device 4.2 that are identical in the 3 are included, z. T. listed and are therefore provided with matching elements with the same reference numerals.

In the application shown, the inventive cleaning device 4.2 , on the example of the right side wall to be cleaned 82 , for cleaning and care of interior walls 75 in a box-shaped structure 9 of a vehicle 11 used. It becomes the operating position of the cleaning device 4.2 shown in the backward movement. Referring to the 3 Here is the same third embodiment of a washing and drying device 13 the cleaning device 4.2 demonstrated.

After cleaning the surface of the back wall 84 with high pressure liquid from the flat jet nozzles 101 of the high pressure pipe 42.2 , And at the beginning of cleaning, drying, disinfecting and sterilizing in reverse, are the flat jet nozzles 101 the high pressure pipes 40.2 . 41.2 and 42.2 in the following pivot position: The flat jet nozzles 101 of the high pressure pipe 40.2 are diagonal to the side wall 82 and in the direction of the opening 70 from the vehicle interior 10 directed while the flat jet nozzles 101 of the high pressure pipe 41.2 and 42.2 pointing perpendicular to the side wall. In the indicated pivoting position of the drying channel 37 has the outlet nozzle 103 diagonally to the side wall 82 and also towards the opening 70 , In this pivoting position of the drying channel 37 , has the outlet nozzle 103 the UV lamp 45 Approved. The ultraviolet radiation is perpendicular to the surface of the sidewall 82 directed. In this operating position of the drying channel 37 is the supply of cleaning fluid to the high pressure pipes 40.2 . 41.2 . 42.2 interrupted. The drive motor 53 the cleaning brush 49 is turned off, causing the cleaning brush 49 no contact with the surface of the sidewall to be dried 82 Has. For drying the side wall 82 supplies the blower 67 the drying channel 37 with the appropriate amount of air.

An additional washing program gives you the opportunity to care for the interior walls 75 a treatment liquid with the high-pressure pipe 40.2 or with the high pressure pipe 41.2 to apply to the surfaces. The treatment liquid may be, for example, a disinfectant solution or a care agent, as desired or required. If the disinfectant solution or the care product is to be dried after spraying, it is passed through the high-pressure pipe 40.2 applied. If the disinfectant solution or the care product is not dried after spraying, but remains moist on the surface, the application takes place via the high-pressure tube 41.2 ,

In exceptional cases, the cleaning brush 49 also during the reverse drive of the washing, drying, disinfecting and sterilizing device 13 to be used. The control of the individual components of the washing, drying, disinfecting and sterilizing device 13 takes place via a control program, not shown here in the drawing 73 which for the washing programs 74 (please refer 1 ) responsible is.

All control functions listed in the entire description are made at the beginning and during the cleaning process by the cab of the transport unit 2 executed.

After completion of the washing, drying, disinfection and degermination process of a vehicle interior 10 becomes the device 1 from the transport unit 2 away.

Furthermore, it should be mentioned that every cleaning device 4.1 . 4.2 . 4.3 . 4.4 with a splash guard housing 105 can be covered.

LIST OF REFERENCE NUMBERS

1

contraption

2

transport unit

3

support means

4

Cleaning device ( 4.1 - 4.4 )

5

metal cross

6

Focus

7

pushrod

8th

Longitudinal axis (v. 7 )

9

Kofferaufbau / Container

10

Vehicle interior

11

vehicle

12

Washing u. Drying device (vert.)

13

Washing u. Drying device (vert.)

14

Washing u. Drying device (hori.)

15

Washing u. Drying device (hori.)

16

horizontal metal arm (v. 5 u. 12 )

17

horizontal metal arm (v. 5 u. 13 )

18

vertical metal arm (v. 5 u. 14 )

19

vertical metal arm (v. 5 u. 15 )

20

Hydraulic cylinder (on 16 )

21

Hydraulic cylinder (on 17 )

22

Hydraulic cylinder (on 18 )

23

Hydraulic cylinder (on 19 )

24

Free end (v. 20 )

25

Free end (v. 21 )

26

Free end (v. 22 )

27

Free end (v. 23 )

28

Supporting frame (on 24 )

29

Supporting frame (on 25 )

30

Supporting frame (on 26 )

31

Supporting frame (on 27 )

32

av. Longitudinal axis (v. 16 )

33

av. Longitudinal axis (v. 17 )

34

av. Longitudinal axis (v. 18 )

35

av. Longitudinal axis (v. 19 )

36

Drying channel (v. 12 )

37

Drying channel (v. 13 )

38

Drying channel (v. 14 )

39

Drying channel (v. 15 )

40

High pressure pipe ( 40.1 - 40.4 )

41

High pressure pipe ( 41.1 - 41.4 )

42

High pressure pipe ( 42.1 - 42.4 )

43

Hydraulic motor (v. 2 )

44

UV lamps (v. 12 )

45

UV lamps (v. 13 )

46

UV lamps (v. 14 )

47

UV lamps (v. 15 )

48

Cleaning brush (v. 12 )

49

Cleaning brush (v. 13 )

50

Cleaning brush (v. 14 )

51

Cleaning brush (v. 15 )

52

Drive motor (v. 48 )

53

Drive motor (v. 49 )

54

Drive motor (v. 50 )

55

Drive motor (v. 51 )

56

Rotary drive a40 ( 56.1 - 56.4 )

57

Rotary drive a41 ( 57.1 - 57.4 )

58

Rotary drive a42 ( 58.1 - 58.4 )

59

liquid container

60

pusher

61

Vehicle longitudinal direction

62

connecting device

63

Suspension unit

64

mains water supply

65

Longitudinal axis (v. 60 )

66

fan connection

67

fan

68

ramp

69

ground

70

Opening (v. 10 )

71

Control device (v. 2 . 60 )

72

Controller (at 2 )

73

Control program (on 2 )

74

Washing programs (v. 12 . 13 . 14 . 15 )

75

interior walls

76

Fastener (on 28 )

77

Fastener (on 29 )

78

Fastener (on 30 )

79

Fastener (on 31 )

80

Bottom wall (v. 10 , at 15 )

81

li. Sidewall (v. 10 , at 12 )

82

re. Sidewall (v. 10 , at 13 )

83

Ceiling wall (v. 10 , at 14 )

84

Back wall (v. 10 )

85

Longitudinal axis (v. 48 . 49 . 50 . 51 )

86

Longitudinal axis (v. 36 . 37 . 38 . 39 )

87

Longitudinal axis (v. 42.2 )

88

Longitudinal axis (v. 41.2 )

89

Longitudinal axis (v. 42.2 )

90

Level I

91

Level II

92

Triangle A, B, C

93

Corner point A

94

Corner point B

95

Corner point C

96

leg length

97

Triangle A ', B, C'

98

Vertex A '

99

Vertex C '

100

sterilization device

101

Flat spray nozzles

102

casing

103

exhaust nozzle

104

outlet opening

105

Splash guard housing

106

hydraulic cylinders

107

Longitudinal axis (v. 44 - 47 )

108

Longitudinal axis (v. 10 )

109

Engine / gear ( 109.1 - 109.4 )

Claims (10)

Contraption ( 1 ) for the treatment of vehicle interiors ( 10 ) with treatment liquids, in particular for the internal cleaning of the surfaces of box bodies ( 9 ), Holds, containers and wagons, the device ( 1 ) for insertion into the interior spaces to be cleaned ( 10 ) of the vehicles ( 11 ) in the vehicle longitudinal direction ( 61 ) by means of a transport unit ( 2 ) and the device ( 1 ) a cleaning device ( 4 ) and a carrier device ( 3 ), wherein the carrier device ( 3 ) from a geometric metal cross ( 5 ), which is at its center ( 6 ) a push rod ( 7 ) whose longitudinal axis ( 8th ) in the vehicle longitudinal direction ( 61 ) and perpendicular to the vertical and horizontal metal arms ( 16 . 17 . 18 . 19 ) of the transversely to the vehicle longitudinal direction ( 61 ) extending metal cross ( 5 ), wherein the metal arms ( 16 . 17 . 18 . 19 ) with a hydraulic cylinder ( 20 . 21 . 22 . 23 ), depending on the vehicle interior contour, are infinitely displaceable back and forth and the drive of the hydraulic cylinder ( 20 . 21 . 22 . 23 ) via the transport unit ( 2 ) and at least one free end ( 24 . 25 . 26 . 27 ) of the metal arms ( 16 . 17 . 18 . 19 ) a cleaning device ( 4 ), characterized in that a cleaning device ( 4.1 . 4.2 . 4.3 . 4.4 ) from a combined washing, drying and disinfecting device ( 12 . 13 . 14 . 15 ) formed perpendicular to the central longitudinal axis ( 32 . 33 . 34 . 35 ) of the metal arms ( 16 . 17 . 18 . 19 ) and transversely to the vehicle longitudinal direction ( 61 ) is arranged and from a drying channel ( 36 . 37 . 38 . 39 ) and at least one High pressure pipe ( 40 . 41 . 42 ) is formed, wherein the longitudinal axis ( 86 ) of the drying channel ( 36 . 37 . 38 . 39 ) and the longitudinal axis ( 87 . 88 . 89 ) of at least one high-pressure pipe ( 40 . 41 . 42 ) are spaced parallel to each other. Contraption ( 1 ) according to claim 1, characterized in that a cleaning device ( 4.1 . 4.2 . 4.3 . 4.4 ) from a combined washing, drying, disinfecting and / or sterilizing device ( 12 . 13 . 14 . 15 ) formed perpendicular to the central longitudinal axis ( 32 . 33 . 34 . 35 ) of the metal arms ( 16 . 17 . 18 . 19 ) and transversely to the vehicle longitudinal direction ( 61 ) is arranged and from a drying channel ( 36 . 37 . 38 . 39 ), a UV lamp ( 44 . 45 . 46 . 47 ) and at least one high-pressure pipe ( 40 . 41 . 42 ) is formed, wherein the longitudinal axis ( 86 ) of the drying channel ( 36 . 37 . 38 . 39 ) and the longitudinal axis ( 87 . 88 . 89 ) of at least one high-pressure pipe ( 40 . 41 . 42 ) and the longitudinal axis ( 107 ) of a UV lamp ( 44 . 45 . 46 . 47 ) are spaced parallel to each other. Contraption ( 1 ) according to claim 1, characterized in that a cleaning device ( 4 ) from a combined washing, drying, disinfecting and / or sterilizing device ( 12 . 13 . 14 . 15 ) formed perpendicular to the central longitudinal axis ( 32 . 33 . 34 . 35 ) of the metal arms ( 16 . 17 . 8th . 19 ) and transversely to the vehicle longitudinal direction ( 61 ) is arranged and from a cleaning brush ( 48 . 49 . 50 . 51 ), a drying channel ( 36 . 37 . 38 . 39 ), at least one high-pressure pipe ( 40 . 41 . 42 ) and at least one UV emitter ( 44 . 45 . 46 . 47 ) is formed, wherein the longitudinal axis ( 85 ) of the cleaning brush ( 48 . 49 . 50 . 51 ), the longitudinal axis ( 86 ) of the drying channel ( 36 . 37 . 38 . 39 ), the longitudinal axis ( 87 . 88 . 89 ) of at least one high-pressure pipe ( 40 . 41 . 42 ) and the longitudinal axis ( 107 ) of at least one UV emitter ( 44 . 45 . 46 . 47 ) are spaced parallel to each other. Contraption ( 1 ) according to claim 1, characterized in that a cleaning device ( 4 ) from a combined washing, drying and disinfecting device ( 12 . 13 . 14 . 15 ) formed perpendicular to the central longitudinal axis ( 32 . 33 . 34 . 35 ) of the metal arms ( 16 . 17 . 8th . 19 ) and transversely to the vehicle longitudinal direction ( 61 ) is arranged and from a cleaning brush ( 48 . 49 . 50 . 51 ), a drying channel ( 36 . 37 . 38 . 39 ) and at least one high-pressure pipe ( 40 . 41 . 42 . 43 ) is formed, wherein the longitudinal axis ( 85 ) of the cleaning brush ( 48 . 49 . 50 . 51 ), the longitudinal axis ( 86 ) of the drying channel ( 36 . 37 . 38 . 39 ) and the longitudinal axis ( 87 . 88 . 89 ) of at least one high-pressure pipe ( 40 . 41 . 42 ) are spaced parallel to each other. Contraption ( 1 ) according to claim 3, characterized in that the washing drying, disinfecting and / or sterilizing device ( 12 . 13 . 14 . 15 ) is formed from individual components whose parallel longitudinal axes ( 85 . 86 . 87 . 88 . 89 ) have a concertina-like arrangement, which in the vehicle longitudinal direction ( 61 ) and vehicle direction form an order, wherein the order of the components from a high-pressure pipe ( 40.1 . 40.2 . 40.3 . 40.4 ), a drying channel ( 36 . 37 . 38 . 39 ), a UV lamp ( 44 . 45 . 46 . 47 ), a high pressure pipe ( 41.1 . 41.2 . 41.3 . 41.4 ), a cleaning brush ( 48 . 49 . 50 . 51 ) and a high pressure pipe ( 42.1 . 42.2 . 42.3 . 42.4 ) is formed. Contraption ( 1 ) according to claim 3 or 5, characterized in that a support ( 28 . 29 . 30 . 31 ) Carrier of high-pressure pipes ( 40 . 41 . 42 ), the cleaning brush ( 48 . 49 . 50 . 51 ), the drying channel ( 36 . 37 . 38 . 39 ) and the UV lamp ( 44 . 45 . 46 . 47 ). Contraption ( 1 ) According to claim any one of claims 3 to 6, characterized in that characterized in that the high-pressure pipes ( 40 . 41 . 42 ) with rotary actuators ( 56 . 57 . 58 ), the cleaning brushes ( 48 . 49 . 50 . 51 ) with drive motors ( 52 . 53 . 54 . 55 ) and the drying channels ( 36 . 37 . 38 . 39 ) with motor gear ( 109 ) are equipped. Contraption ( 1 ) according to claim 6, characterized in that the support ( 28 . 29 . 30 . 31 ) via a fastening means ( 76 . 77 . 78 . 79 ) on the metal arm ( 16 . 17 . 18 . 19 ) is attached. Contraption ( 1 ) according to claim 7, characterized in that the high-pressure pipes ( 40 . 41 . 42 ) are equipped with a drive, whereby an oscillating movement in the direction of its own longitudinal axis ( 87 . 88 . 89 ) and parallel to the surface to be cleaned of an inner wall ( 75 ) he follows. Contraption ( 1 ) according to one of claims 2, 3, 5, 6, 7, 8 or 9, characterized in that the control of the individual components of a washing, drying disinfection and / or sterilization device ( 12 . 13 . 14 . 15 ) is carried out by means of control elements which are controlled by a control program ( 73 ) of the washing and supplementary programs ( 73 ) to be selected.

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