CN210047447U

CN210047447U - Double-cleaning device and vehicle with double-cleaning device

Info

Publication number: CN210047447U
Application number: CN201821971759.4U
Authority: CN
Inventors: 方益民; 是蓉珠; 陆鹏
Original assignee: JIANGSU RIYING ELECTRICAL CO Ltd
Current assignee: JIANGSU RIYING ELECTRICAL CO Ltd
Priority date: 2018-11-27
Filing date: 2018-11-27
Publication date: 2020-02-11
Anticipated expiration: 2028-11-27

Abstract

The utility model provides a two cleaning equipment and have two cleaning equipment's vehicle, wherein two cleaning equipment are suitable for the cleaning solution and wash and set up in the various outfit devices of vehicle. The dual washing apparatus includes at least one direct cleaning apparatus and at least one circulation cleaning apparatus. The direct cleaning apparatus allows the cleaning solution to be controlled to directly clean the outfit. The circulation cleaning device circulates the cleaning solution and is used for cleaning the equipment device by the cleaning solution in a manner of being switched with the direct cleaning device.

Description

Double-cleaning device and vehicle with double-cleaning device

Technical Field

The utility model relates to a vehicle field especially relates to a pair cleaning equipment and have two cleaning equipment's vehicle to when the special case, can directly carry out two sets of cleaning equipment's conversion.

Background

The development of science and technology and the convenience of life, the life style of people is changed. Particularly, the transportation vehicle brings convenience to people in life, shortens the distance between cities and countryside, facilitates people to move in a long distance, and simultaneously facilitates the transportation of various goods or articles. Particularly, in the recent daily drastic increase in the number of motor vehicles, electric vehicles, or automobiles, it can be said that motor vehicles, electric vehicles, or automobiles are almost deeply living in people, and people who own private cars are also increasing. At the same time, there are increasing problems in the use of these vehicles.

In the vehicle, for convenience and safety, many related devices, such as a driving recorder, a reverse image system, etc., are usually installed on the vehicle, and are some auxiliary tools commonly installed on the vehicle. However, the cameras of the driving recorder or the reverse image system are all mounted outside the vehicle, and dust may adhere to the cameras when the vehicle is running, even when the vehicle runs through some rugged or messy environments, or rain or snow, so that sewage, dust or mud can easily splash and adhere to the cameras, and further the shooting effect of the cameras is affected. When such situations occur, a general user needs to get off the vehicle to wipe the camera so as to keep the definition of the shooting quality of the shot, but the situation is not only troublesome but also dangerous. In addition, the front and rear windshields and lamps of the vehicle are basic equipment on the vehicle, and when the front and rear windshields or lamps are adhered with dirt, dust or mud, the spraying device is usually manually controlled by the vehicle user to clean the dirt, dust or mud adhered to the front and rear windshields or lamps, but this does not achieve the real-time cleaning efficiency. In addition, since the vehicle cannot determine the final use location of the vehicle when it is shipped from the factory, the vehicle may be driven in an extremely hot or cold environment or under various weather conditions, and it is considered that the comfort of the vehicle is usually that the user or driver of the vehicle is directly cooling or heating the air conditioner, but this is not only a fuel consumption but also an environmental hazard.

As mentioned above, vehicles are indispensable vehicles in life, but many problems still extend, and various car factories and related industries have been invested in research and research methods for solving the related problems, and the present invention integrates the above problems and devices and provides solutions.

Disclosure of Invention

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein have at least direct cleaning equipment, like this when the outfit on intelligent car or the vehicle is dirty, direct cleaning equipment directly is used for wasing the outfit device. The dual washing apparatus further includes at least one circulation washing apparatus in which the washing solution is continuously circulated to control the temperature of the vehicle and reduce the oil consumption of the air conditioner, while spraying the washing solution in real time when needed.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein circulation cleaning equipment's cleaning solution uninterruptedly at the water piping installation inner loop, will accelerate to spray the required time of cleaning solution, simultaneously because the continuous circulation of cleaning solution, so when microthermal environment, the difficult freezing of cleaning solution can also make the temperature of vehicle improve.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle to be used for automatic clean setting on vehicle or intelligent vehicle the outfit device.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle to on the vehicle marchs washing vehicle or intelligent vehicle the outfit device. In other words, the user can clean the outfit apparatus drive-up.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein direct cleaning equipment is right promptly when needing it cleans to be equipped with the device. Further, the equipping device can be cleaned at any time and any place, whether while the vehicle is running or stopped, by the direct cleaning apparatus. In addition, when the cleaning solution of the direct cleaning equipment is used up or a fault or a special condition occurs, the circulating cleaning equipment can be directly switched to be used, and the circulating cleaning equipment can also clean the equipment at any time and any place.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein lie in cleaning solution in the circulation cleaning equipment will uninterruptedly circulate in water piping installation inner loop, and it is right promptly when needs be equipped with the device and clean. In particular, when the cleaning solution of the circulation cleaning apparatus is used up or a malfunction or special condition occurs, the direct cleaning apparatus can be directly switched to use, and the direct cleaning apparatus also cleans the outfit at any time and any place.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein controllably choose for use direct cleaning equipment or circulation cleaning equipment washs the outfit device.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein two cleaning equipment can be used to belt cleaning device vehicle event data recorder, the device of backing a car, camera device, front and back windshield, car light and license plate etc. on vehicle or intelligent vehicle. In particular, the cleaning solution of the circulation cleaning apparatus circulates to each equipped device on the vehicle via a pipe while the temperature of the vehicle will be maintained during the circulation. In other words, when the vehicle temperature is higher, the lower temperature of the washing solution flows to lower the vehicle temperature. Conversely, when the vehicle temperature is lower, the higher temperature flow of the cleaning solution will increase the vehicle temperature.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein two cleaning equipment include a temperature control device, in order to control cleaning solution's temperature. Particularly, the temperature control device is provided with an intelligent sensor, and the temperature of the cleaning solution can be controlled according to the external environment and the temperature in the vehicle.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, in order to be used for passing through two cleaning equipment cleaning device camera device, front and back windshield, car light and license plate etc. on vehicle or intelligent vehicle. Further, the vehicle or the camera device, the front and rear windshields, the vehicle lights, the license plate, and the like of the vehicle can be cleaned while the vehicle is traveling. In other words, the user can clean the outfits by getting off the vehicle, i.e., by the double washing apparatus.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein but two cleaning equipment's belt cleaning device optional or as required ground make a video recording module, front and back windshield, car light and license plate etc. relatively clean. Further, the double-cleaning equipment can clean the camera module, the front windshield, the rear windshield, the vehicle lamp, the license plate and the like at any time and any place, wherein the vehicle is in running or stopped.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein belt cleaning device includes an at least nozzle module, and modes such as column, pressure atomization, oscillation, striking can be set to its runner to be applicable to and wash module, camera device, front and back windshield, car light and license plate etc. of making a video recording under the various condition. Furthermore, the usage form of the nozzle module can be changed, and the spraying form of the cleaning solution can be changed according to the actual requirement.

An object of the utility model is to provide a two cleaning equipment and have two cleaning equipment's vehicle, wherein two cleaning equipment still include a sensing device to the state of module, camera device, front and back windshield, car light and license plate of making a video recording is listened, and module, camera device, front and back windshield, car light and license plate self-cleaning when dirty before.

In order to achieve at least one of the above objectives, the present invention provides a pair of cleaning devices, which is suitable for cleaning the various equipment installed on the vehicle with cleaning solution. The double cleaning apparatus includes:

at least one direct cleaning device which enables the cleaning solution to be controlled to directly clean the equipment device; and at least one circulation cleaning device which circulates the cleaning solution and is used for cleaning the equipment device by the cleaning solution in a manner of being switched with the direct cleaning device.

According to an embodiment of the present invention, the double cleaning apparatus further comprises a water bottle device, wherein the direct cleaning apparatus and the circulation cleaning apparatus are connected to the water bottle device respectively, so that the cleaning solution installed in the water bottle device can flow to the direct cleaning apparatus and the circulation cleaning apparatus respectively.

According to an embodiment of the utility model, direct cleaning device includes at least a direct water piping arrangement and at least a direct belt cleaning device, wherein direct water piping arrangement connects the kettle device with direct belt cleaning device, direct belt cleaning device sprays this cleaning solution to this outfit device.

According to an embodiment of the present invention, the circulation cleaning device comprises at least one circulation pipe means and at least one circulation washing means, wherein the circulation pipe means is connected to the kettle means and the circulation washing means, and the circulation washing means sprays the washing solution to the outfitting means.

According to the utility model discloses an embodiment, the kettle device includes a kettle container, a liquid feeding pipe, a direct scavenging pump to and a circulation scavenging pump, wherein the liquid feeding union coupling in the kettle container, direct scavenging pump connects the kettle container with direct water pipe device, the circulation scavenging pump is connected the kettle container with the circulation water pipe device.

According to an embodiment of the utility model, the kettle device includes a kettle container, a filling tube, a sharing scavenging pump, and a flow divider valve, wherein the filling tube connect in the kettle container, the sharing scavenging pump is connected the kettle container with the flow divider valve, wherein direct water pipe device with circulating pipe device connect respectively in the flow divider valve.

According to an embodiment of the utility model, two cleaning equipment still include a temperature control device, it connect in the kettle device to be in according to external ambient temperature or the temperature control or adjustment inside and outside the car the temperature of the cleaning solution in the kettle device.

According to an embodiment of the utility model, direct cleaning device includes an at least direct kettle device, an at least direct water pipe device to and an at least direct belt cleaning device, wherein direct water pipe device connects direct kettle device with direct belt cleaning device, direct belt cleaning device sprays this cleaning solution to this outfit the device.

According to an embodiment of the utility model, the cleaning equipment that circulates includes at least one circulation kettle device, at least one circulating pipe device to and at least one circulation belt cleaning device, wherein circulating pipe device connects the circulation kettle device with circulation belt cleaning device, circulation belt cleaning device sprays this cleaning solution to this outfit device.

According to the utility model discloses an embodiment, direct kettle device includes a direct water kettle container, a direct liquid feeding pipe to and a direct scavenging pump, wherein direct liquid feeding union coupling in direct kettle container, direct scavenging pump connects direct kettle container with direct water pipe device.

According to an embodiment of the utility model, the circulation kettle device includes a circulation kettle container, a circulation filling pipe, and a circulation scavenging pump, wherein the circulation filling pipe connect in circulation kettle container, the circulation scavenging pump connect in circulation kettle container and circulating pipe device.

According to the utility model discloses an embodiment, direct cleaning equipment still includes a direct temperature control device, it connect in direct kettle device to be in according to external ambient temperature or the inside and outside temperature control of car or adjustment the temperature of the cleaning solution in the direct kettle device, wherein circulation cleaning equipment still includes a circulation temperature control device, its connect in circulation kettle device is in according to external ambient temperature or the inside and outside temperature control of car the temperature of the cleaning solution in the circulation kettle device.

According to an embodiment of the present invention, the dual cleaning apparatus further comprises a control device, wherein the direct cleaning device and the circulation cleaning device are connected to the control device respectively, which controls the direct cleaning device or the circulation cleaning device to clean the outfit device of the vehicle.

According to an embodiment of the present invention, the double cleaning apparatus further comprises a sensing device electrically connected to the control device and adapted to detect the state of the outfit device, so that the sensing device detects the foreign object to be hidden or attached to the outfit device, the sensing device notifies the control device, and the control device issues an instruction to make the direct cleaning device or the circulation cleaning device sprays the cleaning solution to the outfit device to remove the foreign object.

According to the utility model discloses an embodiment, two cleaning equipment still include one and hide the telescoping device, and it is connected direct belt cleaning device, circulation belt cleaning device with controlling means, in order to drive direct belt cleaning device with circulation belt cleaning device removes one and predetermines the position and resets.

According to an embodiment of the present invention, the circulation cleaning pump includes a circulation body, a connector, a motor, a filter, and an impeller, wherein the circulation body has a water inlet and a water outlet, the water inlet with the kettle bottom of circulation kettle container keeps a predetermined distance, the connector connects the motor with controlling means, the filter set up in the water outlet, impeller connect in the motor, wherein work as controlling means assigns the instruction to when the motor, the motor provides impeller moving power, and then makes the cleaning solution follow the water outlet is arranged to the circulating water pipe device.

According to an embodiment of the utility model, direct water pipe device includes at least always receiving water pipe and a direct joint, wherein direct articulate direct water pipe with direct scavenging pump, wherein circulating water pipe device includes an output pipeline, a return line and at least two circulation joints, wherein first circulation articulate circulating scavenging pump with the output pipeline, second circulation articulate circulating water kettle device with the return line.

According to the utility model discloses an embodiment, direct water pipe device still includes an at least direct reposition of redundant personnel joint, the quantity of direct water pipe will cooperate direct reposition of redundant personnel joint, wherein circulating pipe device still includes an at least circulation reposition of redundant personnel joint, the quantity of output water pipe of output pipeline will cooperate circulation reposition of redundant personnel joint, the quantity of backward flow water pipe of backward flow pipeline will cooperate circulation reposition of redundant personnel joint.

According to an embodiment of the present invention, the direct water pipe device may further include at least one direct connection joint to connect to two direct water pipes, thereby changing the length or angle of the direct water pipes, and the circulation water pipe device may further include at least one circulation connection joint to connect to two output water pipes or two return water pipes, thereby changing the length or angle of the output water pipes or the return water pipes.

According to the utility model discloses an embodiment, direct belt cleaning device includes at least one direct nozzle module and at least one direct water pipe head, direct water pipe head connects direct nozzle module with direct water pipe, so that cleaning solution follows direct nozzle module sprays be equipped with the device in order to wash.

According to the utility model discloses an embodiment, circulating pipe device still includes at least one or more circulation backward flow adapter, circulation belt cleaning device includes an at least circulation nozzle module, circulation backward flow adapter is connected the circulation nozzle module the outlet pipe and the backflow water pipe.

In order to achieve at least one of the above objects, the present invention provides a vehicle adapted to travel, comprising a double cleaning apparatus according to any one of the above aspects.

In order to achieve at least one of the above objects, the present invention provides a method for cleaning a vehicle, comprising the steps of:

(a) a circulation cleaning device continuously circulates the cleaning solution;

(b) detecting the equipped device to find the stain and executing the step (c);

(c) a main cleaning system for cleaning the outfit, wherein step (d) is performed in special cases; and

(d) an auxiliary cleaning system cleans the dispensing device.

A method according to the present invention, wherein according to step (a) comprises the steps of:

(a1) the cleaning solution is output to a circulating water pipe device from a circulating kettle device;

(a2) the cleaning solution flows from the circulating water pipe device to a circulating reflux adapter;

(a3) the cleaning solution is shunted from the circulating reflux adapter to a circulating cleaning device and a reflux pipe; and

(a4) when the cleaning is needed, the cleaning solution is sprayed to the preparation device from the circulating cleaning device, and when the cleaning is not needed, the cleaning solution flows back to the circulating kettle device from the backflow water pipe.

According to the utility model discloses a method, according to step (b), detect by a sensing device the state of outfit device, when having detected that the foreign matter shelters from or adheres to when equipping the device, assign the instruction by a controlling means and make a direct belt cleaning device or circulation belt cleaning device sprays cleaning solution arrives equip the device is in order to clear away the foreign matter.

According to one method of the present invention, according to step (c), the primary cleaning system is implemented as a direct cleaning device or as the circulation cleaning device.

According to one method of the present invention, according to step (d), the auxiliary cleaning system is implemented as the direct cleaning device or the circulation cleaning device.

Further objects and advantages of the invention will be fully apparent from the ensuing description and drawings.

These and other objects, features and advantages of the present invention will become more fully apparent from the following detailed description, the accompanying drawings and the appended claims.

Drawings

Fig. 1 is a logic diagram of a vehicle having a dual wash apparatus in accordance with a preferred embodiment of the present invention.

Fig. 2 is a logic diagram of a vehicle having a dual wash apparatus in accordance with a preferred embodiment of the present invention.

Fig. 3 is a schematic perspective view of a kettle device, a direct kettle device and a circulating kettle device of the double cleaning device according to the preferred embodiment of the present invention.

Fig. 4 is a schematic cross-sectional view of a direct cleaning pump and a circulation cleaning pump of a dual cleaning apparatus according to a preferred embodiment of the present invention.

Fig. 5 is an exploded schematic view of a direct water pipe apparatus of a dual cleaning apparatus according to a preferred embodiment of the present invention, wherein two direct cleaning apparatuses are connected.

Fig. 6 is an exploded schematic view of a circulating water pipe device of a double cleaning apparatus according to a preferred embodiment of the present invention, in which two circulating cleaning devices are connected.

Fig. 7 is an exploded schematic view of a circulating water pipe device of a double cleaning apparatus according to a preferred embodiment of the present invention, illustrating the connection of four circulating cleaning devices.

Fig. 8 is a schematic perspective view of a vehicle with dual cleaning devices according to a preferred embodiment of the present invention, illustrating a cleaning configuration of the direct cleaning device to the tachograph or camera module of the vehicle.

Fig. 9 is a schematic perspective view of a vehicle having dual cleaning devices according to a preferred embodiment of the present invention, illustrating a cleaning configuration of the cycle cleaning device to the tachograph or camera module of the vehicle.

Fig. 10 is a schematic perspective view of a vehicle having a dual washing device according to a preferred embodiment of the present invention, illustrating a washing arrangement of the circulating cleaning device to the lamps of the vehicle.

Fig. 11 is a side schematic view of a vehicle having a dual wash apparatus in accordance with a preferred embodiment of the present invention, illustrating a front and rear windshield wash configuration of the vehicle with an endless cleaning device.

Fig. 12 is a side schematic view of a vehicle having dual washing apparatuses according to a preferred embodiment of the present invention, illustrating a washing arrangement of the circulation cleaning apparatus for front and rear license plates of the vehicle.

Fig. 13 is a logic diagram of a vehicle with dual wash apparatuses according to a first variant embodiment of the preferred embodiment of the present invention.

Fig. 14 is a logic diagram of a vehicle having a dual wash apparatus according to a second variant embodiment of the preferred embodiment of the present invention.

Detailed Description

The following description is presented to disclose the invention so as to enable any person skilled in the art to practice the invention. The preferred embodiments in the following description are given by way of example only, and other obvious variations will occur to those skilled in the art. The basic principles of the invention, as defined in the following description, may be applied to other embodiments, variations, modifications, equivalents and other technical solutions without departing from the spirit and scope of the invention.

It will be understood by those skilled in the art that in the present disclosure, the terms "longitudinal," "lateral," "up," "down," "front," "back," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like are used in the orientation or positional relationship indicated in the drawings for ease of description and simplicity of description, and do not indicate or imply that the device or component being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, are not to be considered as limiting.

It is to be understood that the terms "a" and "an" are to be interpreted as meaning "at least one" or "one or more," i.e., that a single element may be present in one embodiment, while a plurality of elements may be present in another embodiment, and the terms "a" and "an" are not to be interpreted as limiting the number.

As shown in fig. 1 to 12, there are a dual washing apparatus 100 and a vehicle 200 having the dual washing apparatus 100 according to a preferred embodiment of the present invention. The vehicle 200 includes a pair of washing apparatuses 100 adapted to wash respective equipping apparatuses 300 provided to the vehicle 200. In addition, the double washing apparatus 100 is used to control or maintain the temperature of the vehicle 200 at the same time, in addition to cleaning or washing each of the outfits 300. In particular, the double washing apparatus 100 has a separate direct cleaning apparatus 1A and a separate circulating cleaning apparatus 1B, both of which can be used to wash the outfit 300, respectively, wherein the circulating cleaning apparatus 1B can further regulate the temperature of the vehicle 200. It is worth mentioning that the dual cleaning apparatus 100 can set the direct cleaning apparatus 1A or the circulation cleaning apparatus 1B as a main cleaning system and an auxiliary cleaning system, respectively, and these two sets of cleaning apparatuses can be matched to each other, and when one set has no cleaning solution or fails, the other set can be directly switched to be used. In other words, when the direct cleaning apparatus 1A is the main cleaning system, the circulation cleaning apparatus 1B is the auxiliary cleaning system. When the direct cleaning apparatus 1A is the auxiliary cleaning system, the circulation cleaning apparatus 1B is the main cleaning system. This is not a limitation of the present invention.

According to the embodiment of the present invention, the dual cleaning apparatus 100 can perform the controlled cleaning or the automatic cleaning to each of the dirty equipping devices 300 more quickly. Also, the double washing apparatus 100 may wash each of the outfits 300 at any time and any place, whether the vehicle 200 is running or the vehicle 200 is stopped. In particular, the user does not wash or wipe each of the outfits 300 manually in person by the double washing apparatus 100, but directly washes automatically through the double washing apparatus 100. In other words, the user can get on the vehicle when the outfit 300 is washed by the double washing apparatus 100. It is worth mentioning that two cleaning equipment 100 except being applicable to the vehicle still can be applicable to intelligent vehicle or general vehicle, like motor vehicle, electric motor car, oil-electricity hybrid vehicle. In other words, the dual cleaning apparatus 100 may clean the equipment installed on the smart car, the motor vehicle, the electric vehicle, or the hybrid vehicle, which is not a limitation of the present invention. In addition, the outfit apparatus 300 may be implemented as a tachograph, a car backing apparatus, a camera module, a camera device, front and rear windshields, a car light, a license plate, and the like.

According to an embodiment of the present invention, the dual washing device 100 comprises at least one direct cleaning device 1A and at least one circulating cleaning device 1B. The direct cleaning apparatus 1A and the circulation cleaning apparatus 1B are respectively adapted to wash the respective equipping devices 300 provided to the vehicle. Further, in the present embodiment, the direct cleaning apparatus 1A and the circulation cleaning apparatus 1B are separate independent apparatuses, and each of the outfits 300 can be washed as needed at any time, any place, whether the vehicle 200 is running or the vehicle 200 is stopped. In particular, the direct cleaning apparatus 1A comprises at least one direct water kettle device 10A, at least one direct water pipe device 20A, and at least one direct cleaning device 30A. The direct water pipe device 20A connects the direct water jug device 10A and the direct cleaning device 30A. The direct washing apparatus 30A is installed with respect to at least one of the outfits 300 of the vehicle 200. That is, the direct washing device 30A is aligned with the dispensing device 300 such that the direct water pipe device 20A delivers the washing solution in the direct water bottle device 10A to the direct washing device 30A and sprays the washing solution through the direct washing device 30A to directly wash the dispensing device 300. In other words, the cleaning solution in the direct water jug device 10A flows to the direct cleaning device 30A through the direct water pipe device 20A and is sprayed to the dispensing device 300 through the direct cleaning device 30A to clean the dispensing device 300 by the force of the sprayed and cleaning solution flowing. In addition, the cleaning solution in the direct water kettle device 10A may be implemented as water or cleaning solvent, which is not a limitation of the present invention. In particular, the circulation cleaning device 1B comprises at least one circulation kettle device 10B, at least one circulation water pipe device 20B and at least one circulation cleaning device 30B. The circulating water pipe device 20B is connected with the circulating kettle device 10B and the circulating cleaning device 30B. The circulation washing device 30B is installed with respect to at least one of the equipment devices 300 of the vehicle 200. That is, the circulation cleaning device 30B is aligned with the dispensing device 300, so that the dispensing device 300 can be directly cleaned by the cleaning solution sprayed from the circulation cleaning device 30B in the circulation pot device 10B. In other words, the cleaning solution in the circulation tank device 10B flows to the circulation cleaning device 30B through the circulation water pipe device 20B and is sprayed to the outfit device 300 through the circulation cleaning device 30B to clean the outfit device 300 by the force of the sprayed and cleaning solution flowing. It is worth mentioning that the cleaning solution can flow continuously between the circulating water pipe means 20B and the circulating water kettle means 10B. In other words, the cleaning solution flows through the circulation pipe means 20B without interruption, and when the outfit apparatus 300 is to be cleaned, the cleaning solution may directly flow from the circulation pipe means 20B to the circulation cleaning means 30B and be sprayed. Therefore, the washing solution can accelerate the washing speed and keep the temperature of the vehicle within a certain range. In addition, the cleaning solution in the circulation water bottle apparatus 10B may be implemented as water or cleaning solvent, which is not a limitation of the present invention. It is worth mentioning that the cleaning solution in the direct kettle device 10A and the cleaning solution in the circulation kettle device 10B may be the same solution or different solutions, which is not a limitation of the present invention. In addition, the direct cleaning apparatus 1A and the circulation cleaning apparatus 1B may be set to the main cleaning system or the auxiliary cleaning system, respectively, as required, which is not a limitation of the present invention.

According to the embodiment of the utility model, direct cleaning device 1A still includes a direct temperature control device 40A, it connect in direct kettle device 10A to be in according to external ambient temperature or the inside and outside temperature control of car or adjustment the temperature of the cleaning solution in direct kettle device 10A. In addition, the circulation cleaning device 1B further includes a circulation temperature control device 40B connected to the circulation kettle device 10B to control the temperature of the cleaning solution in the circulation kettle device 10B according to the external environmental temperature or the temperature inside and outside the vehicle. It is worth mentioning that when the external environment temperature or the vehicle interior and exterior temperature is relatively low, the circulation temperature control device 40B will increase the temperature of the cleaning solution in the circulation water tank device 10B, so that when the cleaning solution flows in the circulation water pipe device 20B, the temperature in the vehicle will increase. Similarly, when the external environment temperature or the internal and external temperature of the vehicle is relatively high, the temperature control device 40B will lower the temperature of the cleaning solution in the circulation kettle device 10B, so that the temperature in the vehicle will be lowered when the cleaning solution flows through the circulation water pipe device 20B.

In particular, the equipping apparatus 300 may be implemented as a car recorder, a car backing image system, a front windshield, a rear windshield, a car light, a license plate, and the like, which is not a limitation of the present invention. It is understood that the tachograph is usually installed at the front end, the rear end, the left end, and the right end of the vehicle 200, and the reverse image system is usually installed at the rear end of the vehicle 200, which may be standard equipment of the vehicle 200 or a device installed by a user. In addition, front and rear windshields, lamps and license plates are the basic equipment of the vehicle. It is worth mentioning that the double cleaning device 100 of the present invention may be factory set, and may be configured to be adapted to the vehicle 200 by modification, which is not the limitation of the present invention.

According to an embodiment of the present invention, the number of direct cleaning devices 30A of the direct cleaning apparatus 1A may be set with respect to the number of outfits 300, wherein the direct cleaning devices 30A are connected to the direct water kettle device 10A via the direct water pipe device 20A to obtain the cleaning solution. That is, the cleaning solution may be sent to at least one or more of the direct cleaning devices 30A via the direct water pipe device 20A. In addition, the number of the circulation cleaning devices 30B of the circulation cleaning apparatus 1B may be set with respect to the number of the outfit devices 300, wherein the circulation cleaning devices 30B are connected to the circulation water tank device 10B via the circulation water pipe device 20B to take out the cleaning solution. In particular, the cleaning solution can be supplied to at least one or more of the circulation cleaning devices 30B via the circulation water pipe device 20B, while the cleaning solution which reaches the circulation cleaning device 30B and is not sprayed can be returned to the circulation water pot device 10B via the circulation water pipe device 20B. That is, the cleaning solution is sent out from the circulation water tank device 10B via the circulation water tank device 10B, and the cleaning solution flows to the circulation cleaning device 30B via the circulation water pipe device 20B, the cleaning solution is sprayed to the preparation device 300 when cleaning is needed, and the cleaning solution automatically flows back to the circulation water tank device 10B from the circulation water pipe device 20B when cleaning is not needed.

According to the embodiment of the present invention, the double cleaning apparatus 100 further comprises a control device 50, wherein the direct water kettle device 10A, the circulation water kettle device 10B, the direct cleaning device 30A, the circulation cleaning device 30B, the direct temperature control device 40A and the circulation temperature control device 40B are respectively connected to the control device 50, so as to control the direct cleaning device 30A or the circulation cleaning device 30B to clean the vehicle 200 the equipment device 300, and regulate the direct temperature control device 40A and the circulation temperature control device 40B to control the temperature of the cleaning solution. It should be noted that the control device 50 may be implemented as a control unit of the vehicle 200, or may be an independent controller. That is, when the control device 50 is a control unit of the vehicle 200, the control unit of the vehicle 200 includes the control device 50. When the control device 50 is an independent controller, the control device 50 can be independently installed on the vehicle 200 and can be connected to a control unit of the vehicle 200, and the setting manner of these is not a limitation of the present invention.

According to an embodiment of the present invention, the double cleaning apparatus 100 further comprises a sensing device 60 electrically connected to the control device 50 and adapted to detect the state of the outfit 300. when the sensing device 60 detects that a foreign object is hidden or attached to the outfit 300, the sensing device 60 notifies the control device 50, and the control device 50 issues an instruction to make the direct cleaning device 30A or the circulation cleaning device 30B spray the cleaning solution to the outfit 300 to remove the foreign object. In other words, when a stain, muddy water or dust falls to the outfit apparatus 300 and affects the use of the outfit apparatus 300, the sensing apparatus 60 notifies the control apparatus 50 so that the direct cleaning apparatus 30A or the circulation cleaning apparatus 30B sprays the cleaning solution to the outfit apparatus 300 until there is no stain, muddy water or dust on the outfit apparatus 300. It is worth mentioning that the cleaning solution in the circulating cleaning device 1B continuously flows through the circulating water pipe means 20B, and when the sensing means 60 detects that the outfit device 300 has foreign matters, the cleaning solution directly flows through the circulating water pipe means 20B to the circulating cleaning device 30B to be sprayed, so that the cleaning efficiency is effectively improved without waiting for the cleaning solution to be sent out from the circulating water bottle means 10B. In other words, the present invention will more effectively and quickly wash the outfit 300 of the vehicle 200 by the circulation cleaning apparatus 1B, while also having the temperature control efficiency of the vehicle 200.

According to the embodiment of the utility model, two cleaning equipment 100 still include at least one hidden telescoping device 70, wherein direct belt cleaning device 30A circulation belt cleaning device 30B with controlling means 50 connect respectively in hide telescoping device 70, it is right with needs when being equipped with the device 300 washing, by controlling means 50 assigns the instruction and makes hide telescoping device 70 and release direct belt cleaning device 30A or circulation belt cleaning device 30B is in order right be equipped with device 300 and wash to after wasing the completion, drive by hiding telescoping device 70 belt cleaning device 30 resets. It should be mentioned that, controlling means 50 issues the instruction and makes hide telescoping device 70 and release direct belt cleaning device 30A or circulation belt cleaning device 30B, wherein the precedence order can be for presetting, this does not do the utility model discloses a restriction. That is, when the direct cleaning apparatus 1A is the main cleaning system, the hidden telescoping device 70 may push out the direct cleaning device 30A first, and in special cases, push out the circulation cleaning device 30B at the time of switching, and vice versa. The special condition may be any unexpected condition such as the cleaning solution in the direct water kettle device 10A is used up or the direct cleaning device 30A is out of order, and the cleaning by the circulation cleaning device 1B of the auxiliary cleaning system will be automatically switched when the special condition occurs. It should be mentioned that the direct cleaning device 30A and the circulating cleaning device 30B are respectively disposed on the hidden telescopic device 70, and the hidden telescopic device 70 drives the direct cleaning device 30A or the circulating cleaning device 30B to move to a preset position, so as to clean the outfit device 300, and after the cleaning is completed, the hidden telescopic device 70 drives the direct cleaning device 30A or the circulating cleaning device 30B to return to the original position. In particular, the hidden retractable device 70 can also push out the direct cleaning device 30A and the circulating cleaning device 30B at the same time, but the direct cleaning device 30A and the circulating cleaning device 30B are controlled to start cleaning. That is, if the direct washing device 30A is controlled to be a washing device, when the hidden telescoping device 70 simultaneously pushes out the direct washing device 30A and the circulation washing device 30B, only the direct washing device 30A is activated to spray the washing solution, and the circulation washing device 30B is in a closed state. And vice versa.

According to an embodiment of the present invention, as shown in fig. 3, the direct water bottle apparatus 10A includes a direct water bottle container 11A, a direct filling pipe 12A, a direct cleaning pump 13A, and a direct liquid level sensor 14A. The direct water kettle vessel 11A is adapted to contain a cleaning solution, like water or a cleaning solvent. The direct filler tube 12A is connected to the direct kettle container 11A. The cleaning solution can be added to the direct kettle vessel 11A through the direct fill tube 12A. The direct cleaning pump 13A is connected to the direct water tank 11A to deliver the cleaning solution in the direct water tank 11A to the direct water pipe device 20A. Further, the direct washing pump 13A is kept at a predetermined distance from the bottom of the direct water container 11A. The direct liquid level sensor 14A is disposed in the direct water bottle container 11A, and keeps a set distance from the bottom of the direct water bottle container 11A to sense the height of the cleaning solution in the direct water bottle container 11A.

According to the embodiment of the present invention, the circulation water container 10B includes a circulation water container 11B, a circulation liquid feeding pipe 12B, a circulation cleaning pump 13B, and a circulation liquid level sensor 14B. The circulation tank 11B is adapted to contain a cleaning solution, like water, a cleaning solvent or a cleaning solution. The circulating liquid feeding pipe 12B is connected to the circulating kettle container 11B. The cleaning solution can be added to the circulation kettle vessel 11B through the circulation addition tube 12B. The circulation cleaning pump 13B is connected to the circulation water tank 11B to deliver the cleaning solution in the circulation water tank 11B to the circulation water pipe device 20B. Specifically, the circulation cleaning pump 13B is held at a predetermined distance from the bottom of the circulation water tank 11B. The circulation liquid level sensor 14B is disposed in the circulation water tank 11B and keeps a predetermined distance from the bottom of the circulation water tank 11B to sense the height of the cleaning solution in the circulation water tank 11B. It is worth mentioning that the circulation cleaning pump 13B can continuously supply the cleaning solution from the circulation water tank 11B to the circulation water pipe device 20B. In particular, when the circulation cleaning device 30B does not spray the cleaning solution, the cleaning solution will flow back to the circulation water tank 11B from the circulation water pipe device 20B.

In particular, the direct water bottle container 11A and the circulating water bottle container 11B may be manufactured by blow molding or welding, i.e. the direct water bottle container 11A and the circulating water bottle container 11B may be implemented as a blow molding water bottle or a welding water bottle. The blow molding kettle is formed by blowing compressed air into a molten parison to enable materials to be tightly attached to the surface of a mold cavity. The welding kettle is a kettle which integrates two injection-molded parts into a whole in a welding mode. It is worth mentioning that the manufacturing modes of the direct kettle container 11A and the circulation kettle container 11B are not limitations of the present invention. Additionally, there are three main blow molding methods for blow molding: extrusion blow molding, injection blow molding and injection stretch blow molding. The blow molding process begins with melting the plastic and forming it into a parison, or injection stretch blow molding. The parison is then clamped into a mold and air is blown into it, the parison is subjected to air pressure to match the mold, and after the parison cools and hardens, the mold is opened to eject the blow-molded part. Injection molding is a process for producing parts composed of thermoplastic or thermosetting plastics. The injection molding is to heat and melt plastic in a cylinder of an injection molding machine, and when the plastic is in a flowing state, the molten plastic is compressed and moves forward under the pressure of a plunger or a screw, and then is injected into a closed mold with a lower temperature at a high speed through a nozzle at the front end of the cylinder, and after a certain period of cooling and shaping, the mold is opened to obtain a product.

It should be mentioned that the direct liquid feeding pipe 12A and the circulating liquid feeding pipe 12B can be manufactured by blow molding process or injection molding process, that is, the direct liquid feeding pipe 12A and the circulating liquid feeding pipe 12B can be implemented as a blow molding liquid feeding pipe or an injection molding liquid feeding pipe. In particular, the manner of manufacture of the direct filler tube 12A and the circulating filler tube 12B is not a limitation of the present invention.

According to the utility model discloses an embodiment, direct level sensor 14A with circulation level sensor 14B all can implement liquid level scale, electrode formula level sensor and buoy type level sensor, and this does not the utility model discloses a restriction. Further, both the direct level sensor 14A and the circulating level sensor 14B may be a pressure sensor that measures the liquid level.

According to an embodiment of the present invention, the direct washing pump 13A includes a direct body 131A having a water inlet 1311A and a water outlet 1312A, and when the direct washing pump 13A is connected to be disposed in the direct water bottle container 11A, the water inlet 1311A is kept at a predetermined distance from the bottom of the direct water bottle container 11A. In particular, the direct cleaning pump 13A and the direct water kettle vessel 11A are sealed and controlled. In addition, the direct cleaning pump 13A further includes a connector 132A, a motor 133A, a filter 134A, a shaft seal 135A, an impeller 136A, and an end cap 137A. The connector 132A connects the motor 133A and the wiring harness of the control device 50 such that commands are issued by the control device 50 to the motor 133A, wherein the motor 133A is used to power the direct wash pump 13A to move wash solution within the direct kettle device 10A from the water inlet 1311A of the direct body 131A to the water outlet 1312A of the direct body 131A. The filter 134A is disposed at the water outlet 1312A to filter impurities in the cleaning solution. The shaft seal 135A is disposed on the motor 133A to prevent the cleaning solution from entering the motor 133A. The impeller 136A is connected to the motor 133A, i.e., the impeller 136A is actuated by the power of the motor 133A to discharge the cleaning solution from the water outlet 1312A.

According to the embodiment of the present invention, the circulation cleaning pump 13B includes a circulation body 131B having a water inlet 1311B and a water outlet 1312B, and when the circulation cleaning pump 13B is connected to the circulation kettle container 11B, the water inlet 1311B is kept at a predetermined distance from the bottom of the circulation kettle container 11B. In particular, the sealing control is adopted between the circulation cleaning pump 13B and the circulation kettle container 11B. In addition, the circulation cleaning pump 13B further includes a connector 132B, a motor 133B, a filter 134B, a shaft seal 135B, an impeller 136B, and an end cap 137B. The connector 132B connects the motor 133B and the wiring harness of the control device 50 such that a command is issued by the control device 50 to the motor 133B, wherein the motor 133B is used to power the circulation wash pump 13B to move the wash solution in the circulation tank assembly 10B from the water inlet 1311B of the circulation body 131B to the water outlet 1312B of the circulation body 131B. The filter 134B is disposed at the water outlet 1312B to filter impurities in the cleaning solution. The shaft seal 135B is disposed on the motor 133B to prevent the cleaning solution from entering the motor 133B. The impeller 136B is connected to the motor 133B, i.e., the impeller 136B is actuated by the power of the motor 133B to discharge the cleaning solution from the water outlet 1312B.

It is worth mentioning that the circulation cleaning pump 13B may be implemented as a self-suction water pump or a side suction pump, which is not a limitation of the present invention. It should be added that the self-priming water pump has a certain self-priming function, and when the self-priming water pump is arranged in the circulation kettle container 11B, the self-priming water pump can be arranged at a higher position relatively. However, the self-priming water pump has high power and current, low load performance and fast flow rate decrease along with the rise of the load. In addition, the side suction pump has a large opening, so that the water inflow is sufficient, and the large-flow cleaning at a low power can be realized, but the side suction pump does not have a self-suction function, so that the side suction pump must be arranged at a low position when the side suction pump is arranged in the circulation water tank 11B.

According to an embodiment of the present invention, as shown in fig. 5, the direct water pipe device 20A includes at least one direct water pipe 21A and a direct joint 22A. The direct joint 22A connects the direct water pipe 21A and the direct cleaning pump 13A. It will be appreciated that the direct connection 22A facilitates connection of the direct water line 21A to the direct wash pump 13A. It is worth mentioning that the direct joint 22A may be implemented as a normal joint, a quick joint or a check valve joint, which is not a limitation of the present invention. In addition, the direct water pipe 21A may be made of EPDM, PVE, HDPE materials. Further, the direct water pipe device 20A further includes a direct snap 23A to fix the direct water pipe 21A and the direct joint 22A. The direct snap 23A may be implemented as a water pipe clip, a ribbon or a sheet metal snap. The direct water pipe arrangement 20A further comprises at least one direct protective sleeve 24A arranged between the direct water pipe 21A and the direct connection 22A. In other words, after the direct water pipe 21A is connected to the direct connector 22A, the direct protection sleeve 24A is disposed at the connection position of the two, so as to prevent the direct water pipe 21A from falling off and leaking water.

According to the embodiment of the present invention, as shown in fig. 6, the circulating water pipe device 20B includes an output pipeline 21B, a return pipeline 22B and at least two circulating joints 23B. The two circulation joints 23B are respectively connected to the output pipeline 21B and the return pipeline 22B. One of the circulation joints 23B is connected to the circulation cleaning pump 13B and the output pipeline 21B. The other circulation joint 23B is connected with the circulation kettle device 10B and the return pipeline 22B. For convenience of explanation, the two circulation joints 23B are hereinafter defined as a circulation output joint 23Ba and a circulation return joint 23Bb, respectively. It is to be understood that the circulation output connector 23Ba and the circulation return connector 23Bb are the same connector only for convenience of explaining the relationship of the components, so that different names are defined for easy interpretation, which is not a limitation of the present invention. Therefore, the circulation outlet connector 23Ba is provided to facilitate the connection of the outlet line 21B to the circulation cleaning pump 13B, and the circulation return connector 23Bb is provided to facilitate the connection of the return line 22B to the circulation water bottle device 10B. It is worth mentioning that the circulation joint 23B may be implemented as a normal joint, a quick joint or a check valve joint, which is not a limitation of the present invention. In addition, the direct joint 22A may also implement the same joint as the circulation joint 23B, which is not a limitation of the present invention.

It should be mentioned that the output pipeline 21B includes at least one output water pipe 211B and at least one output fastener 212B, wherein the output fastener 212B is used for fixing the output water pipe 211B and the circulation output connector 23 Ba. The return line 22B includes at least one return pipe 221B and at least one return snap 222B, wherein the return snap 222B is used to fix the return pipe 221B and the circulation return joint 23 Bb. It is understood that the outlet pipe 211B and the return pipe 221B may be implemented as water pipes made of EPDM, PVE, or HDPE, i.e. the outlet pipe 211B and the return pipe 221B may be the same water pipe. Similarly, the output buckle 212B and the backflow buckle 222B can also be implemented as a water pipe buckle, a ribbon or a metal plate buckle, etc., that is, the output buckle 212B and the backflow buckle 222B are the same buckle. That is, the output water pipe 211B and the return water pipe 221B are the same water pipe, the output buckle 212B and the return buckle 222B are the same buckle, and different names are only used for convenience of explaining the relationship between the components, which is not a limitation of the present invention.

According to the utility model discloses an embodiment, circulating water pipe device 20B still includes two at least circulation protective sheaths 24B, its set up in output water pipe 211B with between the circulation output connects 23Ba, and return water pipe 221B with between the circulation backward flow connects 23 Bb. It will be appreciated that when the water pipe is connected to the circulation connector 23B, the circulation protection sleeve 24B is disposed at the connection position to prevent the water pipe from falling off and leaking water. In addition, the direct protective sheath 24A and the circulating protective sheath 24B may be implemented as components of the same material and the same structure, that is, the two are the same protective sheath, which is not a limitation of the present invention.

Fig. 5 shows a pipeline setting embodiment of the direct cleaning device 1A of the present invention, the direct water pipe device 20A further includes at least one direct tap 25A. It will be appreciated that the number of direct water lines 21A will vary in cooperation with the direct tap 25A. For example, by adding one direct tap 25A, which is embodied as a three-way tap, the number of direct water pipes 21A is embodied as 3. That is, one end of the first direct water pipe 21Aa is connected to the direct washing pump 13A through the direct joint 22A, the other end of the first direct water pipe 21Aa is connected to the direct branch joint 25A, and the other two ports of the direct branch joint 25A are connected to the second direct water pipe 21Ab and the third direct water pipe 21Ac, respectively. Similarly, the number of the direct cleaning devices 30A is also changed according to the direct tap 25A. When the direct branch joint 25A is a three-way joint, the number of the direct cleaning apparatuses 30A is 2, in which the second direct water pipe 21Ab and the third direct water pipe 21Ac are connected, respectively. In other words, the present embodiment can simultaneously or separately clean 2 of the outfit apparatuses 300 by two of the direct cleaning apparatuses 30A. Furthermore, the direct water pipe device 20A may further include at least one direct connection joint 26A, wherein the number of the direct water pipes 21A is also changed according to the direct connection joint 26A. That is, the length or angle of the water pipe can be changed by the direct connection joint 26A. For example, the number of the third direct water tubes 21Ac is 2, wherein the two third direct water tubes 21Ac are connected via the direct connection joint 26A to extend or change the length or the setting angle of the water tubes.

Referring to fig. 6, a pipeline configuration embodiment of the circulation cleaning device 1B of the present invention is shown, and the circulation water pipe device 20B further includes at least one circulation tap 25B. It is understood that the number of the outlet water pipes 211B or the return water pipes 221B is changed in accordance with the circulation tap 25B. For example, taking the output water pipe 211B as an example, one circulation tap 25B is added, wherein a three-way tap is implemented, and then the number of the output water pipes 211B is implemented as 3. That is, one end of the first output water pipe 211Ba is connected to the circulation cleaning pump 13B through the output joint 23a, the other end of the first output water pipe 211Ba is connected to the circulation flow-dividing joint 25B, and the other two ports of the circulation flow-dividing joint 25B are respectively connected to the second output water pipe 211Bb and the third output water pipe 211 Bc. Similarly, the number of the circulation cleaning devices 30B is also changed according to the circulation tap 25B. When the circulation flow-dividing joint 25B is a three-way joint, the number of the circulation cleaning devices 30B is 2, and the circulation cleaning devices are respectively connected to the second water outlet pipe 211Bb and the third water outlet pipe 211 Bc. That is, 2 of the outfits 300 can be washed at the same time. It is understood that the number of the return water pipes 221B is also 2, and the number of the return joints 23Bb is also 2. Furthermore, the circulating water pipe device 20B may further include at least one circulating connection joint 26B, wherein the number of the output water pipes 211B or the number of the return water pipes 221B are also changed according to the circulating connection joint 26B. That is, it is assumed that the number of the third water outlet pipes 211Bc is 2, wherein the two third water outlet pipes 211Bc are connected via the circulation connection joint 26B to extend or change the length or the setting angle of the water pipes. In particular, in order to return the cleaning solution, the circulation water pipe device 20B further includes at least one or more circulation return joints 27B, which are three-way joints, one end of which is connected to the output water pipe 211B, one end of which is connected to the circulation cleaning device 30B, and the other end of which is connected to the return water pipe 221B. It is worth mentioning that the number of recirculation adapters 27B is equal to the number of recirculation cleaning devices 30B.

According to the embodiment of the present invention, the direct cleaning device 30A includes at least one direct nozzle module 31A and at least one direct water pipe connector 32A. The direct water pipe joint 32A connects the direct nozzle module 31A and the direct water pipe 21A so that the cleaning solution is sprayed from the direct nozzle module 31A to the outfit apparatus 300 for cleaning. In addition, the direct cleaning apparatus 30A further includes a direct heater 33A connected to the direct nozzle module 31A to heat the cleaning solution. In addition, the runner of the direct nozzle module 31A can be designed to be columnar, pressure atomized, oscillated, impacted, etc. so that the spraying modes of the cleaning solution are different, which is not the limitation of the present invention. Further, the usage of the direct nozzle module 31A may be changed according to actual requirements, so as to change the spraying of the cleaning solution.

According to an embodiment of the present invention, the circulation cleaning device 30B includes at least one circulation nozzle module 31B. The circulation return joint 27B is connected to the circulation nozzle block 31B, the outlet pipe 211B of the outlet pipeline 21B, and the return pipe 221B of the return pipeline 22B, so as to spray the cleaning solution from the circulation nozzle block 31B to the preparation apparatus 300 when necessary, or to allow the cleaning solution to flow from the return pipe 221B to the circulation water tank apparatus 10B. In other words, the circulation cleaning pump 13B outputs the cleaning solution from the circulation water kettle device 10B to the output water pipe 211B, then flows from the output water pipe 211B to the circulation return joint 27B, then flows from the circulation return joint 26B to the circulation nozzle module 31B as required, and sprays the cleaning solution to the equipment device 300 via the circulation nozzle module 31B to clean the dirt of the equipment device 300, or flows directly from the circulation return joint 27B to the circulation water pipe 221B and flows back to the circulation water kettle device 10B. In addition, the circulation cleaning device 30B may further include a circulation heater 32B connected to the circulation nozzle module 31B to heat the cleaning solution.

As shown in fig. 7, which is a schematic illustration of the circulation cleaning apparatus 1B of the double washing apparatus 100 having 4 sets of the circulation washing devices 30B. The circulation split joint 25B is implemented in two, one being a four-way joint and one being a three-way joint. The recirculation connection 27B is implemented in four, which is a three-way connection. The number of the output water pipes 211B is 6, wherein the output water pipes are respectively a first output water pipe 211Ba, three second output water pipes 211Bb and two third output water pipes 211 Bc. The number of the return water pipes 221B is 4. Further, the circulating tap 25B of the four-way joint is respectively connected to the first output water pipe 211Ba and the three second output water pipes 211Bb, and the circulating tap 25B of the three-way joint is respectively connected to one of the second output water pipes 211Bb and the two third output water pipes 211 Bc. The circulation connection joint 26B is respectively connected to the return water pipe 221B, the circulation cleaning device 30B and the corresponding output water pipe 211B, so that the cleaning solution is continuously circulated among the circulation water kettle device 10B, the circulation water pipe device 20B and the circulation cleaning device 30B. Therefore, it can be understood that the present invention can set a plurality of circulation cleaning devices 30B according to the need of cleaning, wherein each part of the circulation pipe device 20 is correspondingly set up, which is not the limitation of the present invention.

The present invention also provides a dual cleaning apparatus method for a vehicle to clean various equipment devices 300 on the vehicle, comprising the steps of:

(a) a circulation cleaning device 1B for continuously circulating the cleaning solution;

(b) detecting the equipped device 300 to find a stain, and performing step (c);

(c) a main cleaning system for cleaning the outfit 300, wherein step (d) is performed in special cases;

and

(d) an auxiliary cleaning system cleans the dispensing device 300.

According to step (a) comprising the steps of:

(a1) the cleaning solution is output from a circulating water kettle device 10B to a circulating water pipe device 20B;

(a2) the cleaning solution flows from the circulating water pipe device 20B to a circulating return joint 27B;

(a3) the cleaning solution is diverted from the circulation return joint 27B to a circulation cleaning device 30B and a return water pipe 221B; and

(a4) when cleaning is required, the cleaning solution is sprayed from the circulation cleaning device 30B to the preparation device 300, and when cleaning is not required, the cleaning solution flows back from the return water pipe 221B to the circulation water tank device 10B.

According to the step (B), the state of the dispensing device 300 is detected by a sensing device 60, and when it is detected that foreign matter is hidden or attached to the dispensing device 300, a control device 50 issues an instruction to spray the cleaning solution to the dispensing device 300 by a direct cleaning device 30A or the circulation cleaning device 30B to remove the foreign matter.

According to step (c), wherein the special case is a malfunction of the primary cleaning system or absence of the wash solution.

According to step (c), the main cleaning system is implemented as a direct cleaning device 1A or as the circulating cleaning device 1B, which is not a limitation of the present invention.

According to step (d), the auxiliary cleaning system is implemented as the direct cleaning device 1A or the circulating cleaning device 1B, which is not a limitation of the present invention.

As shown in fig. 3 to 13, there are a dual washing apparatus 100 and a vehicle 200 having the dual washing apparatus 100, implemented according to a first variation of the preferred embodiment of the present invention, in which the water jug device 10 is shared. The vehicle 200 includes a pair of washing apparatuses 100 adapted to wash respective equipping apparatuses 300 provided to the vehicle 200. In particular, the double washing apparatus 100 is used to clean or wash each of the outfits 300, and also to control or maintain the temperature of the vehicle 200. Wherein the double washing apparatus 100 includes a direct cleaning apparatus 1A, a circulation cleaning apparatus 1B, and a kettle device 10. That is, the direct cleaning apparatus 1A and the circulation cleaning apparatus 1B share the kettle device 10 in this embodiment. Both the direct cleaning apparatus 1A and the circulating cleaning apparatus 1B may be used to wash the equipping device 300, respectively, wherein the circulating cleaning apparatus 1B may further regulate the temperature of the vehicle 200. It is worth mentioning that the dual cleaning apparatus 100 can set the direct cleaning apparatus 1A or the circulation cleaning apparatus 1B as a main cleaning system and an auxiliary cleaning system, respectively, and these two sets of cleaning apparatuses can be matched to each other, and when one set has no cleaning solution or fails, the other set can be directly switched to be used. It is worth mentioning that when the direct cleaning apparatus 1A is the main cleaning system, the circulation cleaning apparatus 1B is the auxiliary cleaning system. When the direct cleaning apparatus 1A is the auxiliary cleaning system, the circulation cleaning apparatus 1B is the main cleaning system. This is not a limitation of the present invention.

According to the embodiment of the present invention, the dual cleaning apparatus 100 can perform the control cleaning or the automatic cleaning to each of the outfit devices 300 of the dirty objects more quickly. Also, the double washing apparatus 100 may wash each of the outfits 300 at any time and any place, whether the vehicle 200 is running or the vehicle 200 is stopped. In particular, the user does not wash or wipe each of the outfits 300 manually in person by the double washing apparatus 100, but directly washes automatically through the double washing apparatus 100. In other words, the user can get on the vehicle when the outfit 300 is washed by the double washing apparatus 100. It is worth mentioning that two cleaning equipment 100 except being applicable to the vehicle, still can be applicable to intelligent vehicle or general vehicle, like motor vehicle, electric motor car, oil-electricity hybrid vehicle. In other words, the dual cleaning apparatus 100 may clean the equipment installed on the smart car, the motor vehicle, the electric vehicle, or the hybrid vehicle, which is not a limitation of the present invention. In addition, the outfit apparatus 300 may be implemented as a tachograph, a car backing apparatus, a camera module, a camera device, front and rear windshields, a car light, a license plate, and the like.

According to this embodiment of the present invention, the direct cleaning device 1A and the circulation cleaning device 1B are respectively connected to the kettle device 10 so as to be suitable for washing the respective outfit devices 300 provided in the vehicle. Further, in the present embodiment, the direct cleaning apparatus 1A and the circulation cleaning apparatus 1B share the kettle device 10 to wash each of the outfit apparatuses 300 at any time and any place as needed, whether the vehicle 200 is running or the vehicle 200 is stopped. In particular, the direct cleaning apparatus 1A comprises at least one direct water pipe device 20A, and at least one direct washing device 30A. The direct water pipe device 20A connects the kettle device 10 and the direct cleaning device 30A. The direct washing apparatus 30A is installed with respect to at least one of the outfits 300 of the vehicle 200. That is, the direct washing device 30A is aligned with the dispensing device 300 such that the direct water pipe device 20A delivers the washing solution in the kettle device 10 to the direct washing device 30A and sprays the washing solution through the direct washing device 30A to directly wash the dispensing device 300. In other words, the cleaning solution in the kettle device 10 flows to the direct cleaning device 30A through the direct water pipe device 20A and is sprayed to the outfit device 300 through the direct cleaning device 30A to clean the outfit device 300 by the force of the sprayed and cleaning solution flowing. In addition, the cleaning solution in the kettle device 10 may be implemented as water or cleaning solvent, which is not a limitation of the present invention. In particular, the circulation cleaning device 1B comprises at least one circulation water pipe means 20B, and at least one circulation washing means 30B. The circulating water pipe device 20B is connected with the kettle device 10 and the circulating cleaning device 30B. The circulation washing device 30B is installed with respect to at least one of the equipment devices 300 of the vehicle 200. That is, the circulation cleaning device 30B is aligned with the dispensing device 300 so that the dispensing device 300 can be directly cleaned by the cleaning solution sprayed from the circulation cleaning device 30B into the kettle device 10. In other words, the cleaning solution in the kettle device 10 flows to the circulation cleaning device 30B through the circulation water pipe device 20B and is sprayed to the outfit device 300 through the circulation cleaning device 30B to clean the outfit device 300 by the force of the sprayed and cleaning solution flowing. It is worth mentioning that the cleaning solution can flow continuously between the circulating water pipe means 20B and the kettle means 10. In other words, the cleaning solution flows through the circulation pipe means 20B without interruption, and when the outfit apparatus 300 is to be cleaned, the cleaning solution may directly flow from the circulation pipe means 20B to the circulation cleaning means 30B and be sprayed. Therefore, the washing solution can accelerate the washing speed and keep the temperature of the vehicle within a certain range. In addition, the cleaning solution in the kettle device 10 may be implemented as water or cleaning solvent, which is not a limitation of the present invention. In addition, the direct cleaning apparatus 1A and the circulation cleaning apparatus 1B may be set to the main cleaning system or the auxiliary cleaning system, respectively, as required, which is not a limitation of the present invention.

According to this embodiment of the present invention, the dual cleaning apparatus 100 further comprises a temperature control device 40 connected to the kettle device 10 to control or adjust the temperature of the cleaning solution in the kettle device 10 according to the external environment temperature or the temperature inside and outside the vehicle. It is worth mentioning that when the external environment temperature or the vehicle interior and exterior temperature is relatively low, the temperature control device 40 will increase the temperature of the cleaning solution in the kettle device 10, so that when the cleaning solution flows in the circulating water pipe device 20B, the temperature in the vehicle will increase. Similarly, when the external environment temperature or the internal and external temperature of the vehicle is relatively high, the temperature control device 40 will lower the temperature of the cleaning solution in the kettle device 10, so that the temperature in the vehicle will be lowered when the cleaning solution flows in the circulating water pipe device 20B.

According to this embodiment of the present invention, the number of the direct cleaning devices 30A of the direct cleaning apparatus 1A can be set with respect to the number of the outfit device 300, wherein the direct cleaning devices 30A are connected to the water bottle device 10 via the direct water pipe device 20A to obtain the cleaning solution. That is, the cleaning solution may be sent to at least one or more of the direct cleaning devices 30A via the direct water pipe device 20A. In addition, the number of the circulation cleaning devices 30B of the circulation cleaning apparatus 1B may be set corresponding to the number of the outfit devices 300, wherein the circulation cleaning devices 30B are connected to the water bottle device 10 through the circulation water pipe device 20B to obtain the cleaning solution. In particular, the cleaning solution can be delivered to at least one or more of the circulating cleaning devices 30B via the circulating water pipe device 20B, while the cleaning solution which reaches the circulating cleaning device 30B and is not sprayed can be returned to the kettle device 10 via the circulating water pipe device 20B. That is, the washing solution is fed out from the kettle device 10 via the kettle device 10 and flows to the circulation washing device 30B via the circulation water pipe device 20B, the washing solution is sprayed to the outfit device 300 when washing is required, and the washing solution is automatically returned to the kettle device 10 from the circulation water pipe device 20B when washing is not required.

According to this embodiment of the present invention, the double cleaning apparatus 100 further includes a control device 50, wherein the kettle device 10, the direct cleaning device 30A, the circulation cleaning device 30B, and the temperature control device 40 are respectively connected to the control device 50 to control the direct cleaning device 30A or the circulation cleaning device 30B to clean the outfit device 300 of the vehicle 200, and to control the temperature control device 40 to control the temperature of the cleaning solution. It should be noted that the control device 50 may be implemented as a control unit of the vehicle 200, or may be an independent controller. That is, when the control device 50 is a control unit of the vehicle 200, the control unit of the vehicle 200 includes the control device 50. When the control device 50 is an independent controller, the control device 50 can be independently installed on the vehicle 200 and can be connected to a control unit of the vehicle 200, and the setting manner of these is not a limitation of the present invention.

According to the embodiment of the present invention, the double cleaning apparatus 100 further comprises a sensing device 60 electrically connected to the control device 50 and adapted to detect the state of the outfit device 300, when the sensing device 60 detects that a foreign object is hidden or attached to the outfit device 300, the sensing device 60 notifies the control device 50, and the control device 50 issues an instruction to enable the direct cleaning device 30A or the circulation cleaning device 30B to spray the cleaning solution to the outfit device 300 to remove the foreign object. In other words, when a stain, muddy water or dust falls to the outfit apparatus 300 and affects the use of the outfit apparatus 300, the sensing apparatus 60 notifies the control apparatus 50 so that the direct cleaning apparatus 30A or the circulation cleaning apparatus 30B sprays the cleaning solution to the outfit apparatus 300 until there is no stain, muddy water or dust on the outfit apparatus 300. It is worth mentioning that the cleaning solution in the circulating cleaning device 1B continuously flows through the circulating water pipe device 20B, and when the sensing device 60 detects that the outfit device 300 has foreign matters, the cleaning solution directly flows through the circulating water pipe device 20B to the circulating cleaning device 30B to be sprayed, so that the cleaning efficiency is effectively improved without waiting for the cleaning solution to be sent out from the kettle device 10. In other words, the present invention will more effectively and quickly wash the outfit 300 of the vehicle 200 by the circulation cleaning apparatus 1B, while also having the temperature control efficiency of the vehicle 200.

According to the utility model discloses a this embodiment, two cleaning equipment 100 still include one hide telescoping device 70, wherein direct belt cleaning device 30A circulating cleaning device 30B with controlling means 50 connect respectively in hide telescoping device 70, it is right with need when being equipped with the device 300 washing, by controlling means 50 assigns the instruction and makes hide telescoping device 70 and release direct belt cleaning device 30A or circulating cleaning device 30B is in order right be equipped with device 300 and wash to after wasing the completion, drive by hiding telescoping device 70 belt cleaning device 30 resets. It is worth mentioning that controlling means 50 issues the instruction and makes hide telescoping device 70 and release direct belt cleaning device 30A or during circulation belt cleaning device 30B, wherein the precedence can be for presetting, or can release simultaneously, this does not the utility model discloses a restriction. That is, assuming that the direct cleaning apparatus 1A is the main cleaning system, the concealed telescoping device 70 may push out the direct cleaning device 30A first, and in special cases, push out the circulating cleaning device 30B is switched, and vice versa. The special case may be any unexpected case such as a malfunction of the direct washing device 30A, and when the special case occurs, washing by the circulation cleaning apparatus 1B of the auxiliary cleaning system is automatically switched. It should be mentioned that the direct cleaning device 30A and the circulating cleaning device 30B are respectively disposed on the hidden telescopic device 70, and the hidden telescopic device 70 drives the direct cleaning device 30A or the circulating cleaning device 30B to move to a preset position so as to clean the outfit device 300, and after the cleaning is completed, the hidden telescopic device 70 drives the direct cleaning device 30A or the circulating cleaning device 30B to return to the original position. In particular, the hidden telescoping device 70 can push out the direct cleaning device 30A and the circulating cleaning device 30B simultaneously, but the direct cleaning device 30A and the circulating cleaning device 30B are controlled to start cleaning. That is, if the direct washing device 30A is controlled to be a washing device, when the hidden telescoping device 70 simultaneously pushes out the direct washing device 30A and the circulation washing device 30B, only the direct washing device 30A is activated to spray the washing solution, and the circulation washing device 30B is in a closed state. And vice versa.

According to this embodiment of the present invention, the water bottle apparatus 10 includes a water bottle container 11, a filling pipe 12, a direct cleaning pump 13A, a circulation cleaning pump 13B, and a liquid level sensor 14. The kettle vessel 11 is adapted to contain a cleaning solution, like water or a cleaning solvent. The filler pipe 12 is connected to the kettle container 11. The cleaning solution can be added to the kettle vessel 11 through the filler tube 12. The direct washing pump 13A is connected to the kettle vessel 11 to deliver the washing solution in the kettle vessel 11 to the direct water pipe device 20A. Further, the direct washing pump 13A is kept at a predetermined distance from the bottom of the kettle vessel 11. The circulation cleaning pump 13B is connected to the water bottle container 11 to deliver the cleaning solution in the water bottle container 11 to the circulation water pipe device 20B. Specifically, the circulation cleaning pump 13B is kept at a predetermined distance from the bottom of the water container 11. It is worth mentioning that the circulation cleaning pump 13B can continuously supply the cleaning solution from the water container 11 to the circulation water pipe means 20B. In particular, when the circulation cleaning device 30B does not spray the cleaning solution, the cleaning solution will flow back to the jug vessel 11 from the circulation water pipe device 20B.

In particular, the kettle container 11 may be manufactured by blow molding or welding, i.e. the kettle container 11 may be embodied as a blow molded kettle or a welded kettle. The blow molding kettle is formed by blowing compressed air into a molten parison to enable materials to be tightly attached to the surface of a mold cavity. The welding kettle is a kettle which integrates two injection-molded parts into a whole in a welding mode. It is worth mentioning that the manufacturing manner of the water jug container 11 is not a limitation of the present invention. Additionally, there are three main blow molding methods for blow molding: extrusion blow molding, injection blow molding and injection stretch blow molding. The blow molding process begins with melting the plastic and forming it into a parison, or injection stretch blow molding. The parison is then clamped into a mold and air is blown into it, the parison is subjected to air pressure to match the mold, and after the parison cools and hardens, the mold is opened to eject the blow-molded part. Injection molding is a process for producing parts composed of thermoplastic or thermosetting plastics. The injection molding is to heat and melt plastic in a cylinder of an injection molding machine, and when the plastic is in a flowing state, the molten plastic is compressed and moves forward under the pressure of a plunger or a screw, and then is injected into a closed mold with a lower temperature at a high speed through a nozzle at the front end of the cylinder, and after a certain period of cooling and shaping, the mold is opened to obtain a product.

It is worth mentioning that the filling pipe 12 can be manufactured by a blow molding process or an injection molding process, i.e. the filling pipe 12 can be implemented as a blow molding filling pipe or an injection molding filling pipe. In particular, the manner of manufacturing the filler tube 12 is not a limitation of the present invention.

According to the utility model discloses an embodiment, level sensor 14 can implement liquid level scale, electrode type level sensor and buoy type level sensor, and this does not do the utility model discloses a restriction. Further, the level sensor 14 may be a pressure sensor that measures the level of the liquid.

According to this embodiment of the present invention, the circulation cleaning pump 13B includes a circulation body 131B having a water inlet 1311B and a water outlet 1312B, and when the circulation cleaning pump 13B is connected to the kettle container 1B, the water inlet 1311B is kept at a predetermined distance from the bottom of the kettle container 11. In particular, the circulation cleaning pump 13B and the kettle container 11 are controlled in a sealing way. In addition, the circulation cleaning pump 13B further includes a connector 132B, a motor 133B, a filter 134B, a shaft seal 135B, an impeller 136B, and an end cap 137B. The connector 132B connects the motor 133B and the wiring harness of the control device 50 such that a command is issued by the control device 50 to the motor 133B, wherein the motor 133B is used to power the circulation wash pump 13B to move the wash solution in the kettle device 10 from the water inlet 1311B of the circulation body 131B to the water outlet 1312B of the circulation body 131B. The filter 134B is disposed at the water outlet 1312B to filter impurities in the cleaning solution. The shaft seal 135B is disposed on the motor 133B to prevent the cleaning solution from entering the motor 133B. The impeller 136B is connected to the motor 133B, i.e., the impeller 136B is actuated by the power of the motor 133B to discharge the cleaning solution from the water outlet 1312B.

It is worth mentioning that the circulation cleaning pump 13B may be implemented as a self-suction water pump or a side suction pump, which is not a limitation of the present invention. It should be added that the self-priming pump has a certain self-priming function, and when the self-priming pump is arranged in the water bottle container 11, the self-priming pump can be arranged at a higher position relatively. However, the self-priming water pump has high power and current, low load performance and fast flow rate decrease along with the rise of the load. In addition, the side suction pump has a large opening, so the water inlet amount is sufficient, and the large flow cleaning under the low power can be realized, but the side suction pump has no self-absorption function, so the side suction pump is required to be arranged at a low position when being arranged in the kettle container 11.

According to the utility model discloses an embodiment, direct water pipe device 20A includes at least a direct water pipe 21A and a direct joint 22A. The direct joint 22A connects the direct water pipe 21A and the direct cleaning pump 13A. It will be appreciated that the direct connection 22A facilitates connection of the direct water line 21A to the direct wash pump 13A. It is worth mentioning that the direct joint 22A may be implemented as a normal joint, a quick joint or a check valve joint, which is not a limitation of the present invention. In addition, the direct water pipe 21A may be made of EPDM, PVE, HDPE materials. Further, the direct water pipe device 20A further includes a direct snap 23A to fix the direct water pipe 21A and the direct joint 22A. The direct snap 23A may be implemented as a water pipe clip, a ribbon or a sheet metal snap. The direct water pipe arrangement 20A further comprises at least one direct protective sleeve 24A arranged between the direct water pipe 21A and the direct connection 22A. In other words, after the direct water pipe 21A is connected to the direct connector 22A, the direct protection sleeve 24A is disposed at the connection position of the two, so as to prevent the direct water pipe 21A from falling off and leaking water.

According to the embodiment of the present invention, the circulating water pipe device 20B includes an output pipeline 21B, a return pipeline 22B and at least two circulating joints 23B. The two circulation joints 23B are respectively connected to the output pipeline 21B and the return pipeline 22B. One of the circulation joints 23B is connected to the circulation cleaning pump 13B and the output pipeline 21B. The other circulation joint 23B connects the water bottle device 10 and the return line 22B. For convenience of explanation, the two circulation joints 23B are hereinafter defined as a circulation output joint 23Ba and a circulation return joint 23Bb, respectively. It is to be understood that the circulation output connector 23Ba and the circulation return connector 23Bb are the same connector only for convenience of explaining the relationship of the components, so that different names are defined for easy interpretation, which is not a limitation of the present invention. Therefore, the circulation outlet connector 23Ba is provided to facilitate the connection of the outlet line 21B to the circulation cleaning pump 13B, and the circulation return connector 23Bb is provided to facilitate the connection of the return line 22B to the water bottle apparatus 10. It is worth mentioning that the circulation joint 23B may be implemented as a normal joint, a quick joint or a check valve joint, which is not a limitation of the present invention. In addition, the direct joint 22A may also implement the same joint as the circulation joint 23B, which is not a limitation of the present invention.

The direct water pipe apparatus 20A further includes at least one direct tap 25A. The circulation water pipe device 20BB further includes at least one circulation tap 25B. It will be appreciated that the number of direct water lines 21A will vary in cooperation with the direct tap 25A. The number of the outlet water pipes 211B or the return water pipes 221B is changed in accordance with the circulation tap 25B. In addition, the direct water pipe apparatus 20A may further include at least one direct connection joint 26A. The circulating water pipe device 20B may further include at least one circulating connection joint 26B. It will be appreciated that the number of direct water pipes 21A may also vary in conjunction with the direct connection fitting 26A. The number of the output water pipes 211B or the return water pipes 221B is also changed in accordance with the circulation connection joint 26B. In addition, the circulating water pipe device 20B further includes at least one or more circulating joints 27B. The number of recirculation unions 27B is equal to the number of recirculation cleaning devices 30B.

According to an embodiment of the present invention, the circulation cleaning device 30B includes at least one circulation nozzle module 31B. The circulation return joint 27B is connected to the circulation nozzle block 31B, the outlet pipe 211B of the outlet pipeline 21B, and the return pipe 221B of the return pipeline 22B, so as to spray the cleaning solution from the circulation nozzle block 31B to the preparation apparatus 300 when necessary, or to allow the cleaning solution to flow from the return pipe 221B to the water bottle apparatus 10. In other words, the circulation cleaning pump 13B outputs the cleaning solution from the water bottle apparatus 10 to the output water pipe 211B, and then flows from the output water pipe 211B to the circulation return joint 27B, and then flows from the circulation return joint 26B to the circulation nozzle module 31B as required, and sprays the cleaning solution to the equipment apparatus 300 via the circulation nozzle module 31B to clean the dirt of the equipment apparatus 300, or flows directly from the circulation return joint 27B to the return water pipe 221B and returns to the water bottle apparatus 10. In addition, the circulation cleaning device 30B may further include a circulation heater 32B connected to the circulation nozzle module 31B to heat the cleaning solution.

It should be noted that fig. 8 to 12 are schematic views illustrating the dual cleaning apparatus of the present invention configured on a vehicle, wherein fig. 8 is configured with the direct cleaning apparatus 1A, and fig. 9 to 12 are configured with the circulating cleaning apparatus 1B. The arrangement in between is not absolute, that is, the direct cleaning apparatus 1A in fig. 8 and the circulation cleaning apparatus 1B in fig. 9 may be arranged on the vehicle at the same time. All of fig. 8 to 12 may be disposed on the same vehicle. Or different combination configurations, which is not a limitation of the present invention. In particular, the circulation cleaning device 1B in fig. 9 to 12 can also be directly replaced by the direct cleaning device 1A, and different combination example configurations are implemented, which is not a limitation of the present invention. In other words, the configuration combination of the direct cleaning apparatus 1A and the circulating cleaning apparatus 1B is adjustable according to actual needs.

The present invention also provides a dual cleaning method for a vehicle to clean various equipment devices 300 on the vehicle, comprising the steps of:

(e) a circulation cleaning device 1B for continuously circulating the cleaning solution;

(f) detecting the equipped device 300 to find a stain, and performing step (c);

(g) a main cleaning system for cleaning the outfit 300, wherein step (d) is performed in special cases;

and

(h) an auxiliary cleaning system cleans the dispensing device 300.

According to step (a) comprising the steps of:

(a1) the cleaning solution is output from a kettle device 10 to a circulating water pipe device 20B;

(a4) when cleaning is required, the cleaning solution is sprayed from the circulation cleaning device 30B to the preparation device 300, and when cleaning is not required, the cleaning solution flows back to the kettle device 10B from the return water pipe 221B.

According to step (c), wherein the special case is when the primary cleaning system fails.

As shown in fig. 3, 5 to 12, 14, there is a second modified embodiment of the water bottle apparatus 10 of the double washing apparatus 100 according to the preferred embodiment of the present invention. Furthermore, in this variant embodiment the kettle device 10 has only one washing pump, wherein the direct cleaning device 1A and the circulating cleaning device 1B are connected by means of a diverter valve. In other words, the double washing apparatus 100 includes a direct cleaning apparatus 1A, a circulation cleaning apparatus 1B, and a water jug device 10. In this variant embodiment the direct cleaning device 1A and the recirculation cleaning device 1B also share the kettle means 10, but in contrast to the second preferred embodiment there is only one pump output. Also, both the direct cleaning apparatus 1A and the circulation cleaning apparatus 1B may be used to wash the outfit 300, respectively, wherein the circulation cleaning apparatus 1B may further regulate the temperature of the vehicle 200. It is worth mentioning that the dual washing apparatus 100 can set the direct cleaning apparatus 1A or the circulation cleaning apparatus 1B as a main cleaning system and an auxiliary cleaning system, respectively, and these two sets of cleaning apparatuses can be matched to each other, and when one of them fails, it can be directly switched to the other set for use. It is worth mentioning that when the direct cleaning apparatus 1A is the main cleaning system, the circulation cleaning apparatus 1B is the auxiliary cleaning system. When the direct cleaning apparatus 1A is the auxiliary cleaning system, the circulation cleaning apparatus 1B is the main cleaning system. This is not a limitation of the present invention.

According to this embodiment of the present invention, the direct cleaning device 1A and the circulation cleaning device 1B are respectively connected to the kettle device 10 so as to be suitable for washing the respective outfit devices 300 provided in the vehicle. Further, in the present embodiment, the direct cleaning apparatus 1A and the circulation cleaning apparatus 1B share the kettle device 10 to wash each of the outfit apparatuses 300 at any time and any place as needed, whether the vehicle 200 is running or the vehicle 200 is stopped. In particular, the direct cleaning apparatus 1A comprises at least one direct water pipe device 20A, and at least one direct washing device 30A. The direct water pipe device 20A connects the kettle device 10 and the direct cleaning device 30A. In addition, the circulation cleaning device 1B comprises at least one circulation water pipe device 20B and at least one circulation washing device 30B. The circulating water pipe device 20B is connected with the kettle device 10 and the circulating cleaning device 30B. The circulation washing device 30B is installed with respect to at least one of the equipment devices 300 of the vehicle 200.

According to this embodiment of the present invention, the dual cleaning apparatus 100 further comprises a temperature control device 40 connected to the kettle device 10 to control or adjust the temperature of the cleaning solution in the kettle device 10 according to the external environment temperature or the temperature inside and outside the vehicle. The double washing apparatus 100 further includes a control device 50, wherein the kettle device 10, the direct washing device 30A, the circulation washing device 30B, and the temperature control device 40 are respectively connected to the control device 50 to control the direct washing device 30A or the circulation washing device 30B to wash the outfit 300 of the vehicle 200, and to control the temperature control device 40 to control the temperature of the washing solution. The double cleaning apparatus 100 further includes a sensing device 60 electrically connected to the control device 50 and adapted to detect a state of the dispensing device 300, and when the sensing device 60 detects that a foreign object is hidden or attached to the dispensing device 300, the sensing device 60 notifies the control device 50, and the control device 50 issues an instruction to spray the cleaning solution to the dispensing device 300 by the direct cleaning device 30A or the circulation cleaning device 30B to remove the foreign object. Two cleaning equipment 100 still includes one and hides telescoping device 70, wherein direct belt cleaning device 30A circulating cleaning device 30B with controlling means 50 connect respectively in hide telescoping device 70, it is right to be in need when being equipped with the device 300 and wasing, by controlling means 50 assigns the instruction and makes hide telescoping device 70 and release direct belt cleaning device 30A or circulating cleaning device 30B is in order to right it washs to being equipped with device 300, and after wasing the completion, by hiding telescoping device 70 and driving belt cleaning device 30 resets.

According to this embodiment of the present invention, the water bottle apparatus includes a water bottle container 11, a filling pipe 12, a common cleaning pump 13, a level sensor 14, and a diversion valve 15. The kettle vessel 11 is adapted to contain a cleaning solution, like water or a cleaning solvent. The filler pipe 12 is connected to the kettle container 11. The cleaning solution can be added to the kettle vessel 11 through the filler tube 12. The shared cleaning pump 13 is connected with the kettle vessel 11 and the diverter valve 15. The direct water pipe means 20A and the circulating water pipe means 20B are connected to the diverting valve 15, respectively. The cleaning solution in the kettle vessel 11 is delivered to the direct water pipe means 20A and the circulating water pipe means 20B via the shared cleaning pump 13 and the flow dividing valve 15. In addition, the shared cleaning pump 13 is kept at a predetermined distance from the bottom of the kettle vessel 11. It is worth mentioning that the shared cleaning pump 13 continuously delivers the cleaning solution from the kettle vessel 11 to the circulating water pipe arrangement 20B. In particular, when the circulation cleaning device 30B does not spray the cleaning solution, the cleaning solution will flow back to the jug vessel 11 from the circulation water pipe device 20B. The kettle container 11 may be manufactured by blow moulding or welding, i.e. the kettle container 11 may be implemented as a blow moulded kettle or a welded kettle. The filling tube 12 can be manufactured by a blow molding process or an injection molding process, i.e. the filling tube 12 can be implemented as a blow molding filling tube or an injection molding filling tube. The level sensor 14 can be implemented as a level gauge, an electrode level sensor, and a float level sensor, which is not a limitation of the present invention. The shared washer pump 13 may be implemented as a self-priming pump or a side-priming pump, which is not a limitation of the present invention.

According to a variant embodiment of the present invention, said direct water pipe device 20A comprises at least one direct water pipe 21A and a direct joint 22A. The direct joint 22A connects the direct water pipe 21A and the diverter valve 15. It will be appreciated that the direct connection 22A facilitates connection of the direct water line 21A to the diverter valve 15. It is worth mentioning that the direct joint 22A may be implemented as a normal joint, a quick joint or a check valve joint, which is not a limitation of the present invention. In addition, the direct water pipe 21A may be made of EPDM, PVE, HDPE materials. Further, the direct water pipe device 20A further includes a direct snap 23A to fix the direct water pipe 21A and the direct joint 22A. The direct snap 23A may be implemented as a water pipe clip, a ribbon or a sheet metal snap. The direct water pipe arrangement 20A further comprises at least one direct protective sleeve 24A arranged between the direct water pipe 21A and the direct connection 22A. In other words, after the direct water pipe 21A is connected to the direct connector 22A, the direct protection sleeve 24A is disposed at the connection position of the two, so as to prevent the direct water pipe 21A from falling off and leaking water.

According to the embodiment of the present invention, the circulating water pipe device 20B includes an output pipeline 21B, a return pipeline 22B and at least two circulating joints 23B. The two circulation joints 23B are respectively connected to the output pipeline 21B and the return pipeline 22B. One of the circulation joints 23B connects the flow dividing valve 15 and the output pipe 21B. The other circulation joint 23B connects the water bottle device 10 and the return line 22B. For convenience of explanation, the two circulation joints 23B are hereinafter defined as a circulation output joint 23Ba and a circulation return joint 23Bb, respectively. It is to be understood that the circulation output connector 23Ba and the circulation return connector 23Bb are the same connector only for convenience of explaining the relationship of the components, so that different names are defined for easy interpretation, which is not a limitation of the present invention. Therefore, the circulation outlet connector 23Ba is provided to facilitate the connection of the outlet line 21B to the flow dividing valve 15, and the circulation return connector 23Bb is provided to facilitate the connection of the return line 22B to the water container apparatus 10. It is worth mentioning that the circulation joint 23B may be implemented as a normal joint, a quick joint or a check valve joint, which is not a limitation of the present invention. In addition, the direct joint 22A may also implement the same joint as the circulation joint 23B, which is not a limitation of the present invention.

According to an embodiment of the present invention, the circulation cleaning device 30B includes at least one circulation nozzle module 31B. The circulation return joint 27B is connected to the circulation nozzle block 31B, the outlet pipe 211B of the outlet pipeline 21B, and the return pipe 221B of the return pipeline 22B, so as to spray the cleaning solution from the circulation nozzle block 31B to the preparation apparatus 300 when necessary, or to allow the cleaning solution to flow from the return pipe 221B to the water bottle apparatus 10. In other words, the shared cleaning pump 13 enables the cleaning solution to flow from the water bottle apparatus 10 to the flow divider 15, directly to the outlet water pipe 211B, then to the circulation flow-back adapter 27B through the outlet water pipe 211B, then to the circulation flow-back adapter 26B as required, and to spray the cleaning solution to the equipment apparatus 300 through the circulation flow-back adapter 31B to clean the dirt of the equipment apparatus 300, or directly to the circulation flow-back pipe 221B through the circulation flow-back adapter 27B and back to the water bottle apparatus 10. In addition, the circulation cleaning device 30B may further include a circulation heater 32B connected to the circulation nozzle module 31B to heat the cleaning solution.

It will be understood by those skilled in the art that the embodiments of the present invention as described above and shown in the drawings are given by way of example only and are not limiting of the present invention. The objects of the present invention have been fully and effectively accomplished. The functional and structural principles of the present invention have been shown and described in the embodiments without departing from the principles, embodiments of the present invention may have any deformation or modification.

Claims

1. A pair of cleaning equipment, be suitable for the cleaning solution to wash set up in at least one outfit of vehicle, its characterized in that includes:

at least one direct cleaning device which enables the cleaning solution to be controlled to directly clean the equipment device; and

at least one circulation cleaning device which circulates the cleaning solution and is used for cleaning the equipment device by the cleaning solution in a manner of switching with the direct cleaning device.

2. The dual cleaning apparatus as recited in claim 1, wherein said dual cleaning apparatus further comprises a kettle device, wherein said direct cleaning apparatus and said recirculating cleaning apparatus are connected to said kettle device, respectively, such that cleaning solution disposed in said kettle device can flow to said direct cleaning apparatus and said recirculating cleaning apparatus, respectively.

3. The dual cleaning apparatus according to claim 2, wherein the direct cleaning apparatus comprises at least one direct water pipe means and at least one direct cleaning means, wherein the direct water pipe means connects the kettle means and the direct cleaning means, and the direct cleaning means sprays the cleaning solution to the dispensing means.

4. The dual cleaning apparatus according to claim 3, wherein the circulation cleaning apparatus comprises at least one circulation water pipe means and at least one circulation cleaning means, wherein the circulation water pipe means connects the kettle means and the circulation cleaning means, and the circulation cleaning means sprays the cleaning solution to the outfitting means.

5. The dual cleaning apparatus of claim 4, wherein the kettle device includes a kettle container, a fill tube, a direct cleaning pump, and a circulating cleaning pump, wherein the fill tube is connected to the kettle container, the direct cleaning pump is connected to the kettle container and the direct water line device, and the circulating cleaning pump is connected to the kettle container and the circulating water line device.

6. The dual cleaning apparatus of claim 4, wherein the water bottle means includes a water bottle container, a fill tube, a shared cleaning pump, and a diverter valve, wherein the fill tube is connected to the water bottle container, the shared cleaning pump is connected to the water bottle container and the diverter valve, and wherein the direct water pipe means and the circulating water pipe means are connected to the diverter valve, respectively.

7. The twin cleaning apparatus defined in claim 4, wherein the twin cleaning apparatus further comprises a temperature control device connected to the kettle means to control or regulate the temperature of the cleaning solution in the kettle means in response to an external ambient temperature or an in-vehicle or out-vehicle temperature.

8. The dual cleaning apparatus according to claim 1, wherein said direct cleaning apparatus includes at least one direct water kettle device, at least one direct water pipe device, and at least one direct cleaning device, wherein said direct water pipe device connects said direct water kettle device and said direct cleaning device, said direct cleaning device spraying the cleaning solution to the dispensing device.

9. The dual cleaning apparatus according to claim 8, wherein said circulation cleaning apparatus comprises at least one circulation tank means, at least one circulation water pipe means, and at least one circulation cleaning means, wherein said circulation water pipe means connects said circulation tank means and said circulation cleaning means, said circulation cleaning means spraying the cleaning solution to the dispensing means.

10. The dual cleaning apparatus of claim 8, wherein the direct water kettle device comprises a direct water kettle container, a direct fill tube, and a direct cleaning pump, wherein the direct fill tube is connected to the direct water kettle container, and the direct cleaning pump is connected to the direct water kettle container and the direct water pipe device.

11. The dual cleaning apparatus of claim 9, wherein the circulation tank assembly includes a circulation tank container, a circulation fill tube, and a circulation purge pump, wherein the circulation fill tube is connected to the circulation tank container and the circulation purge pump is connected to the circulation tank container and the circulation water line assembly.

12. The dual washing apparatus as claimed in claim 9, wherein the direct cleaning apparatus further comprises a direct temperature control device connected to the direct water kettle device to control or adjust the temperature of the washing solution in the direct water kettle device according to the external ambient temperature or the in-vehicle and out-vehicle temperatures, and wherein the circulation cleaning apparatus further comprises a circulation temperature control device connected to the circulation water kettle device to control the temperature of the washing solution in the circulation water kettle device according to the external ambient temperature or the in-vehicle and out-vehicle temperatures.

13. The twin cleaning apparatus according to claim 5, wherein the twin cleaning apparatus further comprises a control device, wherein the direct cleaning device and the circulation cleaning device are respectively connected to the control device, which controls the direct cleaning device or the circulation cleaning device to clean the outfit of the vehicle.

14. The twin cleaning apparatus according to any one of claims 7, 9 and 12, wherein said twin cleaning apparatus further comprises a control device, wherein said direct cleaning device and said circulation cleaning device are respectively connected to said control device, which controls said direct cleaning device or said circulation cleaning device to clean the outfit of the vehicle.

15. The twin cleaning apparatus according to claim 13, wherein the twin cleaning apparatus further comprises a sensing device electrically connected to the control device and adapted to detect the state of the outfit device, so that when the sensing device detects that foreign matter is hidden or attached to the outfit device, the sensing device informs the control device, and the control device issues an instruction to cause the direct cleaning device or the circulation cleaning device to spray the cleaning solution to the outfit device to remove the foreign matter.

16. The twin cleaning apparatus according to claim 14, wherein the twin cleaning apparatus further comprises a sensing device electrically connected to the control device and adapted to detect the state of the outfit device, so that when the sensing device detects that foreign matter is hidden from or attached to the outfit device, the sensing device informs the control device, and the control device issues an instruction to cause the direct cleaning device or the circulating cleaning device to spray the cleaning solution to the outfit device to remove the foreign matter.

17. The twin cleaning apparatus defined in claim 13, wherein the twin cleaning apparatus further comprises a hidden telescoping device connected to the direct cleaning device, the recirculation cleaning device and the control device to move the direct cleaning device and the recirculation cleaning device to a predetermined position and to reset.

18. The twin cleaning apparatus defined in claim 14, wherein the twin cleaning apparatus further comprises a hidden telescoping device and a recirculation cleaning pump, wherein the hidden telescoping device is connected to the direct cleaning device, the recirculation cleaning device and the control device to move the direct cleaning device and the recirculation cleaning device to a predetermined position and to reset.

19. The dual cleaning apparatus as claimed in claim 13, wherein the circulation cleaning pump includes a circulation body having a water inlet and a water outlet, a connector, a motor, a filter, and an impeller, the circulation body includes a circulation kettle container, the water inlet is spaced a predetermined distance from a bottom of the circulation kettle container, the connector connects the motor and the control device, the filter is disposed at the water outlet, the impeller is connected to the motor, wherein when the control device issues a command to the motor, the motor provides power for the impeller to operate, thereby discharging the cleaning solution from the water outlet to the circulation pipe device.

20. The dual cleaning apparatus of claim 13, wherein the dual cleaning apparatus further comprises a circulation cleaning pump, wherein the circulating cleaning pump is connected with the circulating water pipe device, wherein the circulating cleaning pump comprises a circulating body, a connector, a motor, a filter and an impeller, wherein the circulating body is provided with a water inlet and a water outlet, the circulating kettle device comprises a circulating kettle container, the water inlet keeps a preset distance from the bottom of the circulating kettle container, the connector is connected with the motor and the control device, the filter is arranged at the water outlet, the impeller is connected with the motor, when the control device gives an instruction to the motor, the motor provides power for the running of the impeller, so that the cleaning solution is discharged to the circulating water pipe device from the water outlet.

21. The twin cleaning apparatus defined in claim 13, wherein the direct water line means includes at least one direct water line and a direct connection, wherein the direct connection connects the direct water line and the direct cleaning pump, wherein the circulating water line means includes an output line, a return line and at least two circulation connections, one of the circulation connections connecting the circulating cleaning pump and the output line and the other of the circulation connections connecting the circulating water tank means and the return line.

22. The twin cleaning apparatus defined in claim 14, wherein the direct water line means includes at least one direct water line and a direct fitting, wherein the direct fitting connects the direct water line and the direct cleaning pump, wherein the circulating water line means includes an output line, a return line and at least two circulation fittings, one of which connects the circulating cleaning pump and the output line and the other of which connects the circulating water tank means and the return line.

23. The dual cleaning apparatus of claim 21, wherein the direct water line device further comprises at least one direct tap, the number of direct water lines being matched to the direct tap, wherein the circulating water line device further comprises at least one circulation tap, the number of output water lines of the output pipeline being matched to the circulation tap, the number of return water lines of the return pipeline being matched to the circulation tap.

24. The twin cleaning apparatus defined in claim 22, wherein the direct water line means further comprises at least one direct tap fitting, the number of direct water lines being such as to cooperate with the direct tap fitting, wherein the recirculation water line means further comprises at least one recirculation tap fitting, the number of outlet water lines of the outlet line being such as to cooperate with the recirculation tap fitting, and the number of return water lines of the return line being such as to cooperate with the recirculation tap fitting.

25. The twin cleaning apparatus according to claim 22, wherein the direct water pipe means further comprises at least one direct connection joint to connect to two of the direct water pipes so as to change the length or angle of the direct water pipes, and the circulation water pipe means further comprises at least one circulation connection joint to connect to two of the output water pipes or two of the return water pipes so as to change the length or angle of the output water pipes or the return water pipes.

26. The twin cleaning apparatus according to claim 24, wherein the direct water pipe means further comprises at least one direct connection joint to be connected to two of the direct water pipes so as to change the length or angle of the direct water pipes, and the circulation water pipe means further comprises at least one circulation connection joint to be connected to two of the output water pipes or two of the return water pipes so as to change the length or angle of the output water pipes or the return water pipes.

27. The dual cleaning apparatus of claim 23, wherein the direct cleaning device includes at least one direct nozzle module and at least one direct water connection connecting the direct nozzle module and the direct water pipe to spray cleaning solution from the direct nozzle module to the outfit for cleaning.

28. The dual cleaning apparatus of claim 24, wherein the direct cleaning device includes at least one direct nozzle module and at least one direct water connection connecting the direct nozzle module and the direct water pipe to spray cleaning solution from the direct nozzle module to the outfit for cleaning.

29. The dual cleaning apparatus of claim 23, wherein the recirculation line assembly further comprises at least one or more recirculation flow joints, the recirculation cleaning apparatus comprising at least one recirculation nozzle block, the recirculation flow joints connecting the recirculation nozzle block, the outlet line, and the recirculation line.

30. The dual cleaning apparatus of claim 24, wherein the recirculation line assembly further comprises at least one recirculation flow swivel, the recirculation cleaning apparatus comprising at least one recirculation nozzle block, the recirculation flow swivel connecting the recirculation nozzle block, the outlet line, and the recirculation line.

31. A vehicle having a dual cleaning apparatus adapted for travel, wherein said vehicle comprises a dual cleaning apparatus as claimed in any one of claims 1 to 30.