17results about "Vehicle drying apparatus" patented technology

This invention relates to the field of vehicle cleaning technology, and in particular to a 360° rotating contour-following high-pressure washing device and control method for vehicles. It includes an outer frame and a roof-mounted rotating drying and washing component disposed inside the outer frame. The roof-mounted rotating drying and washing component includes a roof-mounted rotating drying component and a roof-mounted water spray component. A blower and water spray assembly is connected to the upper end of the outer frame, and washing components are connected to the front and rear ends of the outer frame. In use, the vehicle is driven into the washing assembly, and the washing assembly is activated to wash the upper, lower, and sides of the vehicle. The vehicle is then driven under the roof-mounted water spray component, and the roof-mounted water spray component is activated to clean the partially obscured areas of the vehicle. Once the vehicle is cleaned, it is reversed, and the roof-mounted rotating drying component is activated until it is aligned with the vehicle. The roof-mounted rotating drying component and the blower and water spray assembly then dry all parts of the vehicle, achieving thorough cleaning of all parts of the vehicle.

The invention relates to a device (1) for cleaning two-wheeled vehicles, in particular bicycles and / or electric bicycles. The device (1) has a wet cleaning device for cleaning the two-wheeled vehicle by means of a cleaning liquid and a splash guard housing (2) for retaining the cleaning liquid, wherein during cleaning a two-wheeled vehicle can be at least partially accommodated in the splash guard housing (2). The invention is characterized in that the device (1) comprises a drying means (3).

A vehicle washing system includes a vehicle treatment area that is configured to receive a vehicle to be dried. At least one dryer media device is positioned in the vehicle treatment area. The at least one dryer media device is configured to dry the vehicle upon contact with the vehicle. An air moving assembly is located adjacent to the at least one dryer media device in the vehicle treatment area, and is configured to remove excess moisture from the at least one dryer media device.

The invention discloses intelligent cleaning equipment for bullet train outer skins, and belongs to the technical field of bullet train outer skin cleaning, the intelligent cleaning equipment comprises a bullet train cleaning assembly, the bullet train cleaning assembly comprises a cleaning box, a first camera, a placement table and a wall-mounted intelligent cleaning robot, the cleaning box is arranged on a bullet train plant cleaning table, and the first camera is arranged on the placement table; the first camera is detachably installed at one end of the exterior of the cleaning box, the placement table is fixedly installed on one side of the exterior of the cleaning box, the wall-mounted intelligent cleaning robot is arranged in the placement table, and the two sets of three-dimensional laser scanning devices are used in cooperation with equipment programs, so that the type of a bullet train can be rapidly recognized; according to the invention, a special control program is automatically loaded, two groups of pre-cooling spraying frames, two groups of air compressors, a first camera and an equipment program are matched for use, pre-wetting and pre-cooling spraying can be carried out on the bullet train head, accurate spraying is carried out through an AI visual identification technology, the wettability of the bullet train head can be improved, the surface temperature in summer can be reduced, and the washing effect can be enhanced.

To provide a battery replacement system capable of reducing impact due to foreign matters adhering to an underside of a vehicle.SOLUTION: A battery replacement system 100 for replacing a first battery attached to a vehicle 200, with a second battery, includes: a battery replacement mechanism 33 configured to detach the first battery from the vehicle 200 and attach the second battery to the vehicle; and a washing device 40 configured to wash part of the vehicle. The washing device 40 is configured to, before the battery replacement mechanism detaches the first battery 201, wash at least one of: an area of the vehicle 200 where the battery replacement mechanism 33 contacts with the vehicle 200; and an underside 200k of the vehicle 200.SELECTED DRAWING: Figure 1

The present application relates to a kind of wheel cleaning equipment, including body, it includes horizontally arranged cleaning passage, the cleaning passage includes cleaning section close to the entrance, and drying section close to the outlet;Cleaning unit, the cleaning unit includes frame, and set in the cleaning assembly of the frame, the cleaning assembly includes cleaning belt and set in the driving element of the frame, the driving element is used to drive the cleaning belt movement along the length direction of the frame;Drying unit is set in the drying section, the drying unit includes at least one warm air device set in the body outside, the drying end is provided with ventilation hole to introduce the warm air of the warm air device into the drying section.The structure of the present application is simple, without lifting vehicle when cleaning, and cleaning efficiency is high, safety performance is higher, can avoid the collision of vehicle body and cleaning equipment, positioning accuracy is not high, cleaning effect is superior, and with self-cleaning ability.

A vehicle cleaning system and method are disclosed. The cleaning system includes a de-icing component, a washing component, a support and collection component, and a drive component. The de-icing component is used to de-ice the vehicle chassis, the washing component is used to wash the vehicle, and the support and collection component is used to position the vehicle at the cleaning location and collect waste liquid generated by the de-icing component and / or the washing component. Both the de-icing component and the washing component are mounted on the drive component, which drives the de-icing component and the washing component to move along the X-axis. This system improves the utilization rate of the cleaning system, has strong functional integration, saves production costs, provides efficient cleaning, and enhances the user experience.

The application discloses a trolley automatic cleaning line, which comprises a feeding machine, a buffer machine, a cleaning machine, a drying machine and a discharging machine, the cleaning machine and the drying machine are integrated, a plurality of groups of the buffer machines are arranged at positions, the feeding machine, the buffer machine, the cleaning machine, the drying machine and the discharging machine movably have trolley bodies, the feeding machine and the discharging machine are respectively arranged at both end positions, the trolley body comprises a trolley frame and a clamping block, the clamping block comprises a handle, a connecting rod mechanism, a clamping block, a pressing point, a first limiting block and an elastic clamp, the trolley frame is conveyed to the feeding machine through a slope platform, and the clamping block positions the door of the trolley frame. The trolley automatic cleaning line is integrated and cleaned through feeding, cleaning, drying and discharging stations, automatic cleaning is realized, manual operation is not needed, safety is improved, labor cost is reduced, cleaning efficiency is improved and cleaning effect is improved.

The invention relates to an engineering vehicle surface dirt identification method and device and a cleaning system, and the method comprises the steps: collecting a vehicle image sequence and vehicle position data of an engineering vehicle in a visual field range; vehicle images in the vehicle image sequence are extracted and input into a pre-trained dirt recognition model, a dirt detection result of the vehicle surface is output based on the dirt recognition model, and the dirt detection result is a dirt distribution diagram including a dirt bounding box, a confidence score and a dirt thermodynamic diagram; fusing the vehicle image and the vehicle position data based on a Kalman filtering algorithm, dynamically correcting the dirt detection result, correcting the offset of the dirt detection result in the moving process of the engineering vehicle, and obtaining a dirt movement track; and according to the corrected dirt detection result, generating a flushing coordinate pointing to the dirt, and based on the dirt movement track, generating a continuous flushing path which is used for linkage with the water cannon to carry out self-adaptive flushing.

A vehicle wash system for an autonomous vehicle includes a tunnel, a vehicle wash path within the tunnel, and wash equipment disposed along the vehicle wash path. The vehicle wash system further includes at least one conveyor and at least one beltless roller deck, one for receiving the vehicle's driver-side tires and one for receiving the vehicle's passenger-side tires, each that extends along the vehicle wash path to cause a vehicle to be washed to move along the vehicle wash path. In addition, the vehicle wash system includes an entrance area leading into the tunnel, and each of the conveyor(s) and beltless roller deck(s) extend outwardly into the entrance area such that they can receive a vehicle and move it into the tunnel, regardless of the vehicle's gear.

This invention discloses an automatic dust suppression device for earthwork construction in the field of building engineering technology. It includes a dust suppression chamber with dehydration chambers symmetrically fixedly connected to its left and right sides. A first water storage chamber and a second water storage chamber are respectively located at the bottom of the dust suppression chamber and the dehydration chamber. A support plate is located on the upper side of the first water storage chamber and is fixedly connected to the dust suppression chamber. Water suction mechanisms are symmetrically located on the left and right sides in front of the dust suppression chamber to absorb most of the water stains on the surface of the dump truck after dust suppression. A dehydration mechanism is located in the dehydration chamber to separate the water absorbed by the water suction mechanism, allowing the water suction mechanism to continuously absorb water. This device can automatically wash dump trucks, achieving the effect of dust suppression. Simultaneously, after washing the dump trucks, it can absorb water stains from their surfaces, effectively avoiding excessive waste of water resources and preventing large amounts of water from dripping onto the road and causing slippery surfaces.

A vehicle wash system for an autonomous vehicle includes a tunnel, a vehicle wash path within the tunnel, and wash equipment disposed along the vehicle wash path. The vehicle wash system further includes at least one conveyor and at least one beltless roller deck, one for receiving the vehicle's driver-side tires and one for receiving the vehicle's passenger-side tires, each that extends along the vehicle wash path to cause a vehicle to be washed to move along the vehicle wash path. In addition, the vehicle wash system includes an entrance area leading into the tunnel, and each of the conveyor(s) and beltless roller deck(s) extend outwardly into the entrance area such that they can receive a vehicle and move it into the tunnel, regardless of the vehicle's gear.

A rotary type automatic car washing system comprises a water spraying system, a control system, a drying system, a portal frame, rollers and an air pump, the water spraying system, the control system and the drying system are fixedly installed on the portal frame, the side rollers, the top rollers and the rear rollers are installed on the portal frame, and a plurality of bristles are installed on the side rollers, the top rollers and the rear rollers at equal intervals. Each brush hair is connected with a cleaning device, each cleaning device comprises a cleaning ring arranged on the outer side of the brush hair in a sleeving mode, each cleaning ring is connected with a driving assembly, when the brush hair rotates to a cleaning area, the driving assembly drives the cleaning rings to move along the axes of the brush hair, and each cleaning ring is connected with a reset assembly; by adopting the recyclable cleaning device, the problem that the surface of a vehicle is damaged by particulate matter attached to a brush is solved under the non-stop condition, on one hand, the vehicle washing effect of the vehicle washing system is improved, and on the other hand, the vehicle washing efficiency of the rotary automatic vehicle washing system is also improved.

The disclosure relates to an automated steam-based vehicle cleaning system and method. The system includes a steam generator, a multi-axis robotic arm equipped with a steam nozzle, a steam distribution manifold, and an air delivery system for drying. A three-dimensional imaging system, comprising overhead and side-mounted sensors, generates detailed representations of vehicles within the cleaning chamber. A controller, integrated with the imaging system and robotic arm, processes the imaging data through a machine learning algorithm for object detection and localization. The control unit orchestrates the operation of the steam generator, robotic arm, and other components based on the processed data, ensuring precise and efficient cleaning. The method involves generating a three-dimensional model of the vehicle, detecting and localizing the vehicle, determining an optimal cleaning path, and executing the cleaning process with real-time adjustments, followed by a drying phase using forced air.

The invention relates to the technical field of vehicle cleaning, in particular to 360-degree rotating profiling air-drying high-pressure washing equipment for a vehicle and a control method.The 360-degree rotating profiling air-drying high-pressure washing equipment comprises an outer frame and a vehicle roof rotating air-drying washing part arranged in the outer frame, and the vehicle roof rotating air-drying washing part comprises a vehicle roof rotating air-drying part and a vehicle roof flushing part; the upper end of the outer frame is connected with an air blowing and water spraying assembly, the front end and the rear end of the outer frame are connected with cleaning assemblies, during use, a vehicle is driven into the cleaning assemblies, the cleaning assemblies are started to clean the upper end, the lower end and the two sides of the vehicle, and the vehicle is driven to the position below a roof flushing part; the car roof flushing part is started to clean partial shielding parts of the car, when the car is cleaned, the car is returned, the car roof rotating air drying part is started to be aligned with the car at the moment, all the parts of the car are dried through the car roof rotating air drying part and the air blowing and water spraying assembly at the moment, and cleaning of all the parts of the car is achieved.

A vehicle washing system includes a vehicle treatment area that is configured to receive a vehicle to be dried. At least one dryer media device is positioned in the vehicle treatment area. The at least one dryer media device is configured to dry the vehicle upon contact with the vehicle. An air moving assembly is located adjacent to the at least one dryer media device in the vehicle treatment area, and is configured to remove excess moisture from the at least one dryer media device.

This invention relates to a method, device, and cleaning system for identifying surface contaminants on engineering vehicles. The method includes: acquiring vehicle image sequences and vehicle position data within the field of view; extracting vehicle images from the image sequences and inputting them into a pre-trained contaminant recognition model, and outputting contaminant detection results on the vehicle surface based on the contaminant recognition model. The contaminant detection results are a contaminant distribution map including contaminant bounding boxes, confidence scores, and contaminant heatmaps; fusing vehicle images and vehicle position data using a Kalman filter algorithm to dynamically correct the contaminant detection results, correcting the offset of the contaminant detection results during the movement of the engineering vehicle and obtaining the contaminant movement trajectory; generating flushing coordinates pointing to the contaminants based on the corrected contaminant detection results, and generating a continuous flushing path based on the contaminant movement trajectory for use in conjunction with a water cannon for adaptive flushing.