Cleaning nozzle for the above embodiment of the wheel 34 the wheel flushing found wheels water washing nozzle 34 only when the cartridge 33 is moved to the bottom end of the second holder 23 can be achieved, and the cleaning nozzle 34 can scour the wheel to a wheel of the vehicle and the presence of a strong correlation between the size of the angle between the second holder 23. To solve the above problems, the present invention is based on the above-described embodiment, there is provided a further preferred embodiment according to the second:
 In the upper end of the socket 11 opposite right sides are provided with a limit block 12, and the stopper 12 is a longitudinal section may be triangular, may be arc-shaped convex structure, the structure may be a convex polygon, the vehicle capable of facilitating into the limit to achieve, such as figure 1 and figure 2 , Stopper 12 for limiting of the front and rear wheels of the vehicle, to avoid slipping of the vehicle from falling off the receiving seat 11, and are disposed at a position corresponding to the middle of the second holder 12 and the stopper 23 on the bottom of the infrared transmitter and an infrared receiver, an infrared control when the receiver receives the infrared signal wheels cleaning nozzle 34 is operated at this time can ensure that the wheel washing nozzle 34 facing forward of the vehicle, a wheel located on an extension line 34 of the wheel washing nozzle inclination angle.
 Based on the above technical solution, the chain 7 into discontinuous operation and continuous operation of the chain 7 when the first two conditions according to the movement of the motor 5 driven by the chain 7.
 7 chain discontinuously operating conditions: can be selected to move the vehicle is stopped immediately below the first holder 21, a hot air scour continues to move until completed and moved to the second holder 23 beneath the vehicle stops timing.
 Conditions for continuous chain 7 not work, such as Figure 7 The flow chart of FIG, the cleaning nozzle 34 to the wheel work just to flush the wheel, with the need to undertake rotation of the seat 11 and the movable mechanism satisfies the following rules: when the vehicle 23 is rotated to the second holder parallel to, water warehouse 33 moved just below the bottom of the second holder 23. At this time, in the middle and the bottom of the second stopper 12 a holder 23 which is mounted infrared receiver receives the infrared signal, then controls the wheel cleaning nozzle 34 is operated so that the bottom of the wheel bracket 23 is located at the second most cleaning nozzle just wheel 34 can be cleaned on both sides.
 Conditions for continuous operation of the chain 7, as Figure 8 Work flowchart, the vehicle is rotated in synchronized movement of the vehicle, it is necessary to further control the mating relationship between the rotation speed 11 of the first motor 5 and the socket in the discontinuously operating conditions, satisfy the following specific rules : when the vehicle 23 is rotated to the second holder parallel, just to move the movable seat 9 so that the center line of the vehicle coinciding diversion cartridge 33, the cartridge 33 and the water moved to just below the bottom of the second holder 23. In this embodiment, in the center of the vehicle moving at a movable seat 9 to drive the second holder 23 just below its centerline coincides with the diversion of the vehicle compartment 33 at the socket 11 is rotated to drive this case, the infrared receiver You can receive the infrared signal, and then controls the wheel washing nozzle 34 operating flushing both sides of the wheel.
 Incidentally, the cleaning nozzle 34 is in continuous operation conditions both wheels can be set by the controller long range and to ensure that the cleaning effect of the wheel can be emitted by changing the infrared receiver in the infrared or stopper 12 on the mounting position, is offset from the center to both sides as stopper 12, the rotational direction in front of the socket 11 side, so that the infrared receiver is capable of receiving the infrared signal is earlier than the middle portion 12 disposed at the stopper, referred to as a third embodiment:
 This embodiment is a wheel washing nozzle 34 operating times of transmission or infrared receiver in the case of the central stopper 12, on the basis of the control wheel washing nozzle 34 to extend the working time is earlier than according to the second embodiment in the infrared, this embodiment with the rotation of the movable mechanism of the socket 11 is still in the embodiment satisfies two embodiments provided, so that the embodiment of the wheel head 34 of the cleaning operation time earlier and longer range and further enhancing the cleaning effect of the wheel embodiment.
 Further, the lower end of the movable bases 9 fixed to the vibration motor 14 is mounted, and the vibration output end of the motor 9 is connected to the movable bases 14, as figure 1 The structure for accelerating drop velocity of the vehicle by shaking the dust on the surface or water.
 Further, the buffer means comprises a sleeve block 15, the four corners of the lower end of the movable seat is mounted with a sleeve 9 are block 15, and the lower end of the block 15 sets the moving groove 16 defines, inside the vertical groove 16 is provided with a active spring 17, the rollers 19 the upper end of the movable rod 18 is fixedly mounted, and the movable rod 18 from the upper end opening of the guiding slot 16 is inserted, the outer diameter of the upper end of the active lever 16 and the inner diameter of the guiding slot 18 is adapted to the upper end of the spring 17 of the movable rod 18 against the lower end, as figure 1 and Figure 4 , Striking or impact force upon the structure of the means for slowing down the vehicle generated by the impact of the socket principle be movable seat 9 and the impact force generated when receiving the vehicle 11 up and down, the movable seat block 15 and sleeve 9 driven activities telescopic rod 18, resulting in a spring 17 in the active groove 16 is compressed by the sleeve 15 and blocks movement of the movable rod of the piston 18 with the elastic force of the deformation characteristics of the spring 17 can well absorb the impact force and ease, it is possible to achieve and cushion the impact cushioning effect, to avoid excessive impact force affect the life of the apparatus 11 is the socket of the vehicle down.
 Further, the movable means includes a first chute 24, the front and rear sides of the second holder 23 are defines a first chute 24, and the interior of the first chute 24 are vertically mounted through a bearing 25 with a first screw, third motor 26 is fixed inside the base 1 is mounted, and the third output terminal 26 of the motor in which a first screw 25 fixedly connected to the lower end, the upper end of the second holder 23 defines a second transverse slide 27, and the first two internal lateral sliding bearing 27 by the second screw 28 is mounted, both ends of the second screw 28 are attached to the first bevel gear 29, fixed to the upper end of the first screw 25 is attached to a second bevel gear 30, and the second bevel gear 30 and the first bevel gear 29 engages the first screw 25 and second screw 28 are mounted a nut 31, the first and second chutes 24 are slidably connected to the slide chute 27 block 32, and the slider 32 fixed to the nut 31 is sleeved on the slider 32 and the cartridge 33 is fixedly connected to water, such as figure 2 , Figure 5 and Image 6 The structure for moving the position of the high-pressure ejection nozzle 35 to reduce the occurrence of flushing dead.
 The following describes the working process no washing apparatus. 5 by controlling the first motor to work, the first motor 5 is rotated by drive shaft 4, resulting in a socket on the drive shaft 7 rotates the chain 4 driven sprocket 6 and the chain 7 will move the movable base drive 9, 9 Block Activities after 19 will move laterally along the guide rail 20 by the lower roller damper mechanism to be driven by the chain 7 to the right moves the socket 11 of the base 1, to the vehicle opening on the socket 11, and the need to stop the vehicle in front of the block 12 on both sides, then controls the first motor 5 is operated, so that the chain 7 is rotated to drive the socket 11 to the lower side of the first holder 21, hot air 22 is opened, a flushing gas flow through hot air vehicle 22, while controlling the second motor 13 and the vibration motor 14 is operated, so that the second drive motor 13 is rotated in the socket 11 on the movable seat 9 via balls 10, causing the vehicle to spin, so that the air flow can be blown hot air blowing through the body 22 of the vehicle, the vibration motor 14 can be further vibrate, with the hot air stream 22 is washed, the lower portion of the dust can be blown vehicle surface, then by controlling the first motor 5, so that the chain 7 is rotated to move the vehicle to the side of the second holder 23, opens the third motor Reversible drive 26 of the first screw 25, and the second screw 28 is rotated forward and reverse by the first screw 25 will be a second bevel gear 30 and the first driven gear 29 is tapered, the first screw 25 and second screw 28 when reversing, on the first screw union nuts 25 and 31 of the second screw 28 will drive the slider 32 by screwing action of the slide 27 first chute and second chute 24, the cartridge 33 so that the position of the water changes, so that high-pressure nozzles 35 can be injected flow position changes, with the rotation of the second motor 13 to drive car, the car can be well rinsed, can be significantly reduced and the dead rinsing, additionally be flushed after completion, the vibration motor 14 generates vibration of the vehicle can be quickly shake off water drops remaining on the surface, while water will enter the empty tank 2 and discharged from the drain pipe 3, then reverse the vehicle to move the first holder 21, air-dried can be sent to the right starting point to complete the cleaning work.