阅读说明：本技术 感应车辆外壳智能洗车系统 (Induction vehicle shell intelligent vehicle washing system ) 是由 王明玉 于 2018-06-12 设计创作，主要内容包括：本发明公开了感应车辆外壳智能洗车系统,包括喷淋装置和擦洗装置,还包括连接在喷淋装置和擦洗装置上的处理器,所述处理器上还连接有扫描装置、传动装置和触发模块,本系统通过为传统的洗车系统加装新的传动装置和扫描装置,传动装置位于洗车区域上方,操作人员将需要洗的车辆停放在洗车区域后,控制触发模块发送触发信号到处理器,处理器控制传动装置工作,带动扫描装置对整个洗车区域进行扫描获取车辆外形,扫描装置将扫描结果作为扫描参数发送到处理器,处理器接收扫描模块发送的扫描参数,根据扫描参数发送冲洗信号到喷淋装置和擦洗装置,控制喷淋装置和擦洗装置根据车辆外形对车辆进行清洗。(The invention discloses an intelligent vehicle washing system for an induction vehicle shell, which comprises a spraying device, a scrubbing device and a processor connected with the spraying device and the scrubbing device, the processor is also connected with a scanning device, a transmission device and a triggering module, the system adds a new transmission device and a new scanning device to the traditional car washing system, the transmission device is positioned above the car washing area, an operator stops the car to be washed in the car washing area, the control trigger module sends a trigger signal to the processor, the processor controls the transmission device to work to drive the scanning device to scan the whole car washing area to obtain the appearance of the car, the scanning device sends the scanning result as a scanning parameter to the processor, the processor receives the scanning parameter sent by the scanning module, and sending a flushing signal to the spraying device and the scrubbing device according to the scanning parameters, and controlling the spraying device and the scrubbing device to clean the vehicle according to the shape of the vehicle.)

1. The intelligent car washing system for the induction car shell comprises a spraying device and a scrubbing device and is characterized by further comprising a processor connected to the spraying device and the scrubbing device, wherein the processor is also connected with a scanning device, a transmission device and a triggering module, the transmission device is installed above a car washing area, and the scanning device is installed on the transmission device;

a processor: receiving a trigger signal sent by a trigger module, and sending a control signal to a transmission device and a scanning device; receiving scanning parameters sent by a scanning module, and sending flushing signals to the spraying device and the scrubbing device according to the scanning parameters;

the transmission device comprises: receiving a control signal sent by the processor, and performing action according to the control signal to drive the scanning device to scan the whole car washing area;

a triggering module: receiving a trigger signal sent by the outside, and sending the trigger signal to a processor;

a scanning device: receiving a control signal sent by a processor for scanning, and sending a scanning result to the processor as a scanning parameter;

spray set and scrub the device: receiving a flushing signal sent by a processor, and acting according to the flushing signal;

the processor is further connected with a prompt module, the prompt module is further connected with a communication device, and the transmission device is further provided with a fan connected with the processor.

2. The inductive vehicle enclosure intelligent car wash system of claim 1, wherein said trigger module employs a pressure sensor.

3. The inductive vehicle enclosure intelligent car wash system of claim 1, further comprising a billing system coupled to said processor.

Technical Field

The invention relates to a car washing system, in particular to an intelligent car washing system capable of sensing a car shell.

Background

Full-name full-computerized automatic car washer of full-automatic car washer. The full-automatic car washer is a machine which can realize the work of automatically cleaning, waxing, air drying and cleaning wheel rims and the like by setting up related programs through a computer. With the rapid development of Chinese economy, more and more automobiles enter families, and the full-automatic car washer is more and more favored by the majority of car owners. The full-automatic car washer is divided into a non-contact type automatic car washer and a brush type full-automatic car washer. It has low investment. The simple car washing is faster and more efficient than the manual car washing machine. The full-automatic computer car washer is a machine for washing car by using computer to control brush and high-pressure water. The device mainly comprises a control system, a circuit, an air passage, a water passage and a mechanical structure. The full-automatic computer car washing washes the automobile body with a large amount of mobile water, still can blow off the rivers that persist in all gaps of automobile body are whole through the automatic air-dry procedure of machine after washing, has played the effect of protection car internals, simultaneously, has avoided the phenomenon of silt fish tail car lacquer completely. The full-automatic computer car washer has advanced technology, attractive appearance and various full-automatic car washing programs which can be selected. The optimal position and force of various actions are calculated through detection of a photoelectric system and analysis of a computer, so that the optimal car washing effect is achieved. The full-automatic computer car washing can automatically avoid the rear mirror, the flagpole and the like, thereby ensuring the safety of the car; the computerized car washing has strong cleaning power, large water content, no damage to the car, abrasion degree of the paint per se which is less than 30 percent of that of the manual car washing, uniform pressure of a computerized car washing brush and stable car washing speed and direction. The test result shows that: after 50 times of computer car washing, the abrasion of paint on the car body is less than three ten-thousandths of a millimeter, and the abrasion of manual car washing is more than ten-thousandths of a millimeter.

The existing automatic car washing equipment generally adopts a gantry reciprocating type or a tunnel type, the gantry reciprocating type or the tunnel type is large in occupied area, drivers are arranged on cars when the tunnels are needed to pass through the tunnel, human resources are wasted, and meanwhile, a spraying device and a scrubbing device are not matched with the shapes of the cars, so that the washing is rough.

Disclosure of Invention

The invention aims to solve the technical problems that the existing automatic car washing equipment generally adopts a gantry reciprocating type or a tunnel type, the former has larger floor area, the latter needs to pass through a tunnel and has a driver on a car, which wastes human resources, meanwhile, a spraying device and a scrubbing device are not matched with the appearance of the car, and the washing is rough.

The invention is realized by the following technical scheme:

the intelligent car washing system for the induction car shell comprises a spraying device, a scrubbing device and a processor connected to the spraying device and the scrubbing device, wherein the processor is also connected with a scanning device, a transmission device and a trigger module, the transmission device is installed above a car washing area, and the scanning device is installed on the transmission device;

a processor: receiving a trigger signal sent by a trigger module, and sending a control signal to a transmission device and a scanning device; receiving scanning parameters sent by a scanning module, and sending flushing signals to the spraying device and the scrubbing device according to the scanning parameters;

the transmission device comprises: receiving a control signal sent by the processor, and performing action according to the control signal to drive the scanning device to scan the whole car washing area;

a triggering module: receiving a trigger signal sent by the outside, and sending the trigger signal to a processor;

a scanning device: receiving a control signal sent by a processor for scanning, and sending a scanning result to the processor as a scanning parameter;

spray set and scrub the device: and receiving a flushing signal sent by the processor, and performing action according to the flushing signal.

The novel car washing system is characterized in that a new transmission device and a scanning device are additionally arranged on the traditional car washing system, the transmission device is located above a car washing area, an operator stops a car to be washed in the car washing area, the trigger module is controlled to send a trigger signal to the processor, the processor controls the transmission device to work, the scanning device is driven to scan the whole car washing area to obtain the appearance of the car, the scanning device sends a scanning result to the processor as a scanning parameter, the processor receives the scanning parameter sent by the scanning module, a flushing signal is sent to the spraying device and the scrubbing device according to the scanning parameter, and the spraying device and the scrubbing device are controlled to clean the car according to the appearance of the car.

The trigger module adopts a pressure sensor. When the vehicle is parked in the car wash zone, the pressure on the pressure sensor rises and when the pressure exceeds a threshold, a trigger signal is sent to the processor.

The processor is also connected with a charging system. The charging system is connected to the processor, so that a mode of paying before washing is convenient to adopt, and the system starts to work only after the charging system sends a signal for completing charging to the processor.

The processor is also connected with a prompt module, and the prompt module is also connected with a communication device. And after the car washing is finished, the working personnel and the user can be informed to take the car in time.

And the transmission device is also provided with a fan connected with the processor. After the spraying device and the scrubbing device wash the vehicle, the processor controls the fan and the transmission device to work, and the vehicle is dried.

Compared with the prior art, the invention has the following advantages and beneficial effects:

1. according to the intelligent car washing system for the induction car shell, the car is washed according to the shape of the car, and the washing efficiency is high;

2. the intelligent vehicle washing system for the induction vehicle shell can be obtained by directly modifying the existing equipment, and the improvement cost is low.

Drawings

The accompanying drawings, which are included to provide a further understanding of the embodiments of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the principles of the invention. In the drawings:

FIG. 1 is a schematic diagram of the system of the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to examples and accompanying drawings, and the exemplary embodiments and descriptions thereof are only used for explaining the present invention and are not meant to limit the present invention.