A platform for research: civil engineering, architecture and urbanism
Intelligent water spraying system of sanitation vehicle
The invention relates to an intelligent water spraying system of a sanitation vehicle. The intelligent water spraying system is composed of an automatic water spraying and automatic water volume control method and system, an automatic water adding method and system and an automatic water discharging and automatic water system blockage judging method and system. The method is characterized in thatan automatic water spraying and automatic water volume control system of the sweeper is realized through the following steps, A1, classifying and quantifying pavement garbage by a camera; A2, the processor judges the water spraying type according to a sweeping mode of the processor; A3, in the step A1, a working mode B or/and C is included, in the working mode B, A11, a front camera acquires an image of the road surface which is not swept, then a picture processor is used for identifying garbage components of the road surface, and the garbage amount, distribution of garbage on the road surfaceand the actual situation of the road surface are judged; B12, a quantized value area is selected according to the garbage quantized value, and therefore the flow ratio is determined; A13, a reasonable sweeping mode is selected according to the garbage judged by the front camera, the distribution of the garbage on the road surface and the actual situation of the garbage on the road surface.
本发明涉及一种环卫车的智能喷水系统,由自动喷水及自动控制水量方法及系统、自动加水的方法及系统、自动放水及自动判断水系统堵塞方法及系统组成;其特征在于通过如下步骤实现清扫车的自动喷水及自动控制水量系统:A1:摄像头对路面垃圾进行分类及量化;A2:处理器根据其清扫模式,来判断喷水型式;A3:在步骤A1中包括有工作模式B或/和C,其中工作模式B:A11:前摄像头获取未清扫路面图像,然后通过图片处理器对路面垃圾成份进行识别,并判断垃圾量及垃圾在路面上的分布及路面上的实际情况;B12:垃圾量化值,选择量化值区域,从而确定流量比;A13:前摄像头判断的垃圾及在路面上的分布及路面上的实际情况,选择合理的清扫模式。
Intelligent water spraying system of sanitation vehicle
The invention relates to an intelligent water spraying system of a sanitation vehicle. The intelligent water spraying system is composed of an automatic water spraying and automatic water volume control method and system, an automatic water adding method and system and an automatic water discharging and automatic water system blockage judging method and system. The method is characterized in thatan automatic water spraying and automatic water volume control system of the sweeper is realized through the following steps, A1, classifying and quantifying pavement garbage by a camera; A2, the processor judges the water spraying type according to a sweeping mode of the processor; A3, in the step A1, a working mode B or/and C is included, in the working mode B, A11, a front camera acquires an image of the road surface which is not swept, then a picture processor is used for identifying garbage components of the road surface, and the garbage amount, distribution of garbage on the road surfaceand the actual situation of the road surface are judged; B12, a quantized value area is selected according to the garbage quantized value, and therefore the flow ratio is determined; A13, a reasonable sweeping mode is selected according to the garbage judged by the front camera, the distribution of the garbage on the road surface and the actual situation of the garbage on the road surface.
本发明涉及一种环卫车的智能喷水系统,由自动喷水及自动控制水量方法及系统、自动加水的方法及系统、自动放水及自动判断水系统堵塞方法及系统组成;其特征在于通过如下步骤实现清扫车的自动喷水及自动控制水量系统:A1:摄像头对路面垃圾进行分类及量化;A2:处理器根据其清扫模式,来判断喷水型式;A3:在步骤A1中包括有工作模式B或/和C,其中工作模式B:A11:前摄像头获取未清扫路面图像,然后通过图片处理器对路面垃圾成份进行识别,并判断垃圾量及垃圾在路面上的分布及路面上的实际情况;B12:垃圾量化值,选择量化值区域,从而确定流量比;A13:前摄像头判断的垃圾及在路面上的分布及路面上的实际情况,选择合理的清扫模式。
Intelligent water spraying system of sanitation vehicle
一种环卫车的智能喷水系统
WANG QUANYU (author) / QU JIE (author) / YANG XUECHAO (author) / WANG CHENGYU (author)
2021-03-30
Patent
Electronic Resource
Chinese
Sanitation vehicle spraying rod device, sanitation vehicle and control method
European Patent Office | 2023
|Intelligent water supply sanitation system suitable for railway vehicle
European Patent Office | 2023
|Angle adjusting equipment and method for water spraying frame of sanitation vehicle
European Patent Office | 2024
|