ROAD MARKING PAINTING ROBOT(R-BOT)
Problems of road marking construction
Features
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Safety
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Affordability
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Standardization
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High quality
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Eco-friendliness
Road marking robot technology
1) Natural language automatic coordinate conversion algorithm technology |
- Automatic conversion of characters into standardized character coordinates for road marking work. - Various fonts such as those used on highways and local roads can be digitized and stored in a database for use. |
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2) Algorithm for coordinate transformation based on inclination | - Automatic correction of road markings by transforming the angle of deviation or offset distance between the robot and the lane into coordinates. |
3) High-precision work technology for road marking standardization | - It is capable of performing consistent operations with a tolerance of within 1mm(achieving high-precision standardization of positioning and repetitive accuracy). |
4) 5-axis synchronized movement technology | - Painting speed and font thickness adjustment technology, capable of adapting to changes in road marking width and height (circular character display). |
5) Automatic bead spraying technology | - Uniform automatic bead spraying technology along the painting path. |
6) Unmanned operation using remote control technology | - Remote control technology enables workers to operate in vehicles other than hazardous roads (reducing personnel accidents). |
Features of software
- Language | C#, Json, .Net Framework 4.6.1 |
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- Development tool | Visual Studio 2022 |