A platform for research: civil engineering, architecture and urbanism
ROBOTIC SYSTEM FOR FLOOR MARKING
A robotic system for surface marking comprises a plotter configured to move along x, y and z axes; a chassis configured to hold a plurality of components of the robotic system; one or more ultrasonic sensors mounted on a periphery of the chassis and configured to detect obstacles during movement of the robotic system; at least three drive members coupled to a motor unit configured to control the movement of the robotic system on a surface; and a computer processor having program instructions for controlling the robotic system. The movement of the robotic system is controlled with the computer processor so as to move the plotter and form a marking on the surface based on a pre-determined surface marking stored in a memory of the computer processor.
ROBOTIC SYSTEM FOR FLOOR MARKING
A robotic system for surface marking comprises a plotter configured to move along x, y and z axes; a chassis configured to hold a plurality of components of the robotic system; one or more ultrasonic sensors mounted on a periphery of the chassis and configured to detect obstacles during movement of the robotic system; at least three drive members coupled to a motor unit configured to control the movement of the robotic system on a surface; and a computer processor having program instructions for controlling the robotic system. The movement of the robotic system is controlled with the computer processor so as to move the plotter and form a marking on the surface based on a pre-determined surface marking stored in a memory of the computer processor.
ROBOTIC SYSTEM FOR FLOOR MARKING
ALAHMED FATIMAH ABDULLAH (author) / BAROUDI UTHMAN (author) / HAWWA MUHAMMAD (author)
2025-03-20
Patent
Electronic Resource
English
LINE MARKING DEVICE FOR FLOOR MATERIAL AND METHOD OF LINE MARKING TO FLOOR MATERIAL
European Patent Office | 2020
|ROAD SURFACE/FLOOR SURFACE MARKING LAMINATE SHEET AND ROAD SURFACE/FLOOR SURFACE MARKING SHEET
European Patent Office | 2015
|