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Abstract: The objective of this research is to develop the small-size and light weight window cleaning robot. The prototype of window cleaning robot has been developed. The dimensions of prototyped robot are approximately 300mm x 300mm x. 100mm and its weight is approximately 3 kg. The prototyped robot consists of
I. INTRODUCTION. The aim of this project is to design an autonomous robot capable of climbing and cleaning glasses and facades in a high-rise commercial building efficiently. A small glass autonomous cleaning robot, which is affordable and safe, is built at the end of the project. Vacuum suction systems and digital servo
11 Dec 2007 ABSTRACT. This project demonstrates the feasibility of creating a window-washing robot for use especially by the handicapped in cleaning residential double-hung sash windows. Under strict weight and size limits it is required to be placed on a window and either autonomously or via remote control clean.
because windows are extremely inaccessible. Cleaning the windows from outside requires special tools in going up and it's really unsafe. This paper is based on a climbing system aimed to clean glasses of high-rise buildings, using suction cups for adhering to the glass. The idea is to build a small window climbing robot
The aim of research and implementation in services fields of washing-cleaning or periodical inspection of operational robots systems, used at exterior frontage of buildings that are designed for modular glass panels. The climbing-pneumatic constructive variant of robot is designated at service fields of robots, which are more
The objective of this project was to design and construct a robot, to clean a double-hung sash window as fast as possible. This robot was constructed to compete in the 2008 American Society of Mechanical. Engineers (ASME) Student Design Competition. It is a proof-of-concept style competi- tion, so to demonstrate the
A Climbing Robot for Cleaning Glass Surface with Motion Planning and Visual Sensing. Dong Sun, Jian Zhu and Shiu Kit Tso. Department of Manufacturing Engineering and Engineering Management. City University of Hong Kong. Hong Kong. 1. Introduction. There exists increasing demand for the development of various
Abstract — The paper is based on the previous author research with the aim of research and implementation in services fields of washing-cleaning or periodical inspection of operational robots systems, used at exterior frontage of buildings that are realized from modular glass panels. The climbing constructive variant of
to perform it in areas which are not so easy in reach, Ex. High rise buildings with glass windows. In such cases conventionally The robot is designed keeping in mind following modules of operation. • cleaning mechanism. • climbing mechanism. • directional control with automatic obstacle avoidance. • In time monitoring.
20 Dec 2017 Full-text (PDF) | The rapid growth of advanced robots has given researchers unprecedented opportunities to explore and discover new fields of research where robots can be used to assist humans in their daily life. There are many applications that use robots and automation in different aspects of l
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