Design of Robot Machine Control by Cell Controlling Device

Abstract

Internal Robot Machine control by Remote controlling Device is the creative concept in pipeline design .This concept are used in various applications in Thermal Power Plant , in Pipeline Industries and in Manufacturing sector. Scale formation created inside the pipelines which are very dangerous and serious problem in thermal power plant, water treatment plant, in drainage industries etc. This scale formation creates the tremendous expense. To remove scale formation, choke up and avoid the problem expense go to high. To cut the expensive and costly pipeline or change the pipeline create highly expense to company. In this paper the simple design of internal cleaner robot carry the occupant safety in a crash environment and chokup reduction is considered. Design will provide an additional way to nullify some of above issues. This is the internal cleaner robot of pipeline but it can use in various areas for cleaning and removing of tiny particle. Design Of Robot Machine Control By Cell Controlling Device this is the main concept to create the model . This is multi-mechanism system where we can change the number of cutting tools as per our application. This paper gives the idea about how to clean the internal surface in pipeline The big machinery have not capacity to go inside in the small pipeline & cannot easily portable from one place to another place. This machine is very small, light and easy to handle. Aim of this project is to perform design to save the money and materials of company. It is very useful to improve the efficiency and performance of fluid flowing capacity of fluid materials.

Authors and Affiliations

Sangram B. Dhepekar, Prof. Jaya G Borke

Keywords

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  • EP ID EP23185
  • DOI http://doi.org/10.22214/ijraset.2017.2097
  • Views 373
  • Downloads 7

How To Cite

Sangram B. Dhepekar, Prof. Jaya G Borke (2017). Design of Robot Machine Control by Cell Controlling Device. International Journal for Research in Applied Science and Engineering Technology (IJRASET), 5(2), -. https://europub.co.uk/articles/-A-23185