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1. IN201941011731 - A SMART SUIT WITH INBUILT PESTICIDE SPRAYER FOR AGRICULTURAL APPLICATIONS

Office
India
Application Number 201941011731
Application Date 26.03.2019
Publication Number 201941011731
Publication Date 26.04.2019
Publication Kind A
IPC
B05B 7/00
BPERFORMING OPERATIONS; TRANSPORTING
05SPRAYING OR ATOMISING IN GENERAL; APPLYING LIQUIDS OR OTHER FLUENT MATERIALS TO SURFACES, IN GENERAL
BSPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
7Spraying apparatus for discharge of liquids or other fluent materials from two or more sources, e.g. of liquid and air, of powder and gas
Applicants RAMESH S
Dr. Thangadurai. N
Inventors RAMESH S
DR ASHUTOSH PATTANAIK
DR SWAYAM BIKASH MISHRA
DR BIKASH RANJAN MOHARANA
DR MANIDIPTO MUKHERJEE
DR PRASHANTHAKUMAR H G
KARTHIK N
Dr. Thangadurai. N
Dr. Gayathri. KM
Title
(EN) A SMART SUIT WITH INBUILT PESTICIDE SPRAYER FOR AGRICULTURAL APPLICATIONS
Abstract
(EN) Increase in pests destroy successive crops and in turn makes estate owners suffer huge losses due to the destruction caused by pests hence modernization and effective ways of spraying the pesticides are sought after. Efficient spraying leads to less wastage of pesticides and high rates of elimination of pests. Mechanization leads to higher productivity with minimum input. Farmers use traditional methods which increase their workload and decrease the effectiveness of spraying by increasing the working time and leading to fewer benefits. The design aims at providing maximum safety to the operator, reducing the workload, decreasing the threats caused by pests and improvising the already present spraying techniques by making it unique and user friendly. Performance enhancement by replacing the fuel pump with electrically operated mechanism leads to maximum output and productivity with minimum power. The design does not oppose the already available spraying techniques but adds another unique way in which pesticide spraying can be done using the same principles.The current lot of pesticide sprayers do not provide much safety to the operator and with the wand it is very difficult to manuver all around the plant. The proposed design is simple which provides protection to the user through the suit or the automatic stopping of the electric motor due to blockages in the nozzle. It can be manuvered easily and can reach places in the plant where the wand of a conventional sprayer cannot due to hand movements. The present work helps the farmers of the country who toil hard everyday to provide the nation with daily meals ensuring that the country does not starve.