Smart Solar Powered Scarecrow System With Iot Integration For Bird Deterrence And Monitoring And Method Thereof

Abstract

Abstract: The invention discloses a cutting-edge solution designed to manage and mitigate bird-related issues in agricultural and other settings. The system features a solar-powered scarecrow equipped with an IoT module, which allows for real-time monitoring and control via a mobile application or web platform. It incorporates a deterrent mechanism, including visual and/or auditory components, to effectively repel birds. The integrated monitoring system captures and analyzes bird activity data, which is transmitted to a remote server for continuous tracking. This smart system adjusts its deterrent actions based on real-time data, ensuring optimal performance and enhanced bird management. The use of solar energy ensures sustainability and independence from external power sources. Accompanied Drawing [Figure 1]

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Specification

Description:[001] The present invention relates to a Smart Solar-Powered Scarecrow System with IoT Integration for Bird Deterrence and Monitoring and the associated method. This innovation addresses the need for effective bird deterrence techniques to aid farmers in reducing crop damage and alleviating stress. The invention utilizes solar energy to power the scarecrow, thus conserving electricity. The system incorporates IoT technology, enabling real-time monitoring of environmental conditions through mobile applications.
BACKGROUND OF THE INVENTION
[002] Agriculture, a critical pillar of rural economies, is increasingly challenged by environmental changes and wildlife interactions. While birds are essential for pollination and maintaining ecological balance, they also pose a significant threat to crops by consuming seeds and plucking ripe fruits, leading to considerable agricultural losses. Traditional scarecrow methods have been employed to mitigate these threats; however, as avian intelligence evolves, these static de , Claims:1. A smart solar-powered scarecrow system for bird deterrence and monitoring, comprising:
a) a scarecrow body;
b) a solar power unit configured to supply power to the system;
c) an IoT module integrated within the scarecrow body for wireless communication and data transmission;
d) a bird deterrent mechanism operatively coupled to the scarecrow body, including one or more visual or auditory deterrent components;
e) a monitoring system integrated with the IoT module for capturing data related to bird activity;
f) a control unit for managing the operation of the deterrent mechanism based on data from the monitoring system; and
g) a data transmission unit configured to send bird activity data to a remote server or user device.
2. The system as claimed in claim 1, wherein the bird deterrent mechanism includes one or more of: flashing lights, sound emitters, or moving parts.
3. The system as claimed in claim 1, wherein the IoT module is configured to communicate with a mobile application or web-based platform for r

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