Design and Development of Embedded based System for Monitoring Industrial and Environmental Parameters for Analyzing the Health of Human beings

Abstract : The main objective is to design a monitoring system for storage atmosphere. Controlled storage atmosphere means constant monitoring of storage environment and adjust accordingly to maintain the atmospheric parameter such as temperature, relative humidity etc. Several actuators are used for controlling the above parameters. The design and implementation of this process has been done using PIC 16F877A microcontroller, Zigbee & LABVIEW software. The project provides details about sensing, data acquisition, and controlling the storage atmosphere accordingly.

 EXISTING SYSTEM :

 ? To provide information about surroundings, a system is required for monitoring and alerting mechanism along with effective visualization. ? Different Sensors are interfaced with the microcontroller for the ecological checking air contamination and are displayed on LCD. ? These qualities are forwarded to the close by versatile utilizing Bluetooth. But the system has some limitation due to less communication range and slow transfer of sensor data. ? It has various sensors like temperature, humidity and rain sensor along with gas sensors .It uses modem based sensor data transfer and facilitates cloud storage.

 DISADVANTAGE :

 ? The common effects of noise pollution on human beings are hearing problems, sleep disturbances and mental illnesses. ? Our system design and implementation covers both hardware and software issues. ? Evaporation of the electrolyte from the cells of lead–acid batteries is a well-known and serious problem. ? It leads to performance degradation in terms of the power output and can damage the cells. ? Different techniques including capacitive liquid level sensors, resistive liquid level sensors, and ultrasonic level detectors have been proposed already to overcome this problem.

 PROPOSED SYSTEM :

 • We propose a web-based application to monitor, measure, process and analyze data from abiotic factors. • In this paper, a real-time monitoring system for multiple lead–acid batteries based on IoT, suitable for the industrial environment, is proposed and evaluated. • Our proposed monitoring system procures and stores the important parameters of the battery in real time. • It should be observed that in our proposed system the communication between the various parts of the system is done using WLAN technology, considering the mobility of the vehicles and the batteries in an industrial environment.

 ADVANTAGE :

 ? An air-conditioner and a heater are used for controlling the temperature whereas a humidifier and a dehumidifier are used for humidity control. ? The temperature sensor and relative humidity sensor are used to measure temperature and humidity in the air. ? The most important factors affecting food items are moisture, temperatures, insects, rodents, storing type of storage bin, uses of pesticides and fumigants general conditions of location of storage etc. ? Environmental pollution has a critical impact on human health. ? The scientific community seeks the knowledge of all critical processes that regulate the functionality of the ecosystem, as well as their efficient management and protection.