PORTABLE WEIGHT MEASUREMENT INSTRUMENT FOR TROLLEY |
Author(s): |
Prathamesh Mane |
Keywords: |
Abstract |
The various stages of operations involved in the Portable weight measurement instrument for weighing vehicles are given. It is a portable device placed between the spring and chassis of the trolley of the vehicle to measure the weight of the sugarcane- filled trolley. Fraud in the incorrect weighing of farmers' yields has been happening for a long time. To stop these frauds and give the correct weight to farmers' yield we have made this device. With the help of this weight measurement instrument, farmers can measure their yields and approximate their weight themselves. They don’t have to depend on anyone for weight measurement. Here spring is used for calculating the weight of the trolley. All the problems of the trolley's weight and various loads have been considered while making weight measurement vehicles. This instrument is designed to accurately measure the weight of boards or materials loaded onto trolleys in industrial settings. It has Arduino uno and advanced Ultrasonic sensor technology to provide precise weight measurements, contributing to efficient material handling and inventory management. The instrument offers real-time data display and recording capabilities, enhancing workflow optimization and reducing errors associated with manual weighing. Its compact design and user-friendly interface make it a valuable tool for industries reliant on board transportation and inventory control. Our instrument utilizes advanced Ultrasonic sensor technology and Arduino uno systems to precisely measure the weight of the trolley's contents in real-time. The collected data is then transmitted wirelessly to a centralized control system using Bluetooth module HC-05, providing immediate access to weight information for operators and managers. This real-time data enables better decision-making regarding load management, resource allocation, and adherence to weight regulations. |
Other Details |
Paper ID: IJSARTV Published in: Volume : 10, Issue : 5 Publication Date: 5/1/2024 |
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