The main design of our invention discloses the stress-relieving helmet, which comprises the beads carrier, EEG sensor and AI unit. The main purpose of this invention is to reduce the stress level of the user by increasing blood circulation in the head using the beads carrier. Initially, when the user turns on the de...

An automated bouquet arrangement and delivery system, comprising a body 101 with track wheels 102 for movement over diverse terrains, a user-interface for enabling bouquet selection based on color, type, price, or fragrance, the system dynamically adjusts pricing based on flower availability and demand, the microcon...

The present invention is to improve train service efficiency and customer experience, it focusses on identifying unreserved train position openings utilizing Automatic customer Counting (APC) systems. Real-time data processing and sophisticated sensor technologies are used in this process. The system consists of mul...

The invention provides a system for real-time stress monitoring and management during extended computer use. It integrates physiological sensors (e.g., smartwatches), behavioural sensors (e.g., typing and mouse tracking), and environmental sensors (e.g., light and noise detectors) to continuously collect data on the...

The present invention provides a method and system for detecting defective cells in a battery pack, ensuring safety, reliability, and efficiency. The method involves measuring the open-circuit voltage of each cell, calculating deviations from the mean no-load voltage, and identifying faults based on predefined thres...

Traditional methods for detecting dental plaque, such as manual assessment and plaque-disclosing dyes, are time-consuming and prone to human error. This study explores the use of Google Cloud's Vertex AI AutoML to develop a model for detecting plaque levels on permanent teeth using undyed photographic images. Photog...