http://localhost:8080/xmlui/handle/123456789/9 2026-06-04T13:06:51Z http://localhost:8080/xmlui/handle/123456789/418 Project Report on WEARABLE GADGET FOR NAVIGATION OF BLIND PEOPLE ANASWARA S ARUN M SHIJIN V; Dr. ANISH M N ABSTRACT Technological advancements have given way to the investment of various assistive features for the blind. Even though the blinds are not completely incapable without these features, many of these have proven to make their lives better. These include smart walking sticks, smart shoes, smart glasses, etc. which commonly incorporates Ultrasonic or IR sensors for obstacle detection. A wearable gadget can be hooked to the clothing or belt buckle or even a walking stick. This helps to identify the obstacles and to measure the distance of the same from the user. This data can be manipulated to generate voice commands with the help of Google assistant that are passed on to the user through his/her smart phone. Raspberry Pi with a Pi camera is used for obstacle identification which is programmed on Python platform. A Light Detection and Ranging(LiDAR) sensor uses pulse laser to measure the distance of obstacles from the user. This measured distance gives an idea about the closeness of an obstacle to a blind person. Voice alerts are generated if the distance between obstacle and user is very small, so as to avoid collision with obstacle. Navigation and directions through voice commands is introduced using Navit and eSpeak. The eSpeak speech synthesizer is also used to provide voice commands regarding the information of obstacle. Google Assistant is used to automate the process and let the blind person communicate with the device for tasks such as begin a navigation, set destination and every tasks that Google assistant can perform. Project Report on WEARABLE GADGET FOR NAVIGATION OF BLIND PEOPLE Submitted in partial fulfillment of the requirements for the award of the degree of Bachelor of Technology In Instrumentation and Control Engineering Submitted by ANASWARA S ARUN M SHIJIN V NSS16IC011 NSS16IC013 NSS16IC045 Guided By Dr. ANISH M N ASSOCIATE PROFESSOR DEPARTMENT OF INSTRUMENTATION AND CONTROL ENGINEERING May 2020 Department of Instrumentation and Control Engineering N. S. S. College of Engineering, Palakkad 2020-06-01T00:00:00Z http://localhost:8080/xmlui/handle/123456789/417 WATER CONSUMPTION CONTROL SYSTEM : A PROJECT REPORT A NANDHAN VISHNU P THASNA S AKHIL CHIDAMABARAM R; Dr. Jayalakshmi B; Nikhil Binoy C ABSTRACT Water is essential for survival of living things in earth. Human being use clean water to drink, grow crops for food and many other domestic purposes. Thus water conservation has to be a part of human life. Objective of this project is to reduce the water wastage in houses through all domestic purpose, by using Instrumentation technologies and the monitoring system uses daily life device like laptop or mobile phone. A Smart Water consumption control and monitoring method is the efficient method for providing a better water management process for the society. The method must be user-friendly and should easy access for the people to know about their resource availability and its proper usage. So by continues monitoring of water level from the resource will give an idea that how many days more users could use water which is available in the open-well or bore- well. Attaining the water level from the source it provides a control valve at the outlet of house-top tank which will be operated by the control action provided by the actuator according to the water level present in the source which is already assigned by user. Arduino is easier to access and more user-friendly for common people, more than that the system operation will be easier. Automatic water tank filling and dry pump protection is also an essential part of this system for smooth availability of water for all household works. WATER CONSUMPTION CONTROL SYSTEM A PROJECT REPORT Submitted by A NANDHAN VISHNU P THASNA S AKHIL CHIDAMABARAM R NSS16IC031 LNSS16IC059 NSS16IC051 NSS16IC016 To The APJ Abdul Kalam Technological University In partial fulfillment of the requirements for the award of the Degree Of Bachelor of Technology In Instrumentation and Control Engineering Department of Instrumentation and Control Engineering N. S. S. College of Engineering Palakkad-678008 May 2020 2020-06-01T00:00:00Z http://localhost:8080/xmlui/handle/123456789/416 Project Report on SURFACE ELECTROMYOGRAPHY BASED PROSTHETIC LIMB AKSHAY VJ AMARNATH K ATHULYA S MISWAR ALI NB; Dr. RETHEEP RAJ ABSTRACT Prosthetic is a branch of biomedical engineering that deals with missing human body parts with synthetic one. Further, the work carried out is related to feature extraction and classification of EMG signals obtained from biceps and below elbow position. The sEMG signals are obtained for different cases: Grasping and lifting, picking with different weight combinations. The sEMG signal is mainly obtained from the surface of the body by using disposable electrodes. There are also issues of the birth prevalence of congenital limb deficiency. Disabled people with disabilities of upper arms, elbows are more difficult to behave everyday life. The normal non-natural arm cannot be used to hold the device easily. So our project mainly aims at development of a prosthetic arm that can help those people with limb deficiency. It will help the disabled people to stay more comfortable The main structure of the mechanical arm is made using 3D-Printed parts and the fingers are moved using servo motors. The user has to train the movement of the back muscles. But with all its less limitations this surface electromyography based prosthetic limb is a useful ideology mainly for the disabled people. And one of the best possible solution for helping those with disabilities on arm. Project Report on SURFACE ELECTROMYOGRAPHY BASED PROSTHETIC LIMB Submitted in partial fulfillment of the requirements for the award of the degree of Bachelor of Technology In Instrumentation and Control Engineering Submitted by AKSHAY VJ AMARNATH K ATHULYA S MISWAR ALI NB NSS16IC009 NSS16IC010 NSS16IC014 NSS16IC025 Guided By Dr.RETHEEP RAJ ASSOCIATE PROFESSOR DEPARTMENT OF INSTRUMENTATION AND CONTROL ENGINEERING June 2020 Department of Instrumentation and Control Engineering N. S. S. College of Engineering, Palakkad-678008 2020-06-01T00:00:00Z http://localhost:8080/xmlui/handle/123456789/415 Project Report On INTELLIGENT GAS STOVE AKHIL RAJ P KHALEELULLAH M RUGMA SUDHAKARAN; DEEPA M K ABSTRACT An automated Gas Stove is a product that can be incorporated into the conventional gas stove to give it the gift of automation. It uses a microcontroller, servo motors and some sensor units. The user only needs to enter the number of intervals, the time in each interval, and the amount of flame required in each time interval and then the complete process is then automated. This finds great use for working individuals, households with small children, where looking at the stove for the complete time is not a feasible option. LPG is the commonly used source of energy for cooking in urban areas. In the present LPG system there are several disadvantages like most of the energy gets wasted when flame capacity is lesser than the specified BTU due to various reasons like clogging or blockage in proper air supply. Leakage of gas can’t be identified is another problem with current LPG cooking system and also we don't have an option to set the ON period of the stove so that we can do other works during the cooking process. Overcook or undercook of food is an unavoidable problem faced by the user and also we are least known about remaining amount of gas present in the cylinder. An intelligent gas stove is a project to rectify all the problems mentioned above and it also includes an additional feature of automatic booking the next LPG Cylinder when the current cylinder is near to exhaustion. Project Report On INTELLIGENT GAS STOVE Submitted in partial fulfillment of the requirements for the award of the degree of Bachelor of Technology In Instrumentation and Control Engineering Submitted By AKHIL RAJ P NSS16IC005 KHALEELULLAH M NSS16IC029 RUGMA SUDHAKARAN NSS16IC040 Guided By DEEPA M K ASSISTANT PROFESSOR DEPARTMENT OF INSTRUMENTATION AND CONTROL ENGINEERING May 2020 Department of Instrumentation and Control Engineering N.S.S College of Engineering, Palakkad-678008 2020-06-01T00:00:00Z