Project Overview Autonomous robot with multiple modes of operation – Follow, run away, manual control Infrared sensors to detect warm bodies Ultrasonic.

Slides:



Advertisements
Similar presentations
Project Title Here IEEE UCSD Overview Robo-Magellan is a robotics competition emphasizing autonomous navigation and obstacle avoidance over varied, outdoor.
Advertisements

Aerial Surveillance Drone Design Review Tuesday, March 12, 2013 Colin Donahue Samantha Kenyon Jason Lowden Benjamin Wheeler.
Instrumented Football Helmet
1 Chapter 7: Navigating with Infrared Headlights Presentation based on: "Robotics with the Boe-Bot" By Andy Lindsay Parallax, Inc Presentation developed.
TCSP – Patent Liability Analysis. Project Overview Overall Objectives Create an Unmanned Aerial Vehicle (UAV) which is capable of the following: Create.
Pyroelectric sensors for the security system application Instructor: Dr. Mohan Krishnan Team Members: Chun-Chin You Kazi ahmed Kazi ahmed December 8, 2005.
Group Members Frederick Tyson Ike Mogbana Advisor Prof. Mahmood May, Senior Project 2005/06 Final Presentation MICROMOUSE SECURITY SYSTEM.
Tag Bot: A Robotic Game of Tag Jonathan Rupe Wai Yip Leung.
Patent Liability Analysis Andrew Loveless. Potential Patent Infringement Autonomous obstacle avoidance 7,587,260 – Autonomous navigation system and method.
How Does a Light Sensor Work?. 1. How do humans sense light? 2. Provide an example “stimulus-sensor- coordinator-effector-response” framework using the.
Thermal imaging and SMS alert for farmers Ninad Mehendale.
Wudi Zhou Dummy Arm Team 4. Project Overview An remote controlled robot arm with 6 degree of freedom. It is controlled by a control sleeve. Control sleeve.
Patterns, frameworks & Lejos
Patent Liability Analysis Team 14: Faris Issa Sean King David Record Prateek Singhal.
Team 01 : QuadSquad Patent Liability Analysis Camille Chang 10/30/2013 the ECE quadcopter senior design Purdue University1.
Autonomous Tracking Robot Andy Duong Chris Gurley Nate Klein Wink Barnes Georgia Institute of Technology School of Electrical and Computer Engineering.
Seraj Dosenbach Greg Lammers Beau Morrison Ananya Panja.
Patent Liability Analysis March 28,  Project Overview  Product Infringements  Patent Infringements.
Ruslan Masinjila Aida Militaru.  Nature of the Problem  Our Solution: The Roaming Security Robot  Functionalities  General System View  System Design.
SuperSleuth Wise. Marketing and Sales Presentation/Training.  Complete video surveillance system in the palm of your hand.  Proven video motion Detection.
o Portable low-cost aerial drone that can be used for reconnaissance o Relay real-time video and data, like location, heading, battery life o Take high-resolution.
Smart Plant Robot Prepared by Haya De’bas Jumanah Salhab Supervisor Dr. Ra’ed Al-Qadi.
Nathan Meyers Joe Riley Matthew Barga Alex Reyes Patent Liability Analysis.
Phong Le (EE) Josh Haley (CPE) Brandon Reeves (EE) Jerard Jose (EE)
Team 6 DOODLE DRIVE Presenter: Edward Kidarsa. PROJECT OVERVIEW  Android application as controller  Robot vehicle with microcontroller  Path will be.
Physics Based Formation Behavior in Autonomous Robots Mark Patterson.
ECE 477 Final Presentation Team 14  Spring 2013 Paste a photo of team members with completed project here. Annotate this photo with names of team members.
Juan David Rios IMDL FALL 2012 Dr. Eric M. Schwartz – A. Antonio Arroyo September 18/2012.
P-REV Michael Connaboy Stephen Schiffli Ram Hudiara Win Than Aung.
Negative Power or Negative Rotation makes robot go backwards. But if both are negative, the robot will go forward! Move Steering Block.
Digital Sound Projection ECE 477 Group 6 Patent Liability Steve Anderson Mike Goldfarb Shao-Fu Shih Josh Smith.
Roaming Security Robot Ruslan Masinjila Aida Militaru.
Online Database Laptop connection Base-station Monitoring Device Sensor Type/ Placement Data Transmission Data Processing.
Jamis Martin Trenton Andres Jay Zifer Brad Nowak.
Abstract The Infrarat is an autonomous toy car that will use proximity sensors and a pivoting array of Infrared sensors for tracking a body and to avoid.
Digi-iGuide Patent Infringement. Possibly relevant patents Magellan’s patent application number for a “Portable Vehicle Navigation System”
Ryan McLean John-Michael Mulesa Joe Perrin Zach Schoenberger.
Patent Liability Analysis -Krithika Iyer Autonomous Rescue Vehicle Ruiyang Lin Vipul Bhat Julia Liston Krithika Iyer.
Inside the Digital Camera. Digital Camera Cross Section The digital camera is a complex device The only part that is the same as film cameras is the lens.
Product: Microsoft Kinect Team I Alex Styborski Brandon Sayre Brandon Rouhier Section 2B.
Project Minotaur Patent Liability Assessment Jon Roose for Team 16.
ECE 477 FINAL PRESENTATION TEAM 6  SPRING OUTLINE  Project overview  Block diagram  Design challenges  Individual contributions  Project demonstration.
ECE477 Senior Design Android street car Team 12 Libo Dong 1.
Patent Liability Analysis Audio Lossless compression in an FPGA (ALF) Team 6 Ken Pesyna David Eslinger AJ Hartnett Curt Schieler.
Infrared IR Sensor Circuit Diagram and Working Principle.
ECE477 Senior Design Android Street Car Patent Liability Analysis Team 12 Chun Ta Huang 2013/03/27.
Bullfighting Autonomous Robot “BULL” IMDL Spring 2010 Aminatu Oyebanjo April 8, 2010.
Residential Security, Access Control, and Surveillance Copyright © 2005 Heathkit Company, Inc. All Rights Reserved Presentation 3 – Motion Detection.
GloveFX Patent Liability Ryan DeFord Fred Grandlienard Kevin Mohr Andrew Gregor.
Under the Guidance of Submitted by
TRACK SENSING ROBOTIC VEHICLE MOVEMENT
Group 3 Corey Jamison, Joel Keeling, & Mark Langen
Patent Liability Analysis
Automation as the Subject of Mechanical Engineer’s interest
ARDUINO LINE FOLLOWER ROBOT
How Does a Color Sensor Work?
Arjun Bajaj Aabhas Sharma Abhinav Valluru Vinit Bhamburdekar
Obstacle Detection Ultrasonic Sensor.
Elecbits.
Presenter.
Patent Liability Team KANG Group 1.
Patent Liability Analysis
Warm Up- What is a robot? Describe in one sentence what you understand by the term ‘robot’ 2. What are the main parts of a robot? What do people do to.
Under the Guidance of Submitted by
Basic Camera Function The camera converts an optical image into electrical signals that are reconverted by a television receiver into visible screen images.
IT523 Digital Image Processing
IT523 Digital Image Processing
UNIT 7: INFRARED SENSORS
Intro to Robotics It’s YOUR FUTURE.
UNIT 7: INFRARED SENSORS
Presentation transcript:

Project Overview Autonomous robot with multiple modes of operation – Follow, run away, manual control Infrared sensors to detect warm bodies Ultrasonic sensors to avoid obstacles Bluetooth transmission of infrared-array and movement data Battery-powered with fuel gauge

Patent Liability Analysis Major Functions Considered: – IR Sensor array allows the robot to autonomously follow/run away from targets identified as warm bodies – Movement control and IR data stream transmitted via bluetooth – Avoidance of obstacles by use of several ultrasonic sensors Search for patents with similar functionality to the Infrarat

Possible Infringement: Filed November 28, 2000 by Honeywell International Inc. The presence of a human body in the scene is determined by comparing the reflection of at least one region of the scene using an infrared sensor array

Possible Infringement: Claims: A detection method that detects reflection from a scene in Infrared and determines the presence of a human body Detecting infrared reflection from at least one region of the scene comprising of a face region of the human body A human body detection system comprising of an infrared camera which provides an image representing the region where the presence of a human body has been detected Similarities: – Uses infrared cameras to detect a facial region of the human body – Makes use of a threshold for determining the presence of a human body

Possible Infringement: Filed November 16, 1999 by Nikon Corporation of Tokyo Humanoid detector and method that senses infrared radiation and subject size – If the size of a moving body is greater than that of a small animal, the detected infrared radiation indicates that the moving body is a heat producing body

Possible Infringement: Claims: A human body detection method, comprising the steps: – detecting infrared radiation in the surveillance area – determining a size of the moving subject – providing a decision signal that is indicative of a human body in the surveillance area when the size of the moving subject exceeds a predetermined size and the detected infrared radiation exceeds a predetermined value simultaneously Method of humanoid detection based on the size of the moving object in infrared radiation is patented Similarities: – Method of detection using number of pixels upon which a humanoid body would be imaged by a lens that focuses incident light on an array of photodiodes in a sensor element

Possible Infringement: Filed October 20, 2006 by iRobot Corporation Systems and methods for obstacle avoidance – Teleoperation (Manual) – Waypoint navigation – Follow – Obstacle Detection

Possible Infringement: Claims: A robotic control unit comprising of: – A sensor for detecting object data representing obstacles – Determine vehicle actions based on incoming sensor data The control unit comprises of a processor and memory that has executable code Control unit outputs control signals to vehicle motors Similarities: Method of navigation and use of teleoperation via bluetooth Follow and Manual modes

Possible Actions Remove functionality – Unfeasible since the Infrarat relies on the use of all its sensors to navigate its surroundings Change implementation technique – By using different methods of detection, the device would no longer fall under Literal infringement and instead be under the Doctrine of Equivalents Obtain licenses or pay royalties to owners of patents – If the device were to go to market, this would be a viable option

Questions?