ECE ILLINOIS. ECE 445 Spring 2016 Smart closet Group 24 Luchuan Zhang Yiwei Li.

Slides:

Advertisements

Similar presentations

1 ECE 372 – Microcontroller Design Parallel IO Ports - Outputs Parallel IO Ports E.g. Port T, Port AD Used to interface with many devices Switches LEDs.

Advertisements

A TECHNICAL PRESENTATION BY: ERIC BABSKI Controlling Electric Motors.

ECE 480 Design Team 3 Doug’s Kitchen Robot Team Members - Thomas Manner - Ali Alsatarwah - Ka Kei Yeung - Daniel Phan Team Facilitator - Professor Lixin.

Pet Bot Overview Design Pitch. Pet Bot Overview Overview of Use Cases Laser / LED Pointer Speaker Sound Play Ball Treat Dispenser.

Smart Ceiling Fan and Light Combination By Yang Xiao Mike Roberts ME 3484.

Sales Guide V1.00 Douglas Liu Jan, Product Introduction Product Specifications User Scenario Selling Points Competitor Analysis Agenda.

SUBSTATION MODELING: PROTECTION AND AUTOMATION

Laboratory 7 Introduction to LabVIEW General Engineering Department Polytechnic University.

To control the movement of a manual wheelchair by means of human voice for paralyzed patients. AIM:

Accessible Manufacturing Equipment Phase 2 Team 2 Nicholas Neumann Ralph Prewett Jonathan Brouker Felix Adisaputra Li Tian December 10 th, 2010 ECE 480.

Practical PC, 7th Edition Chapter 2: Working with Windows

GO! All In One 2/E By: Shelley Gaskin, Nancy Graviett, Debra Geoghan Chapter 2 Getting Started with Windows 8.1 Copyright © 2015 Pearson Education, Inc.

Smart Car This project provides smart car assistance to the driver in taking smart and fast decision to avoid any accidental situations during driving.

Wakeup Insurance Chris Dobson. Introduction Ensures owner wakes up on time Forces owner to chase it to disable alarm Automatically returns to charging.

Contents Introduction Problem Definition Proposed Solution

Photo Album by User

Introduction to Mechatronics. Introduction Mechanical + Electronics.

Do Color Preferences Matter?. Question Do color preferences affect repetitive tasks that require fine motor skills, like picking up small objects very.

SOLAR POWERED SMART BLIND (SPSB) SYSTEM Smart Home Automation

Project Team: Nicholas Parrott, Erick Janampa ECE Faculty Advisor: Dr. John R. LaCourse Current Date: October 28, 2010 Project Completion Date: April,

01/25/121 Vehicle LED Display Skylar Stroman Kaitlin Fish-Stuhl.

Welcome to the world of ARM. COURSE CONTENT Module 1: Introduction  Introduction of ARM Processors  Evolution of ARM  32 - bit Programming Module 2:

1 © 2008 RoboRubik ECE 477 Final Presentation Team 11 – Spring 2008 Tyler Heck Dave Bukiet Erik Carron Casey Kloiber.

Weight – Mass Experiment. Purpose To measure the mass of each object in grams using the triple beam balance. To convert the mass in grams to kilograms.

ECE4006 Senior Design Project Linda Milor and Jay Schlag

Final Year Project(EPT4046) Development of an internet controlled Surveillance Mobile Robot By Mimi Madihah Bt Mohd Idris Id: BACHELOR OF ENGINEERING.

Coulomb’s Law and Using PASCO Capstone MS&T Physics 2135, Lab O1.

Understanding VirtualAlloc usage using Windows Performance Analyzer

BRAUSSE 1060ER Delivery Stripping Platen Feeder Table General Machine Complementary Services Conformity to Standards & Security Blanking Feeder.

JARVIS- Personal Assistant Jarvis is a smart personal assistant which does your work on your behalf just with your voice command.

1 TCS Internal MyBank MyBank. 2 Content  Introduction  Data Flow Diagram  Class Diagram  Use case Diagram  Application Layouts.

ECE 445 Track Vehicle Project Team 25: Kuangxiao Gu Jialun Liu Jilin Jiang.

BLDC Motor Speed Control with RPM Display. Introduction BLDC Motor Speed Control with RPM Display  The main objective of this.

Semi-Autonomous Ice Detecting Robot Naman Mehta | Tim Wang-Lee Ryan May – Spring 2012 ECE 445.

Multipurpose Keychain ECE 445 Senior Design Junting Lou Yaming Tang Lida Zhu TA: Rajarshi Roy Project No. 11 Fall 2012.

Introduce of Linac Control System Xiangcheng.Kong Control Group.

QuickBev Group 29: Phillip Nielsen & Michael Perreux TA: Braedon Salz ECE445 Spring 2016 May 4, 2016.

Project #1 Smart Sprinkler Robot System. Introduction.

ECE ILLINOIS. ECE 445 Spring 2016 Smart closet Group 24 Luchuan Zhang Yiwei Li.

Deep Touch Pressure Abdomen Belt Group 32 Kevin Rathbun & Luke Fleming & Chang-O Pyo ECE 445 Senior Design April 28, 2015.

ECE 445 Electronic Shoe Sizing Device Group 43: Robert McDonald, Eric Ayala, Siyan Guo May 3 rd, 2016.

WATER LEVEL INDICATOR AND AUTOMATIC MOTOR SWITCHING SYSTEM

Smart Home Temperature System with Spinning LED Display Group 49: Jianxi Lu, Jia Shi, Xingchang Cheng May 4th, 2016 ECE445.

GST Helpline - A Complete GST App TO RESOLVE GST INDIA QUERIES

<Add team picture or relevant project picture here>

A Study of Finance App on the Android Platform and

Physics: Pulleys Lab Goals

Mobile Robotic Arm.

Dynamic Ferrofluid Lamp Team 59

MULTIPURPOSE ROBOT Nishant Kumar Singh AJIT SINGH YADAV

AIM: To control the movement of a manual wheelchair by means of human voice for paralyzed patients.

Automatic Cloth Folding Machine

AMIS-30512: Microstepping motor driver

An introduction to tree diagrams (level 7-8)

ECE 477 Digital Systems Senior Design Project

ECE 477 Digital Systems Senior Design Project  Fall 2005

Digital outputs Parallel

AMIS-30512: Microstepping motor driver

Introduction to Software Planning and Design

Welcome to an Introduction to Technology at Illinois State University!

Why is this important to service users and carers?

Unit 3 Review (Calculator)

ACOE347 – Data Acquisition and Automation Systems

ECE 477 Final Presentation Team 13  Spring 2011

Review 1+3= 4 7+3= = 5 7+4= = = 6 7+6= = = 7+7+7=

Department of Computer Science

Calculate 9 x 81 = x 3 3 x 3 x 3 x 3 3 x 3 x 3 x 3 x 3 x 3 x =

PRESENTATION BASED ON EMBEDDED SYSTEM. SUBMITTED BY MAMATA YADAV.

AMIS-30512: Microstepping motor driver

Carol Stream, Illinois USA

Presentation transcript:

ECE ILLINOIS

ECE 445 Spring 2016 Smart closet Group 24 Luchuan Zhang Yiwei Li

Introduction  A direct display for all clothes in a personal closet.  Organize and record all information for users.

Objectives  Record each clothes’ worn times  Automatically take photos for user's clothes  Automatically drive the clothes to pick up position  A LED system to highlight the clothes  A 7" touchscreen display

Schematic diagram for motor driver

Calculation for motor driver

Conclusion and future work  All functions including user interface and motor work.  Should build an ios app in the future. In the app, user can remotely control closet and get information.  Add mechanical equipment to automatically pull clothes off from closet.