Requirement definition 1.0. Introduction For this project‚ the aim was to research different geared trolley cranes and come up with a brief outline/ design which would meet some specific design limitations. The trolley crane that we had to come up with was meant to be designed to lift and carry a load of 1.5 tonnes along I-beam of 4 metres long. The research that we did was mainly on existing trolley cranes and the configurations of these cranes which allowed us to familiarize ourselves with what
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applications OF rfid Ameerul Hakeem bin Mohd Hairon Muhammad Azrin Hafizuddin bin Hashim Muhammad Afiq bin Abdul Ghani SUPERVISOR : DR. HASMAH MANSOR TABLE OF CONTENT CONTENTS PAGE ABSTRACT 3 I. INTRODUCTION 3 II. APPLICATIONS OF RFID IN AUTOMOTIVE FIELDS A. Automatic Toll System B. Vehicle Security and Immobilizer 4 4 4 III. APPLICATIONS OF RFID IN MANUFACTURING 5 IV. IMPLEMENTATION OF RFID IN HEALTHCARE A. Healthcare Challenge Which Led To RFID Implementation
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ABSTRACT Direct Billing System for Super Market Large grocery stores are nowadays used by millions of people for the acquisition of an enlarging number of products. Product acquisition represents a complex process that comprises time spent in corridors‚ product location and checkout queues. On the other hand‚ it is becoming increasingly difficult for retailers to keep their clients loyal and to predict their needs due to the influence of competition and the lack of tools that discriminate
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Technologies RFID Applications‚ Issues‚ Methods and Theory: a Review of the AIS Basket of TOP journals Samuel Fosso Wambaa‚b‚ Abhijith Anandb‚ Lemuria Carterc a Rouen Business School‚ France University of Wollongong‚ Australia c North Carolina A & T State University b Abstract What is the current level of knowledge development on RFID technology‚ the technology at the core of the “Internet of Things” within the AIS basket of top journals? And what are the potential future research directions on RFID technology
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Grade 9 Science – Trolley Lab -‐ Luca Weller – AOI: Environment – 17/9/13 D.4 Materials: -‐1 trolley that will be accelerated -‐1 string to connect the trolley and the weights (ca. 2m) -‐1 set of weights that will accelerate the trolley (up to 5N) -‐1 a.m
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With RFID technology this company will begin the construction of total B2B solutions pertaining to the most important domains that involves this company meaning commerce and industry where mobility is very important. With the installation of the RFID system this company’s’ B2B solutions can be conducted in a more precisely manner and with a sufficient amount of time. The RFID system will be very mobile due to the use of multiple PDA devices and RFID readers connected to them in each office location
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THE UNIVERSITY OF HONG KONG DEPARTMENT OF MECHANICAL ENGINEERING Part I APPLIED DYNAMICS LAB (full report required) DYNAMICS OF A TROLLEY ON RAILS Based on document MGS/ID137/203 by Dr MG Sainsbury Modified in Feb 2007 & Jan 2008 by Dr L Huang and Mr WS Sze 1. Objectives (1) To measure the velocity and acceleration of a trolley as it descends on inclined track and is stopped by a nonlinear elastic arrester system. (2) To compare the measured acceleration‚ velocity and displacement with theoretical
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lot of dilemmas we go over in class there are a couple that stand out to me. The trolley dilemma is a situation I personally hope I never encounter and the dilemma where if you had a ring that made you invisible. The dilemma with the trolley is a terrifying situation to be in if you are the one operating the tracks. Either way someone is going to die and that’s going to be on you. If I were the one operating the trolley tracks and I had to choose between killing one person and four people‚ I’m going
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Lab Report Experiment Aim: To determine the acceleration of an object down an incline plane using various methods. Research Question: Is there a relationship between the angle θ of the incline and the acceleration down the plane? Equipment: * Ticker Timer (AC 50Hz ) * Incline (wood) * Meter ruler * Dynamic Trolley ( Mass: 380.55 ± 0.01g ) * Carbonated paper * Power Source (2W) * Data Logger * Motion Sensor * Tennis Ball Method
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The Trolley Problem is set up in two parts. The first part of this problem puts the reader in a passive position to choose between shoving a large person onto the track causing one person to die to save the five other people and refraining and doing nothing would allow the five to die and the one person to live. The second part of this scenario would put Frank in a very personal position to choose to do something about the situation at hand‚ or to let five people die; or deliberately push a large
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