1. Automated Marine Trailer Jack RYAN SCHECH ET 494 SPRING 2015 PROPOSAL PRESENTATION ADVISOR: DR. JUNKUN MA PROFESSOR: DR. KOUTSOUGERAS

2. Introduction to project Side mount ‘swivel’ design Eliminate manual operation Lift Capacity of 1,000 lbs. (commonly used marine jack rating)

3. Objectives  Design the housing of the motor, motor control, pulley assembly, rod, and gears.  Motor selection  Custom design a rod that will hold the small bevel gear and the pulley at fixed positions.  Large bevel gear with long threaded shaft and fixed plate containing a bearing  Pulley (find the available sizes on the market)  Motor sprocket (market)  Belt design (market)  Motor control (Arduino)  Power Source(12V power cord with standard 4-flat trailer wire plug that connects directly into your vehicles trailer light plug)

4. Deliverables  Overall design of an operational system  Designing the housing of the system  Analysis determining the sizes of the:  Motor  Pulley  Bevel gears  Threads  Stress analysis to determine the size of the rods  Modeling the characteristics involved on the rod in COMSOL  Developing a program (using Arduino) to control the motor  Modeling the Automated jack assembly in SolidWorks

5. Timeline  Propose project idea………………………………………………………………………...Jan. 27  Obtain two possible design sketches for trailer jack…………………………………...Feb. 3  Compile a detailed list of components and deliverables.……………………….....Feb. 10  Project approval……………………………………………………………………………...Feb. 24  Project proposal document………………………………………………………………..Feb. 26  Stress analysis of system ……...…………………………………………………………..….Mar. 6  COMSOL modeling of parts under load………………………………………….……..Mar. 13  Selection of motor and rods.………………………………………………………………Mar. 20  Speed reduction analysis to determine part sizes……………………………….…….Mar. 27  Selection of pulley, sprocket, and belt type……………………………………………..Apr. 3  Order the needed parts………………………………………………………………….…..Apr. 4  Write program to control and protect motor…………………………………..……….Apr.10  Develop model of project in SolidWorks…………………………………………..…….Apr. 17  Assemble together and test results………………………………………………..………May 1

6. Questions? Images courtesy of google images @ www.amazon.com, www.harborfrieght.com, www.oriellyauto.com.www.amazon.comwww.harborfrieght.comwww.oriellyauto.com