1. Leaf Compactor Hosea Jones & Jose Rodriguez Advisor: Rana Mitra
Instructor: Cris Koutsougeras

2. Abstract A machine to take the work out of raking leaves. Lightweight
Geared toward home owners
Constraints:
Cost
Weight
Storage

3. Problems to Solve Raking by hand is: Time consuming Unproductive
Hazardous
Disposal
Driving to the dump
Burning
Other hazards
Snakes
Ticks
Mold

4. Designs Design 1.) All in one backpack compactor/collector.
Design 2.) 2 piece set backpack vacuum and stationary compactor.
Design 3.) All in one pull-around compactor/collector.

5. Vacuum system

6. Vacuum system

7. Motor Peak Horsepower 2HP Air Volume (CFM) 50 Amperage (amps) 5
Voltage (volts) 12
Weight (lbs) 7

8. Motor
Power = Current • Voltage (P=IV). With the given information V=12 & I=5. 12v•5A = 60 Watts
The motor will require 60W of power.

9. Battery Weight (lbs) 4.3 Amperage (amps) 7 Voltage (volts) 12
Dimensions (inches)
5.9x2.5x3.7

10. Semester goals
1. Develop three proposed designs to the leaf compactor problem.
2. Determine which design or designs would be more viable.
3. Determine a viable power source.
4. Determine desired weight based on what people can handle.

11. Future plans Determine what material to use for various parts.
Determine a method for compacting leaves once collected.
Build/test a prototype.
Find a use for the compacted leaves (if time allows).

12. Any Questions?