Sponsored by: Process Logic
Project Summary
Current downspout installation practices include methods that require workers to operate using unsafe practices and positions which can cause injury or death. The current process limits the points of contact the worker would have with the ladder because they have to simultaneously hold the downspout in place while working power tools to fasten it to the building’s wall. Overall, the current process allows for a higher accident potential. This project aims to design a safer way to lift and install a downspout using a winch or similar lifting mechanism. This product would allow for the worker to maintain safer positions atop the ladder, only having to focus on fastening the downspout to the building.
Design Goal
Develop a mechanism that will assist in the installation of commercial downspouts so that the installation process is safer for the Process Logic employee.
Design Constraints
- Prototype shall work with 10ft – 60ft long and 15 – 90 lb downspouts
- Mechanism shall adapt to different cross-sections of downspouts
- Mechanism shall remain compatible with various weather conditions
- Design shall be compatible with power sources utilized on a typical job site
- Design shall maintain or decrease current installation cycle time
Solidworks Assembly of Prototype
Wedge Mechanism
Members of the Project Team
Student Team:
- Maija Almich - Major: Mechanical Engineering
- Raymond Rasmussen - Major: Mechanical Engineering
- Charles Kiefer - Major: Mechanical Engineering
- Colin Huntington - Major: Mechanical Engineering
Industry Representative: Kurt Scepaniak
Faculty Advisor: Bob Bach
Pictured left to right: Maija Almich, Raymond Rasmussen, Charles Kiefer, Colin Huntington