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Golf Ball Mark Repair Tool, Peter Gildea, Jacob Cunningham, Simon Aramouni, Michael Buckley, Andrew Perez
Golf Ball Mark Repair Tool, Peter Gildea, Jacob Cunningham, Simon Aramouni, Michael Buckley, Andrew Perez
Williams Honors College, Honors Research Projects
Golf is a unique sport because the players consist of various ages. Inexperience and old age are two factors that cause issues on the course for others, such as improperly repaired divots. Divots are “craters” in the ground caused by the golf ball landing with high velocity on the greens. Older players encounter body limitations that make it difficult for them to bend over in order to properly fix the divots on every hole. This device will be created to properly repair divots to keep the greens in good playing condition for all players and to keep the older players …
Snug Fit Crescent Wrench, Jacob M. Miterko, Michael E. Buchbinder, Gavin J. Griffith, Andrew J. Jarrett
Snug Fit Crescent Wrench, Jacob M. Miterko, Michael E. Buchbinder, Gavin J. Griffith, Andrew J. Jarrett
Williams Honors College, Honors Research Projects
The most commonly used brand of adjustable wrench, a Crescent Wrench, dates back to the early nineteen hundreds. The tolerances associated with the adjustable wheel used by the most common adjustable wrench designs allow the position of the lower jaw to vary while using the tool. These undesired fluctuations in the position of the lower jaw make it difficult to adjust the wrench to the desired position and keep it in position once the desired position is set.
The proposed adjustable wrench design addresses the tolerance issues by constraining the lower jaw with a new mechanism. The mechanism makes minor …
Senior Design: Kong Toy Instruction-Manual Insertion, Rachael L. Innocenzi, Ashley N. Cuthbert, Marianna R. Smith
Senior Design: Kong Toy Instruction-Manual Insertion, Rachael L. Innocenzi, Ashley N. Cuthbert, Marianna R. Smith
Williams Honors College, Honors Research Projects
The team’s goal is to design and test a prototype and procedure that will automate the insertion of the Kong toy instructions into the cardboard packaging. This automation will increase the speed at which the product is packaged and will serve as an aid to workers with limited dexterity who find the task cumbersome.
Senior Design: Kong Toy Instruction-Manual Insertion, Marianna R. Smith, Rachael L. Innocenzi, Ashley N. Cuthbert
Senior Design: Kong Toy Instruction-Manual Insertion, Marianna R. Smith, Rachael L. Innocenzi, Ashley N. Cuthbert
Williams Honors College, Honors Research Projects
The team’s goal is to design and test a prototype and procedure that will automate the insertion of the
Kong toy instructions into the cardboard packaging. This automation will increase the speed at which
the product is packaged and will serve as an aid to workers with limited dexterity who find the task
cumbersome.
Senior Design:Kong Toy Instruction-Manual Insertion, Ashley N. Cuthbert, Rachael L. Innocenzi, Marianna R. Smith
Senior Design:Kong Toy Instruction-Manual Insertion, Ashley N. Cuthbert, Rachael L. Innocenzi, Marianna R. Smith
Williams Honors College, Honors Research Projects
The team’s goal is to design and test a prototype and procedure that will automate the insertion of the Kong toy instructions into the cardboard packaging. This automation will increase the speed at which the product is packaged and will serve as an aid to workers with limited dexterity who find the task cumbersome.