The first platform design has a slider that allows the user to easily place their testing object and secure it for testing. This feature on the platform will allow for more room and space for testing. Since the placement of the object is important for testing, this platform feature will allow for more accurate testing. This feature also limits how much the operator has to adjust before testing.
This platform design has a differing slider. The design of the slider allowed for the testing object to be encased in the platform. The functionality of this platform encases the object within the inner edge of the platform and the slider edge as the slider moves into the platform. It restricts movement of the testing object.
The motor casing will prevent any items from falling into the motors that move the platform up and down for testing. In this design, the casing is attached by hinges and allows the user to open and close the casing easily if there were a need for any adjustments or modifications needed to be made.
The kick back heel allows users to easily push back the heel to allow the user to have more space to slide one's foot into the shoe.
Below is a heel counter design for this shoe prototype. This design has a small ledge for the counter to attach to the shoe counter. The counter has slits to connect the heel counter to the rest of the shoe.
The channel which would be connected to the sole has a specific design to allow the ledge to slide into the channel. The attachment of the counter to the channel allows the counter from lifting and moving while the user is walking. Below is a heel counter design for this shoe prototype. This design has a small ledge for the counter to attach to the shoe counter. The counter has slits to connect the heel counter to the rest of the shoe.
The heel counter and channel were 3D printed to implement it into a prototyped shoe.
Detachment of the counter from the channel.
Placement of the counter inside the channel.
This shoe design allows a section of the heel counter to be flipped back to provide more room for the user to slide their foot into the shoe.
This SolidWorks CAD of the bottom half of the heel counter has holes for the top section of the counter would allow for the top stretchy half to be sewn to the shoe. The stretchy top section would flip back over the bottom half. The back section of this counter is lower in the back half than the front section to create more room for the user's foot to slide in.