Multi-piece pva models with non-brittle connections
AssigneeAbbott Laboratories
InventorsGregory Hyde, Jane Sifuentes, Kim Hayenga, Eric Eli, Jim Phelan, Ellen Roche
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AssigneeAbbott Laboratories
InventorsGregory Hyde, Jane Sifuentes, Kim Hayenga, Eric Eli, Jim Phelan, Ellen Roche
Estimating the term…
Models are made through a process that provides for a bonding mechanism of pre-made PVA parts to create more complex structures. The components are bonded together by wetting the surfaces to be connected with a PVA solution. The components are then adjoined together and bonded through an additional processing or curing, e.g., freeze-thaw cycle. This process can be repeated multiple times to create more complex structures or models. In another embodiment, a textile or fabric type material is used to increase the radial strength of the models. In such an embodiment, a usually thin piece of textile material, such as a nylon fabric, may be placed within the core molding. Liquid PVA then flows through the nylon hosiery or textile material and one or more curing process are then applied, which allows the PVA solution to bond or otherwise adhere with the material.
A method of joining pieces of poly(vinyl alcohol) PVA in order to constructively form simulated models, the method comprising:
A method of creating an anatomical model with increased radial strength to represent muscle or other tissues, the method comprising:
An anatomical model with increased radial strength to represent muscle or other similar tissues by combining a fabric type material with poly(vinyl alcohol) PVA, which can be molded to form the anatomical model used for demonstrating, developing, or testing medical functions and/or devices, the method comprising:
Dependencies are inferred from the claim text.