Abstract: A system that transforms the APPLE WATCH®, or a similarly constructed wearable computing device, into a jewelry or wearable accessory that is adaptable to a wide variety of styles. The system includes two pins that are compatible with the device and provide multiple functionalities. The first pin has a bail that effectively turns the device into a pendant or any accessory that is desired, and the second pin has a hinge knuckle onto which other parts—for example a cover, a second bail, or a charm—can attach. When a cover is used, the first pin has the additional functionality of being an attachment point for closure. Both pins maximize unintentional interference with the device and support the device from opposing and/or pulling forces with minimal wear. The pins work in harmony to transform the device into any wearable jewelry the user desires.

Abstract: A system that transforms the Apple Watch™, or a similarly constructed wearable computing device, into a jewelry or wearable accessory that is adaptable to a wide variety of styles. The system comprises two pins that are compatible with the device and provide multiple functionalities. The first pin has a bail that effectively turns the device into a pendant or any accessory that is desired, and the second pin has a hinge knuckle onto which other parts—for example a cover, a second bail, or a charm—can attach. When a cover is used, the first pin has the additional functionality of being an attachment point for closure. Both pins maximize unintentional interference with the device and support the device from opposing and/or pulling forces with minimal wear. The pins work in harmony to transform the device into any wearable jewelry the user desires.

Abstract: The present invention relates to a method of inducing angiogenesis in a cell or tissue by applying an electromagnetic field to the cell or tissue under conditions effective to induce angiogenesis. Also disclosed is a method of treating an ischemic condition in a patient by applying an electromagnetic field to ischemic tissue in a patient under conditions effective to treat the ischemic condition by inducing angiogenesis. A method of tissue engineering is also disclosed. This method involves providing a tissue scaffold and subjecting the tissue scaffold to an electromagnetic field under conditions effective to form a vascularized tissue scaffold. Further disclosed is a method of inducing activity of angiogenic growth factors by applying an electromagnetic field to a cell or tissue under conditions effective to induce activity of an angiogenic growth factor.