Abstract: A device for enhancing the appearance of a compact fluorescent lamp (CFL) and changing the optical properties of light emitted by the CFL is provided. The device for a compact fluorescent lamp (CFL) includes a cover configured for obscuring the compact fluorescent lamp; and an attachment mechanism configured for coupling the cover to the compact fluorescent lamp by engaging an inner surface of the compact fluorescent lamp. The attachment mechanism includes at least two resilient fingers for engaging at least two spaced apart inner surfaces of the compact fluorescent lamp.

Abstract: A device for enhancing the appearance of a compact fluorescent lamp (CFL) and changing the optical properties of light emitted by the CFL is provided. The device for a compact fluorescent lamp (CFL) includes a cover configured for obscuring the compact fluorescent lamp; and an attachment mechanism configured for coupling the cover to the compact fluorescent lamp by engaging an inner surface of the compact fluorescent lamp. The attachment mechanism includes at least two resilient fingers for engaging at least two spaced apart inner surfaces of the compact fluorescent lamp.

Abstract: A device for enhancing the appearance of a compact fluorescent lamp (CFL) and changing the optical properties of light emitted by the CFL is provided. The device for a compact fluorescent lamp (CFL) includes a cover configured for obscuring the compact fluorescent lamp; and an attachment mechanism configured for coupling the cover to the compact fluorescent lamp by engaging an inner surface of the compact fluorescent lamp. The attachment mechanism includes at least two resilient fingers for engaging at least two spaced apart inner surfaces of the compact fluorescent lamp.

Abstract: An electrical cable bulk which can be coiled includes a jacket; a first wire assembly and a second wire assembly. The first wire assembly includes a shield conductor member at least partially shielding a first wire set. The first wire set includes a pair of insulated conductors disposed contiguously within the shield conductor member; and a ground conductor disposed within the shield conductor member. The second wire assembly includes a first shield conductor member at least partially shielding a second wire set. The second wire set includes a first pair of insulated conductors disposed contiguously within the first shield conductor member and a second pair of insulated conductors disposed contiguously within the first shield conductor member. The second wire assembly includes a second shield conductor member around a drain conductor and the first shield conductor member. The first and second wire assemblies are disposed within the jacket.

Abstract: The invention pertains to a sports training device for improving the follow through of the lower body during a sport activity. The device includes a base having a top planar surface and a disk assembly removably coupled to the base and configured to receive a foot of a user. The disk assembly includes a first disk that is rotable between a first relaxed position and a second rotated position. Upon movement of the disk between the first relaxed position to the second rotated position, the disk is biased toward the first relaxed position. In some embodiments, the disk assembly is configured to be rotatable between a closed position wherein the disk is substantially coplanar with the top surface of the base and an open position wherein the disk is directed away vertically from the base upon rotation of the disk by the user's foot to the open position.

Abstract: An electrical cable bulk which can be coiled includes a jacket; a first wire assembly and a second wire assembly. The first wire assembly includes a shield conductor member at least partially shielding a first wire set. The first wire set includes a pair of insulated conductors disposed contiguously within the shield conductor member; and a ground conductor disposed within the shield conductor member. The second wire assembly includes a first shield conductor member at least partially shielding a second wire set. The second wire set includes a first pair of insulated conductors disposed contiguously within the first shield conductor member and a second pair of insulated conductors disposed contiguously within the first shield conductor member. The second wire assembly includes a second shield conductor member around a drain conductor and the first shield conductor member. The first and second wire assemblies are disposed within the jacket.