Abstract: An illuminated flying disk with three concentric rings located on its upper surface, each ring made up of a plurality of independently addressable individual light bulbs which enables it to be seen even under low ambient lighting conditions. The bottom surface of the disk has a centrally located battery housing unit for holding the batteries and a control unit. Adjacent to the battery storage unit is an on/off switch and a mode selector which allows a choice of three settings for the light display system. The first setting provides for constant emission of light from all bulbs at all times. The second setting provides for a lighting effect which entails sequential lighting of adjacent individual bulbs located on each ring, thereby imparting an illusion of moving light around the ring. The third setting allows for alternate flashing between successive rings. By choosing one of the three settings, the user determines which visual effect to enable.

Abstract: An infant feeding device for hands-free feeding of an infant. The device has a knee support cushion, a body and head support cushion, and a bottle support cushion. The cushions are secured onto a mat having fastening strips. The positioning of the cushions may be adjusted to accommodate the length of the infant. The bottle support cushion is an arch that extends over the infant's body and holds a bottle in place for feeding the infant.

Abstract: A fence system, using extruded bars of T-shaped cross-section to form posts and rails, and a plurality of connectors to connect the T-bars. The connectors have vertical and horizontal V-channels within which the T-bars are secured. Each V-channel has a pair of sides which meet at a vertex, and an open end. A plurality of clamping mechanisms each include a cross plate which extends across the open end of the V-channel to hold the T-bar therein, and a pair of J-bolts which secure to both the V-channel sides and the cross plate. An inverted U-channel extends between the cross plate and the T-bar to directly engage the T-bar and hold it tightly against the vertex of the V-channel. The T-bar has a plurality of spaced protuberances thereon. A transverse pin extends across the U-channel so that when the clamping mechanism is engaged with the T-bar, interference between the transverse pin and the protuberances prevent the T-bar from slipping longitudinally within the V-channels.