Abstract: A nozzle is provided herein for ophthalmic dispensers which is configured to accommodate microdosing. The nozzle includes a converging pathway. Preferably, the pathway converges so as to impart momentum to liquid passing therethrough through an increase of velocity. A tapered portion may be provided flared openly from the inlet to best accept liquid flow thereinto and provide a funneling effect into the flowpath. Preferably, the flowpath terminates at an outlet which is internally un-radiused and circumscribed by a chamfered surface.

Abstract: The present invention is a device for use in cleaning a fabric surface of dust, dirt, pet hair and other debris present on the surface. The device includes a housing coupled to a base. The base is coupled to at least one movable cleaning member configured to engage a surface for picking up debris from the surface. The debris is deposited into a debris collection chamber by way of interaction with another portion of the device. The debris collection chamber is selectively emptiable by an operator thereof so that the device may be subsequently reused.

Abstract: The present invention is a retractable screen (22) and frame (24) assembly (20). The frame (24) includes a first track (32) and a second track (34) in spaced and parallel relationship to the first track (32). The retractable screen (22) includes a canister (36), a screen cloth (38), a control bar (40), a first glide (42), a second glide (44), and a biasing device (46). The biasing device (46) is disposed between a first end (52) of the control bar (40) and the first glide (42). The first glide (42) is inserted into the first track (32) and the second glide (44) is inserted into the second track (34). The glides (42, 44) slide along the respective tracks (32, 34) while the biasing device (46) biases the first end (52) of the control bar (40) with respect to the first track (32). The biasing provided by the biasing device (46) prevents the control bar (40) from binding with the tracks (32, 34) as the control bar (40) and the glides (42, 44) are slid along the tracks (32, 34).

Abstract: A sliding rail assembly (20) for a sliding panel (22), movable along a track (24) between open and closed positions, includes a runner (26) and a glide (28) for sliding engagement along the runner (26). The runner (26) is adapted to extend from the track (24). The glide (28) has an interior surface (64) disposed about the runner (26) and an exterior surface (62) adapted to extend from the sliding panel (22). A layer of polymeric material (48) is secured by an adhesive (90) to either one of the interior surface (64) of the glide (28), the runner (26), or both for facilitating sliding movement of the glide (28) along the runner (26).

Abstract: A frame (20) for supporting an article includes a first frame section (36) and a first flange (62) extending to a first end (56). The frame (20) also includes a second frame section (38) and a second flange (64) extending to a second end (60). A notch (68) is formed in the first flange (62) and defines a flange finger (70) between the notch (68) and the first end (56). A retention opening (32) is formed in the second end (60) of the second frame section (38). A retention corner (94) for the frame (20) is formed between the first frame section (36) and the second frame section (38) by inserting the flange finger (70) of the first frame section (36) into the retention opening (32) of the second frame section (38).