Abstract: A lids for a child's drinking cup has a projection extending integrally from an underside of the lid, the projection defining, in an upper surface of the lid body, a straw receptacle. The projection defines a plurality of break lines, such as slits, terminating at break line ends and defining separable segments of the projection. The break line ends are spaced from the base of the projection in a region of the straw receptacle having a cross-section approximately equal in extent to a cross-section of a corresponding drinking straw, such that inserting the straw into the straw receptacle and through the projection forces the projection segments apart, the segment bases engaging an outer surface of the inserted straw to inhibit leakage. Some of the projections include molded stiffening ribs.

Abstract: A medical device is provided and includes a thermal ablation catheter and a deployable cage assembly for use in thermal ablation therapy. The deployable cage assembly includes a plurality of arms, each of which has a pair of opposed ends attached to the thermal ablation catheter. Each of the arms is movable from a relaxed configuration to a deployed configuration. When relaxed, the arms are substantially proximate to the thermal ablation catheter. When deployed, the arms cooperate with each other to form an open structure which extends radially outward from the thermal ablation catheter. The thermal ablation device also includes a distensible bladder that serves as an endocervical seal.

Abstract: A lids for a child's drinking cup has a projection extending integrally from an underside of the lid, the projection defining, in an upper surface of the lid body, a straw receptacle. The projection defines a plurality of break lines, such as slits, terminating at break line ends and defining separable segments of the projection. The break line ends are spaced from the base of the projection in a region of the straw receptacle having a cross-section approximately equal in extent to a cross-section of a corresponding drinking straw, such that inserting the straw into the straw receptacle and through the projection forces the projection segments apart, the segment bases engaging an outer surface of the inserted straw to inhibit leakage. Some of the projections include molded stiffening ribs.

Abstract: A medical device is provided and includes a thermal ablation catheter and a deployable cage assembly for use in thermal ablation therapy. The deployable cage assembly includes a plurality of arms, each of which has a pair of opposed ends attached to the thermal ablation catheter. Each of the arms is movable from a relaxed configuration to a deployed configuration. When relaxed, the arms are substantially proximate to the thermal ablation catheter. When deployed, the arms cooperate with each other to form an open structure which extends radially outward from the thermal ablation catheter. The thermal ablation device also includes a distensible bladder that serves as an endocervical seal.

Abstract: A scalpel shield system for a scalpel that has a handle and a blade with a sharp cutting edge. The system is mountable on the scalpel and provided with a blade guard member having a pivot component engagable with a pivot component on the blade or the handle. The blade guard member is manually pivotable relative to the scalpel between a guard position for preventing injury by the sharp cutting edge and a retracted position for exposing the sharp cutting edge.

Abstract: A splash guard is provided for a food mixer, such as a hand-held mixer or a stand mixer, comprising a wavy, plate-like member that is adapted to cover the opening of a mixing bowl. The splash guard is secured to the mixer by portions of the splash guard that mate with the sides of the mixer body. More particularly, the splash guard has mutually-opposed flanges that are received in outwardly-open, longitudinally-extending grooves formed in the sides of the mixer body. The grooves in the mixer body can be specially provided for mounting the splash guard or they can be formed in a conventional manner at the junction of two body parts secured together to form the mixer body. The splash guard includes a transverse retainer strap that gives rigidity to the splash guard structure. Snap-fitting and sliding methods of assembling the splash guard onto the mixer body are also disclosed.

Abstract: A splash guard is provided for a food mixer, such as a hand-held mixer or a stand mixer, comprising a wavy, plate-like member that is adapted to cover the opening of a mixing bowl. The splash guard is secured to the mixer by portions of the splash guard that mate with the sides of the mixer body. More particularly, the splash guard has mutually-opposed flanges that are received in outwardly-open, longitudinally-extending grooves formed in the sides of the mixer body. The grooves in the mixer body can be specially provided for mounting the splash guard or they can be formed in a conventional manner at the junction of two body parts secured together to form the mixer body. The splash guard includes a transverse retainer strap that gives rigidity to the splash guard structure. Snap-fitting and sliding methods of assembling the splash guard onto the mixer body are also disclosed.

Abstract: A solar panel for use in a roof mounted array of solar panels, each panel having ridges protruding outwardly and adjacent to the side edges for receiving a standing seam cap between side-adjacent panels. Each solar panel is formed as an integral structure having a photovoltaic module an edge of which is sealed by a base substrate. The base substrate is configured to have lipped top and bottom edges which interlock to form a watertight seal between top-adjacent and bottom-adjacent solar panels. The solar panel array can be mounted on a roof, in place of shingles or the like, to provide environmental protection for the interior of a building.