Abstract: The present disclosure relates to a package including a floor and a side wall extending upwardly from the floor. The package is configured to receive a high-temperature fluid during a container-filling activity at a container-filling factory.

Abstract: The present disclosure relates to a package including a floor and a side wall extending upwardly from the floor. The package is configured to receive a high-temperature fluid during a container-filling activity at a container-filling factory.

Abstract: A mount for being positioned on a rail and for receiving a fishing rod holder is provided. The mount includes a retaining member having a pair of spaced-apart walls that are interconnected on respective first ends by a connecting wall, the pair of spaced-apart walls defining a gap therebetween and a compression block selectively receivable within the gap of the retaining member and having a width that approximates a width of the rail. A fastener engages the compression block and extends from about respective second ends of each wall of the pair of spaced-apart walls and is configured such that tightening of the fastener deforms at least one wall of the pair of spaced-apart walls into engagement with the compression block, thereby providing an interference fit between the pair of spaced-apart walls of the retaining member and the rail.

Abstract: The guide assembly comprises corner brackets for mounting to the upper corners of a door jamb. Each corner bracket supports an elongated curvilinear track section and an elongated cam track. The curvilinear track section and the cam track each have a central concave portion. The guide assembly further comprises a support bracket which is pivotally mounted to an upper corner of the top panel of the sectional door. The pivoting support bracket has a cam follower which engages and follows the cam track, so that pivoting of the support bracket is responsive to the shaping of the cam track. The assembly is designed to steer the upper edge of the top panel away from the cable drum of a lifting assembly when passing thereby, all with the objective of reducing headroom.

Abstract: A mount for being positioned on a rail and for receiving a fishing rod holder is provided. The mount includes a retaining member having a pair of spaced-apart walls that are interconnected on respective first ends by a connecting wall, the pair of spaced-apart walls defining a gap therebetween and a compression block selectively receivable within the gap of the retaining member and having a width that approximates a width of the rail. A fastener engages the compression block and extends from about respective second ends of each wall of the pair of spaced-apart walls and is configured such that tightening of the fastener deforms at least one wall of the pair of spaced-apart walls into engagement with the compression block, thereby providing an interference fit between the pair of spaced-apart walls of the retaining member and the rail.

Abstract: The guide assembly comprises corner brackets for mounting to the upper corners of a door jamb. Each corner bracket supports an elongated curvilinear track section and an elongated cam track. The curvilinear track section and the cam track each have a central concave portion. The guide assembly further comprises a support bracket which is pivotally mounted to an upper corner of the top panel of the sectional door. The pivoting support bracket has a cam follower which engages and follows the cam track, so that pivoting of the support bracket is responsive to the shaping of the cam track. The assembly is designed to steer the upper edge of the top panel away from the cable drum of a lifting assembly when passing thereby, all with the objective of reducing headroom.

Abstract: A cooking apparatus includes a cooking vessel and a lid for covering the cooking vessel. The cooking apparatus also may include an exhaust tube for bleeding off pressure within the cooking vessel, in which a portion of the exhaust tube is positioned above the lid when said lid covers said cooking vessel. In another embodiment, the cooking apparatus includes a first O-ring gaskets for forming a first seal between the cooking vessel and the lid, and a second O-ring gasket for forming a second seal between the cooking vessel and the lid. A method for reducing pressure includes the steps of providing a vessel and covering the vessel with a lid. The method also includes the steps of positioning a portion of an exhaust tube above the lid when the lid covers the vessel and bleeding off at least a portion of the pressure inside the vessel through the exhaust tube.