Abstract: A gasket is for attachment to a mounting base comprising either an oven door or an oven-door strike surface for abutting a closed oven door. The mounting base has mounting receptacles to secure the gasket, which has a tubular gasket body with a gasket core and a jacket disposed radially outwardly from and surrounding the gasket core, which surrounds a body interior. A frame within the body interior extends along the body interior and defines a shape alignable with a mounting configuration. The frame is elongated movable within the body interior to allow limited movement of the gasket body with respect to the shape by allowing movement of the frame within the body interior. Spring clips extend radially outwardly from the gasket body and are located and configured to engage the mounting receptacles to secure the gasket to the mounting base.

Abstract: A hollow oven gasket has a flexible tubular member with tubular wall and fasteners in the form of clips that are captured within and extend through the wall. First and second free ends of a length of the gasket material are brought together in a termination to form a closed loop gasket member. The first end of the device is at least partially collapsed to form a male end. The second opposing end is left uncollapsed to form a female end. The male end is received within the female end to form a joint held together by engagement of the clips adjoining the joint with an oven face surrounding an oven mouth or an oven door.

Abstract: A improvement to a gasket that includes an elongated seamless tubular member formed from at least a plurality of interwoven glass fiber yarn ends and a plurality of spring clip fasteners spaced along the tubular member, each fastener including a base located within the tubular member and an engagement portion extending outwardly through the tubular member away from the base. The free ends of the tubular member are coupled together at a joint so that the elongated tubular member forms a closed loop. A second tubular member is positioned around the joint, concealing the joint. The second tubular member may include one or more fasteners each having a base located between the elongated tubular member and the second tubular member and an engagement portion extending outwardly through the second tubular member away from the elongated tubular member. The second tubular member may be composed of at least a second plurality of glass fiber yarns interwoven together or a corrugated metal tube.

Abstract: A improvement to a gasket that includes an elongated seamless tubular member formed from at least a plurality of interwoven glass fiber yarn ends and a plurality of spring clip fasteners spaced along the tubular member, each fastener including a base located within the tubular member and an engagement portion extending outwardly through the tubular member away from the base. The free ends of the tubular member are coupled together at a joint so that the elongated tubular member forms a closed loop. A second tubular member is positioned around the joint, concealing the joint. The second tubular member may include one or more fasteners each having a base located between the elongated tubular member and the second tubular member and an engagement portion extending outwardly through the second tubular member away from the elongated tubular member. The second tubular member may be composed of at least a second plurality of glass fiber yarns interwoven together or a corrugated metal tube.

Abstract: A man-made, flexible, knitted member is formed from at least one continuous strand of a conventional knittable flexible material knitted in a tubular or circular form with at least two sets of interlocked stitches extending longitudinally along opposite sides of the tubular form with opposite ends of the stitches of each row of each set being connected by unstitched lengths of the strand material to the ends of stitches of adjoining rows of the remaining set. A planar member is made by flattening the original tubular form longitudinally through both sets of stitches. The resulting structure is thicker at both ends due to the overlap of the strand material in the stitches and thinner between the end where the unstitched length of the strand material is provided. When flattened, the structure has a ladder-like appearance with interlocked stitched portions forming side rails of the structure and unstitched lengths of the strand forming a rung portion of this structure interconnecting the side rail portions.