Abstract: The seat cover presented herein includes multiple inner and outer flaps that extend around a toilet seat, where each inner flap secures to one of the outer flaps to secure the seat cover to the toilet seat. To provide a tight fit, the solution presented herein further includes two hinge flaps that extend around the outer rim of the toilet seat proximate the hinges of the toilet seat and between two outer flaps. The hinge flaps secure to an adjacent outer flap to more tightly secure the seat cover to the toilet seat. The solution presented herein may be used for any conventional toilet seat, e.g., round and/or oval toilet seats.

Abstract: The seat cover presented herein includes multiple inner and outer flaps that extend around a toilet seat, where each inner flap secures to one of the outer flaps to secure the seat cover to the toilet seat. To provide a tight fit, the solution presented herein further includes two hinge flaps that extend around the outer rim of the toilet seat proximate the hinges of the toilet seat and between two outer flaps. The hinge flaps secure to an adjacent outer flap to more tightly secure the seat cover to the toilet seat. The solution presented herein may be used for any conventional toilet seat, e.g., round and/or oval toilet seats.

Abstract: Most households lower the thermostat at night to save energy. My invention The Cozy Comfort Toilet Seat Cover: The Fleece Seat is a blanket that allows the user to eliminate the shock of a cold toilet seat so they can relax and quickly get back to sleeping. Fleece eliminates the need to use electricity to warm the seat making my invention energy efficient. Simply place The Fleece Seat on top of the toilet seat. Insert the middle tab into the seat hinge, fold flaps under seat until the velcro tabs join.

Abstract: A killed and vacuum-degassed very-low-carbon steel containing, by weight, between 0.10 and 0.35% manganese, less than 0.006% nitrogen, less than 0.025% phosphorus, less than 0.020% sulphur, less than 0.020% silicon, at most 0.08% of at least one of the elements copper, nickel and chromium, as well as aluminum. The steel is cast in the form of a slab, the slab is hot rolled in order to obtain a hot-rolled sheet, the hot-rolled sheet is coiled, the hot-rolled sheet is cold rolled in two rolling operations separated by a continuous annealing operation. The steel contains at most 0.006% carbon by weight and 0.010% aluminum and the hot-rolled sheet is coiled at a temperature below 620° C. Preferably, the steel is killed by mixing with a slag containing adjusted amounts of aluminum and of alumina.