Abstract: A bottle sealing assembly includes a bottle that has a neck. A cap is removably engaged to the bottle for closing the bottle. An elongate panel is provided and the elongate panel is comprised of a non-adhesive material. A plurality of disks is each removably adhered to the elongate panel. A respective one of the disks is removable from the elongate panel and positioned over the bottle when the cap has been removed from the bottle. Furthermore, each of the disks is comprised of a compressible material thereby facilitating the disks to form a fluid impermeable seal between the bottle and the cap.

Abstract: A beverage bottle sealing assembly includes a beverage bottle that has a neck. A cap is removably engaged to the beverage bottle for closing the beverage bottle. An elongate panel is provided and the elongate panel is comprised of a non-adhesive material. A plurality of disks is each removably adhered to the elongate panel. A respective one of the disks is removable from the elongate panel and positioned over the beverage bottle when the cap has been removed from the beverage bottle. Furthermore, each of the disks is comprised of a compressible material thereby facilitating the disks to form a fluid impermeable seal between the beverage bottle and the cap. In this way the disk that is positioned on the beverage bottle retains freshness of a beverage contained in the beverage bottle.

Abstract: A run flat safety band 1 has a wireless sensor 11 incorporated therein, which can be remotely interrogated in order remotely to confirm that the safety band is fitted on a wheel 4. The sensor 11 includes a pressure and temperature sensor, enabling the pressure and temperature within the tire 2 mounted on the wheel 4 to be remotely checked, by means of which remote indication can be provided that the tire 2 has deflated and is running on the runflat band 1 and also that the tire 2 is overheating and likely to break up prematurely while running on the runflat band 1.

Abstract: A run flat safety band 1 has a wireless sensor 11 incorporated therein, which can be remotely interrogated in order remotely to confirm that the safety band is fitted on a wheel 4. The sensor 11 includes a pressure and temperature sensor, enabling the pressure and temperature within the tire 2 mounted on the wheel 4 to be remotely checked, by means of which remote indication can be provided that the tire 2 has deflated and is running on the runflat band 1 and also that the tire 2 is overheating and likely to break up prematurely whilst running on the runflat band 1.