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The present invention relates to a tile for a roof or the like comprising a tile body with at least one vacuumed closed space to provide the tile with a thermal insulation barrier for the maintenance of a more stable temperature within an internal roof area. The tile body is manufactured from recycled glass and preferably is formed as foam glass containing a plurality of vacuum containing bubbles. The tile also comprises at least one energy recovery means such as heat absorbing aluminum wafers to provide for heat transfer through conductivity into a hot water supply or voltaic cells to provide for electricity generation. Light is focused onto the energy recovery device by a profiled translucent cover. These and other variations provide for a roof tile which is environmentally friendly, easy to install with improved thermal, energy efficient and sound-proofing qualities.
The present invention relates to a tile for a roof or the like comprising a tile body with at least one vacuumed closed space to provide the tile with a thermal insulation barrier for the maintenance of a more stable temperature within an internal roof area. The tile body is manufactured from recycled glass and preferably is formed as foam glass containing a plurality of vacuum containing bubbles. The tile also comprises at least one energy recovery means such as heat absorbing aluminum wafers to provide for heat transfer through conductivity into a hot water supply or voltaic cells to provide for electricity generation. Light is focused onto the energy recovery device by a profiled translucent cover. These and other variations provide for a roof tile which is environmentally friendly, easy to install with improved thermal, energy efficient and sound-proofing qualities.
AN IMPROVED ROOF TILE
VERBESSERTER DACHZIEGEL
TUILE DE TOIT AMÉLIORÉE
NOTON EDWARD LAWRENCE (author)
2019-01-02
Patent
Electronic Resource
English