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US 2025/0154767 A1Published application
Cladding element for a building
AssigneeSolution Zero OG
InventorsJoseph Armin GANSGER, Julien PRESLAND
Life of this patent
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AssigneeSolution Zero OG
InventorsJoseph Armin GANSGER, Julien PRESLAND
Estimating the term…
A cladding element for a building or a part of a building, in particular for a roof, and method for producing a cladding element. The cladding element includes a contact surface which faces the building during use and an outer structure which faces the environment of the building during use, wherein the outer structure is determined by a base material of the cladding element. The the outer structure includes a plurality of reflective surfaces for reflecting solar radiation, in particular IR radiation, and includes a plurality of absorbent surfaces for absorbing solar radiation, in particular IR radiation, wherein the reflective surfaces reflect the solar radiation, in particular the IR radiation, to a greater degree than the absorbent surfaces, and/or wherein the absorbent surfaces absorb the solar radiation, in particular the IR radiation, to a greater degree than the reflective surfaces.
A cladding element for a building or a part of a building, in particular for a roof, wherein the cladding element comprises a contact surface which faces the building during use and an outer structure which faces the environment of the building during use, wherein the outer structure is determined by a base material of the cladding element, wherein the outer structure comprises a plurality of reflective surfaces for reflecting solar radiation, in particular IR radiation, and comprises a plurality of absorbent surfaces for absorbing solar radiation, in particular IR radiation, wherein the reflective surfaces reflect the solar radiation, in particular the IR radiation, to a greater degree than the absorbent surfaces, and/or wherein the absorbent surfaces absorb the solar radiation, in particular the IR radiation, to a greater degree than the reflective surfaces, wherein the reflective surfaces comprise a coating formed with an engobe and/or a glaze, which coating is more reflective for solar radiation, in particular IR radiation, than the absorbent surfaces and/or more reflective than the base material of the cladding element.
(canceled)
A method for producing a cladding element for a building or a part of a building, in particular for a roof, wherein the cladding element comprises a contact surface which faces the building during use and an outer structure which faces the environment of the building during use, wherein the outer structure is determined by a base material of the cladding element, wherein the outer structure comprises a plurality of reflective surfaces for reflecting solar radiation, and comprises a plurality of absorbent surfaces for absorbing solar radiation, wherein the reflective surfaces reflect the solar radiation to a greater degree than the absorbent surfaces, and/or wherein the absorbent surfaces absorb the solar radiation to a greater degree than the reflective surfaces. wherein a base body formed using the base material, preferably made of clay, is obtained, wherein the base material determines an outer structure of the cladding element, after which the base body is coated with a coating, that is formed with an engobe and/or glaze, after which the coating is removed from the base body in regions, in order to form the reflective surfaces with regions of the base body coated with the coating and to form the absorbent surfaces with regions of the base body from which the coating was removed.
A method for producing a cladding element for a building or a part of a building, in particular for a roof, wherein the cladding element comprises a contact surface which faces the building during use and an outer structure which faces the environment of the building during use, wherein the outer structure is determined by a base material of the cladding element, wherein the outer structure comprises a plurality of reflective surfaces for reflecting solar radiation, and comprises a plurality of absorbent surfaces for absorbing solar radiation, wherein the reflective surfaces reflect the solar radiation to a greater degree than the absorbent surfaces, and/or wherein the absorbent surfaces absorb the solar radiation to a greater degree than the reflective surfaces, wherein a base body formed using a base material, preferably made of clay, is obtained, wherein the base material determines an outer structure of the cladding element, after which the base body is selectively coated with an engobe and/or glaze, such that coated regions of the base body essentially form the reflective surfaces, wherein the coating takes place by 3D printing, in particular digital 3D printing, and/or with the use of a temporary covering, in particular a mask.
(canceled)
Dependencies are inferred from the claim text.