Profile for the facade of a multi-storey building and a multi-storey building with such a facade

A profile system for supporting plate formed facade elements on a building frame, wherein the plate formed facade elements have two main sides, two substantially parallel edge sides and a thickness between the main sides perpendicular to the main sides, the profile system comprising:

• a profile with a length axis, which profile has a cross section which is substantially constant along the length axis, wherein the profile comprises a first portion comprising a first inner surface and a second portion comprising a first inner surface, which inner surfaces are facing each other, and a first waist which extends from the first portion to the second portion, wherein the first portion is arranged to be mounted against the building frame with the first inner surface of the first portion facing away from the building frame, wherein a facade element is arranged to be supported at one of said parallel edge sides by the first inner surface of the first portion, and
• an attachment with a length axis, which attachment has a cross section which is substantially constant along the length axis, wherein the attachment comprises a third portion which is arranged to be placed so the third portion supports the facade element, a fourth portion which is arranged to be placed against the first inner surface of the second portion, and a second waist which connects the third portion with the fourth portion, wherein a groove is defined in the attachment by the third portion, the fourth portion and the second waist,
• wherein a width of the groove is larger than the thickness of the facade element, and wherein the groove has a substantially U-formed cross section, wherein the second waist of the attachment is arranged to rest against the first waist of the profile in the mounted position.

A profile system for supporting plate formed facade elements on a building frame, wherein the plate formed facade elements have two main sides, two substantially parallel edge sides and a thickness between the main sides perpendicular to the main sides, the profile system comprising:

• a profile with a length axis, which profile has a cross section which is substantially constant along the length axis, wherein the profile comprises a first portion comprising a first inner surface and a second portion comprising a first inner surface, which inner surfaces are facing each other, and a first waist which extends from the first portion to the second portion, wherein the first portion is arranged to be mounted against the building frame with the first inner surface of the first portion facing away from the building frame, wherein a facade element is arranged to be supported at one of said parallel edge sides by the first inner surface of the first portion, and
• an attachment with a length axis, which attachment has a cross section which is substantially constant along the length axis, wherein the attachment comprises a third portion which is arranged to be placed so the third portion supports the facade element, a fourth portion which is arranged to be placed against the first inner surface of the second portion, and a second waist which connects the third portion with the fourth portion, wherein a first groove is defined in the attachment by the third portion, the fourth portion and the second waist,
• wherein a width of the first groove is larger than the thickness of the facade element, and wherein a width of a second groove between the first portion and the second portion is smaller than the thickness of the facade element, but larger than the width of a protruding flange on the facade element.

A profile system for supporting plate formed facade elements on a building frame, wherein the plate formed facade elements have two main sides, two substantially parallel edge sides and a thickness between the main sides perpendicular to the main sides, the profile system comprising:

• a profile with a length axis, which profile has a cross section which is substantially constant along the length axis, wherein the profile comprises a first portion comprising a first inner surface and a second portion comprising a first inner surface, which inner surfaces are facing each other, and a first waist which extends from the first portion to the second portion, wherein the first portion is arranged to be mounted against the building frame with the first inner surface of the first portion facing away from the building frame, wherein a facade element is arranged to be supported at one of said parallel edge sides by the first inner surface of the first portion,
• an attachment with a length axis, which attachment has a cross section which is substantially constant along the length axis, wherein the attachment comprises a third portion which is arranged to be placed so the third portion supports the facade element, a fourth portion which is arranged to be placed against the first inner surface of the second portion, and a second waist which connects the third portion with the fourth portion, wherein a first groove is defined in the attachment by the third portion, the fourth portion and the second waist, wherein a width of the first groove is larger than the thickness of the facade element, and wherein the plate formed facade element comprises an upper edge side and the lower edge side which are substantially parallel to each other and which comprise second grooves, and
• a separable T-profile which has a length axis and a substantially constant cross section along the length axis, and which is arranged to interact with the second grooves in the upper edge side and the lower edge side, wherein a first part of the separable T-profile comprises a waist and a first portion of a flange which first portion extends from a first flange edge to the waist, wherein a second part of the separable T-profile comprises a second portion of the flange, which portion extends from a second flange edge to the waist, and wherein the waist extends from the flange away from the flange,
• wherein the first and second parts in the separable T-profile are arranged to be fastened in the building frame by at least one screw which extends through the first part of the T-profile and the second part of the T-profile and through the waist of the T-profile, wherein each one of the parts of the T-profile comprises a contact surface with at least one step in the interface between the first and the second part of the separable T-profile.

A facade system, comprising:

• plate formed facade elements, and
• a profile system for supporting plate formed facade elements on a building frame, wherein the plate formed facade elements have two main sides, two substantially parallel edge sides and a thickness between the main sides perpendicular to the main sides, the profile system comprising:
• a profile with a length axis, which profile has a cross section which is substantially constant along the length axis, wherein the profile comprises a first portion comprising a first inner surface and a second portion comprising a first inner surface, which inner surfaces are facing each other, and a first waist which extends from the first portion to the second portion, wherein the first portion is arranged to be mounted against the building frame with the first inner surface of the first portion facing away from the building frame, wherein a facade element is arranged to be supported at one of said parallel edge sides by the first inner surface of the first portion, and
• an attachment with a length axis, which attachment has a cross section which is substantially constant along the length axis, wherein the attachment comprises a third portion which is arranged to be placed so that the third portion supports the facade element, a fourth portion which is arranged to be placed against the first inner surface of the second portion, and a second waist which connects the third portion with the fourth portion, wherein a first groove is defined in the attachment by the third portion, the fourth portion and the second waist,
• wherein a width of the first groove between the first portion and the second portion is larger than the thickness of the facade element, and wherein a width of a second groove between the first portion and the second portion is smaller than the thickness of the facade element, but larger than the width of a protruding flange on the facade element.

A building frame for multi-story buildings, the building frame comprising:

• a profile system for supporting plate formed facade elements on a building frame, wherein the plate formed facade elements have two main sides, two substantially parallel edge sides and a thickness between the main sides perpendicular to the main sides, the profile system comprising:
• a profile with a length axis, which profile has a cross section which is substantially constant along the length axis, wherein the profile comprises a first portion comprising a first inner surface and a second portion comprising a first inner surface, which inner surfaces are facing each other, and a first waist which extends from the first portion to the second portion, wherein the first portion is arranged to be mounted against the building frame with the first inner surface of the first portion facing away from the building frame, wherein a facade element is arranged to be supported at one of said parallel edge sides by the first inner surface of the first portion, and
• an attachment with a length axis, which profile has a cross section which is substantially constant along the length axis, wherein the attachment comprises a third portion which is arranged to be placed so that the third portion supports the facade element, a fourth portion which is arranged to be placed against the first inner surface of the second portion on the profile, and a second waist which connects the third portion with the fourth portion, wherein a first groove is defined in the attachment by the third portion, the fourth portion and the second waist,
• wherein a width of the first groove is larger than the thickness of the facade element, and wherein a width of a second groove between the first portion and the second portion is smaller than the thickness of the facade element, but larger than the width of a protruding flange on the facade element.

A multi-story building, comprising:

• a building frame a profile system for supporting plate formed facade elements on a building frame, wherein the plate formed facade elements have two main sides, two substantially parallel edge sides and a thickness between the main sides perpendicular to the main sides, the profile system comprising:
• a profile with a length axis, which profile has a cross section which is substantially constant along the length axis, wherein the profile comprises a first portion comprising a first inner surface and a second portion comprising a first inner surface, which inner surfaces are facing each other, and a first waist which extends from the first portion to the second portion, wherein the first portion is arranged to be mounted against the building frame with the first inner surface of the first portion facing away from the building frame, wherein a facade element is arranged to be supported at one of said parallel edge sides by the first inner surface of the first portion, and
• an attachment with a length axis, which profile has a cross section which is substantially constant along the length axis, wherein the attachment comprises a third portion which is arranged to be placed so that the third portion supports the facade element, a fourth portion which is arranged to be placed against the first inner surface of the second portion on the profile, and a second waist which connects the third portion with the fourth portion, wherein a first groove is defined in the attachment by the third portion, the fourth portion and the second waist;
• and
• a plurality of facade elements arranged on the building frame,
• wherein a width of the first groove between the first portion and the second portion is larger than the thickness of the facade element, and wherein a width of a second groove between the first portion and the second portion is smaller than the thickness of the facade element, but larger than the width of a protruding flange on the facade element.

A method for arrangement of plate formed facade elements on a building frame, wherein the plate formed facade elements have two main sides, two substantially parallel edge sides and a thickness between the main sides perpendicularly to the main sides, the method comprising:

• arranging at least a first profile and a second profile, which profiles each comprise a length axis, on a building frame with their length axes parallel, and which have a cross section which is substantially constant along the length axis, wherein the profiles comprise a first portion comprising a first inner surface and a second portion comprising a first inner surface, which inner surfaces are facing each other, and a first waist which extends from the first portion to the second portion, wherein the first portion is arranged against the building frame with the first inner surface of the first portion facing away from the building frame,
• arranging a facade element so that the façade element is supported at one edge side by the first inner surface of the first portion and at another edge side by the first inner surface of the first portion on the second profile,
• arranging an attachment, which attachment has a length axis and a cross section which is substantially constant along the length axis, at each one of the profiles, wherein the attachments comprise a third portion which is placed so that the third portion supports the facade element, a fourth portion which is placed against the first inner surface of the second portion on the profile, and a second waist which connects the third portion with the fourth portion, wherein a first groove is defined in the attachment by the third portion, the fourth portion and the second waist, and
• hoisting the second facade element in the first groove which supports the first facade element,
• wherein a width of the first groove is larger than the thickness of the facade element.

A method for arrangement of plate formed facade elements on a building frame, wherein the plate formed facade elements have two main sides, two substantially parallel edge sides and a thickness between the main sides perpendicularly to the main sides, the method comprising:

• arranging at least a first profile and a second profile, which profiles each comprise a length axis, on a building frame with their length axes parallel, and which have a cross section which is substantially constant along the length axis, wherein the profiles comprise a first portion comprising a first inner surface and a second portion comprising a first inner surface, which inner surfaces are facing each other, and a first waist which extends from the first portion to the second portion, wherein the first portion is arranged against the building frame with the first inner surface of the first portion facing away from the building frame,
• arranging a facade element so that the façade element is supported at one edge side by the first inner surface of the first portion and at another edge side by the first inner surface of the first portion on the second profile, and
• arranging an attachment, which attachment has a length axis and a cross section which is substantially constant along the length axis, at each one of the profiles, wherein the attachments comprise a third portion which is placed so that the third portion supports the facade element, a fourth portion which is placed against the first inner surface of the second portion on the profile, and a second waist which connects the third portion with the fourth portion, wherein a groove is defined in the attachment by the third portion, the fourth portion and the second waist, and
• wherein a width of the groove is larger than the thickness of the facade element, and wherein the second portion has an outer surface which is facing away from the first inner surface of the second portion, wherein the profile comprises at least one rack which is arranged on the outer surface, and wherein the facade elements are transported to the correct height by using the rack.