Holder device for fastening an area module to a carrier

A holding device (10;

• 110), comprising:
• a head section (12;
• 112) suited for interacting with the surface module (20);
• a foot section (16;
• 116) suited for interacting with the support (30);
• a connecting element (19;
• 119) that is suited for connecting the head section (12;
• 112) with the foot section (16;
• 116), with the head section (12;
• 112) being shiftable relative to the foot section (16;
• 116) along a vertical axis (H) of the holding device (10;
• 110) by means of the connecting element (19);
• characterized in that head section (12;
• 112) is configured to be mounted in at least two angle positions twisted towards each other around the vertical axis (H) in a pre-set (relative) twisting angle in such a way relative to the foot section (16;
• 116) that the head section is configured to be mounted in at least two of the angle positions respectively on one or more surface modules;
• characterized in that the head section (12;
• 112) has a support cheek (12a;
• 12b) that extends mainly in the direction of the vertical axis (H);
• and
• wherein a width of the support cheek is at least about half a width of the head section (12;
• 112).

A holding device (10, 110), comprising:

• a head section (12;
• 112) suited for interacting with the surface module (20);
• a foot section (16;
• 116) suited for interacting with the support (30);
• a connecting element (19;
• 119) that is suited for connecting the head section (12;
• 112) with the foot section (16;
• 116), with the head section (12;
• 112) being shiftable relative to the foot section (16;
• 116) along a vertical axis (H) of the holding device (10;
• 110) by means of the connecting element (19);
• characterized in that head section (12;
• 112) is configured to be mounted in at least two angle positions twisted towards each other around the vertical axis (H) in a pre-set (relative) twisting angle in such a way relative to the foot section (16;
• 116) that the head section is configured to be mounted in at least two of the angle positions respectively on one or more surface modules;
• characterized in that the head section (12;
• 112) has a support cheek (12a;
• 12b) that extends mainly in the direction of the vertical axis (H);
• and
• characterized in that the support cheek (12a;
• 12b) is formed in one piece together with a plate (13;
• 113) of the head section (12;
• 112) with the plate (13;
• 113) extending mainly orthogonally to the vertical axis (H) of the holding device (10;
• 110).

A holding device (110), comprising:

• a head section (12;
• 112) suited for interacting with the surface module (20);
• a foot section (16;
• 116) suited for interacting with the support (30);
• a connecting element (19;
• 119) that is suited for connecting the head section (12;
• 112) with the foot section (16;
• 116), with the head section (12;
• 112) being shiftable relative to the foot section (16;
• 116) along a vertical axis (H) of the holding device (10;
• 110) by means of the connecting element (19);
• characterized in that head section (12;
• 112) is configured to be mounted in at least two angle positions twisted towards each other around the vertical axis (H) in a pre-set (relative) twisting angle in such a way relative to the foot section (16;
• 116) that the head section is configured to be mounted in at least two of the angle positions respectively on one or more surface modules;
• characterized in that the head section (12;
• 112) has a support cheek (12a;
• 12b) that extends mainly in the direction of the vertical axis (H);
• and
• characterized in that the support cheek (12b) forms an L-shaped profile together with a plate (113) of the head section (112).

A holding device (10;

• 110), comprising:
• a head section (12;
• 112) suited for interacting with the surface module (20);
• a foot section (16;
• 116) suited for interacting with the support (30);
• a connecting element (19;
• 119) that is suited for connecting the head section (12;
• 112) with the foot section (16;
• 116), with the head section (12;
• 112) being shiftable relative to the foot section (16;
• 116) along a vertical axis (H) of the holding device (10;
• 110) by means of the connecting element (19);
• characterized in that head section (12;
• 112) is configured to be mounted in at least two angle positions twisted towards each other around the vertical axis (H) in a pre-set (relative) twisting angle in such a way relative to the foot section (16;
• 116) that the head section is configured to be mounted in at least two of the angle positions respectively on one or more surface modules;
• characterized in that the head section (12;
• 112) has one of a three-sided contact section and three contact sections (14a, 14b, 15);
• and
• characterized in that the one of the three-sided contact section and the three contact sections (14a, 14b, 15) is formed by a plate (13;
• 113) of the head section (12;
• 112).

A system (1), comprising:

• at least one surface module (20);
• at least one support (30);
• and
• at least one holding device (10;
• 110), the at least one holding device comprising:
• a head section (12;
• 112) suited for interacting with the surface module (20);
• a foot section (16;
• 116) suited for interacting with the support (30);
• a connecting element (19;
• 119) that is suited for connecting the head section (12;
• 112) with the foot section (16;
• 116), with the head section (12;
• 112) being shiftable relative to the foot section (16;
• 116) along a vertical axis (H) of the holding device (10;
• 110) by means of the connecting element (19);
• characterized in that head section (12;
• 112) is configured to be mounted in at least two angle positions twisted towards each other around the vertical axis (H) in a pre-set (relative) twisting angle in such a way relative to the foot section (16;
• 116) that the head section is configured to be mounted in at least two of the angle positions respectively on one or more surface modules;
• characterized in that the head section (12;
• 112) has a support cheek (12a;
• 12b) that extends mainly in the direction of the vertical axis (H);
• and
• characterized in that the support cheek (12a;
• 12b) has a width (b2) that is smaller than a width (b1) of the head section (12;
• 112) in the corresponding direction.

A system (1), comprising:

• a head section (12;
• 112) suited for interacting with the surface module (20);
• a foot section (16;
• 116) suited for interacting with the support (30);
• a connecting element (19;
• 119) that is suited for connecting the head section (12;
• 112) with the foot section (16;
• 116), with the head section (12;
• 112) being shiftable relative to the foot section (16;
• 116) along a vertical axis (H) of the holding device (10;
• 110) by means of the connecting element (19);
• characterized in that head section (12;
• 112) is configured to be mounted in at least two angle positions twisted towards each other around the vertical axis (H) in a pre-set (relative) twisting angle in such a way relative to the foot section (16;
• 116) that the head section is configured to be mounted in at least two of the angle positions respectively on one or more surface modules;
• and
• characterized in that the holding device (10;
• 110) is connected to the at least one surface module (20) and the support (30) by the foot section (16;
• 116) of the holding device (10;
• 110) being positively connected to the support (30), and the head section (12;
• 112) being positioned on the at least one surface module (20).