Retention device for flexible cables

1. Retention device ( 100 ) for a flexible cable (F); said device ( 100 ) having a longitudinal axis (X) and comprising:

a perimeter wall ( 2 ) that defines an axial cavity ( 1 ) intended to house said flexible cable (F);

two axial openings ( 11 ) disposed at the ends of said perimeter wall ( 2 ) and in communication with said axial cavity ( 1 );

at least two radial openings ( 12 , 13 ) in said perimeter wall ( 2 ) extending parallel to the longitudinal axis (X) and in communication with said axial cavity ( 1 ); said at least two radial openings ( 12 , 13 ) comprising a first radial opening ( 12 ) and at least one second radial opening ( 13 );

a slot ( 14 ) obtained in said perimeter wall ( 2 ) and disposed between, and connecting each of, said at least two radial openings ( 12 , 13 ) so as to have a continuous radial opening extending between the two axial openings ( 11 ), in such a way that the flexible cable (F) can be inserted in the radial openings ( 12 , 13 ) and in the slot ( 14 ), in a zigzag configuration;

first fastening/unfastening means ( 3 ) disposed in said perimeter wall ( 2 ) to fasten/unfasten the device ( 100 ) with another device ( 100 );

wherein the retention device ( 100 ) further comprises:

second fastening/unfastening means ( 3 ) disposed in said perimeter wall ( 2 ) with an angular spacing in a circumferential direction around the perimeter wall ( 2 ) from said first fastening/unfastening means ( 3 ), and

third fastening/unfastening means ( 3 ) disposed in said perimeter wall ( 2 ) with an angular spacing in a circumferential direction around the perimeter wall ( 2 ) from said first fastening/unfastening means ( 3 ), and from said second fastening/unfastening means ( 3 ), in such a way that a retention device ( 100 ) can be fastened to three retention devices ( 100 ) in different mounting configurations,

wherein said perimeter wall ( 2 ) comprises at least:

a) a central portion ( 10 ) placed along said longitudinal axis (X) and defining said first radial opening ( 12 ),

b) a first and a second end portion ( 20 ), respectively placed along said longitudinal axis (X) and opposite each other with respect to the ends of said central portion ( 10 ), each of said first and second end portions ( 20 ) defining one of said second radial opening ( 13 ),

characterized in that

said central portion ( 10 ) and said end portion ( 20 ) of said perimeter wall ( 2 ) have a “C”-shaped cross-section with the first radial opening ( 12 ) of said central portion ( 10 ) being rotated by 180° around the longitudinal axis (X) with respect to said second radial openings ( 13 ) of the first and second end portions ( 20 ).

2. The device ( 100 ) of claim 1 , wherein each of said first, second and third fastening/unfastening means ( 3 ) are of male-female type and comprise:

a male element ( 31 ) that projects from the perimeter wall ( 2 ); and

at least one female element ( 30 ) consisting in an opening obtained of an opening in the perimeter wall; said opening of the female element ( 30 ) being intended to house the male element.

3. The device ( 100 ) of claim 2 , wherein the female element ( 30 ) of each of said fastening/unfastening means ( 3 ) comprises two openings and the male element ( 31 ) of each one of said fastening/unfastening means ( 3 ) is disposed between the two openings of the female element ( 30 ).

4. The device ( 100 ) of claim 2 , wherein the male element ( 31 ) of each one of said fastening/unfastening means ( 3 ) comprises two elastic tabs ( 32 ) that can be inserted in an opening of the female element ( 30 ) of another device ( 100 ) in elastic snap mode.

5. The device ( 100 ) of claim 4 , wherein each elastic tab ( 32 ) of each male element ( 31 ) comprises a retention tooth ( 33 ) with a tapered surface ( 34 ).

6. The device ( 100 ) of claim 1 , wherein said end portions ( 20 ) of the perimeter wall ( 2 ) are flexible.

7. The device ( 100 ) of claim 1 , wherein said perimeter wall ( 2 ) comprises two end portions ( 20 ) disposed at the ends of the perimeter wall, and at least one intermediate portion ( 15 ) is disposed between the central portion ( 10 ) and at least one of said two end portions ( 20 ); wherein slots ( 14 ) are provided between the central portion ( 10 ) and the intermediate portion ( 15 ) and between the intermediate portion ( 15 ) and the end portion ( 20 ).

8. The device ( 100 ) of claim 7 , wherein said device ( 100 ) comprises hinges D that connect said at least one intermediate portion ( 15 ) to the central portion ( 10 ) and to the end portion ( 20 ), in such a way to rotate the intermediate portion ( 15 ) and the end portion ( 20 ) one with respect to the other and with respect to the central portion ( 10 ).

9. The device ( 100 ) of claim 1 , wherein said first, second and third fastening/unfastening means ( 3 ) are disposed in said central portion ( 10 ) of the perimeter wall ( 2 ) of the device ( 100 ).

10. The device ( 100 ) of claim 1 , wherein said perimeter wall ( 2 ) has a polygonal shape, in cross-section, with at least four sides ( 22 ) and said first, second and third fastening/unfastening means ( 3 ) are disposed respectively in three sides ( 22 ) of said perimeter wall.

11. The device ( 100 ) of claim 10 , wherein said perimeter wall ( 2 ) has an octagonal shape, in cross-section, with at least four long sides ( 22 ) and four short sides ( 23 ) that join the long sides ( 22 ), wherein said first, second and third fastening/unfastening means ( 3 ) are disposed respectively in three long sides ( 22 ) of said perimeter wall.

12. The device ( 100 ) of claim 1 wherein said perimeter wall ( 2 ) has an octagonal shape, in cross-section, with at least four long sides ( 22 ) and four short sides ( 23 ) that join the long sides ( 22 ), wherein said first, second and third fastening/unfastening means ( 3 ) are disposed respectively in three long sides ( 22 ) of said perimeter wall.