Multi tensioned composite profile
A self-locking support system includes a female profile having a first profile leg extending approximately orthogonally from a base, a first locking leg extending from the first profile leg, and a first tip extending from the first profile leg, wherein a gap is formed between the base and the first profile leg, and a first male profile having a fulcrum formed at an intersection of a second profile leg and a second locking leg, the second profile leg having a second tip extending therefrom. When the second locking leg is inserted into the gap, and a locking bead is positioned between the first and second tips, the first male profile is caused to rotate about the fulcrum and the first and second locking legs are caused to engage against each other.
1. A self-locking support system, comprising:
a female profile having a first profile leg extending approximately orthogonally from a base, a first locking leg extending from the first profile leg, and a first tip extending from the first profile leg, wherein a gap is formed between the base and the first profile leg; and
a first male profile having a fulcrum formed at an intersection of a second profile leg and a second locking leg, the second profile leg having a second tip extending therefrom;
wherein the second locking leg is inserted into the gap, and a locking bead is positioned between the first and second tips, the first male profile is caused to rotate about the fulcrum and the first and second locking legs are caused to engage against each other;
wherein each of the female and first male profiles extend axially, each having a respective first and second length extending in an axial direction; and
wherein the first length is greater than the second length; and
the system further comprising a second male profile having a cross-section that is similar to the first male profile, the second male profile extending in the axial direction, and wherein the first and second male profiles abut one another axially and within the first length of the female profile.
2. The self-locking support system of claim 1 , wherein the locking bead forms a press-fit between the first and second tips, causing opposing expansion forces to form outward from one another to lock the female profile and the male profiles against one another.
3. The self-locking support system of claim 1 , comprising multiple male and female profiles having cross-sections respectively similar to the first male profile and the female profile, wherein the multiple male and female profiles extend axially and are displaced axially with respect to one another such that abutments of male profiles do not abut at the same axial location as abutments of female profiles.
4. The self-locking support system of claim 1 , wherein the locking bead is a press-in locking bead having a surface that is positioned between the first and second tips to force the first and second tips apart and cause engagement of the first locking leg with the second locking leg.
5. The self-locking support system of claim 1 , wherein the locking bead is an H-shaped profile having two gaps in the H-shape, such that the first tip is positioned within one of the gaps, and the second tip is positioned within the other of the gaps, causing engagement of the first locking leg with the second locking leg.
6. The self-locking support system of claim 1 , wherein the first tip extends approximately orthogonally to the first vertical leg, and the second tip extends approximately orthogonally to the second vertical leg.
7. A method of manufacturing a self-locking support system, the method comprising:
providing a female profile having a first length extending in an axial direction and having a first vertical leg extending approximately orthogonally from a base, a first locking leg extending from the first vertical leg, and a first tip extending from the first vertical leg, wherein a gap is formed between the base and the first locking leg;
providing a first male profile having a second length extending in the axial direction and having a fulcrum formed at an intersection of a second vertical leg and a second locking leg, the second vertical leg having a second tip extending therefrom;
inserting the second locking leg into the gap;
positioning a locking bead between the first and second tips;
rotating the first male profile about the fulcrum, such that the first and second locking legs engage against each other;
providing a second male profile having a cross-section that is the same as the first male profile, the second male profile extending in the axial direction; and
positioning the first and second male profiles to abut one another axially and within the first length of the female profile;
wherein the first length is greater than the second length.
8. The method of claim 7 , comprising forming a press-fit between the first and second locking tips, causing opposing expansion forces to form outward from one another to lock the female profile and the male profiles against one another.
9. The method of claim 7 , further comprising:
positioning multiple male and female profiles having cross-sections that are respectively the same as the first male profile and the female profile, wherein the multiple male and female profiles extend axially; and
displacing the male and female profiles axially with respect to one another such that abutments of male profiles do not abut at the same axial location as abutments of female profiles.
10. The method of claim 7 , further comprising pressing the locking bead between the first and second tips to force the first and second tips apart to cause engagement of the first locking leg with the second locking leg.
11. The method of claim 7 , further comprising sliding the locking bead from an axial end of the system to cause engagement of the first locking leg with the second locking leg.
12. A method of assembling a self-locking support system, the method comprising:
providing a female profile at a first length and extending in an axial direction, the female profile having:
a first vertical leg that extends approximately orthogonally from a base;
a first locking leg extending from the first vertical leg;
a first tip extending from the first vertical leg; and
a gap formed between the base and the first locking leg;
providing a first male profile at a second length and extending in the axial direction, the male profile having a fulcrum formed at an intersection of a second vertical leg and a second locking leg, the second vertical leg having a second tip, the first male profile extending in the axial direction;
inserting the second locking leg into the gap;
positioning a locking bead between the first and second tips, utilizing the fulcrum to rotate, causing the first and second locking legs to engage against each other;
providing a second male profile having a cross-section that is the same as the first male profile, the second male profile extending in the axial direction; and
positioning the first and second male profiles to abut one another axially and within the first length of the female profile;
wherein the first length is greater than the second length.
13. The method of claim 12 , further comprising:
providing multiple male and female profiles having cross-sections that are respectively the same as the first male profile and the female profile, wherein the multiple male and female profiles extend axially; and
displacing the male and female profiles axially with respect to one another such that abutments of male profiles do not abut at the same axial location as abutments of female profiles.
14. The method of claim 12 , further comprising pressing the locking bead between the first and second tips to force the first and second tips apart to cause engagement of the first locking leg with the second locking leg.
15. The method of claim 12 , further comprising installing the locking bead between the first and second tips to force the first and second tips apart by sliding the locking bead in from an axial end of the self-locking support system to cause engagement of the first locking leg with the second locking leg.
16. A self-locking support system, comprising:
a female profile having a first profile leg extending approximately orthogonally from a base, a first locking leg extending from the first profile leg, and a first tip extending from the first profile leg, wherein a gap is formed between the base and the first profile leg; and
a first male profile having a fulcrum formed at an intersection of a second profile leg and a second locking leg, the second profile leg having a second tip extending therefrom;
wherein the second locking leg is inserted into the gap, and a locking bead is positioned between the first and second tips, the first male profile is caused to rotate about the fulcrum and the first and second locking legs are caused to engage against each other; and
wherein the locking bead is an H-shaped profile having two gaps in the H-shape, such that the first tip is positioned within one of the gaps, and the second tip is positioned within the other of the gaps, causing engagement of the first locking leg with the second locking leg.