Glazing beads and methods of assembly using same

1. A glazing bead system comprising a frame interface member, a frame constituent , and a cap,

wherein the frame interface member comprises:

a body comprising a base, a first sidewall, and a second sidewall, wherein the base and the first and second sidewalls each comprise an interior surface and an external surface;

a channel defined by the interior surfaces of the base and the first and second sidewalls;

a lower pair of opposing coupling protrusions and an upper pair of opposing coupling protrusions disposed on the exterior surface of the first and second sidewalls;

a first securing member disposed on the interior surface of the first sidewall and a second securing member disposed on the interior surface of the second sidewall,

wherein each of the body and the coupling protrusion are constructed of a rigid material and each of the first and second securing members are constructed of a flexible material,

wherein the frame constituent comprises:

an interface member abutting surface, a first frame wall, and a second frame wall, wherein the interface member abutting surface and the first and second frame walls each comprise an interior surface and an external surface;

an interface retention portion defined by the interior surfaces of the interface member abutting surface and the first and second frame walls, wherein the body of the frame interface member has a frame interface member profile, and the interface retention portion has an interface retention portion profile that is substantially complementary to the frame interface member profile; and

a pair of opposing coupling recesses disposed on the interior surface of at least one of the first and second frame walls,

wherein each coupling protrusion of the lower and upper pairs of opposing coupling protrusions has a coupling protrusion profile and each coupling recess of the pair of opposing coupling recesses has a coupling recess profile that is substantially complementary to the coupling protrusion profile,

wherein the lower pair of opposing coupling protrusions is configured to friction fit within the pair of opposing coupling recesses, and

wherein the cap is configured to be positioned and affixed over the upper pair of opposing coupling protrusions.

2. The glazing bead system of claim 1 , wherein each of the first and second securing members extend inwardly and downwardly into the channel and toward the base.

3. The glazing bead system of claim 1 , wherein the first securing member is disposed oppositely across the channel from the second securing member to form at least one pair of opposing securing members.

4. The glazing bead system of claim 1 , further comprising up to five rows of securing members, wherein the first securing member and the second securing member are arranged in a first row of the up to five rows.

5. The glazing bead system of claim 1 , wherein the flexible material has a Shore hardness of up to 100A.

6. The glazing bead system of claim 1 , wherein rigid material has a Shore hardness of up to 100D.

7. The glazing bead system of claim 1 , wherein each coupling protrusion of the lower and upper pairs of opposing coupling protrusions and each coupling recess of the pair of opposing coupling recesses comprise an angled surface and an opposite surface, wherein the angled surface of each coupling protrusion is complementary to the angled surface of each coupling recess and the opposite surface of each coupling protrusion is complementary to the opposite surface of each coupling recess.

8. The glazing bead system of claim 7 , wherein the angled surfaces of each coupling recess and each coupling protrusion are configured to permit insertion of the frame interface member into the interface retention portion of the frame constituent, and wherein the opposite surfaces of each coupling recess and each coupling protrusion are configured to resist removal of the frame interface member from the interface retention portion.

9. The glazing bead system of claim 1 , wherein the first and second sidewalls each comprise a top surface, and wherein the glazing bead system comprises a flexible seal disposed on the top surface of at least one of the first and second sidewalls.

10. A method for glazing a panel, comprising:

providing a panel comprising an edge and at least one surface;

providing a frame interface member comprising

a base, a first sidewall, and a second sidewall, wherein the base and the first and second sidewalls each comprise an interior surface and an external surface,

a channel defined by the interior surfaces of the base and the first and second sidewalls,

a lower pair of opposing coupling protrusions and an upper pair of opposing coupling protrusions disposed on the exterior surface of the first and second sidewalls, and

a first securing member disposed on the interior surface of the first sidewall and a second securing member disposed on the interior surface of the second sidewall, wherein each of the body and the coupling protrusion are constructed of a rigid material and each of the first and second members are constructed of a flexible material;

providing a frame constituent comprising

an interface member abutting surface, a first frame wall, and a second frame wall, wherein the interface member abutting surface and the first and second frame walls each comprise an interior surface and an external surface,

an interface retention portion defined by the interior surfaces of the interface member abutting surface and the first and second frame walls, wherein the body of the frame interface member has a frame interface member profile, and the interface retention portion has an interface retention portion profile that is substantially complementary to the frame interface member profile, and

an upper pair of opposing coupling recesses and a lower pair of opposing coupling recesses disposed on the interior surface of the first and second frame walls, wherein the coupling protrusion has a coupling protrusion profile and the coupling recess has a coupling recess profile that is substantially complementary to the coupling protrusion profile, and wherein the coupling protrusion is configured to friction fit within the coupling recess;

inserting the frame interface member into the interface retention portion of the frame constituent until the lower pair of opposing coupling protrusions seats within the upper pair of coupling recesses;

positioning the edge of the panel along the channel of the frame interface member; and

inserting the edge of the panel into the channel of the frame interface member until the first and second securing members frictionally engage with the at least one surface of the panel to secure the panel within the channel, and affixing a cap over the upper pair of opposing coupling protrusions.

11. The method of claim 10 , wherein the panel comprises a shower door panel, a window panel, or a room divider panel.

12. The method of claim 10 , wherein the frame interface member is inserted into the frame retention portion until the exterior surface of the base of the frame interface member contacts the interior surface of the frame abutting portion of the frame constituent.

13. The method of claim 10 , wherein the first and second sidewalls each comprise a top surface, and wherein a flexible seal is disposed on the top surface of at least one of the first and second sidewalls, and wherein the method further comprises creating a substantially water-impermeable seal between the frame interface member and the frame constituent, between the panel and the frame interface member, or a combination thereof.