Valance system for window coverings

1. A valance system, comprising:

a top bracket extending a length between opposing ends;

the top bracket extending between a rearward end and a forward end;

shade material operatively connected to the top bracket;

the top bracket having an upper wall and a lower wall at the forward end, the upper wall and the lower wall forming a socket positioned in the forward end, the upper wall and the lower wall being angled so that the upper wall and the lower wall extend slightly downward as they extend rearward;

a valance having a forward side and a rearward side and extending a length between opposing ends;

the valance having a clip feature extending outward from the rearward side of the valance;

wherein the clip feature is sized and shaped to frictionally fit within the socket of the top bracket;

wherein the valance is installed onto the top bracket by pressing the clip feature of the valance into the socket of the top bracket;

wherein the lower wall includes a flange that extends slightly outward and downward and contacts the side of the valance below the clip feature.

2. The system of claim 1 , wherein the valance is configured to be removed from the top bracket by pulling the clip feature of the valance out of the socket of the top bracket.

3. The system of claim 1 , wherein the valance is formed of a single continuous uninterrupted piece.

4. The system of claim 1 , wherein portions of the valance is bent for shipping and the clip feature is removed in areas where the valance is bent for shipping.

5. The system of claim 1 , wherein the valance converts between a shipping configuration, wherein the valance is bent, and an installation configuration, wherein the valance is extended.

6. The system of claim 1 , further comprising end caps connected to the opposing ends of the valance.

7. The system of claim 1 , further comprising end caps, wherein the end caps include a hinge area that is configured to facilitate bending of the end caps.

8. The system of claim 1 , wherein the clip feature includes friction members, and the socket includes friction members, wherein when the clip feature is inserted within the socket, the friction members of the clip feature engage the friction members of the socket.

9. The system of claim 1 , wherein the clip feature is C-shaped or U-shaped when viewed from the side.

10. A valance system, comprising:

a valance extending a length between opposing ends;

the valance extending a height between an upper end and lower end;

the valance having a forward side and a rearward side;

the valance having a clip feature simultaneously extending outward and downward from the rearward side and extending between the opposing ends of the valance;

wherein the valance is bent;

wherein the bent valance is placed in a shipping box, thereby providing an easily shipped seamless and continuous valance;

a top bracket having a socket;

wherein the clip feature is configured to fit within the socket in the top bracket and to be frictionally held within the socket.

11. A valance system, comprising:

a valance extending a length between opposing ends;

the valance extending a height between an upper end and lower end;

the valance having a forward side and a rearward side;

the valance having a clip feature simultaneously extending outward and downward from the rearward side and extending between the opposing ends of the valance;

wherein the valance is bent;

wherein the bent valance is placed in a shipping box, thereby providing an easily shipped seamless and continuous valance;

a top bracket having a socket;

wherein the clip feature is configured to fit within the socket in the top bracket and to be frictionally held within the socket;

wherein the clip feature is configured to be removed from the socket by pulling the valance out of the socket.

12. A valance system, comprising:

a valance:

the valance extending a length between opposing ends;

the valance extending a height between an upper end and a lower end;

the valance having a clip feature extending outward from a rearward side and angled so that the clip extends downward as it extends outward from the rearward side;

the valance having at least one slot in its rearward side;

a pair of end caps:

the end caps extending a length between an inward end and an outward end;

the end caps including at least one tongue adjacent the inward end;

the at least one tongue configured to fit within the at least one slot in the valance;

the end caps having a hinge section;

wherein the pair of end caps is connected to the ends of the valance by connection of the at least one tongue of the end cap with the at least one slot of the valance;

wherein the hinge section is configured to facilitate bending of the end cap.

13. The valance system of claim 1 , wherein the top bracket further includes a hook feature arranged on the rearward end of the top bracket, the hook feature forming a second socket configured to engage a nose of a wall bracket.

14. A valance system, comprising:

a valance extending a length between opposing ends;

the valance extending a height between an upper end and lower end;

the valance having a forward side and a rearward side;

the valance having a clip feature simultaneously extending outward and downward from the rearward side and extending between the opposing ends of the valance;

wherein the valance is bent;

wherein the bent valance is placed in a shipping box, thereby providing an easily shipped seamless and continuous valance;

a top bracket having an upper wall and a lower wall at the forward end, the upper wall and the lower wall forming a socket positioned in the forward end, the upper wall and the lower wall being angled so that the upper wall and the lower wall extends slightly downward as they extend rearward and wherein the lower wall includes a flange that extends slightly outward and downward and contacts the side of valance the below the clip feature, the socket being configured to receive the clip feature.