CLAMP WINDOW RODS
A window rod assembly includes a first mounting bracket configured to clamp onto a window molding; a first support arm coupled to the first mounting bracket and configured to hold a curtain rod; a second mounting bracket configured to clamp onto the window molding; and a second support arm coupled to the second mounting bracket and configured to hold the curtain rod.
Latest Maytex Mills, Inc. Patents:
This application claims the benefit of U.S. Provisional Patent Application Ser. No. 61/579,847, filed Dec. 23, 2011, titled “Clamp It Window Rods”, and U.S. Provisional Patent Application Ser. No. 61/549,468, filed Oct. 20, 2011, titled “Window Rod System”, which are incorporated herein by reference.
FIELD OF THE INVENTIONThis invention relates to window rod assemblies.
BACKGROUNDThe installation of window curtain rods can be cumbersome, requiring drilling and painstaking measuring. Currently, to put up window curtains one generally has to screw brackets into the wall, leaving permanent holes and frequently with great frustration.
SUMMARYIn one aspect the invention provides a window rod assembly including a first mounting bracket configured to clamp onto a window molding; a first support arm coupled to the first mounting bracket and configured to hold a curtain rod; a second mounting bracket configured to clamp onto the window molding; and a second support arm coupled to the second mounting bracket and configured to hold the curtain rod.
In another aspect, the invention provides a window rod assembly including first and second support arms configured to support a curtain rod; a first mounting bracket configured to be coupled to the first support arm, the first mounting bracket including first and second components wherein the second component includes a slot for receiving the first component and a first fastener for fixing the relative position of the first and second components of the first mounting bracket; and a second mounting bracket configured to be coupled to the second support arm, the second mounting bracket including third and fourth components wherein the fourth component includes a slot for receiving the third component and a second fastener for fixing the relative position of the third and fourth components of the second mounting bracket.
Several embodiments of window rod assemblies described herein include mounting brackets that have a variable width that are configured to clamp onto a window molding (or casing) which can be positioned adjacent to a side of a window opening. The window rod assemblies can include single or double curtain rods. The curtain rods can be adjusted to accommodate various window sizes. The installation process for these window rod assemblies may take only a few minutes. No holes or other damage is caused to the window molding, window opening, or the wall adjacent to the window opening.
The second portion 54 of component 32 is sized to fit within a slot 56 in the second portion 50 of component 30. One or more fasteners 58, which can be for example screws or bolts, are positioned in openings in the second portion 50 of component 30. By tightening these fasteners, the relative position of the first and second components can be fixed such that the first portion, or tab 52 of component 32 is positioned adjacent to an interior edge of a window molding, or an internal surface of a window opening (or another surface in a window assembly) and the first portion or tab 48 of component 30 is positioned adjacent to an outer edge of a window molding.
When mounted on a window molding in one arrangement, tab 48 would be positioned adjacent to an outer surface of the molding and tab 52 would be positioned adjacent to an inner surface of the molding. In an alternative arrangement, tab 48 would be positioned adjacent to an outer surface of the molding and tab 52 would be positioned adjacent to a surface of a window opening. In either case, the mounting bracket spans the molding.
A moveable plate 60 can be positioned adjacent to an interior side of the tab 52. Once the relative positions of components 30 and 32 are fixed, such that the bracket spans the window molding, one or more screws or other fasteners 62 can be tightened to force the plate 60 against the interior edge of the window molding (or an internal surface of a window opening or another surface in a window assembly) thereby securing the position of the mounting bracket, spanning the window molding. A resilient pad 64, which can be a rubber pad, can be positioned on the plate 60 to reduce or eliminate possible damage to the interior edge of the window molding (or an internal surface of a window opening or another surface in a window assembly). Another resilient pad 66, which can be a rubber pad, can be positioned on the interior surface of component 30 to reduce or eliminate possible damage to the external edge and face of the window molding. A stud 72 is connected to plate 60 and is used to retain the plate until the bracket is mounted to a window molding. The stud passes through a hole in tab 52. Mounting bracket 14 includes components that are similar to those of mounting bracket 12.
A second support arm 106 can be coupled to bracket 82 and includes a U-shaped element 108 configured to receive a curtain rod 88. The U-shaped element can be coupled to the support rod in a manner that allows the U-shaped element to swivel. A fastener 110 is provided to lock the curtain rod into the U-shaped element. A tubular element 112 has an opening that can receive a portion of the support rod. Mounting bracket 82 includes first and second components 114, 116, and a sleeve 118 that has an opening for receiving portions of the components 114, 116. The components 114, 116 can move within the sleeve to adjust the width of the mounting bracket so that it can span a window molding 126. Fasteners 120 are provided to fix the relative positions of components 114, 116 and thereby fix the width of the mounting bracket 82. Fasteners 122, 124 can be used to force a moveable plate, not shown in this view, into contact with an interior surface of the window molding.
The second portion 200 of component 192 is sized to fit within a slot 202 in the second portion 196 of component 190. One or more fasteners 204, which can be screws or bolts, are positioned in openings in the second portion 196 of component 190. By tightening these fasteners, the relative position of the first and second components can be fixed such that the first portion, or tab 198 of component 192 is positioned adjacent to an outer edge of a window molding and the first portion or tab 194 of component 190 is positioned adjacent to an interior edge of a window molding, or an internal surface of a window opening (or another surface in a window assembly). A tubular element 206 is connected to the first component and includes a cylindrical opening 208 for receiving a vertical portion of the support rod. Fasteners 210 and 212 are provided to secure the support rod in the tubular opening. A resilient pad 214, which can be rubber, is positioned along an interior surface of component 190. A resilient pad 216, which can be rubber, is positioned along an interior surface of tab 198.
When mounted on a window molding in one arrangement, tab 194 would be positioned adjacent to an inner surface of the molding and tab 198 would be positioned adjacent to an outer surface of the molding. In an alternative arrangement, tab 198 would be positioned adjacent to an outer surface of the molding and tab 194 would be positioned adjacent to a surface of a window opening. In either case, the mounting bracket spans the molding.
In the various embodiments described above, by changing the relative positions of the mounting bracket components, the brackets can be adjusted to clamp onto a window molding. The window rod assemblies utilize brackets that can be easily attached to almost any window molding. A protective resilient layer can be provided on the inside of the brackets so that the molding is not damaged. In one embodiment, the resilient layer is rubber. Different sizes of brackets can be used to accommodate different molding sizes.
In the embodiment of
In the embodiment of
Support arms are then inserted into the brackets on each side of the mounting brackets. The support arms hold the curtain rods. The support arms can be rotated, allowing the user to adjust the distance of the curtain rod from the window.
The described embodiments can be mounted to a window opening without the need to screw the brackets to the wall. The assembly can be installed in minutes and is easily moved. The mounting brackets can be hidden by the window curtains.
Whereas particular embodiments of this invention have been described above for purposes of illustration, it will be evident to those skilled in the art that numerous variations of the details of the present invention may be made without departing from the invention. In addition, elements of the various embodiments can be used in combination with each other to construct additional embodiments.
Claims
1. A window rod assembly comprising:
- a first mounting bracket configured to clamp onto a window molding;
- a first support arm coupled to the first mounting bracket and configured to hold a curtain rod;
- a second mounting bracket configured to clamp onto the window molding; and
- a second support arm coupled to the second mounting bracket and configured to hold the curtain rod.
2. The window rod assembly of claim 1, wherein:
- the first mounting bracket comprises first and second components and a first fastener for fixing the relative positions of the first and second components; and
- the second mounting bracket comprises third and fourth components and a second fastener for fixing the relative positions of the third and fourth components
3. The window rod assembly of claim 2, wherein:
- the first component includes a slot for receiving a part of the second component; and
- the third component includes a slot for receiving a part of the fourth component.
4. The window rod assembly of claim 2, wherein each of the first, second, third and fourth components includes a first portion and a second portion positioned at substantially a right angle with respect to the first portion.
5. The window rod assembly of claim 4, further comprising:
- a first moveable plate positioned adjacent to an interior surface of the first portion of the first component; and
- a second moveable plate positioned adjacent to an interior surface of the first portion of the third component.
6. The window rod assembly of claim 5, further comprising:
- a third fastener for forcing the first moveable plate in a direction toward the first portion of the second component; and
- a fourth fastener for forcing the second moveable plate in a direction toward the first portion of the fourth component.
7. The window rod assembly of claim 2, further comprising:
- a first resilient pad on a surface of the first component; and
- a second resilient pad on a surface of the third component.
8. The window rod assembly of claim 1, wherein the first mounting bracket includes a tubular structure for receiving a portion of the first support arm; and the second mounting bracket includes a tubular structure for receiving a portion of the second support arm.
9. The window rod assembly of claim 1, further comprising:
- a first U-shaped element attached to the first support arm; and
- a second U-shaped element attached to the second support arm.
10. The window rod assembly of claim 9, wherein the first U-shaped element can swivel with respect to the first support arm; and the second U-shaped element can swivel with respect to the second support arm.
11. The window rod assembly of claim 1, wherein:
- the first mounting bracket comprises first and second components, a first sleeve having an opening for receiving portions of the first and second components, and a first fastener for fixing the relative positions of the first and second components with respect to the first sleeve; and
- the second mounting bracket comprises third and fourth components, a second sleeve having an opening for receiving portions of the third and fourth components, and a second fastener for fixing the relative positions of the third and fourth components with respect to the second sleeve.
12. The window rod assembly of claim 11, wherein each of the first, second, third and fourth components includes a first portion and a second portion positioned at substantially a right angle with respect to the first portion.
13. The window rod assembly of claim 12, further comprising:
- a first moveable plate positioned adjacent to an interior surface of the first portion of the first component; and
- a second moveable plate positioned adjacent to an interior surface of the first portion of the third component.
14. The window rod assembly of claim 13, further comprising:
- a third fastener for forcing the first moveable plate in a direction toward the first portion of the second component; and
- a fourth fastener for forcing the second moveable plate in a direction toward the first portion of the fourth component.
15. The window rod assembly of claim 11, further comprising:
- a first resilient pad on a surface of the first component; and
- a second resilient pad on a surface of the third component.
16. A window rod assembly comprising:
- first and second support arms configured to support a curtain rod;
- a first mounting bracket configured to be coupled to the first support arm, the first mounting bracket including first and second components wherein the second component includes a slot for receiving the first component and a first fastener for fixing the relative position of the first and second components of the first mounting bracket; and
- a second mounting bracket configured to be coupled to the second support arm, the first end bracket including third and fourth components wherein the fourth component includes a slot for receiving the third component and a second fastener for fixing the relative position of the third and fourth components of the second mounting bracket.
17. The window rod assembly of claim 16, further comprising:
- a first moveable plate positioned adjacent to an interior surface of the first component of the first mounting bracket;
- a second moveable plate positioned adjacent to an interior surface of the third component of the second mounting bracket;
- a third fastener for forcing the first moveable plate in a direction toward a surface of the second component; and
- a fourth fastener for forcing the second moveable plate in a direction toward a surface of the fourth component.
18. The window rod assembly of claim 17, further comprising:
- a third mounting bracket configured to be coupled to a third support arm, the third mounting bracket including fifth and sixth components wherein the fifth component includes a slot for receiving the sixth component and a third fastener for fixing the relative position of the fifth and sixth components of the third mounting bracket.
19. The window rod assembly of claim 16, further comprising:
- a first resilient pad on a surface of the first component; and
- a second resilient pad on a surface of the third component.
20. The window rod assembly of claim 16, wherein the first mounting bracket includes a tubular structure for receiving a portion of the first support arm; and the second mounting bracket includes a tubular structure for receiving a portion of the second support arm.
Type: Application
Filed: Oct 18, 2012
Publication Date: Apr 25, 2013
Applicant: Maytex Mills, Inc. (New York, NY)
Inventor: Maytex Mills, Inc. (New York, NY)
Application Number: 13/654,869
International Classification: A47H 1/142 (20060101);