The present invention is directed toward over-the-door hooks and, more particularly, toward an over-the door hook capable of being used with doors having different thickness.
There are a variety of hooks that fit over the top of a door. One common type of hook has a U-shaped bracket having an opening not greater than the thickness of the door to which it is to be attached. One or more hooks extend from either or both sides of the bracket. Examples of this type of door hook are disclosed in U.S. Pat. No. 4,817,239 to Campbell et al. and U.S. Pat. No. 6,302,365 to Catanzarite et al. and U.S. Design Pat. No. Des. 342,889 to Adams, U.S. Pat. Des. No. 422,198 to Snell and U.S. Pat. Des. No. 455,947 to Goodman et al. These door hooks are made of plastic or metal and are unitary structures. One shortcoming of this type of hook is that the bracket is sized to fit doors having the same thickness or a slightly smaller thickness as the opening in the bracket. The hooks are not adjustable either in the width of the bracket or the level at which the hook portion is positioned relative to the top of the door. Consequently, the art has recognized a need for an over-the-door hook that will fit over a wider range of door thickness.
One type of over-the-door hook that will fit a wider range of doors is disclosed in U.S. Pat. No. Des. 326,021 to Evenson. That door hook has two L-shaped members that fit together in a manner to form an adjustable U-shaped hook. The two L-shaped members are connected by a tongue and groove type joint that enables them to slide apart from and toward one another thereby changing the width of the hook. A significant shortcoming of this hook is the thickness of that portion of the hook that fits on top of the door. That thickness prevents many doors from being tightly closed. Another approach to providing a door hook that fits over a wider range of door thickness is to provide a U-shaped bracket in which the legs of the bracket angle toward one another and can flex away from one another. One such hook is disclosed in my U.S. Pat. No. Des. 342,889. This type of hook is more likely to jam and to slide and be pulled off the door than is a door hook having the bracket with an opening that is the same as the thickness of the door.
In designing an over-the-door hook, the objective has always been to create an inexpensive hook that will fit the door while that door is open or closed and that will hold significant weight. When the door is open, a door hook with too wide a top tends to slide and be pulled off the door. Clear plastics are often used because they are cheaper than metal and less noticeable. But, it is very difficult to mold thin sections of plastic because plastic does not flow well through thin openings. Consequently, plastic door hooks have been over 0.080 inches thick and many are 0.125 inches thick. Many of these door hooks are too thick to close a door safely without damaging the door. This is particularly true of newer doors that have tight seals between the door and the jamb. The thicker door hooks have, in many cases, actually weakened the very hinges that hold the door, and also compressed and damaged wood in both the door and the jamb. If the over-the-door hook is too thick, the door may not close or when it does close it may not latch. Locks and latches on the door may be forced downward so that they no longer engage openings in the jamb. To avoid this problem the top of an over the door hook should be no more than 0.080 inches thick.
There is a need for an over-the-door hook which can hold significant weight when the door is open, and which permits the door to be closed without damaging the door and which is or can be configured to securely fit over exterior doors which may be typically two inches wide and thinner interior doors which may be 1⅜ to 1¾ inches wide.
A door hook is provided according to the present invention including a U-shaped metal or plastic bracket having a top member and front and back sides attached to the top member. In a first present preferred embodiment, the front and back sides are separated by a first distance, which corresponds generally to the thickness of the thickest door over which the door hook is intended to be placed. A J-hook is attached to the front side of the U-shaped bracket. A removable spacer is formed as a portion of the back side or at another location on the hook body. A frangible connection is formed in the back side such that the spacer portion is removable from the hook body. Then, the spacer portion can be removed and reattached to the back side. With the spacer portion in its reattached position, the spacer portion and the front side are separated by a second distance, less than the first distance, which corresponds generally to the thickness of a thinner, second door over which the door hook may be placed. In this manner, the door hook of the present invention may be easily configured by the user to fit over doors having different thickness, such as, for example, exterior doors and interior doors.
In one form of the present invention, the spacer portion includes a J-hook. The spacer portion is removed and reattached to allow the door hook to be placed on doors having different thickness. This removal and replacement is equivalent to pivoting the J-hook 180°. The curved segment of the J-hook provides the desired spacing.
The front side of the U-shaped bracket is preferably angled inwardly toward the back side. Similarly, the back side of the U-shaped bracket is also preferably angled inwardly toward the front side. The acute angles between the front side and the top member and/or between the back side and the top member increase the holding power of the door hook but are not required.
In another form of the present invention, an additional J-hook is attached to the back side of the U-shaped bracket. The additional J-hook is positioned between the top member and the spacing member, such that the additional J-hook can be utilized for holding an article with the spacer portion either in its original position or in a removed and reattached position.
Various means can be provided for reattaching the spacer portion. Tabs may be provided on the spacer portion that slide over or snap onto the edges of the back side. Projections or a key may be provided on the spacer portion that are received in holes, slots or a keyhole in the back side or top. Double sided tape, Velcro type fasteners or adhesives can be used.
Another present preferred embodiment is a U-shaped bracket with a spacer portion attached adjacent to the back side. The spacer portion is removable and positioned so that the door hook fits on a thin door when the spacer is in place and fits a thicker door when the spacer portion is removed. The spacer, top, front side and back side of the U-shaped bracket form an integrally molded plastic body.
The U-shaped bracket may be made of polycarbonate, polypropylene, styrene, metal, or other hard, resilient material. Preferably, the top member is approximately 0.050 to 0.080 inches thick to fit between the door top and doorjamb.
It is an object of the present invention to provide a door hook that is thin enough to fit between the top of the door and the jamb, and that is strong enough to hold significant weight, such as a decorative wreath, when the door is open.
It is an additional object of the present invention to provide a door hook that is capable of being easily adjustable to fit securely over door tops of different thickness.
Other objects, aspects and advantages of the present invention can be obtained from a certain present preferred embodiments shown in the drawings.
A first embodiment of our over-the-door hook 10 is illustrated in
The front side 16 and the back side 18 should be at least 1.375 inches long, and the distance between the front side 16 and the back side 18 should be about the same as the thickness of the thickest door on which the hook 10 may be placed. This combination of length and width prevents the bracket 12 from being easily pulled off the door. When one of the front and/or back sides 16, 18 is less than 1.375 inches in length, a wreath or other object of similar weight hung on the other side will pull the hook 10 from the door. Similarly, when the hook 10 is wider than the thickness of the door, it is more easily dislodged by a wreath or other object hung on the hook 10. Therefore, the distance between the front side 16 and the back side 18 at the top should be equal to, or not more than, 0.025 inches greater than the thickness of the door.
The bracket 12 may be made of a hard, resilient polymer material, such as styrene, polypropylene or polycarbonate. Additionally, the bracket 12 may be made of materials such as Lexan, K-resin or metal (brass, stainless steel, etc.) without departing from the spirit and scope of the present invention. The top member 14 is preferably 0.050 to 0.080 inches thick to fit between a vast majority of door tops and jambs. When an object is held on the hook 24, the front side 16 is pulled downward by the weight of the object. The downward force is likely to lift the back side 18 and the top member 14 of the door hook 10. However, the acute angle between the front side 16 and the top member 14 increases the holding power of the door hook 10 and helps to keep the door hook 10 from being lifted. The acute angle between the back side 18 and the top member 14 also increases the holding power of the door hook 10 and helps to keep the door hook 10 from being lifted. The acute angles between the front and back sides and the top member also provide a sung fit on those doors whose thickness is slightly less than the standard size for that type of door. It is preferred that the angle between the front side 16 and top member 14 and between the back side 18 and top member 14 be approximately 85°. However, other angular displacements or straight sides may be utilized without departing from the spirit and scope of the present invention.
A frangible joint 28 formed in the back side 18 enables the spacer portion 26 to be detached from the U-shaped bracket. The spacer portion is then reattached in the position 32, shown in dotted line in
In
As shown in
It should be understood that while the spacer portion 26 has been shown and described as being a J-hook, a differently shaped hook or other spacer portion having an appropriate shape and thickness may be utilized in place of a J-hook to allow the door hook 10 to securely fit on doors having different thickness by removing or reattaching a spacer portion to the back side of the hook. For example, the spacer portion may be L-shaped or a loop or a hemispherical shape. Any shape which provides the desired spacing may be used. Whatever shape is selected, there should not be any sharp edges in contact with the door in any configuration of the door hook. The embodiments shown in the drawings all meet this standard.
In the embodiment shown in
A third second embodiment of the present invention is shown in
In a slightly different embodiment, shown in
While most exterior doors are about 1¾ inches thick, many interior doors are two inches thick. Interior doors are usually 1⅜ inches in thickness. Therefore, we may provide that portions 50, 52 and 54 extend different distances from the back side 18. One distance may be ⅝″, while the other is ¼″. The ⅝ distance will provide a snug fit on doors having a thickness approximately equal to 1⅜″ (2″ minus ⅝″). The ¼″ distance provides a snug fit on doors having a thickness approximately equal to 1¾″ (2″ minus ¼″). It should be understood that the various distances set forth herein are for exemplary purposes only, and other spacing and/or number of hooks may be utilized without departing from the spirit and scope of the present invention.
While we prefer to provide the spacer portion in the back side of the door hook, that element could be part of the top or the front side. In the embodiment shown in
A seventh embodiment of our over-the-door hook 70 illustrated in
Referring to
In all of the illustrated embodiments the frangible joint may be made by molding, scoring or cutting a groove or serrations in the U-shaped bracket. It should be recognized that the U-shaped bracket and spacer portion could be two separate pieces connected by fabric, tape or other material to form a frangible or tearable connection.
While the present invention has been described with the particular reference to the drawings, it should be understood that various modifications could be made without departing from the spirit and scope of the present invention. Accordingly, the invention is not limited to the embodiments shown in the drawings, but may be variously embodied within the scope of the following claims.
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Number | Date | Country | |
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20050188507 A1 | Sep 2005 | US |