The present invention relates to garment hangers and, more particularly, to garment hangers having sizers coupled thereto. Garment hangers are often provided with size indicators, also known as sizers, for providing indicia relating to the size or type of garment hung on the hanger, or other information. Such indicators are often in the form of small U-shaped tabs that are clipped on the hanger body. A common location for securing a size indicator to a hanger is a web portion of the hanger formed between the bottom end of the hanger hook and the top of the hanger body. Typical prior art arrangements are disclosed in U.S. Pat. Nos. 4,115,940, 5,096,101, 5,199,608, 5,238,159, 5,305,933, 5,383,583, 5,407,109, 5,441,182 and 5,449,099.
As will be recognized by those skilled in the art, the mentioned U-shaped size indicators are typically formed of plastic, and are designed to be secured to a hanger in a substantially non-removable manner, thereby reducing the likelihood that such indicators may be inadvertently removed from the hanger. The desire to couple the size indicator to the hanger in a non-removable manner typically increases the cost and complexity of such prior art indicators. Moreover, these prior art indicators are often times clipped to the hanger in a manner which allows the indicator to “wobble,” which can detract from the overall aesthetic appeal of the hanger. It will be further appreciated that the very same design which increases the difficulty of removing the indicator from the hanger also increases the installation force required to install the indicator on the hanger body thereby rendering assembly more difficult and costly. Finally, it will be appreciated that any reduction in the usage of plastic is viewed as having a positive impact on the environment.
There is therefore a need in the art for a hanger/sizer combination which provides a less complex and costly design, which allows for ready assembly of the components, which reduces the environmental impact through decreased usage of plastic, which is more child friendly, and which provides increased flexibility for printing of indicia/graphics on the sizer.
The present invention, which addresses the needs of the prior art, relates to a garment hanger having a slide-in side sizer. In particular, the garment hanger includes a body. The garment hanger further includes a hook having a base portion joined to the body and an outer surface forming an acute angle with the body. The acute angle defines a notch at the junction of the body and the base portion of the hook. The garment hanger further includes a sizer-receiving frame positioned within the notch. At least a portion of the frame extends between and connects the hanger body and the base portion of the hook. The frame defines a sizer-receiving slot. The hanger body and the hook and the frame are generally coplanar. Finally, the garment hanger includes a substantially flat and planar sizer positioned within the slot of the frame.
The present invention further relates to a garment hanger having a slide-in top sizer. In particular, the garment hanger includes a body and a hook extending from the body. The garment hanger further includes a sizer-receiving frame secured to an upper portion of the hook. The frame defines a sizer-receiving slot. Finally, the garment hanger includes a substantially flat and planar sizer positioned within the slot of the frame.
As a result, the present invention provides a hanger-sizer combination which is less complex and less costly in design, which allows for ready assembly of the components, which reduces the environmental impact through decreased usage of plastic, which is more child friendly, and which provides increased flexibility for printing of indicia/graphics on the sizer.
A garment hanger 10 is provided with a side sizer 12 in a manner that allows a person to easily view the information, such as garment size, provided on the sizer. As shown in
A hook 16 is joined to body 14, preferably at the central portion of the hanger. The hook includes a base portion 18 that includes an outer surface extending at an acute angle with respect to an outer surface of body 14. A notch 20 is accordingly formed between base portion 18 of hook 16 and a top surface 22 of body 14.
A sizer-receiving frame 24 is positioned within notch 20. The frame is integral with both body 14 and base portion 18 of hook 16. Frame 24 includes a sizer-supporting arm 26, a pair of sizer-supporting tabs 28, and a sizer-supporting edge 30 located at the apex of notch 20. As best seen in
Thus, garment hanger 10 (except for sizer 12) is preferably an integrally molded plastic structure. It includes a substantially continuous peripheral wall 34 that provides stiffness. The wall may include gaps (not shown) in certain portions of the hanger that may be used to support garments or may be provided with clips or the like (not shown).
Sizer 12 is preferably an integrally formed component. In one preferred embodiment, sizer 12 is formed of paper, thus reducing the overall usage of resin in the hanger/sizer combination. As will be appreciated by those skilled in the art, this reduction in usage of resin is believed to be positive for the environment. Moreover, the usage of paper for the sizer provides a more child-friendly product, as well as an improved base for printing and/or application of graphics thereon. Although paper is the preferred material for sizer 12, it is nonetheless completed herein that sizer 12 could be formed of plastic or other suitable material.
As shown, sizer 12 is a substantially flat planar member, and is shaped and sized to substantially match the configuration of notch 20. More particularly, sizer 12 is shaped and sized to rest against the top surface of arm 26 (as viewed in
In another preferred embodiment, arm 26 is provided with a pair of locking corners 40 on the top surface thereof (as viewed in
Although the embodiment shown in
In another embodiment of the present invention, a garment hanger 110 is provided with a side sizer 112 in a manner that allows a person to easily view the information, such as garment size, provided on the sizer. As shown in
A hook 116 is joined to body 114, preferably at the central portion of the hanger. The hook includes a base portion 118 that includes an outer surface extending at an acute angle with respect to an outer surface of body 114. A notch 120 is accordingly formed between base portion 118 of hook 116 and a top surface 122 of body 114.
A sizer-receiving frame 124 is positioned within the notch. The frame is integral with both body 114 and base portion 118 of hook 116. Frame 124 includes opposing walls 126 defining a slot 128 therebetween, as well as opposing walls 130 defining a second slot 132 therebetween. Frame 124 may further include a pair of opposing sizer-supporting edges 134 extending at least partially between walls 126 and walls 130.
Thus, garment hanger 110 (except for sizer 112) is preferably an integrally molded plastic structure. It includes a substantially continuous peripheral wall 136 that provides stiffness. The wall may include gaps (not shown) in certain portions of the hanger that may be used to support garments or may be provided with clips or the like (not shown).
Sizer 112 is preferably an integrally formed component. In one preferred embodiment, sizer 112 is formed of paper, thus reducing the overall usage of resin in the hanger/sizer combination. As will be appreciated by those skilled in the art, this reduction in usage of resin is believed to be positive for the environment. Moreover, the usage of paper for the sizer provides a more child-friendly product, as well as an improved base for printing and/or application of graphics thereon. Although paper is the preferred material for sizer 112, it is nonetheless completed herein that sizer 112 could be formed of plastic or other suitable material.
As best seen in
In one preferred embodiment, opposing walls 126 are provided with a pair of ramping surfaces 140 which allows sizer 112 to be readily inserted therepast, but which resist movement of the sizer in a withdrawal direction. In another preferred embodiment, an adhesive can be located on one or both of the sizer and frame to assist in securing the sizer to the frame. In still another preferred embodiment, the sizer-receiving frame can include opposing edges 134 to provide additional support to the sizer around the periphery thereof.
In still another preferred embodiment, as shown in
Thus, while there have been described what are presently believed to be the preferred embodiments of the present invention, those skilled in the art will appreciate other and further changes and modifications thereto, and it is intended to include such other changes as come with the scope of the invention.
This application claims the benefit of U.S. Provisional Application Ser. No. 61/118,801 filed Dec. 1, 2008 and U.S. Provisional Application Ser. No. 61/057,084 filed May 29, 2008, the disclosures of which are hereby incorporated by reference in their entirety.
Number | Date | Country | |
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61118801 | Dec 2008 | US | |
61057084 | May 2008 | US |