1. Field of the Invention
This invention relates to headwear and, more particularly, to a headwear piece having a crown and a rim projecting angularly away from an external surface of the crown.
2. Background Art
One of the most popular pieces of headwear is the baseball-style cap. The baseball-style cap has an inverted, cup-shaped crown to receive the head of a wearer and a forwardly projecting bill/rim which is directed angularly away from the crown at a front portion thereof. Baseball-style caps have continued to evolve, appealing to an ever-increasing base of consumers. What once was designed primarily for baseball players has become regular garb for many on a day-to-day basis.
The popularity of the baseball-style cap has made it the focus of many headwear designers. While the basic configuration has remained the same over the decades, many modifications have been devised in terms of the materials used to construct the cap, the manner of assembling the cap, the adornment thereon, etc. The market for baseball-style caps is highly competitive and continues to inspire those involved therein to make new developments to appeal to an even larger consumer group.
One particularly desirable feature of the baseball-style cap is that, while highly functional, it has an unobtrusive configuration and is light in weight. The crown affords the wearer an effective barrier against the elements, with the rim, in addition to shielding the user's face from rain, and the like, shades the user's eyes from sunlight in a manner that does not significantly obstruct the user's forward and peripheral vision.
By reason of its construction, the baseball-style cap also lends itself to being compactly transported by the wearer, when not in use. Typically, the crown is constructed from sewn cloth gores. The crown can be very simply folded or pressed into a compact state. Once the cap is replaced on the wearer's head, the crown assumes a neat conforming shape that generally does not appear wrinkled, creased, or otherwise disfigured to evidence the compaction.
The most significant impediment to compaction of the baseball-style cap is the rim. Typically, the rim includes a core layer that is sufficiently shape retentive that the crown will have a relatively consistent, bowed shape which produces a convex curvature at the top, exposed surface of the rim. It is common to construct the core layer of the rim from plastic, cardboard, or other like material that tends to retain a shape into which it is formed at manufacture.
In competition with the objective of having a shape-retaining rim is that of allowing the rim to be reconfigured compactly when the headwear is not in use. Ideally, the rim would be either foldable or rollable towards, or into, a compact cylindrical shape around a fore-and-aft axis. However, as the rim is folded or bent towards the cylindrical shape, there is a significant resistance due to the stiff nature of the material defining the core layer of the rim. As a result, a significant compaction of the rim may cause a permanent deformation of the core layer. In a worst case, the core layer may rupture. In either event, a permanent deformation of the rim may be imparted, which detracts significantly from the appearance of the cap.
One solution to this problem is presented in U.S. Pat. No. 6,076,192, owned by the assignee herein. In this patent, the core of the bill/rim is made from a resilient layer which has shape-retentive characteristics but is also readily conformable.
The industry continues to seek out rim constructions that will be sufficiently shape retentive to maintain a desired appearance for the headwear, yet which can be deformed for compaction, as when it is desired to store or transport the cap.
The invention is directed to a headwear piece having a crown defining a receptacle for the head of a wearer and a rim projecting angularly away from the crown. The rim has a core layer, that is made from at least one of an animal hide and a synthetic animal hide, and a second layer. The core layer has an upwardly and downwardly facing surface. At least part of one of the upwardly and downwardly facing surfaces is covered by the second layer.
In one form, the core layer has a thickness in the range of 1/16–¼ inch.
In one form, the second layer is applied to the upwardly facing surface of the core layer.
The second layer may be a cloth material. Alternatively, the second layer may be at least one of an animal hide and a synthetic animal hide.
In another form, the second layer is applied to the downwardly facing surface of the core layer.
The second layer applied to the downwardly facing surface of the core layer may be a cloth material.
In one form, there are separate layers applied to the upwardly facing surface and the downwardly facing surface of the core layer.
One or both of the layers applied to the core layer may be made from a cloth material.
In one form, an upwardly facing surface of the rim has an area and the core layer extends continuously over substantially the entire area of the upwardly facing surface of the rim.
The rim may extend around only a portion of the crown or fully around the crown.
In one form, the headwear piece is a baseball-style cap.
The crown may have a top opening through which a top region of a wearer's head is exposed with the headwear piece operatively positioned on the wearer's head.
In one form, the core and second layers are joined to each other, as by use of an adhesive or stitching.
The core and second and third layers may likewise be joined to each other, as by use of an adhesive or stitching.
In one form, the rim has a thickness, with the core layer having a thickness equal to at least ½ of the thickness of the rim.
The core layer may have a thickness equal to at least ⅔ the thickness of the rim.
The animal hide defining the core layer may be dressed.
In one form, the rim has a second layer that is made from at least one of an animal hide and a synthetic animal hide.
In one form, the second layer covers substantially the entirety of the at least one of the upwardly and downwardly facing surfaces of the core layer.
In
The rim 14 is defined by a core layer 26 that is made from a shape-retentive material, such as hard plastic, cardboard, or the like. The plastic may be, for example, extruded polyethylene foam having a thickness on the order of 1/16 inch. The core layer 26 is sandwiched between two cloth layers 28,30, which extend rearwardly to beyond the core layer 26 for attachment to a front wall 32 on the crown 12. Lines of stitching 34 pass through the cloth layers 28,30 and core layer 26 to securely join the layers 28,30 and layer 26. The cloth layers 28,30 and core layer 26 are united with each other and the crown 12 in such a manner that the rim 14 assumes an inverted, bowed, or “U” shape, as viewed from the front of the cap 10.
As noted in the Background portion herein, it is common for a wearer of a baseball-style cap, of the type shown at 10, to compact the cap 10 by forming the rim towards a cylindrical shape around a fore-and-aft axis, as shown in
One form of headwear piece, according to the present invention, is shown at 40 in
The cap 40 has a crown 42 defined by cloth gores 44,46,48,50, sewn edge-to-edge as on the prior art crown 12, to produce an inverted cup shape defining a receptacle 52 for the head of a wearer.
A rim 54 projects angularly away from the crown 42 at the front region 56 thereof. The rim 54, as seen also in
The core layer 58 has an upwardly facing surface 60 and a downwardly facing surface 62 to which cloth layers 64,66 are respectively applied. In this case, adjacent lines of stitching 70 are formed through all of the layers 58,64,66 to join the layers so as to define a unitary rim structure. The layers 64,66, when joined in this manner to each other and the core layer 58, add rigidity to the rim 54 and add to its shape-retentive properties, without significantly affecting the ability of the rim 54 to be rolled compactly into a cylindrical shape about a fore-and-aft axis. The cloth layers 64,66 can be made of the same material, or different materials. Cloth materials suitable for use in the layers 64,66 are well known to those skilled in this art.
Layers, to be applied to the core layer 58, made from virtually a limitless number of other, different materials are also contemplated. For simplicity, layers identified as “cloth” herein are intended to encompass not only what is technically under the definition of a “cloth”, but any thin conformable layer made from any other type of material such as plastic, cardboard, etc., and potentially even an applied coating that cures as a discrete “layer”.
The rim 54 has an overall thickness T, with the core layer 58 having a thickness T1. The thickness T1 is preferably in the range of 1/16–¼ inch. However, thicknesses lesser than 1/16 inch and greater than ¼ inch are contemplated. The thickness T1 is preferably at least ½ of the overall thickness T and may be on the order of ⅔ the thickness T, or greater.
As shown in
With the above-described structure, and that described in other embodiments below, compacting of the rim 54, in the manner shown in
The invention contemplates many other compositions for the rim 54, as shown in
In
In
In
In
In
In all of the embodiments herein, it is contemplated that the joining of layers can be effected through stitching, adhesive, or other means, such as the use of fasteners, etc. These and other joining means may also be used in combination.
As shown in
Alternatively, as shown in
In
The invention contemplates many other combinations of components to define a rim, in conjunction with a core layer having the animal hide or synthetic animal hide composition. The above are just exemplary component layers and combinations of components layers. Many other combinations are contemplated.
For example, as shown in
Another variation contemplated by the invention is shown for a baseball-style cap 40′ in
Alternatively, the entire surface 102 could be defined by the core layer 58 having an over-/underlying layer 104 having less than the same areal extent, but being made from the same or a like animal hide or synthetic animal hide, as shown in
The core layer 58,58′ may have a uniform thickness over its entire extent or may have a strategically controlled variable thickness to produce the desired properties for the associated rim 54–548x′.
The invention is not limited to incorporation into baseball-style caps. For example, as shown in
In
As shown generically in
While the invention has been described with 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.
Number | Name | Date | Kind |
---|---|---|---|
61451 | Pease | Jan 1867 | A |
1300535 | Whist | Apr 1919 | A |
1750231 | Lifton | Mar 1930 | A |
2237344 | Evans et al. | Apr 1941 | A |
2678448 | Rosenzweig | May 1954 | A |
3280406 | Immel | Oct 1966 | A |
6076192 | Kronenberger | Jun 2000 | A |
6115845 | White | Sep 2000 | A |
6138279 | Gore | Oct 2000 | A |
6408443 | Park | Jun 2002 | B1 |
Number | Date | Country | |
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20050193469 A1 | Sep 2005 | US |