Patent Application
20110072556
Pockets may be used to provide a variety of functionality, such as to compartmentalize items, store items, and so on. In law enforcement, for example, pockets are typically part of a law enforcement officer's uniform or equipment, and allow the officer to stow such items in locations to improve accessibility of those items to the officer.
One type of pocket is commonly referred to as a “cargo pocket.” Conventional cargo pockets are designed to allow the cargo pocket to expand to accommodate larger items than a similarly sized non-cargo pocket. However, stowing such items in a conventionally designed cargo pocket can cause the pocket to lose suitability for other purposes, such as inclusion as a part of a uniform. Therefore, traditional cargo pockets had limited placement options when included on a uniform.
An expandable pocket is described. In one or more implementations, a pocket is comprised of a front panel attached to a back panel. The front panel is configured to expand. Additionally, the front panel is configured to substantially maintain alignment of a portion of a stripe disposed on the front panel with a portion of the stripe disposed on the back panel. The front panel is configured to maintain this alignment when the front panel is expanded and when the front panel is not expanded.
In one or more implementations, a pocket is comprised of a back panel, a pocket flap attached to the back panel, and a front panel attached to a back panel. The front panel has one or more creases that form one or more bellows. Further, the front panel is configured to expand and to substantially maintain a positioning and an alignment of a stripe. The positioning of the stripe is perpendicular to an opening of the front panel. The alignment of the stripe appears contiguous along a length of the stripe that extends from the front panel and across the back panel and the pocket flap.
In one or more implementations, a garment includes a back panel configured as at least a portion of a pair of pants and a front panel attached to the back panel to form a pocket. The front panel is configured to expand away from the back panel. Additionally, when the front panel is expanded, it is configured to substantially maintain an alignment of at least a portion of a stripe disposed on the front panel with a portion of the stripe that is disposed on the back panel.
This Summary is provided to introduce a selection of concepts in a simplified form that are further described below in the Detailed Description. This Summary is not intended to identify key features or essential features of the claimed subject matter, nor is it intended to be used as an aid in determining the scope of the claimed invention.
The detailed description is described with reference to the accompanying figures. In the figures, the left-most digit(s) of a reference number identifies the figure in which the reference number first appears. The use of the same reference numbers in different instances in the description and the figures may indicate similar or identical items.
Stowing items in a conventionally-designed cargo pocket can significantly change the shape of the pocket. For example, conventional cargo pocket designs were created with multiple bellows that allowed the outside of the cargo pocket to expand to accommodate large and/or multiple items. However, this conventional design also allowed the pocket to protrude, bulge, and sag. Therefore, this expansion prevented conventional cargo pocket designs from being used in certain instances, such as on a uniform. For example, the uniform may include a stripe. Inclusion of the stripe on the conventional cargo pocket, however, would cause the stripe to become misaligned and thus hinder the look of the uniform. Thus, traditional cargo pockets were not used on parts of the uniform that included the stripe.
A pocket is described that is configured to expand yet maintain alignment with the rest of an article, such as a uniform. For example, the pocket may be located on a uniform (e.g. a pair of uniform pants) for a law enforcement officer in alignment with a vertically-positioned stripe. In an implementation, the pocket is configured to expand yet maintain a vertical positioning of a stripe on the pocket in relation to the stripe on the rest of the uniform.
Additionally, the stripe's positioning may be maintained even though the pocket may assume a variety of shapes, e.g., through various degrees of expansion. For example, a front panel of the pocket may be configured to maintain the stripe's alignment when small and even no items are inserted in the pocket. Thus, in this example the front panel lies substantially flat against a back panel of the pocket. Additionally, the front panel is configured to maintain the stripe's position as the pocket expands, e.g., such as by being “reached into” which may cause an opening of the pocket to expand. Further, the stripe's position may be maintained while items are being stowed in the pocket, such as when the opening of the pocket is closed against the back panel. Thus, the alignment of the stripe is maintained even as the pocket changes shape, which may increase the suitability of the pocket for inclusion as a part of a uniform or other article. A variety of other examples are also contemplated, further discussion of which may be found in relation to the following sections.
In the following discussion, a pocket is described by way of example in conjunction with a uniform or equipment for law enforcement that may include a vertically-positioned stripe. However, it should be readily apparent that the following discussion is not limited to a uniform, law enforcement, or a vertically-positioned stripe. Accordingly, a variety of different articles (e.g., garments and other equipment) may employ the techniques described herein without departing from the spirit and scope thereof, such as shirts, vests, jackets, footwear, backpacks, bags, upholstery (e.g., automobiles and furniture), and so on.
Example Pocket
In the illustrated example, the pocket 100 also includes a portion of a stripe 108 that is vertically-positioned along a first axis. The stripe is illustrated as being included on both the front panel 104 of the pocket 100 and aligned with a stripe on the back panel 102. One of the challenges attendant with aligning the stripe 108 across the panels, however, is to maintain visual continuity of the stripe 108 along the stripe's length.
As previously described, severing visual continuity of the stripe 108 can be undesirable, especially when the stripe 108 is utilized to visually distinguish law enforcement officers from other citizens as well as to promote respect through a harmonious and “clean” appearance. For example, assume that the pocket 100 is located on a pair of pants worn by an individual approximately where the individual's arms fall when standing upright. Also assume for the sake of discussion that the stripe 108 is vertically-positioned to run along the outer seams of those pants such that the stripe 108 “runs over” the cargo pockets. The conventional approach to cargo pocket construction could cause the cargo pocket to expand and sever the visual continuity of the stripes, an undesirable effect of expansion. However, the illustrated pocket 100 is configured such that the front panel 104 of the pocket 100 may expand to stow various items yet substantially maintain the contiguous alignment of the stripe 108 and may maintain the perpendicular positioning 110 of the stripe 108 in relation to the opening 106. Further, the pocket 100 is configured to maintain the visual continuity of the stripe 108 along the stripe's length even when the pocket changes shape, further discussion of which may be found in relation to the following figures.
As illustrated in
For example, the creases forming the two bellows 204, 206 are configured to unfold as the expandable band 202 is expanded outwardly thus expanding the opening 106. During this expansion, the front panel 104 is configured to substantially maintain both the alignment of the stripe 108 and the perpendicular positioning 110 of the stripe 108 relative to the opening 106.
Additionally, the creases of the front panel 104 that form the two bellows 204, 206 have unfolded to permit the pocket 200 to expand in this figure. Despite outward expansion of the two bellows 204, 206, the expandable band 202 substantially maintains the perpendicular positioning 110 and alignment of the stripe 108. Thus, as depicted in
For example, the pocket flap 302 is illustrated as attached to the back panel 102 at a location above the opening 106 of the front panel 104. The pocket flap 302 and the front panel 104 include hook-and-loop closures 304, 306, 308, 310 which may be used to secure the pocket flap 302 to the front panel 104 and release the pocket flap 302 from the front panel 104. When the pocket flap 302 is secured, the opening 106 of the front panel 104 is covered by the pocket flap 302.
The pocket 300 also includes the stripe 108, as in
The single bellow 402 is depicted as having a slight overlap of a portion of the front panel 104. The band 202 (e.g., elastic material) is positioned at the opening 106 of the front panel 104 to bias the front panel 104 to a closed position yet maintain alignment of the stripe 108. Although a band 202 and bellow 402 has been described, a variety of different techniques may be employed to close the opening 106 of the front panel 104 yet maintain alignment, such as hook-and-loop closures, buttons and so on. As before, the pocket 400 may expand to accommodate various items and may be configured to substantially maintain the perpendicular positioning 110 and alignment of the stripe 108, as in
Example Garment
The pocket 504 is configured to expand as previously described to accommodate various items and is configured to maintain the visual continuity of the vertically-positioned stripe 502 along its length. Visual continuity includes maintaining a contiguous alignment of the vertically-positioned stripe 502 along the back panel 102 (e.g., the portion of the uniform pants 500 where the pocket 504 is located), the front panel 104, and the pocket flap. Additionally, the pocket 504 is configured to maintain the perpendicular position 110 of the vertically-positioned stripe 502 relative to the opening 106 of the pocket 500. Therefore, the pocket 504 may be suitable for inclusion as a part of a uniform or other article.
Implementation Example
The following discussion describes stripe application techniques that may be implemented in creating the previously described pockets and garments. The procedures are shown as a set of figures that specify operations performed by one or more devices and are not necessarily limited to the orders shown for performing the operations by the respective figures. In portions of the following discussion, reference will be made to the pockets 100, 300 of
The procedure 600 can include forming a clean top side 608 of the front panel portion 602 of the vertically-positioned stripe 502. The clean top side 608 can be formed by turning back a cut end of the vertically-positioned stripe 502 and attaching the clean top side 608 to the front panel 104. In the illustrated example, the clean top side 608 is attached to the front panel so that the clean top side 608 maintains a positioning that is substantially perpendicular to the opening 106 of the front panel 104. In this example, the first side 604 and the second side 606 of the front panel portion 602 of the vertically-positioned stripe 502 are applied to the front panel 104 beginning at the clean top side 608 and ending at a bottom of the front panel 104.
The procedure 800 can include forming a clean bottom side 806 of the pocket flap portion 802 of the vertically-positioned stripe 502. The clean bottom side 806 can be formed by turning back a cut end of the vertically-positioned stripe 502 and attaching the clean bottom side 806 to the pocket flap 302. As illustrated in
Although the invention has been described in language specific to structural features and/or methodological acts, it is to be understood that the invention defined in the appended claims is not necessarily limited to the specific features or acts described. Rather, the specific features and acts are disclosed as example forms of implementing the claimed invention.
