DYNAMIC PULLOVER TOP

Abstract

A pullover-style shirt, the shirt comprising an exterior layer of fabric, an interior layer of fabric, an aperture in the exterior layer, securing means that serve to close the aperture when the aperture is not actively manipulated by a user, but that allow the easy opening of the aperture to display the interior layer when the aperture is actively manipulated by a user. The inventor contemplates that the interior layer should bear a graphic display that is exposed when the aperture is opened. The securing means are to be a system of opposite polarity magnets that sewn into the edges of the aperture, thus closing the aperture via their force of attraction when not restrained from one another. Still further, the inventor expressly contemplates that the aperture should be positioned so as to locate over the sternum of a user when the pullover top is worn.

Claims

1. A pullover shirt comprising two sleeves, a neck hole, and an opening at the bottom of the shirt, wherein the shirt comprises: at least one fabric layer, which layer comprising two sleeves, a neck hole, and an opening at the bottom, and an aperture located above the bottom and below the neck of the shirt, wherein the aperture comprises a first edge and a second opposing edge, and each of the first and second edges comprises a system of magnets which, individually, comprise at least one magnet, and, due to magnetic attractions between the magnets on the first edge and the second opposing edge, hold the aperture closed.

2. The pullover shirt of claim 1, wherein the at least one fabric layer is an exterior layer, and wherein the shirt further comprises an interior fabric layer.

3. The pullover shirt of claim 2, wherein the interior fabric layer is smaller than the exterior fabric layer.

4. The pullover shirt of claim 2, wherein the interior fabric layer is physically adhered to the exterior fabric layer.

5. The pullover shirt of claim 2, wherein the interior fabric layer is not physically adhered to the exterior fabric layer.

6. The pullover shirt of claim 2, wherein the interior fabric layer is adorned with a visual design.

7. The pullover shirt of claim 1, wherein the interior fabric layer has elastic qualities.

8. A pullover shirt comprising two sleeves, a neck, and an opening at the bottom, wherein the shirt comprises an exterior fabric layer and an interior fabric layer, the interior and exterior fabric layers of the shirt each comprise two sleeves, a neck, and an opening at the bottom, the interior and exterior fabric layers are designed so as to be worn in tandem but not physically integrated, the exterior fabric layer comprises an aperture located above the bottom and below the neck of the shirt, the aperture comprises a first edge and a second opposing edge, each of the first and second edges comprises a system of magnets which, individually, comprise at least one magnet, and, due to magnetic attractions between the magnets on the first edge and the second opposing edge, hold the aperture closed.

9. The pullover shirt of claim 8, wherein the interior layer is the same size or smaller than the exterior layer.

10. The pullover shirt of claim 8, wherein the interior layer has elastic properties.

11. The pullover shirt of claim 8, wherein the interior layer is adorned with a visual design.

Description

BRIEF DESCRIPTION OF THE SEVERAL VIEWS OF THE DRAWING(S)

[0013] FIG. 1 is a front view of the best mode of the present invention in a first configuration;

[0014] FIG. 2 is a front view of the best mode of the present invention in a second configuration;

[0015] FIG. 3 is a front view of the best mode of the present invention in the first configuration when being worn by a user;

[0016] FIG. 4 is a front view of the best mode of the present invention in the second configuration when being worn by a user; and

[0017] FIG. 5 is a blown-apart view of the best mode of the present invention illustrating the composition of the total Invention.

DETAILED DESCRIPTION OF THE INVENTION

[0018] Referring now to the Invention in further detail, the inventor expressly contemplates a dynamic pullover top to be worn by a user, the pullover top comprising two fabric layers including a first exterior fabric layer and a second interior fabric layer adorned with a graphic, design or message, at least a single aperture in the exterior fabric layer, and securing means integrated with the edges of the aperture that secure the aperture in a closed configuration when at rest, but which allow easy opening of the aperture when actively manipulated by a user. In practice, the aperture may be opened by active manipulation of the securing means by a user, but otherwise, the securing means revert to a resting state in which the aperture is closed. Thus, when the user actively manipulates the securing means, the second interior fabric layer is exposed and the graphic, design or message thereon is displayed, however, the aperture is in a closed configuration when at rest and the second interior fabric layer and its design, graphic or message is concealed. More specifically, the contemplated best mode of the Invention is the pullover top, as described above, wherein the securing means comprises a system of magnet pairings integrated within the edges of the aperture, the paired magnets attracting one another via their opposite poles and closing the aperture when not actively manipulated by a user. In this sense, the user may quickly obscure a graphic, display or message adorning the first exterior fabric layer and, at the same time, display a graphic, design or message adorning the second interior fabric layer by pulling the opposite poles of the paired magnets apart from one another. When the user releases any two paired magnets, the opposite poles of the two magnets attract and automatically return the aperture in the first exterior fabric layer to a closed configuration without the need of further manipulation by a user. The inventor has further contemplated that certain effects of the graphic design upon the second interior fabric layer may be accentuated by the composition of the interior fabric layer from a fabric having a notable degree of elasticity, a lycra or other polyester-based fabric being expressly contemplated. Still further, the inventor contemplates the best mode of the now identified Invention featuring the aperture in such location as to be located over the sternum of a user when the pullover top is actually worn.

[0019] Referring now to the invention in more detail, in FIG. 1 there is shown the inventive dynamic pullover top 10 to be worn by a user, the pullover top having the standard features one would expect in a common top of the same styling, including without limitation a right sleeve 11, a left sleeve 12, a closed collar 13, and a portion covering the shoulders and torso of a user. An unusual aspect of the now disclosed pullover top 10 is the duality of fabric layers from which it is constructed including a first exterior fabric layer 14 and a second interior fabric layer (not shown in FIG. 1). Notably, the first exterior fabric layer 14 is depicted having an aperture 15 running vertically down the chest-covering portion of the first exterior fabric layer 14. As depicted, the aperture 15 in the first exterior fabric layer 14 is in a “closed” configuration, being secured in that configuration by a plurality of securing magnet pairings 16, each magnet pairing 16 comprising at least two magnets having opposite poles that attract the magnets to one another, thus closing the aperture 15. In the illustration provided, the first exterior fabric layer 14 of the chest of the pullover top 10 is equipped with six magnet pairings 16 integrated with the aperture 15 in the first exterior fabric layer 14. In construction, it is contemplated that two edges of the aperture 15 will have at least one magnet sewn into the edge and paired with an equal and opposite magnet in the opposing edge of the aperture 15, forming a magnet pairing 16 when the magnetic poles attract and the aperture 15 closes. The second interior fabric layer (not shown in FIG. 1) of the pullover top 10 is not visible in FIG. 1, but is disclosed in the other illustrations provided.

[0020] Referring now to the invention in more detail, in FIG. 2 there is shown the inventive dynamic pullover top 10, again having the standard attributes of a common top of the same styling, including without limitation a right sleeve 11, a left sleeve 12, a closed collar 13, and a portion covering the shoulders and torso of a user. Again and shown in more detail in FIG. 2, an unusual aspect of the now disclosed pullover top 10 is the duality of fabric layers from which it is constructed including a first exterior fabric layer 14 and a second interior fabric layer 20. Again in FIG. 2, the first exterior fabric layer 14 is shown having an aperture 15 running vertically down the chest of the pullover top 10, however, in this view, the aperture 15 is depicted in an “open” configuration, so that the second interior fabric layer 20, a left edge 21 of the aperture 15, and a right edge 19 of the aperture 15 are exposed. Because the left edge 21 and the right edge 19 of the aperture 15 are exposed in FIG. 2, also exposed are both closed magnet pairings 16 and open magnet pairings 16, the open magnet pairings 16 being now visible in their constituent left magnets 17 sewn into the left edge 21 of the aperture 15, and their constituent right magnets 18 sewn into the right edge 19 of the aperture 15 in the first exterior fabric layer 14. While the second interior fabric layer 20, as depicted, does not have any graphic, design or aesthetic to speak of in the depicted pullover top 10, the inventor expressly contemplates that the surface of the second interior fabric layer 20 that is exposed when the aperture 15 is in an “open” configuration may have any number of graphic designs, prints, or messages applied to its surface visible within the “open” aperture 15.

[0021] Referring now to the invention in more detail, in FIG. 3 there is shown the inventive dynamic pullover top 10 in a depiction of how it might look when worn by a user 22. Again depicted are the attributes of all commonly styled tops, including without limitation a right sleeve 11 around the right arm of the user 22, a left sleeve 12 around the left arm of the user 22, a collar 13 about the neck of the user 22, and a portion completely covering the torso of the user 22. As in FIG. 1, the pullover top 10 as shown in FIG. 3 is depicted in its “closed” configuration, with the aperture 15 in the first exterior fabric layer 14 located vertically down the sternum of the user 22 in a configuration where all magnet pairings 16 are in tact in the resting position, thereby securing the right edge (not shown in FIG. 3) of the aperture 15 to the left edge (not shown in FIG. 3) of the aperture 15 and concealing the second interior fabric layer (not shown in FIG. 3). As can be appreciated from the illustration of FIG. 3, the pullover top 10 appears very much as a typical pullover shirt in use when the aperture 15 is in its “closed” configuration and all of the magnet pairings 16 are securing the aperture 15 edges to one another.

[0022] Referring now to the invention in more detail, in FIG. 4 there is shown the inventive dynamic pullover top 10 in a depiction of how it might look when worn by a user 22 with the aperture 15 in an “open” configuration. Again depicted are the attributes of all commonly styled tops, including without limitation a right sleeve 11 around the right arm of the user 22, a left sleeve 12 around the left arm of the user 22, a collar 13 about the neck of the user 22, and a portion completely covering the torso of the user 22. As in FIG. 2, the pullover top 10 as shown in FIG. 4 is depicted in its “open” configuration, with the aperture 15 in the first exterior fabric layer 14 located vertically down the sternum of the user 22 in a configuration where the paired magnets of all magnet pairings (not shown in FIG. 4) have been separated via manipulation by the user, such that the magnet pairing (not shown in FIG. 4) constituent left magnets 17 are visible as sewn into the left edge 21 of the open aperture 15, and the magnet pairing (not shown in FIG. 4) constituent right magnets 18 are visible as sewn into the right edge 19 of the open aperture 15. Again, upon manipulation of the aperture 15 by the user 22, the bonds of the magnet pairings (not shown in FIG. 4) are broken, the aperture 15 in the first exterior fabric layer 14 is opened, and the second interior fabric layer 20 is exposed. As before noted, while the second interior fabric layer 20, as depicted, does not have any graphic, design or aesthetic to speak of in the depicted pullover top 10, the inventor expressly contemplates that the surface of the second interior fabric layer 20 that is exposed when the aperture 15 is in an “open” configuration may have any number of graphic designs, prints, or messages applied to its surface visible within the “open” aperture 15.

[0023] Referring now to the invention in more detail, in FIG. 5 there is shown the inventive dynamic pullover top 10 in a blown-apart view for the purpose of conveying a better appreciation of its individualized component parts. As in FIGS. 1-4, there is shown a standard pullover top 10, having a standard right sleeve 11, a standard left sleeve 12, a standard closed collar 13, and a standard portion to completely cover the torso having a front and a back 23. As depicted, the pullover top 10 is in a partially “open” configuration, the aperture 15 in the first exterior fabric layer of the top 10 being such that some magnet pairings 16 remain secure, while others have been pulled apart into their constituent left magnet 17 and constituent right magnet 18, thus allowing the “opening” of the aperture 15. Again the magnet pairing 16 constituent left magnet 17 is shown as sewn into the left edge 21 of the aperture 15, and the constituent right magnet 18 is shown as sewn into the right edge 19 of the aperture 15. As visible through both the open aperture 15 and as visible as a part of the blown-apart view itself, the second interior fabric layer 20 lies beneath the first exterior fabric layer 14, and is exposed when the aperture 15 is opened. Of particular note in this blown apart view is that the overall novelty of the pullover top 10 as shown may be alternatively achieved by either a first exterior fabric layer 14 and second interior fabric layer 20 that are integrated with one another via sewing, serging or the like, or by a standalone first exterior fabric layer 14 and a standalone second interior fabric layer 20. The important aspect of the inventive pullover 10 is that the second interior fabric layer 20 be concealed when the aperture 15 in the first exterior fabric layer 14 is “closed”, and that the second interior fabric layer 20 be exposed when the aperture 15 in the first exterior fabric layer 14 is “open”.

[0024] In terms of construction, the inventor contemplates that the pullover top 10 be constructed such that the first exterior fabric layer 14 is constructed of some fabric or composite fabric commonly used in the manufacture of shirts, specifically including without limitation any fabric selected from the class of cotton, polyester, lycra and/or rayon. Likewise, the inventor contemplates that the second interior fabric layer 20 of the pullover top 10 be constructed from some fabric or composite fabric commonly used in the manufacture of shirts, specifically including without limitation any fabric selected from the class of cotton, polyester, lycra and/or rayon, however, the inventor expressly contemplates that there is added utility in selecting a lycra or polyester composite construction for the second interior fabric layer 20 due to the superior abilities of polyester and lycra in accepting screen-printed graphics in such durable and vibrant colors. Any number of graphics would be appropriate to adorn the surface of the second interior fabric layer 20, though the inventor expressly contemplates a Superman “S” shield graphic, a heart graphic, or specific messages. The use of an elastic fabric such as polyester or lycra is further thought to be advantageous to allow the stretching of the second interior fabric layer 20 when a user 22 rips open the aperture 15 in the first exterior fabric layer 14 to display the graphic adorning the second interior fabric layer 20 in the context where the second interior fabric layer 20 and the first exterior fabric layer 14 are integrated and, therefore, the ripping open of the aperture 15 may strain both layers of fabric.

[0025] In terms of the securing means, the inventor has consciously selected the aforementioned magnet pairing 16 system to secure the aperture 15 closed due to the ability of the opposite polarity left magnet 17 and right magnet 18 to attract one another and, therefore, automatically close the aperture 15 when left at rest by a user 22. To the inventor's knowledge no other securing system or fastening system has the ability to discretely “close itself” and thus preserve the novelty of the novelty inventive pullover top 10 until such time as a user 22 chooses to disclose the novelty of the aperture 15 to a viewing audience. For this reason, the magnet pairings 16 are referred to herein and throughout as a “securing means” or “securing system” because it is expressly contemplated by the inventor that there utility in the context of the disclosed pullover 10 exceeds that of any commonly known fasteners, including without limitation zippers, snap-fasteners, and/or hoop and loop assemblies. The inventor also acknowledges that the crude functionality of the now disclosed pullover could also be attained through the use of commonly known fasteners, including without limitation zippers, snap-fasteners, and/or hoop and loop assemblies.

[0026] Reference throughout the specification to features, advantages, or similar language does not imply that all of the features and advantages that may be realized with the present invention should be or are in any single embodiment of the invention. Rather, language referring to the features and advantages is understood to mean that a specific feature, advantage, or characteristic described in connection with an embodiment is included in at least one embodiment of the present invention. Thus, discussion of the features and advantages, and similar language, throughout the specification may, but do not necessarily, refer to the same embodiment.

[0027] For example, although the inventor identifies securing means throughout this specification and notes that the best mode securing means are likely to comprise a system of magnets, the inventor further appreciates that the securing of the aperture contemplated may also be accomplished by fastening means, and may include any of a host of options, including but not limited to zippers, snap-together button assemblies, and/or hook and loop fastening systems such as Velcro®. Likewise and as previously mentioned, the inventor expressly contemplates that embodiments may exist where the exterior and interior fabric layers are either affixed to one another or exist as separate and distinct components.

[0028] Furthermore, the described features, advantages, and characteristics of the invention may be combined in any suitable manner in one or more embodiments. One skilled in the relevant art will recognize that the invention can be practiced without one or more of the specific features or advantages of a particular embodiment. In other instances, additional features and advantages may be recognized in certain embodiments that may not be present in all embodiments of the invention.

[0029] It is understood that the above-described embodiments are only illustrative of the application of the principles of the present invention. The present invention may be embodied in other specific forms without departing from its spirit or essential characteristics. The described embodiment, including the best mode, is to be considered in all respects only as illustrative and not restrictive. The scope of the invention is, therefore, indicated by the appended claims, if any, in conjunction with the foregoing description.

[0030] While the foregoing written description of the invention enables one of ordinary skill to make and use what is considered presently to be the best mode thereof, those of ordinary skill will understand and appreciate the existence of variations, combinations, and equivalents of the specific embodiment, method, and examples herein. The invention should therefore not be limited by the above described embodiment, method, and examples, but by all embodiments and methods within the scope and spirit of the invention.