CARRYING POUCHES FOR ELECTRONIC AUDIO SYSTEMS HAVING HEADSETS

Abstract

A carrying case apparatus has a first pocket for carrying an object, a flap, and an elastic strap. The first pocket has an open top. The flap is configured to cover the open top of the first pocket. The elastic strap has a first and second end. The first end is attached to the top of the outer portion of the flap and the second end is attached to the outer portion of the first pocket, such that the elastic strap remains taut against the first pocket and flap, and may be pulled by a user in order to create space for inserting an item. The item is held between the first pocket and flap combination and the elastic strap.

Description

CROSS-REFERENCE TO RELATED APPLICATIONS

This application is a continuation-in-part of U.S. patent application Ser. No. 11/649,463, entitled “Carrying Pouches For Electronic Audio Systems Having Headsets” filed on Jan. 3, 2007, which claims priority to US Provisional (35 USC 119(e)) Application No. 60/755,994 filed on Jan. 3, 2006, the entire disclosures of which are hereby incorporated by reference. This application also claims priority to US Provisional (35 USC 119(e)) Application No. 60/992,005 filed on Dec. 3, 2007, the entire disclosure of which is hereby incorporated by reference.

FIELD OF THE INVENTION

The present invention relates to carrying pouches for hand-held electronic apparatus and more specifically for such carrying cases for electronic audio producing or receiving apparatus.

BACKGROUND OF THE INVENTION

Hand-held electronic audio producing or receiving apparatus, such as cellular phones, have become a ubiquitous device in modern society. The quantity and variety of hand-held electronic audio producing or receiving apparatus has increased exponentially due to practicality, cost effectiveness, and convenience of use.

However, hand-held electronic audio producing or receiving apparatus are not without inherent drawbacks. To operate hand-held electronic audio producing or receiving apparatus, a user must necessarily devote at least one hand to operation and holding of the hand-held electronic audio producing or receiving apparatus. For example, many users make cellular phone calls while driving or performing other activities. The restriction of at least one hand substantially increases the risk of an inadvertent accident causing possible injury to the user and others.

Accordingly, a need has arisen for a means by which hand-held electronic audio producing or receiving apparatus can be utilized in a hands-free manner. The development of hand-held electronic audio producing or receiving apparatus that operate in conjunction with headset devices has addressed this need. Currently, hand-held electronic audio producing or receiving apparatus are more frequently utilizing headsets that allow hands-free operation. However, the difficulty with the use of headsets is that the headset itself must be stored when not in use. The headset normally is not an integral part of the hand-held electronic audio producing or receiving apparatus. Often, the headset is simply placed in a pocket, purse, or bag where it may be damaged or lost.

The need exists for improved apparatus and methods for storage of headsets when the headsets are not in use to prevent loss and damage.

BRIEF SUMMARY OF THE INVENTION

Embodiments of the present invention solve many of the problems and/or overcome many of the drawbacks and disadvantages of the prior art by providing secure and safe storage for headsets when the headsets are not in use.

In particular, embodiments of the invention accomplish this by providing apparatus and methods for storing headsets using one or more elastic straps or one or more elastic sleeves to secure the headsets to a carrying pouch.

Preferred embodiments preferably include a tab for manipulating the one or more elastic straps or one or more elastic sleeves during receiving the ear piece of the audio headset. Alternative preferred embodiments preferably include a closure flap for securing a portable electronic audio producing or receiving apparatus within the sheath. Other alternate embodiments preferably include additional sleeves coupled to the case body and/or a clip for attaching the case to an article of clothing or other support.

A preferred embodiment of the present invention preferably includes a carrying case apparatus including a base with at least one relatively flat surface, one or more straps coupled to the base at edges of the relatively flat surface, and a closed loop surrounding the one or more straps, wherein the one or more straps are adapted to accept a body of an audio headset between the one or more straps and the relatively flat surface. In one or more preferred embodiments, the closed loop preferably is adapted to accept an earpiece of the audio headset.

The invention provides a carrying case apparatus comprising: a case body; one or more elastic straps with each strap having a first end and a second end, the first end attached to the case body at a first attachment location, and the second end attached to the case body at a second attachment location, the case body and the strap forming a headset sleeve; the first and second attachment locations of the strap ends being spaced apart on the case body a distance such that the headset sleeve is capable of receiving a headset when the elastic is stretched, and the elastic holds the headset to the case body when the elastic is released; and a headset sleeve manipulation member adapted to be grasped by the fingers of a human hand, the member secured to the one or more straps. Preferably, the manipulation member is secured to the one or more straps so that when it is pulled away from the case body, force can be applied to the strap at a location substantially equidistant between the first and second ends and in a direction away from the case body. Preferably, the headset sleeve manipulation member comprises a closed loop encircling the one or more straps and a tab attached to the closed loop. Preferably, the closed loop is movable along the one or more straps. In one alternative, there is one of the one or more straps, and in another alternative, there are two of the one or more straps. Preferably, the two straps are at an angle to one another. Preferably, the angle is ninety degrees. Preferably, the case body includes a sheath for receiving an electronic audio producing or receiving system, and the one or more straps are attached to the sheath. Preferably, the case body includes an accessory sleeve coupled to the case body, and the one or more straps are attached to the sleeve. In another embodiment, the case body comprises a base plate, and the one or more straps are attached to the plate. Preferably, the first and second attachment locations are on or near the periphery of the plate. Preferably, there are two of the straps crossing one another at an angle, and the manipulation member comprises: a closed loop encircling the straps near the point where the straps cross; and a graspable tab attached to the closed loop. Preferably, there are one or more grooves formed in the plate. Preferably, the carrying case further includes a clip for attaching the case to a support.

The invention also provides a method of carrying an audio headset, the method comprising: providing a carrying case comprising: a base surface and an elastic strap forming a sleeve, and a graspable tab secured to the elastic strap; grasping the tab and pulling the elastic strap away from the base surface to create a gap between the strap and the base surface; inserting a headset into the gap; and releasing the tab to secure the headset between the one or more elastic bands and the base surface. Preferably, the inserting comprises locating at least a portion of the headset in a groove in the base surface. Preferably, the method further comprises locating the tab substantially equidistant between the ends of the elastic strap. Preferably, the method further comprises clipping the carrying case to an article of clothing. Preferably, the providing comprises providing the carrying case with two of the straps oriented at an angle to each other above the surface so that they cross, with the tab secured to both of the straps, and the grasping and pulling comprises pulling both of the straps away from the surface.

Embodiments of the present invention preferably can include a carrying case apparatus, including a case body with a sheath for receiving and carrying a portable electronic audio producing or receiving apparatus, a sleeve coupled to the case body for receiving a body portion of an audio headset, and a closed loop secured around the sleeve for receiving an earpiece of the audio headset, wherein the sleeve and the closed loop are adapted for securing the body portion of the audio headset and the earpiece of the audio headset, respectively, to the case body.

Embodiments of the present invention preferably also include a method of carrying an audio headset, including providing a carrying case comprising: an expandable gap between one or more primarily elastic bands and a base surface and a closed loop surrounding the one or more primarily elastic bands for expanding the gap, exerting a force on the closed loop away from the base surface, inserting the headset into the gap, and releasing the force on the closed loop for securing the headset between the one or more primarily elastic bands and the base surface.

Embodiments of the present invention include a carrying case apparatus having a case body, an elastic strap attached to the case body at two locations forming a headset sleeve, and a pull tab to be grasped by the user in order to stretch the elastic strap and insert a headset. The elastic strap holds the headset to the case body. The case body may further include a sheath for holding an electronic audio producing/receiving component.

Embodiments include a case body having a back panel, a front panel and opposing flexible side panels positioned between the back panel and the back, front, and the panels defining a flexible sheath of a size suitable for holding a hand held device, the sheath having an open top suitable for receiving the hand held device. Furthermore, the carrying case has a flap configured to cover the open top of said sheath and an elastic strap attached to the outer surface of one of the back panel and the flap, the elastic strap having a width that is less than the width of said back panel and flap, wherein the elastic strap is attached to one of the back panel and said flap at a first attachment point on the elastic strap.

The point of connection for the elastic strap to the carrying case may be opposite the top of the flap on the bottom of the pocket. The carrying case may further include a pocket piece that forms a pocket, oriented such that the flap does not cover the pocket. The elastic strap may extend into the pocket, forming a strap-and-pocket carrying device combination. Additionally, the elastic strap may have a pull tab attached to it. Another aspect may include a pen holder having an opening for receiving a cylindrical object, located on the inside of the first pocket. The pen holder may be located such that the opening is parallel to the open top of the pocket. The pen holder may be tapered. A feature of embodiments may include the feature that when the elastic strap is pulled a gap is created.

Embodiments may also include a clip attached to the carrying case. The clip may include a rotator, oriented between the clip and the pocket. The rotator enables the clip to rotate. Furthermore, the clip rotator combination has a plurality of set points at which the clip rotator combination is set, allowing the clip to be oriented and held at a plurality of angles.

Embodiments may also include a carrying case having a first pocket and flap that are formed by folding a single piece of material into three sections, a front panel, a back panel, and a flap, and joining the front panel and the back panel with side panels.

An embodiment of the carrying case includes a case body, an elastic strap having a first end and a second end, the first end attached to the case body at a first attachment location, and the second end attached to the case body at a second attachment location, the case body and the strap forming a headset sleeve. The first and second attachment locations of the strap ends are spaced apart on the case body a distance such that the headset sleeve is capable of receiving a headset when the elastic is stretched, and the elastic holds the headset to the case body when the elastic is released. A pull tab adapted to be grasped by the fingers of a human hand, the pull tab secured to the elastic straps. A feature of an embodiment is that the case body includes a sheath and the elastic strap is attached to the sheath.

Embodiments of a method of using the carrying case include pulling an elastic strap away from a back panel to create a gap, wherein the back panel forms a rear portion of a carrying case, wherein the rear portion of the carrying case faces towards a user's body, and wherein the gap is positioned on the rear portion of the carrying case, such that an object inserted into the gap is protected by the carrying case and the user's body. Additionally, methods include placing the object into the gap between the elastic strap and the back panel and releasing the elastic strap, wherein when released, the elastic strap holds the headset against the back panel.

Features of the methods include that the carrying case and the user's body protects the object from being dislodged. Further features of the methods include inserting an object into a pocket connected to the back panel into which the elastic strap extends. The object inserted may be an identification card. The carrying case utilized in the methods may include a sheath for holding an item. The sheath may include a flap for covering the top of the sheath. The elastic strap may be on the outside of the sheath and the object may be insertable without opening the flap. A feature of a method of carrying an item may include placing the carrying case on a belt worn by the user and attaching using a clip.

Embodiments of a method of using the carrying case may include pulling a flexible strap away from the surface of a carrying case, wherein the flexible strap extends into a pocket, inserting an object into the pocket, and releasing the strap to hold the object in the pocket.

Additional features, advantages, and embodiments of the invention are set forth or are apparent from consideration of the following detailed description, drawings, and claims. Moreover, it is to be understood that both the foregoing summary of the invention and the following detailed description are exemplary and intended to provide further explanation without limiting the scope of the invention as claimed.

BRIEF DESCRIPTION OF THE DRAWINGS

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate preferred embodiments of the invention and, together with the detailed description, serve to explain the principles of the invention. In the drawings:

FIG. 1 is a front perspective view of an embodiment of a carrying case showing an open elastic sleeve secured to the side of the carrying case and a closed elastic loop movably secured to the elastic sleeve;

FIG. 2 is a right side view of the embodiment shown in FIG. 1;

FIG. 3 is a front perspective view of the embodiment shown in FIG. 1 with a headset shown in exploded relationship to the carrying case, the headset having a movable earpiece;

FIG. 4 is also a front perspective view of the embodiment shown in FIGS. 1-3 with the ear piece of the headset being inserted into the closed elastic loop and the body of the headset inverted and positioned to be rotated towards and into the elastic sleeve;

FIG. 5 is a side elevation view of the embodiment shown in FIGS. 1-4 with the body of the headset fully inserted into and held by the elastic sleeve, and the ear piece of the headset inserted into and secured by the closed elastic loop;

FIG. 6 is a front perspective view of a carrying case showing cross straps;

FIG. 7 is a front view of the embodiment shown in FIG. 6 with a headset inserted under the cross straps in a vertical configuration;

FIG. 8 is a front view of the embodiment shown in FIG. 6 with the headset inserted under the cross straps in a horizontal configuration;

FIG. 9 is a detail view of a clip for securing a carrying case to a belt, strap, or other item;

FIG. 10 is a front perspective view of an embodiment of a carrying case;

FIG. 11 is a rear perspective view of the embodiment shown in FIG. 10;

FIG. 12 is a top view of the embodiment shown in FIG. 10;

FIG. 13 is a side view of the embodiment shown in FIG. 10;

FIG. 14 is a front perspective exploded view of the embodiment shown in FIG. 10;

FIG. 15 is a rear perspective exploded view of the embodiment shown in FIG. 10;

FIG. 16 is a rear perspective view of the embodiment shown in FIG. 10, showing the strap in operation;

FIG. 17 is a front perspective exploded view of the clip shown in FIG. 10; and

FIG. 18 is a rear perspective exploded view of the clip shown in FIG. 10.

DETAILED DESCRIPTION OF THE INVENTION

Referring now to the drawings, FIGS. 1-9 show preferred embodiments of carrying pouches. Alternative configurations are conceived within the score of this disclosure and alternative embodiments will be apparent in light of this disclosure to those skilled in the art. Embodiments include a portable carrying case for an electronic audio producing or receiving apparatus. The portable carrying case preferably has a built-in external receiver for holding and securing a headset.

The carrying cases of the present invention preferably provide an interconnected external receiver for supporting and securing a headset against loss when located on the exterior of such carrying cases, while at the same time such an interconnected external receiver places such headset in a position for ease of storage and retrieval from the exterior of such carrier cases. Embodiments of the present invention preferably provide one or more sleeves interconnected to the case for storing other auxiliary devices. The sleeves preferably are created by one or more elastic bands attached to the carrying case body for holding various types of accessory items to be conveniently stored on or in the carrying cases.

Preferred embodiments preferably hold a mobile telephone with an operatively connected headset, and especially a headset with an over-the-ear support piece. The headset is preferably held in a manner that provides support and security to a headset on the exterior of the carrying case. Embodiments of the present invention preferably are used with wireless headsets, and, in particular, Bluetooth™ enabled wireless electronic mobile phones. In one aspect of the present invention, wireless audio producing or receiving apparatus having wireless headsets and audio producing or receiving apparatus enabled throughout the electronic industry by Bluetooth SIG under the trademark of “Bluetooth” are especially disposed for use with the carrying cases of the present invention. Currently, Bluetooth™ enabled wireless electronic mobile phones are being produced and distributed by Motorola, Nokia, Samsung, Sony-Erikson, and others, although any audio producing or receiving apparatus preferably, if suitably sized and configured, and whether wireless or not, may be carried by the carrying cases of the present invention.

FIGS. 1-5 show one preferred embodiment of a case 10 that preferably includes a case body 11 having an expandable sheath 12 for carrying audio producing or receiving apparatus, which apparatus is not shown. In this embodiment, case body 11 includes a back support 21 to which is attached two sides 17 and 19 (FIG. 3) and a front panel 15, and an accessory storage sheath, such as 28, attached to each of the sides 17 and 19. However, other case body configurations may be used as well. The dashed lines, such as 13, on the drawings generally are representative of stitching. The electronic audio producing or receiving apparati preferably include, but are not limited to, cellular telephones, radios, mp3 players, IPODs, personal digital assistants, and other similar devices. The carrying pouch 10 preferably is used with universal electronic audio producing or receiving apparatus, such as electronic mobile phones having wireless headsets. The sheath 12 preferably has a lower end 22 and an upper end 24. The upper end 24 preferably is open for insertion and storage of electronic audio producing or receiving apparatus. The upper end 24 preferably carries a closure flap 26 for retaining an audio producing or receiving apparatus within the sheath 12. The closure flap 26 preferably secures to front 15 of the case 10 with a closure device 37 (FIG. 2), which is a hook-and-loop type fastener in the preferred embodiment, but also may involve snaps, magnets, buttons, and other suitable fasteners. The case 10 preferably is configured to hold a specific electronic audio producing or receiving apparatus or may be configured to hold a variety of similarly sized and shaped electronic audio producing or receiving apparatus.

As shown in FIGS. 1-5, the sheath 12 preferably is coupled to one or more elongated elastic sleeves 28 for carrying a variety of accessory items. An elongated elastic sleeve 28 preferably is located on a side 17 of the case 10. In a preferred embodiment of the present invention, a relatively narrow headset sleeve 32 is formed by a strap 33 (FIG. 5) and the base surface 23 of case body 11. In this embodiment, the base surface 23 is the surface of sleeve 28, though it can be any other surface of case body 11. Strap 33 preferably is made of an elastic material and is coupled to elongated elastic sleeve 28. A first end 25 (FIG. 3) of strap 33 is attached to case body 11 at a first location 29, and a second end 27 is attached to case body 11 at a second location 31. Preferably, the first location and second location are spaced apart on said case body a distance such that said sleeve 32 is capable of receiving a headset when said elastic is stretched, and the elastic holds the headset to the case body when the elastic is released. The relatively narrow elastic strap portion 33 of headset sleeve 32 preferably is disposed horizontally across a mid-section of the elongated elastic sleeve 28. Other configurations are possible. The invention also includes a headset sleeve manipulation member 39, which in the preferred embodiment includes a loop 34 and a tab 36. Loop 34 preferably is a closed loop secured around the strap 33. The closed loop 34 preferably freely rotates around and can be moved along the strap 33, though the invention contemplates that it may be attached to strap 33, for example, by stitching. In preferred embodiments of the present invention, the closed loop 34 preferably carries a tab 36 for use in manipulating the sleeve 32 to open and close it and to manipulate closed loop 34 on to or off of an earpiece 18 as detailed below. Tab 36 preferably is also a closure mechanism for the closed loop 34 or preferably can be otherwise coupled to the closed loop 34. Loop 34 preferably is made of a woven or mesh fabric, plastic, or other suitable material and preferably is not elastic, though in some embodiments it could be elastic. The invention contemplates that loop 34 may be eliminated and tab 36 attached directly to strap 33; or the headset sleeve manipulation member 39 may be formed by other structures. The essential structure is a graspable tab of some sort which facilitates manipulation of the strap 33 and, thus, the headset sleeve 32.

FIG. 3 shows a headset 14 in exploded relationship to the carrying pouch body 10. The headset 14 preferably has a body portion 16 with a pivotally connected ear piece 18. Other headset 14 configurations preferably can be accommodated. In fact, the invention has been created with the flexibility to accommodate every presently known headset. The relatively narrow elastic sleeve 32 on the sheath 12 preferably is configured and sized to receive the body portion 16 of a headset 14. Headset 14 preferably is normally located outside of portable carrying cases and preferably is intended for use in association with, but separated from, the audio producing or receiving apparatus. The headset 14 preferably operates on a wireless basis, preferably without mechanical connection to the electronic device carried in sheath 12.

Sleeve manipulating member 39, and in particular tab 36, preferably is configured to be grasped by the thumb and forefinger of a user. As shown best in FIGS. 3 and 4, tab 36 preferably can be grasped and then pulled away from the case body 10 to create a gap 35 between strap 33 and surface 23 of case body 11. The force on the tab 36 preferably extends both the relatively narrow elastic sleeve 32 and loop 34 into open positions. The open positions create a first gap 35 between the strap portion 33 and the surface 23 of sleeve 32 and the elongated elastic sleeve 28 and a second gap 30 within the closed elastic, respectively. In some embodiments, it can also create a gap between the surface of side 17 and sleeve 28.

The earpiece 18 of the headset 14 preferably is inserted into the gap 30 within loop 34. The earpiece 18 preferably can be inserted further into the gap within loop 34 until the earpiece 18 becomes wider than the gap 30 within loop 34 or until an end of the earpiece 18 contacts loop 34. However, it is also contemplated by the invention that the headset body portion 16 can be inserted into sleeve 32 without inserting the earpiece 18 through loop 34.

With the relatively narrow sleeve 32 in an open position, the headset 14 preferably is inverted from its position in FIG. 3 so that the ear piece 18 is in a downward-oriented position. The body 16 of the headset 14 preferably is simultaneously rotated, as shown by arrow 38, for insertion into sleeve 32. As shown in FIG. 5, the body 16 of headset 14 preferably is fully inserted into sleeve 32, and the earpiece 18 of headset 14 preferably is fully inserted into and secured by the loop 34.

The tab 36 preferably is then released. With the tab 36 released, the relatively narrow elastic sleeve 32 preferably asserts its full elastic tension on the body 16 of the headset 14 to hold the body 16 of the headset 14 securely against the elongated elastic sleeve 28 of the case body 10. At the same time, loop 34 preferably is wrapped around and asserts its full tension on the earpiece 18 of the headset 14. In FIG. 5, the headset 14, even though it is external to the carrying case 10, preferably is supported and secured against loss on the exterior of the carrying case 10. The headset system 14, and/or other headset systems, preferably can be connected to the carrying case 10 in other orientations than that shown, with either both the body 16 of the headset 14 and the earpiece 18 of the headset 14 fully inserted into the relatively narrow elastic sleeve 32 and the closed loop 34, respectively, and secured against loss, or only the body 16 inserted into sleeve 32.

Referring again to FIG. 5, a clip 42 is visible in profile on the back of carrying case 10. The clip 42 serves to secure the carrying case 10, including an audio producing or receiving apparatus and a headset 14, if any, to the belt, another article of clothing of a user, or to some other support when not in use.

The carrying case of FIGS. 1-5 and components thereof preferably are made of elastic material and capable of being expanded to receive relatively large objects.

FIGS. 6-8 show an alternative embodiment of a carrying case 100 according to the present invention. FIG. 6 shows case body 43, including a base plate 44 that preferably is relatively flat and preferably may have pockets or other openings for holding a variety of items. One or more straps 46 preferably cross surface 48 of the base 44 to form headset sleeves 49 and 51. The one or more straps 46 preferably are secured at opposite sides of the relatively flat surface 48 of the base 44 along the periphery 54 of the base plate 44. Case 100 also includes headset sleeve manipulation member 59. In the preferred embodiment, manipulation member 59 comprises loop 52 and tab 56. Stitching 50 is generally shown by dotted lines.

Preferably, two straps 46A and 46B cross the surface 48 of the base 44 at angles 45 and 47 to each other. If angles 45 and 47 are equal, i.e., ninety degrees, then the crossed straps 46A and 46B form two equally sized sleeves, 49 and 51, and the user will have the option of placing the headset in the case in either a vertically-oriented sleeve or a horizontally-oriented sleeve of substantially the same size. If angles 45 and 47 are unequal, then the user will have the option of two differently-sized sleeves. Other configurations and angles are possible. A first end 71 of strap 46A is attached at first attachment location 72, a second end 73 of strap 46A is attached at a second attachment location 74, a first end 75 of strap 46B is attached at a first location 76, and a second end 77 of strap 46B is attached at a second location 78. Preferably, the first locations 72, 76 and second locations 74, 78 are spaced apart on case body 43 a distance such that that the sleeves 49 and 51 are capable of receiving a headset when the elastic strap is stretched, and the elastic holds said headset to the case body when the elastic is released. Grooves 53 and 55 preferably are formed in surface 48. Grooves 53 and 55 preferably are formed at right angles to one another, but they may have other configurations also. The one or more straps 46 preferably can be manipulated by manipulation member 59 as discussed above with respect to manipulation member 39. Both straps 46A and 46B pass through closed loop 52. Closed loop 52 preferably is located at the intersection of the one or more straps 46. In preferred embodiments of the present invention, the closed loop 52 preferably has a graspable tab 56 coupled to the closed loop 52. Tab 56 preferably closes the closed loop 52.

FIG. 7 shows a headset 58 inserted under the crossed straps 46 with the headset 58 in a vertical configuration. The headset 58 preferably has a body 60 and an earpiece 62. During insertion of the headset 58, tab 56 is grasped by the user, typically with a thumb and forefinger, and closed loop 52 and/or tab 56 preferably are pulled away from the surface 48 of the base 44 by the user. The pulling of the closed loop 52 and/or the tab 56 creates a gap between the crossed straps 46 and surface 48 of the base 44 and a gap within the closed loop 52, thus opening the sleeves 49 and 51.

With the cross straps 46 in an open position, the body 60 of the headset 58 preferably is inserted into the gap between the cross straps 46 and the surface 48 of the base 44 in a vertically-oriented position as shown in FIG. 7 or a horizontally-oriented position as shown in FIG. 8. Arrows 63 and 65 show the direction of movement of the headset 58 in the insertion and removal process for the orientation of FIG. 7 and FIG. 8, respectively.

The tab 56 and/or the closed loop 52 preferably are then released. With the tab 56 and/or the closed loop 52 released, the cross straps 46 preferably assert full elastic tension on the body 60 of the headset 58 to hold the body 60 of the headset 58 securely against the relatively flat surface 48 of the base 44. If desired, the closed loop may be manipulated so that it slides over the end of earpiece 62; and, when released, the closed loop 52 preferably remains wrapped around and asserts its full tension on the earpiece 62 of the headset 58. The headset 58 preferably may be connected to the base 44 in other orientations than that shown.

Carrying case 100 preferably is a universal storage pouch for a variety of headsets with different sizes and configurations. The design of the carrying case is such that any currently known headset can be accommodated.

Grooves 53 and 55 serve several purposes. They act as a locator to assist in centering the headset in the case as it is being inserted. They can also provide pressure relief for certain buttons, such as 67, which are located on a broad side 69 of the headset 58. That is, some headsets have buttons, such as 67, which are used to operate some function of the headset. If the headset is inserted into the case 100 so that the button fits into groove 55, the pressure exerted by straps 46 will be absorbed by the broad side of the headset, rather than the button 67. This prevents the button 67 from being pressed in by the surface 48 and the function activated.

FIG. 9 is a detailed view of a clip 64 for securing a carrying case 100 to a belt, strap, or other item 66. Clip 64 may be used with any of the embodiments of the case discussed herein. Clip 64 preferably secures the carrying case, including an audio producing or receiving apparatus in embodiments which include a sheath to contain audio producing or receiving apparatus, and/or the headset 58, to the belt, strap, or other item 66 when not in use. In the embodiment of FIGS. 6-8, clip 64 preferably is secured to a back side 68 of the base 44 but may be secured in other positions. The clip 64 preferably is strong enough to securely hold the carrying case in position during wearing and insertion/removal of the headset 58. Embodiments of the present invention preferably also include one or more interconnected external receivers for hanging other objects to the carrying case. The interconnected external receivers preferably have various configurations to accommodate various sizes and shapes of objects.

Side panels 17 and 19 of case body 11 preferably are made of an elastic fabric. Front panel 15, closure flap 26, and back support 21 preferably are made of a sturdy fabric, with a stiffening material inserted into back support 21. Such materials are well-known in the art and, thus, will not be discussed in detail herein. Base 44 of carrying case 100 preferably is made of leather, vinyl, plastic, or other suitably stiff material. Straps 46 preferably are made of elastic material and capable of being expanded to receive the headsets. Loop 52 and tab 56 preferably are made of a fabric, such as a mesh fabric.

FIGS. 10-18 show an alternative embodiment of the carrying case 200. As shown in FIG. 10, a front panel 215, a back panel 221, and two side panels 217, 219 (FIG. 14) form sheath 212. Sheath 212 is adapted for carrying a hand held device, such a cell phone, GPS unit, PDA, camera, or other such device. Sheath 212 is open at the top and flap 226 is configured to cover the open tip of sheath 212. Clip 120 and rotator 130 (FIG. 13) are attached to the back of carrying case 200 and can be utilized for attaching carrying case 200 to a belt or other strap.

As can be seen in FIG. 12, strap 233 is attached first such that it remains taut against the back of the carrying case 200. Strap 233 is preferably attached at first point 251 to the top of surface 253 of closure flap 226 with securing piece 205. Additionally, pocket piece 210 has been attached to the back of the carrying case 200. Pocket piece 210 (FIG. 14), preferably attaches at the bottom and sides of carrying case 200. In the most preferred embodiment, the bottom attachment point 261 (FIG. 13) for pocket piece 210 also serves as an attachment point for one end of strap 233. The attachment realization of the strap 233 and the pocket piece 210 may be varied as the functions discussed below are provided.

FIG. 14 shows an exploded view of the carrying case 200. Flap 226, back panel 221, and front panel 215 are shown as being part of a single fabric piece; however, alternative constructions of more than one piece are conceived. The single fabric piece may have some rigidity in order to protect a device placed inside. The rigidity may be provided by EVA foam, cardboard, metal, or other materials that will be apparent to those skilled in the art in light of this disclosure. Side panels 217, 219 may have elasticity to more securely hold an item placed in the sheath 212 and also offer flexibility to hold irregular objects.

Within the sheath 212, pen holder 218 is formed as well as pocket 216. Pen holder 218 is formed of elastic matter to securely hold a pen or other cylindrical object. Closure flap 226 is shaped to allow the cylindrical object to extend beyond the surface of closure flap 226 and to allow for access to the cylindrical object without opening closure flap 226. Pocket 216 is an additional area to store items and is designed to accommodate items that tend to be flat, which may include currency, credit cards, identification cards, business cards, etc. Since pocket 216 is made from elastic material, it can accommodate various irregular-sized items and hold items securely.

Furthermore, pen holder 218 may be tapered such that the tope of pen holder 218 is wider than the base. This allows pen holder 218 to accommodate cylindrical objects of carrying sizes but at the same time still hold the objects tightly. The wider top opening allows large objects to enter and they will be held at the point which pen holder 218 becomes sufficiently narrow.

Closure flap 226 and front panel 215 closure devices 237 and 237′ are oriented on their faces such that, when the sheath 248 is formed, closure devices 237 and 237′ oppose each other. In FIG. 14, closure devices 237 and 237′ are Velcro™ material.

Rotator 130 is attached to pocket piece 210. Rotator 130 may be joined to pocket piece 210 using rivets 150, 151 through holes 135, 136 (FIGS. 17-18). These rivets are covered by fabric pieces 222, 224. Clip 120 is attached to rotator 130. Additional disclosure concerning the operation and construction of clip 120 and rotator 130 may be found below.

Strap 233 and pocket piece 210 combination may be utilized for holding items in a variety of configurations. Due to the orientation of the strap 233, gravity provides a significant part of the force holding the headset or other item in place. The force of gravity on an item being held may be the primary force on the item being held by the closure flap 226, back support 221, strap 233 combination. The physical barrier of closure flap 226 and back panel 221 provides the primary opposing force to the gravitational force on the item being held as opposed to solely the tension of the strap 233. Therefore, the tension of the strap does not have to be as high as in FIGS. 1 and 2 to resist the force of gravity on an item being held.

The strap 233 pocket piece 210 combination allows for items to be held in a variety of configurations. Items may be inserted deep within the pocket formed by pocket piece 210 and back support 221. Items may be held high on the closure flap 226 by strap 233. This allows easy access to such items.

Pull tab 240 is attached to strap 233 and enables strap 233 to be pulled easily as shown in FIG. 16. Pull tab 240 allows for quick release of the tension on an item held by strap 233. Pull tab 240 allows for strap 233 to be configured in a fashion such that strap 233 remains taut when not in use, but also allows for easy access. Without pull tab 240, a user might have difficulty releasing the tension of strap 233, since it is held taught against closure flap 226. Pull tab 240 is a fabric piece that is sewn onto strap 33. Alternatively, pull tab 40 may be attached via other methods (rivets, glue, etc.) and may be made out of different materials (soft or hard plastic, soft or hard rubber, metal, etc.) as will be apparent to those skilled in the art in light of this disclosure. Furthermore, the pull tab 240 and strap 233 may be different parts of the same piece of material.

Starting from the right in FIG. 17 and the left in FIG. 18, clip 120 preferably comprises an integrally formed resilient member that bends back on itself to form a first side 121 and a second side 122 that enclose a loop area 117 through which a belt 180, pants waistband, or other clothing or support member can pass to attach the holster to a person or other object. First side 121 has a clip opening 119 and a catch 123 which nearly closes or closes loop area 117. End 124 curls back to nearly close or close opening 119. Lever tab 125 provides leverage to assist in bending clip 120 to enlarge opening 119 so the clip can more easily be attached or removed to a belt or other object. A pair of prongs 126 and a pair of rounded protrusions 129 extend from first side 121 of clip 120. Each of prongs 126 includes a head 127 and a stem 128. Rotator 130 comprises a body member 133, which is preferably a circular plate, and attachment arms 131 and 132. Holes 135 and 136 pass through arms 131 and 132, respectively. Body 133 has an opening 139 for receiving prongs 126. Snap tabs 137 are formed in opening 139. When prongs 126 are pushed through opening 139, tabs 137 snap behind the head 127 of prongs 126 into the groove formed by the fact that a partial cylinder formed by stems 128 has a smaller radius than the partial cylinder formed by the heads 127. Circular plate 133 has dimples 138 formed in it. Preferably, dimples 138 are equally spaced about the circle of the plate; and in the embodiment shown, there are eight dimples. Protrusions 129 on clip back 122 fit into dimples 138 in order to form a detent system.

The detent system formed by the protrusions 129 on clip 120 and the dimples on rotator 130 allow the carrying case 200 to be held in any of eight different positions. Thus, when the clip 120, for example, is held in place, the holster can be rotated to any one of eight positions and will remain there. This allows for upright mounting on either a vertical, horizontal, or angled belt or connection point.

A method of using the carrying case 200 includes utilizing the sheath 212 to hold an object. This object may be a hand held electronic device, such as a cell phone or PDA. The user lifts flap 226 releasing the hold of closure devices 237, 237′. The user then places the object in sheath 212. Due to the elasticity of side panels 217, 219, the sheath may flex to accommodate an irregular object. The user may have to apply force to the object that he is inserting in order to flex the side panels 217, 219. The use may hold the object in sheath 212 by closing flap 226 and connecting closure devices 237, 237′. The user may attach carrying case 212 to a belt, strap, or other item using clip 120.

Hand held electronic devices commonly have headsets associated with them and further aspects of methods of using the carrying case 200 relate to methods of using the carrying case 200 to carry such devices. In one method, the user grasps and pulls pull tab 240. This action pulls strap 233 away from the carrying case creating a gap 250 as shown in FIG. 16. The user inserts an object into gap 250. The user releases pull tab 240 which causes strap 233, which is elastic in nature, to retract as shown in FIG. 11. The object inserted by the user is between strap 233 and back panel 221 and flap 226. The tension of strap 233 holds the object in place.

Since the object inserted into gap 250 is held on the back side of carrying case 200, it is protected from being dislodged by the physical barrier provided by flap 226. Furthermore, since carrying case 200 may be attached to the belt of the user using clip 226, the body of the user may provide an additional physical barrier to protect the object inserted into gap 250 from being dislodged.

Additionally, a method of storing an object in the carrying case may include grasping and pulling pull tab 240 to create gap 250 (FIG. 16). The user inserts an object into the pocket 210 formed by pocket piece 210 and back panel 221. The object is also placed under strap 233 in gap 250. The user releases pull tab 240 which causes strap 233, which is elastic, to retract as shown in FIG. 11. The inserted object is within the pocket formed by pocket piece 210 and user strap 233 providing two parts to hold the object in place. This method may be applicable to a variety of objects, including objects such as credit cards, identification cards, and currency. The type of objects that may be stored according to this method may be dependent on the size and elasticity of pocket piece 210 and the pocket it forms. Pull tab 240 and strap 233 allow for the rapid insertion of an object without the need to for the user to buckle, tie, snap, zipper, Velcro, or otherwise manipulate at device to hold an object in place. The user only need pull tab 240, insert an object, and release pull tab 240. Thus, the strap 233 also functions to assist in securely holding an object in pocket 255.

Clip 120 and rotator 130 combination may be used to position carrying case 200 in a number of angles relative to the item that clip 120 is attached to. One method of attaching carrying case 200 includes rotating clip 120 on rotator 130 into a locked position where protrusions 129 align with 2 dents 138. A position where carrying case 200 is substantially vertical is selected by the user. Alternatively, the user may desire carrying case 200 to rest at an angle to the vertical to allow for easy access to the carrying case 200. When carrying case 200 is mounted on the belt of a user, such that it is positioned on the side of a user, a slight forward angle may allow for easy access to the sheath 212.

The strap 233 and pull tab 240 may be in many different forms and sizes. For example, in one embodiment strap 233 is 0.1 to 5 cm wide. In a preferred embodiment strap 233 is 0.5 to 2 cm wide. In a most preferred embodiment, strap 233 is approximately 1 cm wide. Carrying case 200 may also be in many different sizes and forms. In one embodiment, carrying case 200 may be adapted to carry a handheld device and therefore may be 1-5 cm deep, 5-20 cm tall, and 5-15 cm wide. In one embodiment, sheath 12, 212 may be replaced by an enclosed pocket. The strap 233 and pocket 255 combination may be implemented on a variety of pockets, sheaths, or other items and is not intended to be limited to use with sheath 12, 212. For example, the strap 233 and pocket 255 combination may be implemented on an article of clothing or larger or smaller devices for holding items. Furthermore, the strap 233 and pocket 255 combination may be implemented on a shoulder strap of a bag, backpack, or article of clothing. Additionally, the strap 233 and pocket 255 may be implemented in a vehicle. Possible implementation points in a vehicle are on a dashboard, visor, consol or other panel of the vehicle. In one embodiment of the present invention a fabric piece with strap 233, pocket piece 210, pocket 255, and an attachment system is provided for attaching to a dashboard, visor, or other surface (the attachment system may include Velcro pads with adhesive or a clip as described herein, or other attachment device). Using this embodiment, a headset may be quickly stowed while operating a vehicle, with minimum amount of fumbling and effort. In these aforementioned cases and other embodiments described above, pocket 255 may be omitted, and strap 233 may solely be utilized for holding items.

Although the foregoing description is directed to the preferred embodiments of the invention, it is noted that other variations and modifications will be apparent to those skilled in the art, and preferably may be made without departing from the spirit or scope of the invention. Moreover, features described in connection with one embodiment of the invention preferably may be used in conjunction with other embodiments, even if not explicitly stated above. Additional features may be added also without departing from the scope of the invention.

Claims

1. A carrying case comprising:

(a) a case body comprising a back panel, a front panel and opposing flexible side panels positioned between said back panel and said back, front, and side panels defining a flexible sheath of a size suitable for holding a hand held device, said sheath having an open top suitable for receiving said hand held device;

(b) a flap, configured to cover said open top of said sheath; and

(c) an elastic strap attached to the outer surface of one of said back panel and said flap, said elastic strap having a width that is less than the width of said back panel and flap, wherein said elastic strap is attached to one of said back panel and said flap at a first attachment point on said elastic strap.

2. A carrying case as in claim 1 wherein said elastic strap is attached to said back panel at a second attachment point.

3. A carrying case as in claim 2 wherein said second attachment point attaches to the back panel low on the back panel.

4. A carrying case as in claim 2, further comprising:

(d) a pocket piece attached to the back panel creating a pocket oriented on the outside of said sheath such that said flap does not cover said pocket.

5. A carrying case as in claim 4 wherein said elastic strap extends into said pocket.

6. A carrying case as in claim 1, further comprising:

(e) a pull tab attached to said elastic strap and oriented such that the pull tab extends away from the surface of the first pocket and flap.

7. A carrying case as in claim 1 wherein said back panel and said flap are, at least in part, sections of a single piece of material.

8. A carrying case as in claim 1 wherein said front panel, back panel, and flap are formed by folding a single piece of material into three sections.

9. A carrying case as in claim 1, further comprising:

(f) a pen holder, having an opening for receiving a cylindrical object, located on the inside of said sheath.

10. A carrying case as in claim 9 wherein said pen holder has a pen holder bottom and a pen holder top and is tapered, such that said pen holder bottom is narrower than said pen holder top.

11. A carrying case as in claim 9 wherein said pen holder is oriented such that said opening is parallel to said open top of said sheath.

12. A carrying case as in claim 9 wherein said flap is shaped such that said flap does not cover said opening of said pen holder, so that a cylindrical object may be inserted into said pen holder without opening said flap.

13. A carrying case as in claim 1, further comprising:

(g) a clip, attached to said sheath.

14. A carrying case as in claim 13, further comprising:

(h) a rotator, oriented between said clip and said sheath, wherein said rotator enables said clip to rotate, and said clip and rotator form a clip-rotator combination.

15. A carrying case as in claim 14 wherein said clip-rotator combination has a plurality of set points at which said clip-rotator combination is set, allowing said clip to be oriented and held at a plurality of angles.

16. A carrying case as in claim 14 wherein said rotator has a plurality of dimples.

17. A carrying case as in claim 16 wherein said clip has a plurality of protrusions, wherein said plurality of protrusions fit into said plurality of dimples, allowing said clip to be oriented and held at a plurality of angles.

18. A carrying case as in claim 2 wherein when said elastic strap is pulled a gap is created.

19. A carrying case as in claim 18 wherein said gap is located on said back panel portion of said case body, such that when an item is placed in said gap it is secured on said carrying case in a position that protects said item from being dislodged.

20. A carrying case apparatus comprising:

a case body;

an elastic strap having a first end and a second end, said first end attached to said case body at a first attachment location, and said second end attached to said case body at a second attachment location, said case body and said strap forming a headset sleeve;

said first and second attachment locations of said strap ends being spaced apart on said case body a distance such that said headset sleeve is capable of receiving a headset when said elastic is stretched, and said elastic holds said headset to said case body when said elastic is released; and

a pull tab adapted to be grasped by the fingers of a human hand, said pull tab secured to said elastic straps.

21. A carrying case as in claim 20 wherein said case body includes a sheath for receiving an electronic audio producing or receiving system, and said elastic strap is attached to said sheath.

22. A method of carrying an item, the method comprising:

(a) pulling an elastic strap away from a back panel to create a gap, wherein said back panel forms a rear portion of a carrying case, wherein said rear portion of said carrying case faces towards a user's body, and wherein said gap is positioned on the rear portion of said carrying carry, such that an object inserted into said gap is protected by said carrying case and said user's body;

b) placing said object into said gap between said elastic strap and said back panel;

(c) releasing said elastic strap, wherein when released, said elastic strap holds said headset against said back panel.

23. A method as in claim 22 wherein said carrying case and said user's body protects said object from being dislodged.

24. A method as in claim 22, further comprising:

(d) inserting said object into a pocket connected to said back panel into which said elastic strap extends.

25. A method as in claim 22 wherein said object is approximately the shape of an identification card.

26. A method as in claim 22 wherein said carrying case includes a sheath for holding a hand held device.

27. A method as in claim 26 wherein said sheath includes a flap for covering the top of said sheath, wherein said elastic strap is on the outside of said sheath, and wherein said object is insertable without opening said flap.

28. A method as in claim 22, further comprising

(e) placing said carrying case on a belt worn by said user, wherein said carrying case is attached to said belt using a clip.

29. A method of carrying an item, the method comprising:

(a) pulling a flexible strap away from the surface of a carrying case, wherein said flexible strap extends into a pocket;

(b) inserting an object into said pocket; and

(c) releasing said strap to hold said object in said pocket.