초록 ▼

In one embodiment, an apparatus to carry a portable device comprises a brace body, an adjustment mechanism coupled to the brace body, and a locking mechanism coupled to the brace body. The adjustment mechanism is configured to adjust the apparatus for an adjusted fit and to retain the adjusted fit f

In one embodiment, an apparatus to carry a portable device comprises a brace body, an adjustment mechanism coupled to the brace body, and a locking mechanism coupled to the brace body. The adjustment mechanism is configured to adjust the apparatus for an adjusted fit and to retain the adjusted fit for the apparatus when not in use. The locking mechanism is configured to conform to a locked state to configure the apparatus for a bracing fit and to conform to an unlocked state to configure the apparatus for a relaxed fit. The bracing fit is configured to brace the apparatus at a usage position, and the relaxed fit permits positioning of the apparatus relative to the usage position.

대표청구항 ▼

1. An apparatus to carry a portable device, the apparatus comprising: a brace body;an adjustment mechanism coupled to the brace body and configured to: adjust the apparatus for an adjusted fit; andretain the adjusted fit for the apparatus;anda clamp mechanism coupled to the brace body and configured

1. An apparatus to carry a portable device, the apparatus comprising: a brace body;an adjustment mechanism coupled to the brace body and configured to: adjust the apparatus for an adjusted fit; andretain the adjusted fit for the apparatus;anda clamp mechanism coupled to the brace body and configured to: conform to a locked state to configure the apparatus for a bracing fit; andconform to an unlocked state to configure the apparatus for a relaxed fit;wherein: the bracing fit is configured to brace the apparatus at a usage position while the apparatus is in the adjusted fit;the relaxed fit permits positioning of the apparatus relative to the usage position while the apparatus is in the adjusted fit or in a non-adjusted fit;the brace body comprises: a first brace portion routed from the clamp mechanism to the adjustment mechanism;a second brace portion coupled to the first brace portion and routed from the adjustment mechanism back to the clamp mechanism; anda third brace portion coupled to the second brace portion and routed from the clamp mechanism back to the adjustment mechanism;the clamp mechanism comprises a first clamp tab; andthe first clamp tab is configured to overlap two or more of the first, second, or third brace portions of the brace body to configure the apparatus for the bracing fit when the clamp mechanism is in the locked state and regardless of whether the apparatus is in the adjusted fit or the non-adjusted fit. 2. The apparatus of claim 1, wherein: the clamp mechanism comprises: a hinge about which the first clamp tab pivots between the locked and unlocked states; andthe brace body comprises: a hinge brace portion coupled to the first brace portion and surrounding the hinge. 3. The apparatus of claim 1, wherein: when the clamp mechanism is in the locked state: the apparatus comprises an inner diameter area; andthe brace body and the first clamp tab are overlapped such that: the second brace portion comprises a first stack level;the third brace portion comprises a second stack level;the first clamp tab comprises a third stack level;the second stack level is between the first and third stack levels; andthe first stack level is furthest away from the inner diameter area. 4. The apparatus of claim 3, wherein: when the clamp mechanism is in the locked state: the brace body and the first clamp tab are overlapped such that: the first brace portion comprises a fourth stack level;the third stack level is between the second and fourth stack levels; andthe fourth stack level is closest to the inner diameter area. 5. The apparatus of claim 1, wherein: the brace body comprises: a first brace band coupled to a first region of the clamp mechanism; anda second brace band coupled to a second region of the clamp mechanism; andwhen the clamp mechanism is in the locked state, the first and second brace bands overlap at least partially. 6. The apparatus of claim 1, wherein: the adjustment mechanism comprises a glider buckle with a glider post coupled to the brace body and adjustable while the clamp mechanism is in the locked state;the glider buckle is configured to slide along at least a portion of the brace body; andthe brace body comprises a buckle brace portion coupled to the glider post and to the third brace portion. 7. The apparatus of claim 1, wherein: the clamp mechanism comprises: a hinge about which the first clamp tab pivots between the locked and unlocked states;a second clamp tab coupled to the first clamp tab via the hinge;a first clamp locking element at the first clamp tab; anda second clamp locking element at the second clamp tab;the first clamp locking element at the first clamp tab is located at a first distance from the hinge;the brace body couples to the first clamp tab at a second distance from the hinge;the second distance is greater than the first distance; andthe first and second clamp locking elements lock together and engage the clamp mechanism to the locked state after (a) the first clamp tab is rotated about the hinge towards the second clamp tab, or (b) the second clamp tab is rotated about the hinge towards the first clamp tab. 8. The apparatus of claim 7, wherein: the first clamp tab comprises a first slot at the second distance from the hinge; andthe brace body is routed through the first slot of the first clamp tab. 9. The apparatus of claim 8, wherein: the second clamp tab comprises a second slot;the second slot comprises the second clamp locking element; andthe brace body is routed through the second slot of the second clamp tab. 10. The apparatus of claim 1, wherein: the clamp mechanism further comprises a hinge and a curling to separate the hinge away from at least one of user skin or user clothing at the usage position. 11. The apparatus of claim 1, wherein: the brace body comprises a single brace band routed through the clamp mechanism and through the adjustment mechanism. 12. The apparatus of claim 1, wherein: the clamp mechanism comprises: a hinge about which the first clamp tab pivots between the locked and unlocked states;a second clamp tab coupled to the first clamp tab via the hinge;a first clamp locking element at the first clamp tab; anda second clamp locking element at the second clamp tab;the first clamp locking element comprises at least one of: a first stub;a first slot having a first slot edge;a first magnetic element;a first snap-button stud;a first snap-button socket;a first multi-hook material; ora first multi-loop material;the second clamp locking element comprises at least one of: a second slot having a second slot edge configured to couple with the first stub of the first clamp locking element;a second stub configured to couple with the first slot edge of the first slot of the first clamp locking element;a second magnetic element configured to couple with the first magnetic element of the first clamp locking element;a second snap-button stud configured to couple with the first snap-button socket of the first clamp locking element;a second snap-button socket configured to couple with the first snap-button stud of the first clamp locking element;a second multi-hook material configured to couple with the first multi-loop material of the first clamp locking element; ora second multi-loop material configured to couple with the first multi-hook material of the first clamp locking element; andthe first and second clamp locking elements lock together and engage the clamp mechanism to the locked state after the first clamp tab is rotated about the hinge towards the second clamp tab. 13. A clamp brace configured to wield a portable device, the clamp brace comprising: a brace band;an adjustment mechanism coupled to the brace band and configured to retain an adjusted fit for the clamp brace; anda clamping mechanism coupled to the brace band and comprising: a top clamp tab with a top locking element and a top clamp tab inner side;a bottom clamp tab with a bottom locking element and a bottom clamp tab inner side; anda hinge coupling together the top and bottom clamp tabs;wherein: the clamping mechanism alternates the clamp brace between a bracing fit and a relaxed fit upon pivoting of (a) the top clamp tab about the hinge relative to the bottom clamp tab, or (b) the bottom clamp tab about the hinge relative to the top clamp tab;the relaxed fit comprises the top and bottom locking elements disengaged from each other; andthe bracing fit comprises: the top clamp tab inner side and the bottom clamp tab inner side facing each other;the top and bottom locking elements coupled together; andtwo or more sections of the brace band overlapped with the top and bottom clamp tabs; andthe brace band at least partially located between the top clamp tab inner side and the bottom clamp tab inner side. 14. The clamp brace of claim 13, wherein: the hinge of the clamping mechanism hinges about a hinge axis; andthe brace band comprises a hinge brace portion routed around the hinge axis of the hinge. 15. The clamp brace of claim 13, wherein: the brace band comprises: a first brace portion routed from the bottom clamp tab to the adjustment mechanism;a second brace portion coupled to the first brace portion and routed from the adjustment mechanism to the top clamp tab; anda third brace portion coupled to the second brace portion and routed from the top clamp tab to the adjustment mechanism. 16. The clamp brace of claim 15, wherein: a fourth brace portion of the brace band extends through a first slot of the bottom clamp tab;the first brace portion extends from the fourth brace portion to a first slot of the adjustment mechanism;the second brace portion extends from a second slot of the adjustment mechanism to a first slot of the top clamp tab;the third brace portion extends from the first slot of the top clamp tab to the second slot of the adjustment mechanism;a fifth brace portion of the brace band is coupled to the third brace portion and extends through the first and second slots of the adjustment mechanism;the adjustment mechanism is configured to reposition the fifth brace portion along a length of the brace band to alter a diameter of the clamp brace; andthe first brace portion extends along an underside of the bottom clamp tab from the fourth brace portion to a second slot of the bottom clamp tab opposite the hinge. 17. The clamp brace of claim 13, wherein: the adjustment mechanism comprises a glider buckle adjustable while the clamp brace is set to the bracing fit by the clamping mechanism; andthe clamp mechanism further comprises a curling to separate the hinge away from an interface surface at the bracing fit. 18. A method for providing an apparatus to carry a portable device, the method comprising: providing a brace body;providing an adjustment mechanism coupled to the brace body and configured to: adjust the apparatus for an adjusted fit; andretain the adjusted fit for the apparatus; andproviding a clamp mechanism coupled to the brace body and configured to: conform to a locked state to configure the apparatus for a bracing fit; andconform to an unlocked state to configure the apparatus for a relaxed fit;wherein: the bracing fit is configured to brace the apparatus at a usage position;the relaxed fit permits positioning of the apparatus relative to the usage position;the brace body comprises: a first brace portion routed from the clamp mechanism to the adjustment mechanism;a second brace portion coupled to the first brace portion and routed from the adjustment mechanism back to the clamp mechanism; anda third brace portion coupled to the second brace portion and routed from the clamp mechanism back to the adjustment mechanism;the clamp mechanism comprises a first clamp tab; andwhen in the locked state, the first clamp tab is configured to overlap at least two of the first, second, or third brace portions of the brace body to configure the apparatus for the bracing fit. 19. The method of claim 18, wherein: the clamp mechanism comprises: a hinge about which the first clamp tab pivots between the locked and unlocked states;andthe brace body comprises: a hinge brace portion coupled to the first brace portion and surrounding the hinge. 20. The method of claim 18, wherein: the clamp mechanism comprises: the first clamp tab with a first locking element and a first clamp tab inner side;a second clamp tab with a second locking element and a second clamp tab inner side; anda hinge coupling together the first and second clamp tabs;wherein: the clamping mechanism alternates the apparatus between the bracing fit and the relaxed fit upon pivoting of (a) the first clamp tab about the hinge relative to the second clamp tab, or (b) the second clamp tab about the hinge relative to the first clamp tab;the relaxed fit comprises the first and second locking elements disengaged from each other; andthe bracing fit comprises: the first clamp tab inner side and the second clamp tab inner side facing each other;the first and second locking elements coupled together;two or more sections of the brace body overlapped with the first and second clamp tabs; andthe brace body at least partially located between the first clamp tab inner side and the second clamp tab inner side.