PROTECTIVE CASE WITH MULTI-MODE ROTATABLE MAGNETIC POSITIONING AND CLOSURE SYSTEM
A protective case for a mobile or handheld device is disclosed. The case includes front and rear cover components that are configured to rotate relative to one another so that the case is capable of being configured by the user into have multi-mode use configurations. The case includes a rotatable magnetic clasp that rotates to magnetically secure the case in desired configuration. The magnetic clasp includes a rotatable magnet component attached to one end region of the case and a fixedly positioned and oriented magnet secured to another opposing end region of the case. The rotation of the magnet allows the user to re-orient the polarity of the magnetic component to facilitate mechanical and magnetic retention of the desired configuration.
1 . A protective case comprising:
a back cover;
a front cover;
a fixed magnetic snap component mounted on the back cover at a first position; and
a rotatable magnetic snap assembly mounted on the front cover at a second position, wherein the rotatable magnetic snap assembly comprises a housing and a rotating magnet rotatably secured within the housing, and wherein the rotating magnetic snap assembly and the fixed magnetic snap are configured to be magnetically coupled together to secure the case in position in both an open configuration mode and a closed configuration mode.
2 . The protective case of claim 1 further comprising a second fixed magnetic snap mounted on a back surface of the back cover.
3 . The protective case of claim 1 , wherein when the case is in the closed configuration mode, the front cover is rotated over a front facing surface of the back cover, and wherein when the case is in the open configuration mode, the front cover is rotated over a back facing surface of the back cover.
4 . The protective case of claim 3 , wherein when magnetically securing the cover in the closed configuration mode, the magnet is rotated 180 degrees relative to the position when magnetically securing the cover in the open configuration mode.
5 . The protective case of claim 1 , wherein the fixed magnetic snap includes a protrusion that is dimensioned to mate with an alignment cavity contained within an oppositely polarized surface of the rotatable magnet.
6 . A protective case comprising:
a back cover;
a front cover;
a fixed magnetic snap component mounted on the back cover at a first position; and
a rotatable magnetic snap assembly mounted on the front cover at a second position, wherein the rotating magnetic snap assembly includes a magnetic component that is rotatably secured within an aperture of a housing that is mounted at an opposing end region of the case relative to position of the fixed magnetic snap.
7 . The protective case of claim 6 , wherein the rotating magnetic snap assembly includes a protrusion extending from the magnetic component that is dimensioned to catch the aperture of the housing to retain the magnetic component in a selected orientation.
8 . The protective case of claim 6 , wherein when the case is in a closed configuration mode, the front cover is rotated over a front facing surface of the back cover, and wherein when the case is in an open configuration mode, the front cover is rotated over a back facing surface of the back cover.
9 . The protective case of claim 6 , wherein the rotatable magnetic snap assembly comprises an upper ring, a lower ring, a frame, and the magnetic component, wherein the frame is sandwiched between the upper and lower rings to form the housing.
10 . The protective case of claim 9 , wherein the magnetic component is positioned within a retention support that includes two protrusions extending in opposing direction from the retention support, wherein the two protrusions are rotatably held within slots formed within the housing.
11 . The protective case of claim 9 , wherein the frame has a plurality of apertures sized to receive a plurality of protrusions extending from the lower ring.
12 . The protective case of claim 11 , wherein the plurality of protrusions of the lower ring serve as energy directors when the upper and lower rings are ultrasonically welded.
13 . A protective case comprising:
a back cover;
a front cover;
a fixed magnetic snap component mounted on the back cover at a first position; and
a rotatable magnetic snap assembly mounted on the front cover at a second position, wherein the rotatable magnetic snap assembly comprises an upper ring, a lower ring, a frame, and a rotating magnet, wherein the frame is sandwiched between the upper and lower rings to form a housing, and wherein the rotating magnet is rotatably secured within the housing, and wherein the rotating magnetic snap assembly and the fixed magnetic snap are configured to be magnetically coupled together to secure the case in an open configuration mode and a closed configuration mode.
14 . The protective case of claim 13 , further comprising a second fixed magnetic snap mounted on the back surface of the back cover of the case.
15 . The protective case of claim 13 , wherein the rotating magnetic snap assembly includes a protrusion extending from the magnetic component that is dimensioned to catch the aperture of the housing to retain the magnetic component in a selected orientation.
16 . The protective case of claim 13 , wherein the rotating magnet is positioned within a retention support that includes two protrusions extending in opposing direction from the retention support, wherein the two protrusions are rotatably held within slots formed within the housing.
17 . The protective case of claim 13 , wherein when the case is in the closed configuration mode, the front cover is rotated over a front facing surface of the back cover, and wherein when the case is in the open configuration mode, the front cover is rotated over a back facing surface of the back cover.
18 . The protective case of claim 17 , wherein when magnetically securing the cover in the closed configuration mode, the magnet is rotated 180 degrees relative to the position when magnetically securing the cover in the open configuration mode.
19 . The protective case of claim 13 , wherein the frame has a plurality of apertures sized to receive a plurality of protrusions extending from the lower ring.
20 . The protective case of claim 19 , wherein the plurality of protrusions of the lower ring serve as energy directors when the top and lower rings are ultrasonically welded.