Universal wrist-forearm docking station for mobile electronic devices

Abstract

The present invention discloses a universal wrist-forearm docking station and carrier for mobile electronic device(s). An embodiment of the universal wrist-forearm docking station and carrier for a mobile electronic device comprises a base component attachable to a wrist-forearm with a degree of freedom of placement rotatably and longitudinally along the wrist-forearm axis, a flat flexible male-female component rotatably coupled to the base, and a flexible female-male mate component with two sides, one side permanently affixed to a slightly curved or flat back surface of the mobile device, serving as the female-male mate to the male-female rotatable component, such that a mobile device is removably coupled to the docking station which is adjustably coupled to the wrist-forearm, providing mobile device adjustability for placement of the mobile device rotatably about a base perpendicular as well as rotatably and longitudinally about the forearm axis for device function preferred position.

1 . A universal wrist-forearm docking station and carrier for a mobile electronic device comprising:
 a base component attachable to a wrist-forearm with a degree of freedom of placement rotatably and longitudinally along the wrist-forearm axis,   a flat flexible male-female component rotatably coupled to the base,   a flexible female-male mate component with two sides, one side permanently affixed to a slightly curved or flat back surface of the mobile device, serving as the female-male mate to the male-female rotatable component,   
     whereby a mobile device is removably coupled to the docking station which is adjustably coupled to the wrist-forearm, providing mobile device adjustability for placement of the mobile device rotatably about a base perpendicular as well as rotatably and longitudinally about the forearm axis for device function preferred position. 
   
   
       2 . The universal wrist-forearm docking station and carrier in  claim 1  further comprising a rotatable component coupled to the base by a ball and socket mechanism. 
   
   
       3 . The wrist-forearm docking station and carrier in  claim 1  further comprising the rotator to device coupling through a rotatable component male-female coupling pair selected from a group of male-female coupling pairs consisting of Velcro hook and loop, snaps, flexible clips, adhesive, straps, screws and adhesives and ball-and-socket. 
   
   
       4 . The universal wrist-forearm docking station and carrier in  claim 1  further comprising a base component at least partially of flexible fiber materials comprising anti-microbial, sweat wicking and combinations. 
   
   
       5 . The universal wrist-forearm docking station and carrier in  claim 1  further comprising a substantially rectangular shaped base from flexible material attached to straps wrapping around the wrist and through a cinch loop for tightening and adjusting the base position along the wrist-forearm axis. 
   
   
       6 . The universal wrist-forearm docking station and carrier in  claim 1  further comprising a bracelet base of flexible material and attachable for placement adjustably along longitudinal wrist-forearm axis position. 
   
   
       7 . The universal wrist-forearm docking station and carrier in  claim 1  further comprising a base component slide with a slider or extender slidably coupled to the base slide with the rotatable mating element coupled to the distal slider end, whereby the mobile device, temporarily attached to the rotatable element mate, is supported at the station adjustably and can be rotated perpendicular or askew to the forearm axis and also extended out to the hand via the slider element along and about the wrist-forearm axis for the use commensurate with device function. 
   
   
       8 . The wrist-forearm docking station and carrier in  claim 7  further comprising slider made of material selected from a group consisting of plastic, composite, rubber, elastomeric, semi-flexible synthetics and thin metal alloy. 
   
   
       9 . The wrist-forearm docking station and carrier in  claim 7  further comprising the rotator component with ball and socket coupling to the slider distal end. 
   
   
       10 . The wrist-forearm docking station and carrier in  claim 1  further comprising separate and secondary external electronic battery storage electrically coupled to the electronic device through electric power circuits transferring stored secondary battery power to the device battery storage. 
   
   
       11 . The wrist-forearm docking station and carrier in  claim 1  further comprising a coupling of an energy regenerating device for capturing and converting mechanical motion to electrical power and transferring the power to the mobile device electrical power circuits powering the device. 
   
   
       12 . The wrist-forearm docking station and carrier in  claim 1  further comprising photo voltaic cells and electronic circuits to harness photovoltaic energy into electrical energy storage for device use. 
   
   
       13 . The wrist-forearm docking station and carrier in  claim 1  further comprising a spring element for the slider quick release and retraction. 
   
   
       14 . The universal wrist-forearm docking station and carrier in  claim 1  further comprising an anti-glare or anti sunlight display washout visor.