Abstract: This invention provides a novel repositioning of the audio output on a personal wireless communication device (30) to greatly reduce the radiation impinging on a user's head and brain. Inverting cover (240) reduces radiation levels experienced by a user's brain by moving the audio output from the location of speaker (39) to earpiece (236). Sound from speaker (39) is routed through connecting air channels (243), (246), (238), and finally to earpiece (236) for listening. Repositioning of the audio output may also be done actively, by using electronically driving a speaker in earpiece (236). Keypad (36), display (34), and microphone (38) are positioned above audio output earpiece (236) so that when the assembly (communication device (30) and inverting cover (240)) is inverted, the user can talk normally, with earpiece (236) placed in the user's ear and microphone (38) located near the user's mouth.

Abstract: This invention provides a novel geometry for the placement of components on a personal wireless communication device (150) to greatly reduce the radiation impinging on a user's head and brain. Radiation intensity experienced by a user's brain is reduced by placing transmitting antenna (152) on the bottom of communication device (150) and having the housing of communication device (150) form an obtuse angle so that the bottom portion of the housing angles away from the user's face. Speaker outlet earpiece (158) is placed near the top of upper housing (160) to keep the user's ear, head, and brain away from antenna (152) which is placed on the bottom of lower housing (164). Control keypad (165), display (163), and microphone (166) are placed below earpiece (158) as space allows on communication device (150).

Abstract: This invention provides a novel organization of the components on a personal wireless communication device (150) to greatly reduce the radiation impinging on a user's head and brain. Radiation levels experienced by a user's brain are reduced by placing transmitting antenna (152) on the bottom of communication device (150) and having the housing of communication device (150) form an obtuse angle so that the bottom portion of the housing angles away from the user's face. Speaker outlet earpiece (158) is placed near the top of upper housing (160) to keep the user's ear, head, and brain away from antenna (152) which is placed on the bottom of lower housing (164). Control keypad (165), display (163), and microphone (166) are placed below earpiece (158) as space allows on communication device (150).

Abstract: This invention provides a novel repositioning of the audio output on a personal wireless communication device (30) to greatly reduce the radiation impinging on a user's head and brain. Inverting cover (240) reduces radiation levels experienced by a user's brain by moving the audio output from the location of speaker (39) to earpiece (236). Sound from speaker (39) is routed through connecting air channels (243), (246), (238), and finally to carpiece (236) for listening. Repositioning of the audio output may also be done actively, by using electronically driving a speaker in earpiece (236). Keypad (36), display (34), and microphone (38) are positioned above audio output earpiece (236) so that when the assembly (communication device (30) and inverting cover (240)) is inverted, the user can talk normally, with earpiece (236) placed in the user's ear and microphone (38) located near the user's mouth.