초록 ▼

A handheld computing device (10) having voice input and voice output includes a handheld unit (20) having a processor (11) and a display (18) communicating with the processor (11), a communication device (30) including means for voice input (43) and means for voice output (42), a mechanism ( 39, 41)

A handheld computing device (10) having voice input and voice output includes a handheld unit (20) having a processor (11) and a display (18) communicating with the processor (11), a communication device (30) including means for voice input (43) and means for voice output (42), a mechanism ( 39, 41) for docking the communication device (30) with the handheld unit (20) forming a docked unit, the docked unit dimensioned to be held in one hand while being used for voice input and voice output, and at least one connection (23, 36) for carrying voice-representative signals between the handheld unit (20) and the device (30). Device (10) allows telephone-style, voice-driven, user-interface communications both when device (30) is docked with handheld unit (20), and when device (30) is detached from handheld unit (20). Communication device (30) is made lightweight so that it can be held for an extended amount of time during lengthy phone-style conversations, and may be equipped with a formed support such as a flexible loop (26) to let the user wear device (30) on one of user's ears for hands-free use. Device ( 10) can also be equipped with an image scanner to serve as a digital camera or videophone.

대표청구항 ▼

The invention claimed is: 1. A portable device, comprising: a portable unit including a processor and a display communicating with the processor, the portable unit having a wireless voice-driven interface; a handset including voice input and voice output; a mechanism for docking the handset with th

The invention claimed is: 1. A portable device, comprising: a portable unit including a processor and a display communicating with the processor, the portable unit having a wireless voice-driven interface; a handset including voice input and voice output; a mechanism for docking the handset with the portable unit forming a docked unit, the docked unit dimensioned to be portable while being used for voice input and voice output; a wireless connection for carrying voice-representative signals between the wireless voice-driven interface of the portable unit and the handset; a first rechargeable power source being within the portable unit; and a second rechargeable power source being within the handset, and wherein the second rechargeable power source is recharged by the first rechargeable power source when the handset is docked with the portable unit. 2. The portable device of claim 1, wherein the portable unit further comprises: charger jack for use in connecting with an associated external recharging power supply, the charger jack being operatively communicated with the first rechargeable power source; and, wherein the second rechargeable power source is recharged only when the handset is docked with the portable unit. 3. The portable device of claim 1, wherein said connection for carrying voice representative signals is one of an optical link and a radio frequency link. 4. The portable device of claim 1. wherein said handset includes a formed support for carrying said handset by a user's ear, enabling hands-free headset operation. 5. The portable device of claim 4, wherein said formed-support is a flexible loop configured for partially surrounding a user's ear. 6. The portable device of claim 1, further including means for communicating with a remote location, which means is at least one of means for wireless communication and means for wired communication. 7. The portable device of claim 1, further comprising: an image scanner. 8. The device as set forth in claim 7, wherein said portable unit further includes a rotatable joint for adjustably carrying said image scanner and scanning in a plurality of directions relative to said portable unit. 9. A portable communication device, comprising: a portable unit having a front face and first and second ends, the portable unit including a processor and a display operatively communicated with the processor, wherein the display is incorporated onto the front face of the portable unit, the portable unit including a wireless communication circuit for use in communicating with a remote location; a headset, including a microphone for receiving voice input signals, the microphone being positioned proximate to the front face of the portable unit at a first location, and a speaker for generating voice output signals, the speaker being positioned proximate to the front face of the portable unit at a second location, wherein the microphone and the speaker are connected to form an integrated headset; at least one connection for carrying voice representative signals between the portable unit and the headset; and, wherein the headset is selectively detachable from the portable unit. 10. The portable communication device of claim 9, wherein the microphone is positioned relative to the front face such that when a user positions the front face of the portable unit adjacent the head, the microphone will detect the user's speaking, and wherein the speaker is positioned relative to the front face such that when a user positions the front face of the portable unit adjacent the head, any sound emitted from the speaker will be detectable by the user's ear. 11. The portable communication device of claim 9, wherein the at least one connection for carrying voice representative signals between the portable unit and the headset is at least one wireless connection for carrying voice representative signals between the portable unit and the headset. 12. The portable communication device of claim 11, wherein the at least one wireless connection for carrying voice representative signals between the portable unit and the headset is one of an optical link and a radio frequency link. 13. The portable communication device of claim 9, further comprising: a mechanism for selectively docking the headset with the portable unit adjacent the back face of the portable unit. 14. The portable communication device of claim 9, wherein the headset further comprises a power source included in the headset for use in communicating voice representative signals between the portable unit and the headset. 15. The portable communication device of claim 9, wherein the headset comprises a formed-support for carrying the headset by a user's ear in hands-free operation. 16. The portable comnmnication device of claim 9, wherein the wherein the connection between the microphone and the speaker is a connecting arm which is pivotally connected to the speaker. 17. The portable communication device of claim 9, wherein aid means for wireless communications is at least one of a telecommunication system, a cellular communication system and a satellite communication system. 18. A wireless phone handset for portable and hands-free operation, comprising, a portable unit having a communication system for communicating with remote locations, and a selectively detachable headset having a microphone for voice input and a speaker for voice output; a mechanism for selectively docking said headset with said portable unit forming a docked unit, said docked unit dimensioned to be portable while being used for voice input and voice output; and, at least one wireless connection for carrying voice-representative signals between said portable unit and said headset, both when said headset is docked with said portable unit and when said headset is separate from said portable unit. 19. A handset as set forth in claim 18, wherein said headset includes a rechargeable headset power-source, said portable unit further including a system to recharge said headset power-source at least when said headset is docked with said portable unit. 20. A handset as set forth in claim 19, wherein said connection for carrying voice-representative signals is one of an optical link and a radio frequency link.