Abstract:
A multi-media cradle adapted to receive a mobile phone comprises a housing and a cradle mounted to the housing for seating the mobile phone. When seated, the multi-media cradle is electrically coupled with the mobile phone via a system bus line. A display is included for viewing text and images originally intended for the mobile phone&#39;s display. Similarly, a speaker and microphone is included for reproducing audio input/output of the mobile phone. In addition, a QWERTY type keyboard is included for text and character entry. Data ports allow the multi-media cradle to be coupled with a variety of peripheral devices and removable storage media ports receive removable storage media such that data can be stored, retrieved, and exchanged between a removable storage media and the mobile phone. Also included are one or more short range RF transceivers for exchanging data from the mobile phone with an external device.

Description:
BACKGROUND 
   Mobile phones today offer an impressive variety of multi-media functions designed to enhance the user experience. These functions include e-mail access, high speed data networks, digital camera and video functionality, and music storage and playback. Thus, today&#39;s mobile phones can combine elements of telephony, personal digital assistants (PDAs), Internet access for web-browsing or e-mail, proprietary data exchanges such as short messaging service (SMS) or multi-media messaging service (MMS), instant messaging (IM), a platform for software applications, photography, and music such as MP3 players. 
   Mobile phones have a form factor designed for portability. Portability, however, limits the user experience when utilizing one or more of the aforementioned multi-media functions. For instance, audio fidelity for a mobile phone is well below that of a Hi-Fi stereo system. The mobile phone&#39;s display can not compare to that of a television (even a small one). The mobile phone&#39;s user input mechanisms suffer in comparison to standard computer data entry devices like a keyboard or a mouse. 
   Thus, while the mobile phone is technically capable of many functions, the user experience suffers in comparison to other devices. 
   What is needed is a means for providing an enhanced user experience utilizing the mobile phone&#39;s existing system bus connector when utilizing the multi-media functions included on today&#39;s mobile phones. 
   SUMMARY 
   A multi-media cradle adapted to receive a mobile phone comprises a housing and a cradle mounted to the housing for seating the mobile phone. When seated, the multi-media cradle is electrically coupled with the mobile phone via a system bus line. A display is included for viewing text and images originally intended for the mobile phone&#39;s display. Similarly, a speaker and microphone is included for reproducing audio input/output of the mobile phone. In addition, a QWERTY type keyboard is included for text and character entry. Data ports allow the multi-media cradle to be coupled with a variety of peripheral devices and removable storage media ports receive removable storage media such that data can be stored, retrieved, and exchanged between a removable storage media and the mobile phone. Also included are one or more short range RF transceivers for exchanging data from the mobile phone with an external device. 
   The multi-media cradle further includes an enhanced numeric keypad mounted to the housing for accessing the mobile phone&#39;s call control features allowing the multi-media cradle to dial numbers, send and receive calls. 
   The plurality of data ports include one or more of an Ethernet port, a USB port, an IEEE 1394 port, and a mouse port. The plurality of removable storage media ports include one or more of a Memory Stick™ port and a compact flash card port. 
   One of the short range RF transceivers is for broadcasting audio output from the mobile phone to an external device. This RF transceiver is a tunable transmitter that can broadcast audio signals over the frequency spectrum associated with FM band radio. 
   Other RF transceivers include a 802.11x Wi-Fi transceiver, and a Bluetooth™ transceiver. 

   
     BRIEF DESCRIPTION OF THE DRAWINGS 
       FIG. 1  illustrates a top view of a multi-media cradle. 
       FIG. 2  illustrates a side view of the multi-media cradle illustrated in  FIG. 1 . 
   

   DETAILED DESCRIPTION 
   The present invention describes a multi-purpose multi functional multi-media cradle  100  accessory for a mobile phone  10 . The multi-media cradle provides a housing adapted to receive and seat, in a cradle  105 , the mobile phone  10  through a system bus line that electrically couples the multi-media cradle  100  with the mobile phone  10 . Once seated and properly connected, the multi-media cradle  100  can access and manipulate virtually all aspects of the mobile phone  10  via the system bus line. 
   The multi-media cradle  100  is a powered device that can be connected to a standard electrical outlet. When plugged in, the multi-media cradle  100  provides power to all of its own internal electronics. In addition, the multi-media cradle  100  also includes the electronics necessary to convert the AC input power and charge the mobile phone when it is seated in the multi-media cradle  100 . 
   With respect to basic telephony operations, the multi-media cradle  100  includes a speaker  110  (or speakers for stereo sound) for handsfree operation of the mobile phone. A separate larger numerical keypad  115  is included on the housing to facilitate dialing and call control functions such as sending a call, ending a call, and adjusting the volume. 
   The multi-media cradle  100  also provides, on its primary exterior surface, a larger display  120  (on the order of a 7″ diagonal screen size) and a full, or proportionally slightly reduced, standard QWERTY type keyboard  125 . A mouse  130  can be connected to the multi-media cradle  100  via a port receptacle integrated into a side of the housing. The larger display  120  dramatically enhances the visibility and quality of items to be displayed such as photographs, videos, textual data like caller ID data, phonebook entries, or mobile word processing applications, or combinations of text and pictures such as web-pages. The standard keyboard  125  and mouse  130  greatly enhances the user&#39;s ability to input and manipulate data on the mobile phone  10  when compared to the dramatically smaller keys and navigation techniques built into the mobile phone  10 . 
   The side of the housing can also accommodate multiple varied computer peripheral jacks, ports, or outlets including, but not limited to, an ethernet jack  140 , a USB port  145 , an IEEE 1394 video jack  150 , a Memory Stick™ port  155 , and a compact flash port  160 . These ports allow the multi-media cradle  100  to connect and exchange data with a variety of other devices such as printers, network routers, computers, other larger displays, removable storage media, etc. 
   In addition, the multi-media cradle  100  incorporates short range RF transceivers for broadcasting signals wirelessly to other devices. The multi-media cradle  100  can, for instance, broadcast over the FM radio frequency using a low powered transmitter to send audio signals to a tunable FM band frequency. This allows the multi-media cradle  100  to “play” music over a hi-fi stereo system simply by tuning the hi-fi system to the frequency being broadcast by the multi-media cradle  100 . Thus, the mobile phone&#39;s music library can be listened to on a hi-fi stereo as opposed to the lower fidelity mobile phone speaker system. 
   Other short range RF transmission protocols that can be supported and implemented into the multi-media cradle  100  include the Bluetooth™ standard and the 802.11 Wi-Fi standards. 
   To better illustrate the functions of the multi-media cradle  100 , several use cases are presented. The following scenarios are not exhaustive of the multi-media cradle&#39;s  100  capabilities, merely illustrative. The cases include music broadcasting, photo/video viewing, file and data exchanges and synchronizations, handsfree operation, text editing including e-mail functions, and web-browsing. 
   Music Broadcasting 
   One of the trendiest and most desirable portable electronic device on the market today is the portable music player that can play music in a variety of data formats like MP3 or ATRAC among others. Such devices can and have been incorporated into mobile phones. Playback is typically accomplished via a set of headphones or via the mobile phone&#39;s relatively small speaker. Users of these devices greatly value their portability but would also like to listen to the music library in as high fidelity as possible. This can be achieved if the portable device can be coupled to a larger device for purposes of outputting the audio. 
   The multi-media cradle  100  provides a mechanism to broadcast music from the mobile phone  10  to a nearby hi-fi stereo system such as a home stereo or a portable stereo system commonly referred to as a “boom-box”. Moreover, the multi-media cradle  100  uses its larger display  120  and navigation means (keyboard  125  and mouse  130 ) to allow for easier viewing and manipulation of the music library contained in the mobile phone  10 . 
   In the vernacular of the portable music device, songs are organized into playlists. Playlists are merely sets of songs that are organized in a data file structure. The user can access and view his playlists via the mobile phone&#39;s display and navigation tools. When seated in the multi-media cradle, however, the user can view and manipulate (direct playback to a particular output source) using the larger easier to use mechanisms on the multi-media cradle  100 . 
   The user can opt to broadcast a song or entire playlist (as opposed to listening via a headset) by selecting a broadcast option. The broadcast option will query the user for a FM frequency to transmit. The user preferably selects an unused area of the radio dial in his geographic area to avoid any interference. The multi-media cradle  100  will then transmit to the selected frequency. Any FM radio close enough to pick up the low power transmission from the multi-media cradle  100  can playback the song or playlist over its own hi-fi speaker system. 
   If there is no FM radio within range, the user can opt to re-direct the broadcast to t the multi-media cradle&#39;s  100  own speaker system. This would provide greater fidelity than that of the mobile phone  10  but not as robust playback as a home stereo system. 
   Photo/Video Viewing and Manipulation 
   Digital cameras are routinely incorporated into mobile phones these days. Typically, the digital camera can take still shots and record moving video snippets depending on the memory available. The quality of the video is steadily improving. The industry believes that users enjoy the ability to pictorially record and instantly send pictures and video over a data network to other mobile phone users or e-mail recipients. The mobile phone, however, again suffers from its portable form factor when it comes to viewing and manipulating pictures and video. The chief culprit is the small display on the mobile phone. Also bothersome are the relatively small user controls to navigate and manipulate the images and video. The multi-media cradle  100  provides relief on both issues. First, when the mobile phone is seated in the multi-media cradle  100  the images can be viewed on the multi-media cradle&#39;s larger display  120  which is approximately the size of a 4×6 inch photo print. Second, the multi-media cradle&#39;s keyboard  125  and mouse  130  provide easier navigational methods to manipulate and view the images. The display  125  can be both show the image and provide access to image manipulation actions such as zoom, slide show, attach to message, etc. 
   Images and videos can be readily imported into MMS or e-mail messages. They can also be copied to removable storage media such as Memory Stick™ or compact flash cards. The removable media can then be removed and used in other compatible devices. The images and videos can also be wireless transmitted using Bluetooth™, 802.11x Wi-Fi, infrared, or the like to nearby devices such as printers, computers, other mobile phones, or televisions. 
   File and Data Exchanges and Synchronizations 
   The computing power and sophistication of today&#39;s mobile phones is remarkable and keeps improving. PDA qualities allow for “office” type features such as e-mail, contact management, appointment scheduling, file management, and even software applications such as word processing. Naturally, these functions require a substantial amount of user interaction in the form of data input and in the interaction needed to execute the functions of the applications. As stated above, the relatively small user controls to navigate and manipulate the mobile phone as well as the limited audio and video output abilities of the mobile phone detract from the user experience. The multi-media cradle  100  significantly enhances the user experience and mobile phone capabilities via the larger display  120 , keyboard  125 , mouse  130 , and various data ports  140 ,  145 ,  150 ,  155 ,  160 , and wired or wireless transmission protocols. 
   When the mobile phone  10  is seated in the multi-media cradle  100 , it has access to all of the aforementioned components of the multi-media cradle  100 . Thus, the phone can be connected to other computers via an Ethernet or Wi-Fi TCP/IP network. The network connections in combination with appropriate software allows for easier data exchanges with other compatible devices. Data files can be moved and manipulated between or among devices using traditional computer like actions and interfaces. Data such as contacts and appointments can be synchronized between devices much easier than using the mobile phone&#39;s  10  own user interface. 
   Handsfree Operation 
   The multi-media cradle  100  can also act as a speakerphone to provide handsfree operation. When the mobile phone  10  is seated in the cradle  105 , the mobile phone  10  can be operated using the enlarged numeric keypad  105  to place and receive calls. Speaker  110  can output the incoming voice while a microphone (not shown) can be used to pick-up and process outgoing voice. The multi-media cradle  100  can also be equipped with a headset jack to accommodate a wired headset. Or, multi-media cradle  100  can utilize one of its internal short range RF transceivers like Bluetooth™ to conduct a phone call via a wireless headset. 
   Text Editing Including E-Mail Functions 
   Since many mobile phones today include a plethora of PDA like functions including e-mail, the multi-media cradle  100  is designed to facilitate utilization of these features. Text editing of messages like SMS or MMS is made easier using the multi-media cradle display  120 , keyboard  125 , and mouse  130  as user input devices. These user input/output devices also make it easier to access and use any software applications running on the mobile phone  10 . 
   Web-Browsing 
   Many mobile phone&#39;s have a built-in web-browsing ability that uses a mobile data protocol to access, upload, and download data from the Internet. Similar to the above relating to tesxt editing, the multi-media cradle  100  is designed to facilitate utilization of these features by providing enhanced user interface input/output devices like the enlarged display  120 , the standard keyboard  125 , and the mouse  130 . 
   Computer program elements of the invention may be embodied in hardware and/or in software (including firmware, resident software, micro-code, etc.). The invention may take the form of a computer program product, which can be embodied by a computer-usable or computer-readable storage medium having computer-usable or computer-readable program instructions, “code” or a “computer program” embodied in the medium for use by or in connection with the instruction execution system. In the context of this document, a computer-usable or computer-readable medium may be any medium that can contain, store, communicate, propagate, or transport the program for use by or in connection with the instruction execution system, apparatus, or device. The computer-usable or computer-readable medium may be, for example but not limited to, an electronic, magnetic, optical, electromagnetic, infrared, or semiconductor system, apparatus, device, or propagation medium such as the Internet. Note that the computer-usable or computer-readable medium could even be paper or another suitable medium upon which the program is printed, as the program can be electronically captured, via, for instance, optical scanning of the paper or other medium, then compiled, interpreted, or otherwise processed in a suitable manner. The computer program product and any software and hardware described herein form the various means for carrying out the functions of the invention in the example embodiments. 
   Specific embodiments of an invention are disclosed herein. One of ordinary skill in the art will readily recognize that the invention may have other applications in other environments. In fact, many embodiments and implementations are possible. The following claims are in no way intended to limit the scope of the present invention to the specific embodiments described above. In addition, any recitation of “means for” is intended to evoke a means-plus-function reading of an element and a claim, whereas, any elements that do not specifically use the recitation “means for”, are not intended to be read as means-plus-function elements, even if the claim otherwise includes the word “means”.