Abstract: The present invention discloses a system and method for providing interactive voice response (IVR) applications executable on individual communication devices. Unlike current IVR applications that run from centralized voice servers, the present invention describes a system in which communication units initiate communication with a multimedia server over a data network such as the Internet and download extensible copies of voice response applications. The communication device then runs the voice response applications, thus, locally administering the voice messages and accepting the voice or data input from a user. The multimedia server may preferably divide the application software into executable segments to accommodate communication devices with limited memory resources, such as mobile phones and hand-held computers. The system and method may implement different level of complexity by breaking application functionality into modules and the sub-modules.

Abstract: The present invention discloses a system and method for providing interactive voice response (IVR) applications executable on individual communication devices. Unlike current IVR applications that run from centralized voice servers, the present invention describes a system in which communication units initiate communication with a multimedia server over a data network such as the Internet and download extensible copies of voice response applications. The communication device then runs the voice response applications, thus, locally administering the voice messages and accepting the voice or data input from a user. The multimedia server may preferably divide the application software into executable segments to accommodate communication devices with limited memory resources, such as mobile phones and hand-held computers. The system and method may implement different level of complexity by breaking application functionality into modules and the sub-modules.

Abstract: The inventive system and method provide an integrated information and communication network to any number of associated communication terminals. The invention includes at least one home system or server containing a plurality of applications for performing communication and information services. The home system allows the associated communication terminals to connect and access the applications to receive any of the variety of information and communication services directly from the home system. Communication information in the form of communication signals, data, or any combination of the two may be sent between the communication terminals and the home system. Such information may be provided by the user, by the home system, or may be obtained or processed by any of the available applications.

Abstract: In implementing an interactive voice response mechanism, a communication device establishes a communication connection with an application server. Application logic on the communication device, which may pre-exist on the device or be downloaded from the application server, defines at least one voice response application. The communication device includes a processor that operates to execute the application logic and locally administer the voice response application. Therefore, the voice response application is executed on the communication device instead of in a centralized interactive voice response unit (IVR).

Abstract: The inventive system and method provide an integrated information and communication network to any number of associated communication terminals. The invention includes at least one home system or server containing a plurality of applications for performing communication and information services. The home system allows the associated communication terminals to connect and access the applications to receive any of the variety of information and communication services directly from the home system. Communication information in the form of communication signals, data, or any combination of the two may be sent between the communication terminals and the home system. Such information may be provided by the user, by the home system, or may be obtained or processed by any of the available applications.

Abstract: A calcar trial includes a stem having a proximal end and a distal end, and a body. The body is engaged with the stem near the proximal end of the stem and is slidable with respect to the stem. A locking mechanism inhibits movement of the body with respect to the stem when desired. A collar extends radially outward from the stem to surround a portion of the body. The body and stem are configured so that the diameter of the calcar trial at a point between the collar and the distal end of the stem increases as the body is moved toward the distal end of the stem and decreases as the body is moved away from the distal end of the stem. Additionally, the proximal end of the stem can include opposed notches that are egagable by a forked tool.