Abstract: The present invention includes embodiments of an apparatus and method for selecting a line from two or more lines on a communication device. The communication device comprises a display module, an input module, a line selection module, and a communication module for making a call over a network to a target recipient. The method comprises the steps of storing line selection information; monitoring the input module for initiation of a call to the target recipient; upon detecting the initiation of the call, selecting a line from the at least two lines in the line selection module, the selected line is dependent on said line selection information; and making the call to the target recipient on the selected line.

Abstract: A hanger bracket is used to support at least one of a guide track rail and an opener associated with the overhead sliding door installation for a building from a superstructure of the building. The hanger includes a first part having an upper wall configured to be attached to the superstructure of the building, and a pair of spaced apart side walls depending from the upper wall and defining an open bottom. A second part is adjustable relative to the first part, and has a support member joined to a support leg depending therefrom and configured to be attached to at least one of the guide track rail and the opener. The support member is slidably supported, received and retained on the first part. The side walls are formed with guiding and supporting structure configured to slidably engage the support member thereon.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A mobile communication device with various operation modes and a method of toggling the operation modes thereof is disclosed. The operational mode of the mobile communication device can be automatically changed as the result of a docking or undocking event of the mobile communication device with a docking station. During the docking or undocking of the mobile communication device with the docking station, the mobile communication device is conditionally toggled between a speakerphone operation mode and a non-speakerphone operation mode such as a handset operation mode, a headset operation mode and the like.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A method and a wireless mobile device for initiating selective dynamic group (SDG) calls in an application on a push-to-talk (PTT) capable wireless network using a concatenated sequence of PTT mobile numbers. The PTT mobile numbers are separated by PTT call identifiers in a concatenated sequence. The PTT mobile numbers are validated and a PTT SDG call sequence is generated using the plurality of validated PTT mobile numbers when a call initiator input is received. The PTT SDG call is then initiated on the wireless network to the PTT mobile numbers in the sequence.

Abstract: A system and method for, on a mobile device having a plurality of communication lines on which outgoing calls may be made, providing a user interface for selecting a calling card to be used in making an outgoing call to a desired phone number. The method includes: associating each calling card in a set of at least one calling card with a communication line; and displaying on a display of the mobile device a line selection menu containing a plurality of card/line identifiers; wherein each card/line identifier is configured to uniquely identify a corresponding associated calling card and communication line combination.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A secure network resource access system facilitates network access by network terminals to network resources located behind an enterprise firewall, and comprises a proxy server and a polling server. The proxy server is located logically outside the enterprise firewall for receiving application data from the network terminals. The polling server is located logically behind the enterprise firewall, and is configured to poll the proxy server to initiate transmission of the received application data from the proxy server to the polling server, to receive application data and associated network resource data from the proxy server in response to the poll, and to direct the application data to one of the network resources in accordance with the associated network resource data.

Abstract: A system and method for, on a mobile device having a plurality of communication lines on which outgoing calls may be made, providing a user interface for selecting a calling card to be used in making an outgoing call to a desired phone number.

Abstract: A portable electronic device that allows a user to dial a telephone number using a first dial pad configuration selected from more than one dial pad configuration stored in a memory of the portable electronic device. The device may include a touch screen display, and the first dial pad configurations can include a rotary dial configuration and a writing zone configuration. The portable electronic device may also include an accelerometer, in which case the first dial pad configuration may also include a configuration that requires a user to wave the portable electronic device in the air as if to write a digit.