Abstract:
There is described a method, a system and a terminal for occupying a key and a display field, which is associated with the key, of a first end device of a first subscriber. An address identifies the second end device of a second subscriber, following user input of the first subscriber. The detected address is assigned to the key as a target address for setting up a future connection. Associated subscriber information is determined for the detected address, and the determined subscriber information is assigned to the display field.
Abstract:
There is described a method, a terminal device, and a communication system for programming a button of a communication terminal device whereby a user input on the communication terminal device activates an application on a data processing device associated with the communication terminal device. The activated application triggers the display of button programming information for selection for a respective button programming. The selection of one of the displayed button programming information messages on the data processing device triggers the assignment of the associated button programming to the button on the communication terminal device.
Abstract:
A method, a system and a terminal for occupying a key and a display field that is associated with the key of a first end device of a first subscriber. An address identifies the second end device of a second subscriber. Following user input of the first subscriber. The detected second address is assigned to the key as a target address for setting up a future connection. Associated subscriber information is determined for the detected address, and the determined subscriber information is assigned to the display field.
Abstract:
A method, a system and a terminal for occupying a key and a display field that is associated with the key of a first end device of a first subscriber. An address identifies the second end device of a second subscriber. Following user input of the first subscriber. The detected second address is assigned to the key as a target address for setting up a future connection. Associated subscriber information is determined for the detected address, and the determined subscriber information is assigned to the display field.
Abstract:
There is described a method, a terminal device, and a communication system for programming a button of a communication terminal device whereby a user input on the communication terminal device activates an application on a data processing device associated with the communication terminal device. The activated application triggers the display of button programming information for selection for a respective button programming. The selection of one of the displayed button programming information messages on the data processing device triggers the assignment of the associated button programming to the button on the communication terminal device.
Abstract:
There is described a method, a system and a terminal for occupying a key and a display field, which is associated with the key, of a first end device of a first subscriber. An address identifies the second end device of a second subscriber, following user input of the first subscriber. The detected address is assigned to the key as a target address for setting up a future connection. Associated subscriber information is determined for the detected address, and the determined subscriber information is assigned to the display field.
Abstract:
Activating a feature of a first communication terminal, includes registering first address information that specifies the first communication terminal based on an incoming transmission at the first communication terminal or at a connection controller assigned to the first communication terminal, registering second address information that specifies a sender based on the incoming transmission, checking whether the registered second address information has been assigned for the first address information, and activating the feature when the checking returns a positive result.
Abstract:
The invention relates to a method for controlling the power consumption of a telephone (10), (310). A power saving mode is automatically switched on or off for the telephone (10), (310), depending on: at least one given timespan, within which the telephone (10) is predicted not to be used or another terminal (380).
Abstract:
Method for an electronic device (IT) that is controllable in at least one operating state (OP) and one standby state (SBY), with which a main processing unit (MPU) controls the operating state (OP) and a preprocessing unit (PPU) controls the standby state (SBY), such that, by means of the preprocessing unit (PPU), the main processing unit (MPU) and, to some extent, the functional units of the electronic device (IT) that are implemented by circuitry are switched by the control into at least one state having reduced energy consumption. An advantage can be seen in the fact that, by using a preprocessing unit (PPU), in the operating state of “standby” (SBY) the total energy consumption of the electronic device (IT) is reduced, both due to the significantly reduced energy consumption of a preprocessor (PPE) in the preprocessing unit (PPU) and to the units (MPU) that have been switched by the control into a state having reduced energy consumption, and the electronic device can therefore be operated more economically. An additional advantage is that the reduction of the energy consumption is achieved exclusively by circuitry measures and that no implementations must be included in the programs of the electronic device (IT).
Abstract:
The invention relates to a method and to an arrangement for the imaging representation of information, particularly for use with communication terminals. The arrangement comprises an image output device having at least one first partial region and at least one second partial region, wherein the first partial region is designed such that the representation of the information is optimized for high-quality imaging and the second partial region is designed such that it is optimized for lower-quality imaging. According to the method, the first partial region is activated when data is present for output using high-quality imaging, while the second partial region is always actively operated.