Abstract: The present invention provides a portable terminal which can easily start processing for data selected to be processed, a method for starting data processing, and a method for transferring data. A cell phone terminal 11 includes a sensor 22 detecting change in posture or physical movement of the present terminal. The cell phone terminal 11 includes an interface for selecting, by a user, arbitrary data from data stored beforehand in a memory 15. When the sensor 22 detects the change in posture or physical movement of the present terminal in a state that any data are selected by an interface, a predetermined operation is performed on the selected data as a target to be processed.

Abstract: The present invention provides a portable terminal which can easily start processing for data selected to be processed, a method for starting data processing, and a method for transferring data. A cell phone terminal 11 includes a sensor 22 detecting change in posture or physical movement of the present terminal. The cell phone terminal 11 includes an interface for selecting, by a user, arbitrary data from data stored beforehand in a memory 15. When the sensor 22 detects the change in posture or physical movement of the present terminal in a state that any data are selected by an interface, a predetermined operation is performed on the selected data as a target to be processed.

Abstract: The present invention provides a portable terminal which can easily start processing for data selected to be processed, a method for starting data processing, and a method for transferring data. A cell phone terminal 11 includes a sensor 22 detecting change in posture or physical movement of the present terminal. The cell phone terminal 11 includes an interface for selecting, by a user, arbitrary data from data stored beforehand in a memory 15. When the sensor 22 detects the change in posture or physical movement of the present terminal in a state that any data are selected by an interface, a predetermined operation is performed on the selected data as a target to be processed.

Abstract: The present invention provides a portable terminal which can easily start processing for data selected to be processed, a method for starting data processing, and a method for transferring data. A cell phone terminal 11 includes a sensor 22 detecting change in posture or physical movement of the present terminal. The cell phone terminal 11 includes an interface for selecting, by a user, arbitrary data from data stored beforehand in a memory 15. When the sensor 22 detects the change in posture or physical movement of the present terminal in a state that any data are selected by an interface, a predetermined operation is performed on the selected data as a target to be processed.

Abstract: A portable phone includes an antenna. A detecting circuit detects contact of the antenna with a user or decrease the electric field intensity around of the antenna, and generates a notice signal based on the detecting result. A notifying section notifies to the user, that the antenna contacts the user, in response to the notice signal.

Abstract: A mobile radio communication device for performing communication with a base station comprises an interference detection measure for detecting occurrence of interference to the downlink frequency and/or the uplink frequency, and an interference informing measure for transmitting information about the occurrence of the interference to the base station. The base station which received the information about the interference assigns the mobile radio communication device new time slots or a new communication carrier frequency. The mobile radio communication device has a transmission system and two reception systems which are composing a post-detection selective space diversity system, and each of the two reception systems is composed of a double superheterodyne system, in the same way as general conventional mobile radio communication devices.

Abstract: A mobile radio communication device for performing communication with a base station comprises an interference detection measure for detecting occurrence of interference to the downlink frequency and/or the uplink frequency, and an interference informing measure for transmitting information about the occurrence of the interference to the base station. The base station which received the information about the interference assigns the mobile radio communication device new time slots or a new communication carrier frequency. The mobile radio communication device has a transmission system and two reception systems which are composing a post-detection selective space diversity system, and each of the two reception systems is composed of a double superheterodyne system, in the same way as general conventional mobile radio communication devices.

Abstract: In a radio device, a switch 2 is disposed between a power amplifier 1 and an antenna 3, and during production of the radio device, the switch 2 is connected to a power meter 14. A battery voltage or a detection voltage corresponding to a predetermined transmission power is measured, and then stored as a comparison voltage in a memory 9. In use, the battery voltage or the detection voltage is compared with the comparison voltage, and upon detection of a low voltage, this fact is announced from a speaker 11 to a user.

Abstract: For use in combination with a data processing apparatus (50) which is provided with a card connecting portion for connecting a card-shaped device therewith, a portable telephone apparatus (20) has a card-shaped portion which can be connected to the card connecting portion instead of the card-shaped device. The data processing apparatus is for processing a datum. When the card-shaped portion is connected to the card connecting portion, the datum can be transferred between the data processing apparatus and the card-shaped portion. Therefore, the portable telephone apparatus enables the data processing apparatus to carry out communication relating to the datum.

Abstract: Electric field intensity of a signal corresponding to a plurality of receivers and received through antennas are converted into direct currents. The converted direct currents thus converted are fed to an electric field level detection circuit. The electric field level detection circuit detects the electric field level on the basis of the direct currents of respective receivers and feeds a detection signal to a control portion. The control portion compares the electric field level corresponding to the direct current value in said controller with a predetermined electric field level to make judgement that the received electric field is a strong electric field and stable. Then, a command is issued to keep one of the receivers, at which the higher electric field level is detected and to turn off other receiver.