Abstract: An electronic device includes a touch position receiving unit which receives from a touch panel, touch position information indicating each of touch positions of a first object and at least one of second objects with respect to the touch panel for each object, the second object being different from the first object, a change type setting unit which calculates a movement direction of each of the first object and the second object based on the touch position information, and determines a change type of a display of the touch panel based on the movement direction, and a change amount setting unit which recognizes the number of the second objects based on the touch position information, and determines a change amount of the display based on the number.

Abstract: An electronic device includes a touch position receiving unit which receives from a touch panel, touch position information indicating each of touch positions of a first object and at least one of second objects with respect to the touch panel for each object, the second object being different from the first object, a change type setting unit which calculates a movement direction of each of the first object and the second object based on the touch position information, and determines a change type of a display of the touch panel based on the movement direction, and a change amount setting unit which recognizes the number of the second objects based on the touch position information, and determines a change amount of the display based on the number.

Abstract: A communication terminal generates a notification at the completion of data reception according to the amount of data received or a time period for receiving data. A communication system has a communication terminal and a content data server storing data. On request from the communication terminal, the content data server retrieves the data, converts the data such that a predetermined code is included in the data when an amount of the data is larger than a predetermined amount, and transmits the data including the predetermined code to the communication terminal. The communication terminal receives the data including the predetermined code, detects the predetermined code, and generates a notification at the completion of data reception when the predetermined code is detected. In another communication system having a communication terminal and a content data server, the content server transmits data on request from the communication terminal.

Abstract: An object of the present invention is to provide a mobile terminal apparatus and a display method which can grasp a state of operation of the apparatus easily. A mobile terminal apparatus comprising a state checking means for checking a state of a function of the mobile terminal apparatus and a listing and displaying means for displaying a check result which is obtained by said state checking means on an image displaying unit and a display method comprising checking a state of a function of the mobile terminal apparatus and displaying a check result obtained by the checking on an image displaying unit can realize the object.

Abstract: A communication terminal generates a notification at the completion of data reception according to the amount of data received or a time period for receiving data. A communication system has a communication terminal and a content data server storing data. On request from the communication terminal, the content data server retrieves the data, converts the data such that a predetermined code is included in the data when an amount of the data is larger than a predetermined amount, and transmits the data including the predetermined code to the communication terminal. The communication terminal receives the data including the predetermined code, detects the predetermined code, and generates a notification at the completion of data reception when the predetermined code is detected. In another communication system having a communication terminal and a content data server, the content server transmits data on request from the communication terminal.

Abstract: A communication terminal generates a notification at the completion of data reception according to the amount of data received or a time period for receiving data. A communication system has a communication terminal and a content data server storing data. On request from the communication terminal, the content data server retrieves the data, converts the data such that a predetermined code is included in the data when an amount of the data is larger than a predetermined amount, and transmits the data including the predetermined code to the communication terminal. The communication terminal receives the data including the predetermined code, detects the predetermined code, and generates a notification at the completion of data reception when the predetermined code is detected. In another communication system having a communication terminal and a content data server, the content server transmits data on request from the communication terminal.

Abstract: A portable communication terminal has two chassis and one of the two chassis includes a receiver for outputting voice and a speaker for informing of an incoming call. The terminal includes a detection section for detecting whether the two chassis are overlapped or not and a control section for controlling an operation of the portable communication terminal. A ringtone volume control unit of the control section controls the volume level of the ringtone according to a detection result of the detection section. The terminal can include an operation detection unit for detecting an operation of the receiver and a device detection unit for detecting whether or not the portable communication terminal is connected to another device.

Abstract: A communication terminal device including a light-emitting unit for lighting at least either a display unit or an input unit, a reception unit for receiving contents data described in a predetermined information description language based on operation information, a code detection unit for detecting a predetermined code indicative of the end of contents data received by the reception unit, and a light-emission control unit for stopping light-emission by the light-emitting unit upon start of the reception of the contents data by the reception unit and starting light-emission by the light-emitting unit upon detection of the predetermined code by the code detection unit.

Abstract: A portable communication terminal has two chassis and one of the two chassis includes a receiver for outputting voice and a speaker for informing of an incoming call. The terminal includes a detection section for detecting whether the two chassis are overlapped or not and a control section for controlling an operation of the portable communication terminal. A ringtone volume control unit of the control section controls the volume level of the ringtone according to a detection result of the detection section. The terminal can include an operation detection unit for detecting an operation of the receiver and a device detection unit for detecting whether or not the portable communication terminal is connected to another device.

Abstract: A communication terminal generates a notification at the completion of data reception according to the amount of data received or a time period for receiving data. A communication system has a communication terminal and a content data server storing data. On request from the communication terminal, the content data server retrieves the data, converts the data such that a predetermined code is included in the data when an amount of the data is larger than a predetermined amount, and transmits the data including the predetermined code to the communication terminal. The communication terminal receives the data including the predetermined code, detects the predetermined code, and generates a notification at the completion of data reception when the predetermined code is detected. In another communication system having a communication terminal and a content data server, the content server transmits data on request from the communication terminal.

Abstract: A business card managing system that is available even to users whose portable terminals have little memory capacity, wherein when business cards are electrically exchanged between two persons, and thereafter, the data of either person is updated, the update is easily reflected on the business card. A business card managing server comprises a first database for managing all registered personal information and a second database composed of areas assigned to respective users. A portable terminal sends, via a network, a business card ID received through an external interface means to the business card managing server to register the business card ID in the second database. When receiving the business card ID from the portable terminal, the business card managing server sends personal information about a user, the personal information being managed in the first database and corresponding to the business card ID, back to the portable terminal via the network.

Abstract: A radio paging receiver including a data memory (1) for memorizing message data and error indication data to overwrite the message data, a control unit (2) for overwriting the message data with the error indication data when the message data contains an error and transmitting for message display the message data overwritten with the error indication data, a display unit (5) for displaying the message data (including the error indication data in presence of the error), a code programmer (4) for setting a program for entering the error indication data in correspondence to code identification in response to an indication request, and an error identification memory (3) for rewritably memorizing the error indication data in correspondence to the code identification.

Abstract: Upon receipt of an incoming signal containing information regarding a caller's telephone number, whether a telephone number matching with the received telephone number is registered in the memory part 17 is determined. A baseband part 12 converts the caller's name which corresponds to the registered telephone number into voice information if the telephone number is among the registered numbers but converts the received telephone number into voice information if the telephone number is not among the registered numbers, the voice information is reported by an earphone/microphone 13, and the call is taken. If the telephone number information is not contained in the incoming signal, this fact is reported in a similar manner. Further, this informing operation is omitted and the call is taken directly if the earphone microswitch 22 is depressed.

Abstract: A radio selective pager capable of preventing an erroneous synchronization with received signals of different transmission rates to avoid an erroneous switch operation from a power saving mode to a continuous receiving mode, improving power saving efficiency and prolonging life of an internal battery. A bit synchronizer synchronizes bits of demodulation data output from a receiver with an internal reference clock. A preamble detector detects a preamble of demodulation data output from the bit synchronizer, and a frame signal detector detects a frame synchronizing signal. When an address number of the demodulation data is coincident with an individual address number stored in an address comparator, a controller controls an indicator to indicate a selective paging to a user.

Abstract: In a wireless selective call receiver, a display section displays a screen display data inputted thereto. A screen display data storage section stores a plurality of screen display data which are to be displayed in a reception wait state. The control section inputs a new screen display data from an external device and writes the other screen display data in the screen display data storage section. The control section outputs one of the plurality of screen display data which is selected in accordance with a current time and display start times, to the display section.

Abstract: In a radio selective calling receiver, a receiving unit extracts a digital signal from a radio signal received through an antenna. A frame synchronization signal detector frame-synchronizes the digital signal output from the receiving unit and outputs a state signal representing a frame synchronization state as one of a pull-in state and a pull-out state. A timer resets a timer value to start a timer operation when the state signal from the synchronization signal detector represents a change from the pull-in state to the pull-out state, and stops the timer operation to output a timer value when the state signal from the synchronization signal detector represents a change from the pull-out state to the pull-in state. A first memory sequentially stores a plurality of timer values from the timer. A second memory stores a reference value calculated on the basis of an average value of the timer values stored in the first memory.

Abstract: A radio selective calling receiver which can improve the precision of a timepiece up to the clock precision of a reception signal from a base station is provided. A bit synchronization section establishes bit synchronization of a digital signal from a reception section to output a reproduction clock. A frequency divider for a timepiece function frequency-divides a reference clock with insufficient precision, which is supplied from a reference clock generation section, by a fixed value while the digital signal is in a frame step-out state. While the digital signal is in a frame synchronized state, the frequency divider variably frequency-divides the reference clock by using a phase correction signal for correcting an internal phase advance/delay, which is output from the bit synchronization section, thereby correcting a gain/loss in time displayed on a display section.

Abstract: A radio section demodulates a received signal. A bit pattern detector detects a predetermined bit pattern from the demodulated signal. A bit rate detector detects a period of a transition of one of leading and trailing edges and decides whether or not the period is within a predetermined range. A controller controls power supply to the radio section in response to both of the result at the detection of the bit rate and the bit pattern.

Abstract: In the event that a radio pager falls into frame async while receiving information, an appropriate code search mode is desirably selected. Firstly, a controller of the pager checks to see if a bit sync indicating signal obtained from a bit synchronizer demonstrates bit sync. If the bit sync indicating signal indicates bit synchronization, the controller selects an operation mode for searching for synchronization code (SC). On the other hand, if the bit sync indicating signal indicates bit async, the controller selects a preamble code search mode. Accordingly, in the case where the pager becomes out of synchronism and immediately thereafter restores same during information acquisition, the pager is able to successfully obtain subsequent information by means of very simplified arrangement.

Abstract: In a radio paging receiver having individual and common paging numbers and including a memory (20) which comprises a first part (20a) for memorizing individual messages, such as a directory number to be dialled by a user of the receiver, received by the use of the individual paging number and a second part (20b) for memorizing common messages, such as an exchange rate, received by the use of the common paging number, a first selecting section (41, 43) produces a first selection signal and a second selecting section (42, 43), a second selection signal. When supplied with the first selection signal, an accessing section (25, 26) reads the individual messages for supply to an LCD driver (22). The second selection signal is used in likewise accessing the second part. Accordingly, it is possible to read the individual and the common messages out of the first and the second memory parts as desired by using the first and the second selecting sections.