Abstract: A mobile electronic device and method are presented. An input operation by a user is received, functions are stored, a remaining battery capacity is measured, and a first image is displayed indicating the remaining battery capacity and full capacity. Battery blocks are set by dividing the full capacity, if an input is entered when the first image is displayed to provide a battery blocks set up. A capacity ratio is calculated based on capacity of each of the battery blocks and the full capacity, and a remaining battery block capacity of the battery blocks is calculated based on the capacity ratio. A function is allocated to the battery blocks, and second images are displayed indicating the capacity ratio and the remaining battery block capacity. The function allocated to the battery blocks for the battery block images is displayed, when the battery blocks are set.

Abstract: A mobile electronic device and method are presented. An input operation by a user is received, functions are stored, a remaining battery capacity is measured, and a first image is displayed indicating the remaining battery capacity and full capacity. Battery blocks are set by dividing the full capacity, if an input is entered when the first image is displayed to provide a battery blocks set up. A capacity ratio is calculated based on capacity of each of the battery blocks and the full capacity, and a remaining battery block capacity of the battery blocks is calculated based on the capacity ratio. A function is allocated to the battery blocks, and second images are displayed indicating the capacity ratio and the remaining battery block capacity. The function allocated to the battery blocks for the battery block images is displayed, when the battery blocks are set.

Abstract: A mobile electronic device and method are presented. An input operation by a user is received, functions are stored, a remaining battery capacity is measured, and a first image is displayed indicating the remaining battery capacity and full capacity. Battery blocks are set by dividing the full capacity, if an input is entered when the first image is displayed to provide a battery blocks set up. A capacity ratio is calculated based on capacity of each of the battery blocks and the full capacity, and a remaining battery block capacity of the battery blocks is calculated based on the capacity ratio. A function is allocated to the battery blocks, and second images are displayed indicating the capacity ratio and the remaining battery block capacity. The function allocated to the battery blocks for the battery block images is displayed, when the battery blocks are set.

Abstract: Address information stored as a transmission destination is effectively used. A mobile phone includes a position detection portion (S02) for obtaining current positional information, an EEPROM for storing address data in which positional information indicating a position and address information indicating a transmission destination are associated with each other, an extraction portion (S03) for extracting address information stored in association with the positional information located within a prescribed range from the current positional information detected by the position detection portion, and a message transmission portion (S08) for transmitting a fixed message to the transmission destination indicated by at least one address information extracted by the extraction portion.

Abstract: A mobile electronic device and method are presented. An input operation by a user is received, functions are stored, a remaining battery capacity is measured, and a first image is displayed indicating the remaining battery capacity and full capacity. Battery blocks are set by dividing the full capacity, if an input is entered when the first image is displayed to provide a battery blocks set up. A capacity ratio is calculated based on capacity of each of the battery blocks and the full capacity, and a remaining battery block capacity of the battery blocks is calculated based on the capacity ratio. A function is allocated to the battery blocks, and second images are displayed indicating the capacity ratio and the remaining battery block capacity. The function allocated to the battery blocks for the battery block images is displayed, when the battery blocks are set.

Abstract: In order to make it possible to set up an alarm method which is rich in variation, a mobile phone is configured so that a plurality of alarm times are related to the same group, the group to which a plurality of alarm times are related is set to activation or cancellation, and when there comes any one of a plurality of alarm times which are related to the group being set to activation, an alarm is raised. Since setting to raise an alarm at a plurality of alarm times, or cancellation of the setting can be made, an alarm method rich in variation can be configured.

Abstract: Address information stored as a transmission destination is effectively used. A mobile phone includes a position detection portion (S02) for obtaining current positional information, an EEPROM for storing address data in which positional information indicating a position and address information indicating a transmission destination are associated with each other, an extraction portion (S03) for extracting address information stored in association with the positional information located within a prescribed range from the current positional information detected by the position detection portion, and a message transmission portion (S08) for transmitting a fixed message to the transmission destination indicated by at least one address information extracted by the extraction portion.

Abstract: In order to make it possible to set up an alarm method which is rich in variation, a mobile phone is configured so that a plurality of alarm times are related to the same group, the group to which a plurality of alarm times are related is set to activation or cancellation, and when there comes any one of a plurality of alarm times which are related to the group being set to activation, an alarm is raised. Since setting to raise an alarm at a plurality of alarm times, or cancellation of the setting can be made, an alarm method rich in variation can be configured.