Abstract: A setting unit sets, if any measurement result of peripheral electrodes exceeds a threshold value, an accumulation number of each mutual-capacitance of intersection points, so that the accumulation number of an intersection point closer to a position of a conductor object is larger, and the accumulation number of an intersection point farther from the position of the conductor object is smaller. A setting unit sets, if all of the measurement results do not exceed the threshold value, the accumulation numbers of intersection points to be the same value.

Abstract: Provided is a touch detection device, including: a determining unit configured to determine a region of a conductive object based on measurement of a self-capacitance of each of a plurality of electrodes arranged to intersect with each other; and a detecting unit configured to detect the conductive object based on measurement of a mutual capacitance of, among the plurality of electrodes, an electrode corresponding to the region of the conductive object determined by the determining unit, without measuring a mutual capacitance of an electrode outside of the region of the conductive object determined by the determining unit.

Abstract: A setting unit sets, if any measurement result of peripheral electrodes exceeds a threshold value, an accumulation number of each mutual-capacitance of intersection points, so that the accumulation number of an intersection point closer to a position of a conductor object is larger, and the accumulation number of an intersection point farther from the position of the conductor object is smaller. A setting unit sets, if all of the measurement results do not exceed the threshold value, the accumulation numbers of intersection points to be the same value.

Abstract: Provided is a touch detection device, including: a determining unit configured to determine a region of a conductive object based on measurement of a self-capacitance of each of a plurality of electrodes arranged to intersect with each other; and a detecting unit configured to detect the conductive object based on measurement of a mutual capacitance of, among the plurality of electrodes, an electrode corresponding to the region of the conductive object determined by the determining unit, without measuring a mutual capacitance of an electrode outside of the region of the conductive object determined by the determining unit.

Abstract: A charging apparatus capable of charging a battery device includes a communication terminal configured to receive a signal for controlling charging of the battery device from the battery device, a detection unit configured to detect a voltage level of an input signal which is input in the charging apparatus via the communication terminal, a signal switching unit configured to connect between the communication terminal and the detection unit and change the voltage level of the input signal, and a charging control unit configured to control charging of the battery device based on the voltage level of the input signal changed by controlling the signal switching unit.

Abstract: A charging apparatus capable of charging a battery device includes a communication terminal configured to receive a signal for controlling charging of the battery device from the battery device, a detection unit configured to detect a voltage level of an input signal which is input in the charging apparatus via the communication terminal, a signal switching unit configured to connect between the communication terminal and the detection unit and change the voltage level of the input signal, and a charging control unit configured to control charging of the battery device based on the voltage level of the input signal changed by controlling the signal switching unit.

Abstract: An electronic device which is capable of performing high-accuracy remaining battery capacity management. The electronic device has a plurality of battery pack compartments assigned specific addresses, respectively. A remaining capacity-detecting unit detects the remaining battery capacity of a battery pack mounted in a battery pack compartment. A control microcomputer receives information indicative of a remaining battery capacity sent from a battery pack accommodated in one of the battery pack compartments and address information on the battery pack compartment, and sends correction information concerning the remaining battery capacity to the battery pack.

Abstract: An electronic device which is capable of performing high-accuracy remaining battery capacity management. The electronic device has a plurality of battery pack compartments assigned specific addresses, respectively. A remaining capacity-detecting unit detects the remaining battery capacity of a battery pack mounted in a battery pack compartment. A control microcomputer receives information indicative of a remaining battery capacity sent from a battery pack accommodated in one of the battery pack compartments and address information on the battery pack compartment, and sends correction information concerning the remaining battery capacity to the battery pack.