Abstract: An organism information measuring device has a reception unit that receives organism information generated cyclically. A detection unit detects and transmits the organism information to the reception unit by electromagnetic induction. A notification unit provides notification of receipt of the organism information by the reception unit while generating electromagnetic noise. A control circuit controls the reception unit to stop a reception operation for a predetermined period less than a cycle in which the organism information is generated and controls the notification unit to provide notification of receipt by the reception unit of the organism information transmitted by the detection unit while the reception operation of the reception unit is stopped. In this manner, interference between electromagnetic noise generated by the notification unit and an electromagnetic induction signal transmitted by the detection unit is prevented.

Abstract: An electronic timepiece has a computer for controlling operation of the electronic timepiece. The computer stores in a storage medium data inputted by a user using functions of the electronic timepiece. A display time of the data is switched by the computer in accordance with an amount of the data stored in the storage medium. The computer then displays the data on a screen of the electronic timepiece by successively switching display of the data in accordance with the switched display time.

Abstract: To let the user easily recognize the results of comparison of paces. A chronograph control unit calculates a pace of running that is just completed by dividing the moving time measured by a chronograph measuring unit, by a preset distance stored in advance in a storage unit. A pace comparator/calculation unit reads the pace data recorded in the running of the previous time from the storage unit, compares it with the pace recorded this time to calculate a difference therebetween, displays the difference on a display unit, and notifies a relationship between the pace recorded this time and the pace recorded in the previous time by using a sounding unit or a light-emitting unit.

Abstract: To prevent a generation of an interference between a data reception operation and a notification operation in an organism information measuring device of an electromagnetic induction system. When a detected signal that a heart beat detecting part has transmitted is received by a reception section by electromagnetic induction, a control section stops a reception operation of the reception section for a time of 80% of an average heart beat time and, during this interval, a notification of the heart beat is performed by a sound notifying section while synchronizing with each heart beat. By this, the interference between the reception operation and the notification operation is prevented, and a noise is masked.

Abstract: A measurement device for measuring and displaying a physical quantity such as a heartbeat, an atmospheric pressure or temperature, or the like, includes a clock for counting time, a physical quantity measuring device for measuring the physical quantity to be displayed, a processor for determining a plurality of values based on the measured physical quantity and the counted time, a first display for simultaneously displaying the plurality of values and a second display for magnifying at least one of the values and displaying the magnified value.

Abstract: Measurement device for measuring and displaying a physical quantity such as a heartbeat, an atmospheric pressure or temperature, or the like, includes a clock for counting time, a physical quantity measuring device for measuring the physical quantity to be displayed, a processor for determining a plurality of values based on the measured physical quantity and the counted time, a first display for simultaneously displaying the plurality of values and a second display for magnifying at least one of the values and displaying the magnified value.

Abstract: To let the user easily recognize the results of comparison of paces. A chronograph control unit calculates a pace of running that is just completed by dividing the moving time measured by a chronograph measuring unit, by a preset distance stored in advance in a storage unit. A pace comparator/calculation unit reads the pace data recorded in the running of the previous time from the storage unit, compares it with the pace recorded this time to calculate a difference therebetween, displays the difference on a display unit, and notifies a relationship between the pace recorded this time and the pace recorded in the previous time by using a sounding unit or a light-emitting unit.

Abstract: To provide an electronic timepiece improving a way of use by a user capable of displaying in a state of ensuring optical recognizability of the user even in the case of a large amount of data. A computer stores various data inputted by using various functions of an electronic timepiece by a user to a storage medium capable of being read by the computer for controlling the electronic timepiece and in accordance with an amount of stored various data, the computer switches display time of the various data and the computer displays the various data by successively switching display to the screen in accordance with the switched display time.