Abstract:
Disclosed is a chronograph timepiece in which it is possible to prevent the battery reliability service life time from being exceeded even when the period of time that the chronograph function is used is short, making it possible to prevent failure generation in the chronograph timepiece due to liquid leakage. A 24-hour counter down-counts a period of time that has elapsed starting from 24 hours, and a chronograph counter down-counts the period of time that chronograph measurement operation is performed from a predetermined time; when the count values of the 24-hour counter and the chronograph counter become equal to each other, a processing unit consumes a battery for the residual period of time of the two counters by a battery power consuming unit.
Abstract:
A timing device includes a time display section and a drive unit. The time display section has a dial with a measurement indicator from a zero time position to a maximum measurable time position, and pointers capable of rotating above the dial in a fan-shaped trajectory. The drive unit drives the pointers above the dial from the zero time position to the maximum measurable time position, and stops the pointers above an extra display section in a position past the maximum measurable time after the maximum measurable time has passed.
Abstract:
A Programmable Analog Display Timer System (PAT) can include an analog indication of time according to one or more programmable time bases. In certain embodiments, the PAT can be programmed to operate one or more analog indicators at independent time bases. During operation, each of the analog indicators can advance at a rate determined by the programmed time base. Upon viewing the analog display, an observer may quickly ascertain proportional, relative, and remaining time information from the position or angle of each indicator.
Abstract:
An electronic timepiece has a minute hand, hour hand, chronograph second hand, chronograph minute hand and chronograph hour hand. A first gear train is provided for transmitting the output of a motor to a second wheel of the chronograph second hand. A second gear train is provided for transmitting the rotation of the chronograph second wheel to a minute wheel of the chronograph minute hand, and a third gear train is separately provided from the first gear train and provided for transmitting the rotation of the chronograph second wheel to an hour wheel of the chronograph hour hand.
Abstract:
A driving or operating arrangement for an electro-mechanical chronometer, including an analog display having at least one indicator element, preferably for a microchronometer and/or microswitch, wherein the indicator element is driven at a rotational speed which is dependent upon the display position. An electro-mechanical transducer forming a drive element is actuated with at least one of the two pulse frequencies, through the intermediary of a switching device controlled in dependence upon the indicator positions, dependent upon the position of the analog display.
Abstract:
An apparatus for practicing timing includes a pointer to be rotated at a constant tempo in one direction and to be watched by the exerciser and an indicating member to be registered with the pointer at a predetermined position to be thereafter rotated in registry with the pointer. Upon reaching a predetermined position the indicating member is moved in a direction opposite to the direction of movement of the pointer at a higher speed than the pointer and returns to the previously registered position. The exerciser prepares for the timing practice by the movement of the pointer and swings his club in unison with the movement of the indicating member for timing practice. To assure more effective timing practice, auditory practice means is also disclosed in combination with visual practice means. The apparatus further includes means for providing profile of an actual swing form and means for minute adjustment of the swing tempo. Thus, swing form can be corrected along with practicing timing for swinging the golf club.
Abstract:
A timing device that includes an anode layer, a cathode layer and an electrolyte attached to a base layer. The anode layer and the cathode layer are placed adjacent to one another along an axis of the timing device. Upon activation of the timing device the anode layer is depleted away from the cathode layer until the timing device is fully expired. Once the timing device is expired, a change is seen indicating that the timing device has expired. In some embodiments, a color change indicates that the timing device has expired. In some embodiments, as the timing device expires electronically readable information is uncovered.
Abstract:
A method of measuring an activity of a person/object on a flexible mat of a trampoline, comprising: determining a mat deformation signal based at least on measurements from a sensor arrangement comprising at least one sensor and defining a coordinate space for the mat; the or each sensor being configured to measure a value corresponding to a deformation of the mat as the person/object moves on the mat; wherein, the value measured by die or each sensor corresponds to a proximity of the person/object to the sensor; determining a bounce coordinate in the coordinate spate based at least on the mat deformation signal; and determining a bounce location of the person/object on the mat based at least on the bounce coordinate in the coordinate space. Also provided is a trampoline configured to indicate an activity of a person/object on the mat and an interactive apparatus that includes the trampoline.