摘要:
In an analog electrical timepiece with a motor coil, when an external operating member is in a prescribed operating condition, the operating mode of the analog electrical timepiece is set to the data receive mode. Next, the analog timepiece generates a synchronization signal which is in synchronized to an external synchronization signal that is input from outside. Then, the analog electrical timepiece, when the operating mode is the data receive mode by the detection circuit, based on a synchronization signal and a data voltage signal that is a voltage signal induced around the motor coil by a data signal input from outside, generates and outputs a receive data.
摘要:
In an analog electrical timepiece with a motor coil, when an external operating member is in a prescribed operating condition, the operating mode of the analog electrical timepiece is set to the data receive mode. Next, the analog timepiece generates a synchronization signal which is in synchronized to an external synchronization signal that is input from outside. Then, the analog electrical timepiece, when the operating mode is the data receive mode by the detection circuit, based on a synchronization signal and a data voltage signal that is a voltage signal induced around the motor coil by a data signal input from outside, generates and outputs a receive data.
摘要:
In an analog electrical timepiece with a motor coil, when an external operating member is in a prescribed operating condition, the operating mode of the analog electrical timepiece is set to the data receive mode. Next, the analog timepiece generates a synchronization signal which is in synchronized to an external synchronization signal that is input from outside. Then, the analog electrical timepiece, when the operating mode is the data receive mode by the detection circuit, based on a synchronization signal and a data voltage signal that is a voltage signal induced around the motor coil by a data signal input from outside, generates and outputs a receive data.
摘要:
When a frequency measurement unit measures the frequency of a temperature-sensing oscillation test signal and the frequency of a driving-pulse signal transmitted from an electronic apparatus via an coil electromagnetically coupled with a motor coil, a temperature-compensation data generation unit creates temperature-compensation data based on the frequency of the temperature-sensing oscillation test signal and the frequency of the driving-pulse signal. This temperature-compensation data is transmitted to an analog electronic timepiece via the coil. That is, a state of the analog electronic timepiece is measured in a non-contact manner and the temperature-compensation data obtained based on the measurement result is transmitted, whereby the analog electronic timepiece is adjusted in a state of being incorporated in an external casing.
摘要:
In an analog electronic timepiece, when a detection circuit detects an external calling signal, a data storage circuit and a data-transmission-signal pulse generating circuit are used to achieve data transmission through a motor coil and a driving circuit, both of which are conventional elements constituting the analog electronic timepiece, at timing between pulses of a driving signal for moving hands.
摘要:
An engine control apparatus includes a hydraulic pump driven by an engine, a hydraulic actuator to which pressure oil discharged form the hydraulic pump is supplied, an operation lever configured to operate the hydraulic actuators, a detection means detecting operation amounts of operation lever means, an target flow rate calculation unit (50) calculating an target flow rate of the hydraulic pump based on the operation amount of the operation lever, a first target speed calculation unit (61) calculating a first target speed of the engine according to the target flow rate, a pump output limit value calculation unit (500) limiting the maximum target speed of the engine in an relief operation according to a load pressure of the hydraulic pump, a fourth engine target speed calculation unit (63).
摘要:
An electronic timepiece with a generator function, including a generating means, a storage means that stores electrical energy produced by the generating means, a timekeeping control means that is driven by the electrical energy stored in the storage means, a time display means that is controlled by the timekeeping control means and displays time, a power generation detection means that detects the power generation state of the generating means, and a power generation display means that displays the power generation state based on a detection result signal output from the power generation detection means. The power generation detection means includes a hand and an actuator that drives the hand in both forward and reverse directions.
摘要:
An electronic timepiece with a calendar display function that drives a piezo-electric actuator to drive a rotation of a piezo-electric rotor, and stops the drive of the piezo-electric actuator when the amount of the piezo-electric rotor advances is detected by a spring switch. Photoreflectors are used for day detection accomplished using gears having a small speed reduction ratio relative to the piezo-electric rotor, and spring switches are used in month detection and year detection.
摘要:
An ink jet ink set for fabric printing contains a magenta ink containing C.I. Pigment Red 213 and a yellow ink containing a yellow pigment having L*a*b* color system chromas a* and b* such that −18≦a*≦0, and 50≦b*≦80 when printed on fabrics by an ink jet method, whereby a vivid red can be obtained in the printed portions of fabrics upon printing by an ink jet method. Each ink constituting the ink jet ink jet contains an aqueous emulsion.
摘要翻译:用于织物印刷的喷墨油墨组件含有含有C.I.的洋红色油墨。 颜料红213和含有L * a * b *颜色系统色度a *和b *的黄色颜料的黄色油墨,使得当印刷在-18 <= a * <= 0和50 <= b * <= 80时 通过喷墨法在织物的印刷部分中可以获得鲜艳的红色,通过喷墨方法印刷。 构成喷墨喷墨的每个墨水含有水性乳液。
摘要:
Provided is a method for forming inkjet images, which imparts sufficient visibility and good laundering fastness to a white inkjet image formed on fabric. The method is to form white inkjet images on fabric by inkjet recording using a white inkjet ink containing hollow polymer microparticles as a white pigment, and has the steps of performing a plurality of printings superimposingly on fabric by inkjet recording, performing preliminary heating and fixing at least one time during performing the plurality of printings superimposingly, and performing main heating and fixing after the final printing.