Abstract:
PURPOSE:To alter the delay amount in an analog way by providing a mobile electrode and thus to eliminate, for example, the ghost of a television picture receiver.
Abstract:
PURPOSE:To enable the recording with high density even with color video signal, by eliminating the cross talk of carrier signal thru the shift in constant phase by every 1H for the phase of frequency converting signal.
Abstract:
PURPOSE:To obtain a photoelectric conversion element which features a uniform spectral property by prescribing the overall optical thickness d1 to n1 X d1 >= 10mum between a transparent insulation layer of refraction index n1 to be coated at the light reception part and the transparent substance of a refraction index identical or close to n1.
Abstract:
PURPOSE:To provide optional phase shift value by changing the current flowing through the diode which operates as a resistor by changing its voltage of DC power supply.
Abstract:
PROBLEM TO BE SOLVED: To provide an electric machine element which can reduce a gap length between a lower electrode and an upper electrode of a movable element thereof. SOLUTION: The electric machine element is composed of the movable element 25 having the lower electrode 23 and the upper electrode via a space 24 therebetween, and either one or both of the lower electrode 23 and the upper electrode 25 are formed of a laminated structure. COPYRIGHT: (C)2008,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To manufacture a hollow structure element having high durability by preventing the first and secondary stictions. SOLUTION: A structure 2 is provided through a sacrifice layer imbedded in a recessed portion 10a provided on a base plate 10, and a hollow structure element 1 structures a hollow space S in the recessed portion 10a by etching the sacrifice layer. On an inner surface of the recessed portion 10a, a thin film 11 made from material capable of forming a predetermined product by reacting with etchant etching the sacrifice layer is provided. The manufacturing method forms the thin film 11 made from the material capable of forming the predetermined product by reacting with the etchant etching the sacrifice layer on the inner surface of the recessed portion 10a, after forming the recessed portion 10a on the base plate 10, and imbeds the sacrifice layer through the thin film 11. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To reduce the size and weight of a part containing a manual rotation driving mechanism and to prevent a generator noise interference by causing an electronic device constituent part to operate by power supply from a power storing capacitor to be charged by the supply of DC power, or from a power unit containing a secondary battery. SOLUTION: When the rotor of a three-phase AC generator 11 begins to rotate, and the values of three-phase AC voltages Ea, Eb and Ec led out to output terminals 11A, 11B and 11C are a specified value or less, and the value of a rectified output voltage VR between the output positive terminal 450P and the output negative terminal 450N of a three-phase rectifying smoothing unit 45 is a specified value or less, a DC voltage connecting unit 60 is brought into a nonoperating state by an operation control unit 50. And power supply to a secondary battery 63 or electric double layer capacitor 62 forming a load is blocked. Consequently, three-phase AC currents Ia, Ib and Ic flowing in the output terminals 11A, 11B and 11C become extremely small, and a torque required for rotating a three-phase AC generator 11 becomes small.
Abstract:
PROBLEM TO BE SOLVED: To effectively reduce the torque required to rotate the rotor of a generator, when the generated power of an AC generator involving a rotor rotated by a manual rotating driving mechanism is converted into direct current and supplied to a load through a DC voltage converter. SOLUTION: This power supply system is provided with a three-phase AC generator 11 having a stator and a rotor, a manual rotational drive part 12 and an accelerating part 13, for making the three-phase AC generator 11 conduct generating operation by rotatingly-driving the rotor of the three-phase AC generator 11, a three-phase commutation smoothing part 45 for obtaining a DC voltage based on the output voltage of the three-phase AC generator 11, a DC voltage converter 60 which forms a converted DC voltage having a value smaller than the DC voltage obtained from the three-phase commutation smoothing part 45 and supplies the converted DC voltage and DC current accompanied by it to a secondary cell 48 or a power storage capacitor 49, and an operation control part 50 for keeping the DC voltage converter 60 in an inoperative condition, when the output voltage of the three-phase AC generator 11 is a prescribed value or lower.