Abstract: Event direction detection method that distinguishes an external event from an internal event and detects a direction of an event, includes the steps of: acting as intermediary of input/output of the external event and transferring external event input to an external event output; acting as intermediary of input/output of the internal event and transferring internal event input to an internal event output; transferring the outputs to finite state machine of a block; receiving and editing external event input terminal, via which the external event is input, and external event output terminal via which the external event is output; receiving and editing the first acting and transferring step; receiving and editing internal event input terminal, via which the internal event is input, and internal event output terminal via which the internal event is output; and receiving and editing the second acting and transferring step.

Abstract: A method of checking sheets as to forgery thereof, the sheet being provided with an electronic circuit chip from or in which information can be read out or written and having visible information. The method includes a step of encrypting the visible information of the sheet and storing the encrypted visible information in the electronic circuit chip, and a step of determining discriminatively the authenticity of the sheet by comparing the visible information of the sheet with the information stored in the electronic circuit chip.

Abstract: A method of checking sheets as to forgery thereof, the sheet being provided with an electronic circuit chip from which information can be read cut or written and having visible information. The method includes a step of encrypting the visible information of the sheet and storing the encrypted visible information in the electronic circuit chip, and a step of determining discriminatively the authenticity of the sheet by comparing the visible information of the sheet with the information stored in the electronic circuit chip.

Abstract: In a method of mounting a planar electronic circuit chip onto a flexible sheet together with another planar electronic element, the electronic circuit part and the another electric element are selected so that the planar surface of the another electric element is greater than the planar surface of the electronic circuit chip, and the another electric element and the electronic circuit chip are mounted on the sheet so that the planar surface of the another electric element and the planar surface of the electronic circuit chip are in parallel with the sheet surface, and the planer surface of the electronic circuit chip is accommodated within the planar surface of the another electric element as viewed in a direction perpendicular to the sheet surface.

Abstract: In a method of mounting a planar electronic circuit chip onto a flexible sheet together with another planar electronic element, the electronic circuit part and the another electric element are selected so that the planar surface of the another electric element is greater than the planar surface of the electronic circuit chip, and the another electric element and the electronic circuit chip are mounted on the sheet so that the planar surface of the another electric element and the planar surface of the electronic circuit chip are in parallel with the sheet surface, and the planer surface of the electronic circuit chip is accommodated within the planar surface of the another electric element as viewed in a direction perpendicular to the sheet surface.

Abstract: A method of checking sheets as to forgery thereof, the sheet being provided with an electronic circuit chip from or in which information can be read out or written and having visible information.

Abstract: An evaluating service system includes a random number generator for generating a random number for use in a simulation for predicting an operating rate of a facility, an operating rate simulation unit for predicting an operating rate, a device utilization effect calculation unit for calculating a device utilization effect from a predicted operating rate, a device utilization effect/income conversion unit for converting the device utilization effect to an income, an introduction/operation expense calculation unit for calculating costs generated by the introduction and operation of the device, a profit calculation unit for calculating a profit generated by the introduced device from the income and expense, a predicted profit storage unit for storing the result of at least two or more profit predictions, and a predicted profit display unit for displaying the result of an evaluation on a screen or printing the result for presentation.

Abstract: A method of checking sheets as to forgery thereof, the sheet being provided with an electronic circuit chip from which information can be read out or written and having visible information. The method includes a step of encrypting the visible information of the sheet and storing the encrypted visible information in the electronic circuit chip, and a step of determining discriminatively the authenticity of the sheet by comparing the visible information of the sheet with the information stored in the electronic circuit chip.

Abstract: A computer is used to perform the calculations for obtaining a capital composition corresponding to a predetermined default probability based on a probability distribution of a return on investment, a weighted average cost of capital based on the capital composition, a borrowing cost, and an equity cost, and a market efficiency value added from the weighted average cost of capital and a net operating profit after tax. The market efficiency value added obtained through these calculations is then displayed appropriately so as to provide support in decision-making.

Abstract: A method and apparatus for generating a control rule for controlling a control object which is controlled in accordance with operational information and a method and apparatus of fuzzy control which is based on the control rule generation method are designed to acquire measured information provided by measuring means equipped in the control object for measuring a state of the control object, acquire operational information of the operation which has been implemented for the control object at the time of acquisition of the measured information, and generate a control rule of operational information for measured information on the basis of the acquired measured information and operational information.

Abstract: A flat fluorescent lamp comprises a flat glass container formed by a front glass panel, a rear glass panel and glass frames, a phosphor coating formed along the inner surface of the front glass panel, an anode disposed in the vicinity of the phosphor coating, a plurality of linear cathodes arranged in parallel to the anode and supported by support members, and at least one mesh electrode disposed between the anode and the cathodes The intensity of light of the lamp is adjusted by applying a pulse voltage to the mesh electrode.

Abstract: Throttle predictive controller in an engine tester includes an operation pattern generator (5); an operational processing unit (4) consisting of a throttle predictive angle calculation part (1), a throttle angle-corresponding to acceleration calculation part (2) and an adder (3); a dynamometer controller (6); a throttle amplifier (9); a throttle actuator (10); a dynamometer (11); and a tachometer (12). The operation pattern generator inputs a set revolution speed signal (n) to the throttle predictive angle calculation part, the throttle angle-corresponding to acceleration calculation part and the throttle amplifier, and inputs a set torque signal (T) to the throttle predictive angle calculation part and the dynamometer controller.

Abstract: An apparatus for controlling output shaft torque of an engine in an engine tester by correction inertia of the dynamometer, comprising an operation pattern generator, a dynamometer processing unit, a dynamometer controller, and a dynamometer. The torque signal fed back to the dynamometer controller is not from the shaft torque meter but is of the dynamometer torque, and is not affected by the torsional vibration, and is controlled with good stability. Further, no time lag caused by the inertia of the dynaomometer develops in controlling the torque of the output shaft. Therefore, the torque of the output shaft can be controlled with high response and accuracy.