Abstract: A gap control part controls a clamping device so that mating surfaces in a die face each other across a gap, and thereby a cavity and an external part of the die communicate across the gap. A molten metal feed control part controls a molten metal feed device so as to feed molten metal into a sleeve when the gap is being maintained. An injection control part controls an injection device so as to start a forward movement of a plunger at a time when the gap is maintained and there is the molten metal in the sleeve. A clamping control part controls a clamping device so as to make the mating surfaces abut against each other to eliminate the gap after the forward movement of the plunger is started and before the molten metal reaches a molten metal surface height at which the molten metal flows into the gap.

Abstract: A moving body information providing system constituted by a moving body information analysis device and wearable devices 1 mounted to soccer players for detecting the status of the soccer players, wherein the wearable devices are each provided with a storage unit, an internal timer, a position sensor, a moving body information detection sensor having a plurality of types of sensors, an initial-time setting unit, a position data calculation unit, an output control unit, a communication module, and other components, and the moving body information analysis device has a tablet provided with a moving body information transmission/reception unit, an analysis result display processing unit, and other components, and an analysis result providing device of an analysis center provided with a storage unit for fine position data, a position calculation unit, or the like.

Abstract: A wearable device includes; a near field communication module; a position sensor module that extracts Raw data used for determining positional data, from GNSS data from GNSS satellites; an internal timer that outputs system time after output timing of positional data synchronized with the Raw data; sensor modules having various kinds of sensors that detect moving body information; a storage unit that stores therein detection data from the various kinds of sensors; a unit that stores the detection data from the various kinds of sensors in the storage unit for every given time; a unit that calculates positional data on the basis of the Raw data; aid a unit that creates moving body information so that the system time and the positional data are associated with detection data stored in a memory area, and transmits the moving body information to a display device.

Abstract: A distortion compensation device includes: a first distributor configured to distribute an input signal into a first route signal and a second route signal; a distortion generation circuit configured to generate a distortion component has non-linear characteristics opposite to those of a device to be compensated in the input first route signal; a second distributor configured to receive the first route signal including the distortion component, distribute the first route signal including the distortion component into a third route signal and a fourth route signal; a first combiner configured to receive the second route signal and the third route signal, and extract and output the distortion component included in the third route signal; a frequency characteristic adjustment circuit configured to unbalance the distortion component output from the first combiner; and a second combiner configured to combine the distortion component unbalanced by the frequency characteristic adjustment circuit with the fourth rout

Abstract: A wearable device includes; a near field communication module; a position sensor module that extracts Raw data used for determining positional data, from GNSS data from GNSS satellites; an internal timer that outputs system time after output timing of positional data synchronized with the Raw data; sensor modules having various kinds of sensors that detect moving body information; a storage unit that stores therein detection data from the various kinds of sensors; a unit that stores the detection data from the various kinds of sensors in the storage unit for every given time; a unit that calculates positional data on the basis of the Raw data; aid a unit that creates moving body information so that the system time and the positional data are associated with detection data stored in a memory area, and transmits the moving body information to a display device.

Abstract: A moving body information providing system constituted by a moving body information analysis device and wearable devices 1 mounted to soccer players for detecting the status of the soccer players, wherein the wearable devices are each provided with a storage unit, an internal timer, a position sensor, a moving body information detection sensor having a plurality of types of sensors, an initial-time setting unit, a position data calculation unit, an output control unit, a communication module, and other components, and the moving body information analysis device has a tablet provided with a moving body information transmission/reception unit, an analysis result display processing unit, and other components, and an analysis result providing device of an analysis center provided with a storage unit for fine position data, a position calculation unit, or the like.

Abstract: A distributor distributes an input signal to a first transmission line and a second transmission line. A high-pass filter, a first linearizer, and a first phase shifter disposed on the first transmission line adjust the phase and amplitude of an intermodulation distortion in a low-frequency range. A low-pass filter, a second linearizer, and a second phase shifter disposed on the second transmission line adjust the phase and amplitude of an intermodulation distortion in a high-frequency range. A synthesizer synthesizes the signal from the first transmission line and the signal from the second transmission line.

Abstract: A distributor distributes an input signal to a first transmission line and a second transmission line. A high-pass filter, a first linearizer, and a first phase shifter disposed on the first transmission line adjust the phase and amplitude of an intermodulation distortion in a low-frequency range. A low-pass filter, a second linearizer, and a second phase shifter disposed on the second transmission line adjust the phase and amplitude of an intermodulation distortion in a high-frequency range. A synthesizer synthesizes the signal from the first transmission line and the signal from the second transmission line.

Abstract: A microwave amplifier including: a bias circuit that includes a line having an electrical length of one quarter the wavelength at the frequency configured to be amplified by the microwave amplifier and being connected between the output terminal of an amplifier and a bias voltage source, and a capacitor connected between a terminal where the line is connected to the bias voltage source and a ground that defines the reference potential of the microwave amplifier; and a resonant circuit that includes a resistor and a capacitor connected in series between the ground and the terminal where the line is connected to the bias voltage source.

Abstract: A microwave amplifier including: a bias circuit that includes a line having an electrical length of one quarter the wavelength at the frequency configured to be amplified by the microwave amplifier and being connected between the output terminal of an amplifier and a bias voltage source, and a capacitor connected between a terminal where the line is connected to the bias voltage source and a ground that defines the reference potential of the microwave amplifier; and a resonant circuit that includes a resistor and a capacitor connected in series between the ground and the terminal where the line is connected to the bias voltage source.

Abstract: For providing in an operating device capable to be operated as the operator intended, an operating device has a joystick and guide member. The joystick is provided with a support portion supporting an operating shaft to swivel freely in omni-directions, and sensing switches. The sensing switches detect that the operating shaft swivels and one end thereof goes into a detecting area. A boundary is provided between the detecting areas of the neighboring sensing switches. The guide member has a through hole for passing the operating shaft. An inner edge of the through hole is formed alternately with a convex portion and a concave portion.

Abstract: For providing an operating device capable to be operated as the operator intended, an operating device 1 has a joystick 5 and guide member 14. The joystick 5 is provided with a support portion supporting an operating shaft 11 to swivel freely in omni-directions, and sensing switches. The sensing switch detects that the operating shaft 11 swivels and one end thereof goes into a detecting area R. A boundary B is provided between the detecting areas of the neighboring sensing switches. The guide member 14 has a through hole 15 for passing the operating shaft 11. An inner edge 16 of the through hole 15 is formed alternately with a convex portion 17 and a concave portion 18.

Abstract: AN X-ray imaging apparatus includes an image intensifier for converting an X-ray passing through an object to be examined into an optical image, a solid-state image sensor for converting the optical image into a video signal, a monitor for displaying the video signal, and an X-ray photographing apparatus for picking up an X-ray image. When a photographing mode is selected, the solid-state image sensor receives two transfer pulses during a vertical blanking period to reduce the luminance of the video signal. Electric charges stored in electric charge storage areas in the solid-state image sensor are externally discharged in response to the first transfer pulse, and the electric charges stored after the discharge are read as the video signal in response to the second transfer pulse.

Abstract: An X-ray television apparatus includes an X-ray image intensifier and an imaging unit. The X-ray image intensifier converts an X-ray image into a visible image. The visible image is transmitted to the imaging unit by optical fiber bundles coupled with each other by a coupling mechanism. The imaging unit converts the visible image into an electrical signal of an image. Bolts are threadably engaged with a flat ring base provided to the X-ray image intensifier. By an elastic pressure of coil springs into which the bolts are inserted, a holding member provided to the coupling mechanism couples the imaging tube to the X-ray image intensifier via the optical fiber bundles. An electrostatic shielding film is formed on a surface of the holding member and prevents a pseudo signal generated by the X-ray image intensifier from entering the imaging unit, thereby reducing the noise components contained in the electrical signal of an image.

Abstract: An X-ray apparatus for diagnosis which utilizes an X-ray television device includes a video circuit for setting a particular area of an X-ray image, a video gate circuit for selecting a corresponding signal component from a video signal representative of the X-ray image, a command pulse generator adapted to detect a variation in level of the video signal as caused by a contrast medium and generate an X-ray exposure command pulse when the signal level exceeds a threshold level, and a pulse shaping circuit for generating timing pulses for these circuits. The particular area of the X-ray image is set by the operator while observing the X-ray image on the TV monitor.