Abstract: A connector assembly includes a first connector and a second connector, in which the first connector includes: a first signal terminal; a first fixed part which fixes a first part of the first signal terminal; a first terminal which fixes the first signal terminal with the first fixed part held therebetween; a second fixed part which fixes a second part of the first signal terminal; and a second terminal inside which the first signal terminal is fixed with the second fixed part held therebetween, the second connector includes: a second signal terminal; a third fixed part which fixes the second signal terminal; and a third terminal which fixes the second signal terminal with the third fixed part held therebetween, and since a diameter of the bending part is smaller than a diameter of the second part, the second fixed part is caught on the second part and is retained.

Abstract: Provided is a floating connector that maintains the stability of electrical connections and achieves size reduction. A floating connector includes a relay connector and a first connector. The relay connector includes a first terminal having a plurality of contact spring parts, and the plurality of contact spring parts are arranged in a circumferential direction of the first terminal. The first connector includes a second terminal where a tubular part is formed, and a spherical part is formed an inner periphery of the tubular part. The plurality of contact spring parts come into contact with the spherical part in a state of being inserted into the tubular part of the second terminal. a distance from a center of the spherical part to a contact part between each of the contact spring parts and the spherical part of the second terminal is the same.

Abstract: Provided is a floating connector that controls the loss of a relay connector during transportation. A floating connector according to one embodiment of the present disclosure includes a relay connector and a first connector. The relay connector includes a first terminal and a holding member that holds the first terminal. The first connector includes a second terminal, a housing that accommodates the second terminal and at least part of the holding member, an opening where the relay connector is insertable and formed in a second part in an opposite side to a first part disposed in the housing on a second connector side, and a stopper part formed in the first part of the housing so as to prevent the holding member from coming out of the first part of the housing.

Abstract: A driver of a light distribution controllable touch panel device: provides one or more first upper electrode sets with driving potentials for detecting a touch point and measures potentials of one or more second upper electrode sets; or provides the one or more second upper electrode sets with driving potentials for detecting a touch point and measures potentials of the one or more first upper electrode sets; and provides a plurality of lower electrodes with driving potentials according to the driving potentials to control colored electrophoretic particles in a plurality of electrophoretic elements to be in a dispersed state or a collected state.

Abstract: A resistive touch panel includes a first substrate provided with a transparent conductive film electrically floating on an entire surface thereof, a second substrate provided with a plurality of strip-shaped electrodes made of a transparent conductive film at a predetermined interval so that the transparent conductive film of the second substrate faces the transparent conductive film of the first substrate, and a detection section for detecting a ratio in which a signal transmitted to a first strip-shaped electrode of the second substrate is attenuated through a transmission path reaching a second strip-shaped electrode of the second substrate adjacent to the first strip-shaped electrode via the transparent conductive film of the first substrate from the first strip-shaped electrode.

Abstract: A driver of a light distribution controllable touch panel device: provides one or more first upper electrode sets with driving potentials for detecting a touch point and measures potentials of one or more second upper electrode sets; or provides the one or more second upper electrode sets with driving potentials for detecting a touch point and measures potentials of the one or more first upper electrode sets; and provides a plurality of lower electrodes with driving potentials according to the driving potentials to control colored electrophoretic particles in a plurality of electrophoretic elements to be in a dispersed state or a collected state.

Abstract: An electronic device module includes a metallic casing having at least one boss formed therein, an electronic device unit placed inside the casing, connector terminals for external device connection electrically connected to the electronic device unit, and a metallic ground shell disposed so as to surround the connector terminals, having a front surface covered with a metal coated layer and including at least one boss insertion portion formed, a head of the at least one boss inserted into the at least one boss insertion portion and the coated layer positioned on a periphery of the corresponding at least one boss insertion portion being welded to each other to electrically connect and fix the ground shell to the casing.

Abstract: A resistive touch panel includes a first substrate provided with a transparent conductive film electrically floating on an entire surface thereof, a second substrate provided with a plurality of strip-shaped electrodes made of a transparent conductive film at a predetermined interval so that the transparent conductive film of the second substrate faces the transparent conductive film of the first substrate, and a detection section for detecting a ratio in which a signal transmitted to a first strip-shaped electrode of the second substrate is attenuated through a transmission path reaching a second strip-shaped electrode of the second substrate adjacent to the first strip-shaped electrode via the transparent conductive film of the first substrate from the first strip-shaped electrode.

Abstract: An electronic device module includes a metallic casing having at least one boss formed therein, an electronic device unit placed inside the casing, connector terminals for external device connection electrically connected to the electronic device unit, and a metallic ground shell disposed so as to surround the connector terminals, having a front surface covered with a metal coated layer and including at least one boss insertion portion formed, a head of the at least one boss inserted into the at least one boss insertion portion and the coated layer positioned on a periphery of the corresponding at least one boss insertion portion being welded to each other to electrically connect and fix the ground shell to the casing.

Abstract: A fuel injection valve for an internal combustion engine has a tubular metal case constructed of a magnetic material in and through which a fuel is to flow. The tubular metal case has one open end. A valve seat is tightly received in the open end of the tubular metal case. The valve seat has a fuel outlet formed therein. A valve element is axially movably received in the tubular metal case. The valve element is movable between a closed position wherein a valve body of the element closes the fuel outlet and an open position wherein the valve body opens the fuel outlet. An electromagnetic actuator is disposed about the tubular metal case to actuate the valve element to move between the closed and open positions. The tubular metal case is constructed of a ferritic stainless steel containing Titanium. An end portion of the tubular metal case to which a valve seat is fixed has a wall thickness which ranges from approximately 0.1 mm to 0.9 mm.

Abstract: A fuel injection valve for an internal combustion engine has a tubular metal case constructed of a magnetic material in and through which a fuel is to flow. The tubular metal case has one open end. A valve seat is tightly received in the open end of the tubular metal case. The valve seat has a fuel outlet formed therein. A valve element is axially movably received in the tubular metal case. The valve element is movable between a closed position wherein a valve body of the element closes the fuel outlet and an open position wherein the valve body opens the fuel outlet. An electromagnetic actuator is disposed about the tubular metal case to actuate the valve element to move between the closed and open positions. The tubular metal case is constructed of a ferritic stainless steel containing Titanium. An end portion of the tubular metal case to which a valve seat is fixed has a wall thickness which ranges from approximately 0.1 mm to 0.9 mm.

Abstract: A plastic part having a complex structure as a first layer and a simple structure as a second layer, is formed using a method for molding. Initially, a single mold is provided, the mold having an interior cavity and a runner reaching from an exterior of the mold to the cavity. The mold is kept closed while a quantity of a first plastic material is injected via the runner into the interior cavity to form a first layer of the plastic part. The mold is then partially opened, creating an increased interior cavity section, into which a quantity of a second plastic material is injected, via the runner, to form a second layer of the plastic part. The solidified plastic part can then be ejected from the mold.

Abstract: A nuclear reactor facility including a primary containment vessel, a reactor pressure vessel installed in the primary containment vessel and accommodating a reactor core in a lower part thereof, and a vertical cylindrical wall disposed in a lower part of the primary containment vessel around and spaced from the reactor pressure vessel so as to delimit an annular space therebetween. The vertical cylindrical wall has an upper end disposed at a position higher than an upper end of the reactor core and a diaphragm extends substantially horizontally between the upper end of the vertical cylindrical wall and an inner wall of the primary containment vessel for cooperating with the vertical cylindrical wall to separate a space in the primary containment vessel around the reactor pressure vessel into a pressure suppression chamber and a drywell which includes annular space.

Abstract: A container-outer-periphery pool in which water is stored is provided between a primary containment vessel and a reactor building, and outside of a pressure suppression pool. Consequently, the natural heat transfer capabilities of reactor facilities is enhanced, and the inherent safety of the reactor facilities is improved.

Abstract: A nuclear reactor containment structure including a diaphragm floor for dividing a closure casing into a drywell and a pressure suppression chamber, the diaphragm floor being supported at its inner peripheral end by a pedestal for a pressure vessel and abutting at its outer peripheral end against shear keys secured to the closure casing. The diaphragm floor includes a concrete layer embedded between structural steels extending radially between the pedestal and the shear keys.