Abstract: A base station apparatus of small-cell base station is provided, by which interference from a small-cell in downlink signals of macro cell can be suppressed without lowering a power of downlink signals from the small-cell base station more than necessary, in state that a macro-cell base station is located neighboring the small cell of small-cell base station. The base station apparatus comprises transmission-power control means of controlling a down link transmission power of downlink in a range between a maximum power and a minimum power which are set in advance, and information acquisition means of acquiring information on electrical field intensity of a transmission signal transmitted from the macro-cell base station located at a periphery of the own base station.

Abstract: A base station apparatus is provided, by which a new base station (cell) can be surely added in a neighboring-cell list even when a maximum value is set for the number of base stations (cells) capable being registered in the neighboring-cell list. The base station apparatus is installed in a base station communicating with a mobile station in a mobile communication network. The base station apparatus comprises memory means of memorizing a list of peripheral base stations located at a periphery of the own base station, list-update means of adding a new peripheral base station in the list when finding the peripheral base station, and delete means of deleting at least one peripheral base station registered at an early timing in the list when the number of peripheral base stations registered in the list reaches to a predetermined maximum value that is set in advance.

Abstract: A multiphase flowmeter includes a first flow quantity measurer configured to transmit and receive a first measurement signal, the first flow quantity measurer being disposed on an outside wall of a vertical pipe line, a second flow quantity measurer configured to transmit and receive a second measurement signal, the second flow quantity measurer being disposed on an outside wall of a horizontal pipe line which is connected to the vertical pipeline, and a flow quantity parameter calculator configured to receive the first measurement signal from the first flow quantity measurer and the second measurement signal from the second flow quantity measurer, the flow quantity parameter calculating a flow quantity parameter in accordance with the first measurement signal and the second measurement signal.

Abstract: A display device includes a display unit, a light source unit, a light guide plate that includes an incident end surface and guides the light incident from the incident end surface to the display unit, a spacer portion that separates the light source unit and the light guide plate by a predetermined distance at a predetermined interval, a heat sink that holds the light source unit, and a rear frame that supports the heat sink so that the heat sink is movable in a direction orthogonal to the incident end surface of the light guide plate.

Abstract: A display device includes a display panel and a backlight unit. The backlight unit has a light source that emits light, a light guide plate that guides the light from a side face of the light guide plate to a front face to the light guide plate to emit the light toward a rear face of the display panel, an optical sheet that is disposed on a front side relative to the light guide plate, and a first reflection member that is disposed between an end portion of the light guide plate near the light source and an end portion of the optical sheet near the light source, and reflects the light from the light source. One of a rear face of the first reflection member and the front face of the light guide plate has at least one absorption processing region that absorbs the light.

Abstract: A liquid crystal module includes a liquid crystal panel, first and second support members, and a plurality of positioning ribs. The first support member supports a first side portion of the liquid crystal panel. The first support member has a first inner cavity and a first outer cavity. The second support member supports a second side portion of the liquid crystal panel. The second support member has a second inner cavity and a second outer cavity. The first and second inner cavities form an inner cavity group. The first and second outer cavities form an outer cavity group. The positioning ribs are detachably and selectively attached to one of the inner cavity group and the outer cavity group such that the positioning ribs positions the liquid crystal panel in first and second directions of the liquid crystal panel, respectively.

Abstract: A liquid crystal module includes: a liquid crystal cell; a flexible circuit board which is joined to outer peripheral portion of the liquid crystal cell; a circuit board which is joined to the flexible circuit board; a frame portion on which the circuit board is fixed by screw fastening; at least one protruding portion which protrudes to the circuit board side with regard to a surface of the frame portion on which the circuit board is attached, and which prevents rotation of the circuit board along with rotation of the screw by contacting with the circuit board.

Abstract: An intake gasket to be inserted between a cylinder head and a manifold, comprising an intermediate rib member with a three-layer structure formed from a central thin metal plate and rubber layers provided on first and second sides of the central thin metal plate, first and second metal plates disposed on first and second sides of the intermediate rib member, and elastic metal substrates disposed on both sides of the metal plates, the intermediate rib member comprising a first rib formed around the periphery thereof and a second rib formed around the periphery of a fluid passage hole, wherein a space is formed by the rib of the intermediate rib member and the metal plates.

Abstract: An intake gasket to be inserted between a cylinder head and a manifold, comprising an intermediate rib member 1 with a three-layer structure formed from a thin metal plate 11 and rubber layers 12 and 12 provided on both sides of the thin metal plate, metal plates 2 and 2 disposed on both sides of the intermediate rib member 1, and elastic metal substrates 3 and 3 disposed on both sides of the metal plates 2 and 2, the intermediate rib member 1 comprising a first rib 15 formed around the periphery thereof and a second rib 14 formed around the periphery of a fluid passage hole, wherein a space is formed from the rib of the intermediate rib member 1 and the metal plates 2 and 2 disposed on both sides of the intermediate rib member 1. The intake gasket can shut out heat from the cylinder head so as to make transmission of heat to the manifold difficult.

Abstract: A blank for magnetic hard disk and a method for producing the same are provided, characterized in that the attachment or adhesion of a blank of a disk shape to each other can be prevented when such blank is stacked together for disk annealing, thereby improving the productivity of magnetic hard disk, and that the damage of blank surface can be prevented during blanking. Firstly, an aluminium alloy plate is subjected to continuous surface washing process with an etching solution while winding off the aluminium alloy plate in a coil, whereby the oxide film on the surface of the aluminium alloy plate is removed to concurrently deposit insoluble smut on the surface. Then, the aluminium alloy plate after the washing process is pressed for blanking thereof into a blank of a disk shape.

Abstract: A heat storage composition characterized in that the composition is prepared by mixing a heat storage component with a component comprising a thermoplastic elastomer and synthetic or natural rubber in an amount of 0.5 to 30 parts by weight per 100 parts by weight of the heat storage component using mechanical means, the heat storage component comprising at least one of a wax having a main chain of hydrocarbon and at least 0.degree. in melting point and a higher monohydroxy alcohol having a melting point of at least 0.degree..

Abstract: A container for heating canned food comprising a can main body having a protrusion on the side covered with a safety metal stripe formed integrally with a detachable lid, and a heater casing for receiving the can main body therein and having a lateral engaging groove for engaging the protrusion on the can main body. The protrusion on the can main body is so adapted that it can not engage the lateral engaging groove of the casing unless the lid is detached and the metal stripe is removed from the protrusion.

Abstract: The container for use in precooked foods comprises a disposable container main body for containing precooked foods made of incombustible material and a disposable heater device made of incombustible material such as incombustible paper or aluminum, having a solid fuel, packaged integrally together with the container main body and capable of heating the main body. The container main body and the heater device are engaged to each other by fitting the protrusions on the main body into the lateral grooves in the heater device so that the main body can be supported at a raised position above the heater device. The container main body may include a cylindrical bellows portion that can vary the capacity of the container by expansion and compression.