Abstract: An electronic apparatus according to an embodiment includes a case, a display panel, a back light, a middle support, a heat diffuser, and a shield. The back light includes a light guiding plate and a plurality of light emitting elements. The middle support behined the back light includes a connecting window on a side close to the light emitting elements. The heat diffuser is thermally connected to the light emitting elements, crosses over the connecting window, and extends toward a center area between the light guiding plate and the middle support. The shield is disposed at a back of the middle support, and is thermally connected to the heat diffuser through the connecting window.

Abstract: According to one embodiment, a display is provided with a rib structure on the inner surface of rear-side casing, and a fixing tool to be fitted with the rib structure. The rib structure includes a push plate configured to push the fixing tool toward the inner surface of the casing, and the fixing tool includes a projection configured to come into contact with the push plate. The position where the push plate pushes the projection is horizontally aligned with the position where the fixing tool is fastened and fixed using an attachment hole of the casing.

Abstract: An automatic tool storing mechanism which has a plurality of magazines, a transporting device, and a tool exchanging part. Each magazine holds a number of pots each provided with tools. The transporting device transports tool-mounted pots one by one between the position close to the magazine and the waiting position close to the main spindle. The tool exchanging arm takes out an unused tool from the pot which is waiting at the waiting position and attaches it to the main spindle and also removes the used tool from the main spindle and places it in the pot. (FIG.

Abstract: Holes 12 are created in a slab-shaped body 11. On the first surface 131 of the body 11, the holes 12 are arranged at the lattice points of a triangular lattice 141. On the second surface 132, they are arranged at the lattice points 122 located at positions corresponding to the gravity center of a triangular lattice 141. Three air columns 12A obliquely extend from each lattice point 121 to the nearest three lattice points 122. Similarly, three air columns 12A obliquely extend from each lattice point 122 to the nearest three lattice points 121. In this construction, a periodic structural unit 16 consisting of three holes is created within the body 11 and this unit has a C3v-symmetrical shape at any section 14 parallel to the body 11. Due to this symmetry and the obliquely extending form of the air column 12A, a complete PBG with a large width is obtained. In one embodiment, a broad complete PBG whose width equals 15% of its middle value is obtained.

Abstract: According to one embodiment, a display is provided with a rib structure on the inner surface of rear-side casing, and a fixing tool to be fitted with the rib structure. The rib structure includes a push plate configured to push the fixing tool toward the inner surface of the casing, and the fixing tool includes a projection configured to come into contact with the push plate. The position where the push plate pushes the projection is horizontally aligned with the position where the fixing tool is fastened and fixed using an attachment hole of the casing.

Abstract: According to one embodiment, an electronic apparatus includes a display unit, a base, a fixing portion, and an angle adjuster. The display unit includes a display surface which displays an image and a housing which encloses the display surface. The base is placed on a mounting surface such that the base faces a bottom portion of the housing. The fixing portion is disposed on the base and configured to secure the display unit. The angle adjuster is disposed on the base and/or the bottom portion of the housing and interposed between the base and the bottom portion so that the display unit is inclined.

Abstract: According to one embodiment, a television includes a display unit with a display screen, a casing with first and second holes, a connection member, projections accommodated in the first and second holes, a support, and a base connected to the support. The casing includes a first face provided with an opening through which the display screen is exposed, a second face opposite to the first face, and a bottom wall. The connection member is made from metal and provided to the bottom wall of the casing. Each projection has a concave portion, with at least a portion of the respective concave portion making contact with a peripheral edge portion of the first hole or the second hole. The projections are detachably fixed to the support. The base includes different design between the display screen side of the base and the opposite side of the base to the display screen.

Abstract: According to one embodiment, a television includes a display unit with a display screen, a casing, a connection member with a first hole and a second hole, projections accommodated in the first hole and the second hole, and a support. The casing houses the display unit and includes a first face with an opening through which the display screen is exposed, a second face opposite to the first face, and a bottom wall. The connection member is made from metal and provided to the bottom wall of the casing. Each projection has a concave portion on the second face side of the projection, with at least a portion of the concave portion making contact with the peripheral edge portion of the first hole or the peripheral edge portion of the second hole. The support is configured to support a bottom wall of the casing.

Abstract: A two-dimensional photonic crystal according to the present invention includes a first layer having a dielectric first layer slab in which first layer holes having a refractive index lower than that of the first layer slab are arranged cyclically, a second layer formed on the first layer, including dielectric columns having a refractive index higher than the air arranged in the air with the same cycle as the first layer hole, and a third layer having a dielectric third layer slab in which third layer holes having a refractive index lower than that of the third layer slab are arranged cyclically. Thus, it is possible to obtain the two-dimensional photonic crystal that can create a wider complete PBG than before regardless of the polarization of light and can be manufactured easily.

Abstract: An automatic tool storing mechanism which has a plurality of magazine, transporting means, and a tool exchanging part. Each magazine holds a number of pots each provided with tools. The transporting means transports tool-mounted pots one by one between the position close to the magazine and the waiting position close to the main spindle. The tool exchanging arm takes out an unused tool from the pot which is waiting at the waiting position and attaches it to the main spindle and also removes the used tool from the main spindle and places it in the pot. (FIG.

Abstract: In an electronic device in which a sliding member and a guide trench that regulates a moving path of the sliding member are formed in the device body, a trench or a hole is formed in the first side surface of the guide trench, a movable body that can move through the trench or the hole and a biasing member that biases the movable body from the first side surface to the second side surface are arranged in the device body, the movable body can be moved between an advanced position where the movable body advances from the first side surface to the inside of the guide trench and a retracted position where the movable body is retired from the first side surface to the outside of the guide trench. A bushing member that pushes the switch in a process in which the movable body moves from the advanced position to the retracted position to change the switch over is formed on the movable body.

Abstract: An electronic device in which a sliding member and a guide trench that regulates the moving path are formed in a device body, comprising the device body, wherein a slide member that slides along the surface of the device body is connected to the device body, the sliding member can be moved between a closed position where a predetermined area of a surface of the device body is covered, and an opened position where the predetermined area is exposed, a guide trench that regulates the moving path of the sliding member is concavely formed in the device body, and a sliding portion that is slidingly fitted in the guide trench is formed in the sliding member.

Abstract: In an electronic device comprising a device body, an opening is formed in the bottom surface of the device body, a seesaw member is slidingly supported on an internal peripheral surface of the opening by a pivot, and the state of the seesaw member can be changed between a storing state in which both end portions of the seesaw member are stored in the opening and a projecting state in which the first end portion, of both end portions, opposing the main surface is deeply buried into the opening and the second end portion on the main surface side projects from the bottom surface of the device body. On the other hand, in the device body and/or the seesaw member, a restraint mechanism to stop the seesaw member in the projecting state and a release mechanism to release the seesaw member are arranged. The position changing mechanism to change the mounting position of the device body includes the seesaw member, the restraint mechanism, and the release mechanism.

Abstract: A plurality of third fixed potential lines are wired in parallel. A group of high-potential-side fixed potential lines containing a first fixed potential line and a second fixed potential line are wired in a plurality at predetermined intervals in a direction perpendicular to the third fixed potential line. In a layout region, surrounded by a pair of adjacent third fixed potential lines and a pair of groups of adjacent high-potential-side fixed potential lines, where a first element or a second element is arranged, either one of the first fixed potential line and the second fixed potential line is wired between the pair of third fixed potential lines. In a layout region used for second elements, a second fixed potential line connecting a pair of second fixed potential lines contained respectively in a pair of groups of high-potential-side fixed potential lines that form the layout region is wired between a pair of third fixed potential lines that form the layout region.

Abstract: In a double edge triggered flip-flop circuit, a first latch circuit latches input data at either one of rising edge and falling edge of clock signal. A second latch circuit, which is provided in parallel with the first latch circuit, latches the input data at the other of the either one of rising edge and falling edge of the clock signal. At least one of the first latch circuit and the second latch circuit is configured by an SRAM (Static Random Access Memory) type.

Abstract: A highly sensitive and compactable target substance sensor for detection of the target substance using a photonic crystal and a method thereof. The sensor includes an electromagnetic wave source of supplying an electromagnetic wave, a photonic sensor element, and a detector. The photonic sensor element has photonic crystalline structure and is configured to include a sensor waveguide for introducing the electromagnetic wave, and a sensing resonator electromagnetically coupled to the sensor waveguide for resonating the electromagnetic wave at specific wavelength. The sensing resonator is exposed to an atmosphere including the target substance so as to vary a characteristic of the electromagnetic wave emitted from the sensing resonator. The detector is configured to receive the electromagnetic wave emitted from the sensing resonator to recognize an intensity variation of the electromagnetic wave and issue a signal indicative of a characteristic of the target substance.

Abstract: The present invention intends to provide a two-dimensional photonic crystal resonator having a high Q-value. The slab-shaped body 21 is provided with cyclically arranged holes 22. The body 21 is divided into three areas 31-33 with the holes 22 arranged with cycle distances of a1 in area 31 and a2 in areas 32 and 33, which is smaller than a1. A waveguide 23 passing through the three areas is formed by linearly eliminating the holes 22. The waveguide 23 thus formed can propagate rays of light within a wavelength band that depends on the cycle distance of the holes 22. The cycle distance of the holes in the area 31 differs from that of the areas 32 and 33, and the wavelength band of the light propagating through the waveguide accordingly differs.

Abstract: An object of the present invention is to provide a two-dimensional photonic crystal in which conditions for both the TE-polarized light and the TM-polarized light can be easily satisfied. A body includes a first area having a triangular lattice pattern arrangement of a circular hole and a second area having a triangular lattice pattern arrangement of an equilateral triangular holes. Therefore, the TE-PBG which is a photonic band gap (PBG) for the TE-polarized light is created in the first area, and the TM-PBG which is a PBG for the TM-polarized light is created in the second area. Parameters such as the period and size of the holes can be independently set for the first area and the second area, so that an energy region common to the TE-PBG and the TM-PBG (i.e. absolute PBG) can be made larger and easily created.

Abstract: The present invention provides a two-dimensional photonic crystal in which an absolute photonic band gap (PBG), i.e. a photonic band gap that is effective for both the TE-polarized light and the TM-polarized light within a predetermined wavelength range, is created with an adequate bandwidth. The body 21 is provided with holes 22 arranged in a triangular lattice pattern, where the basic shape of the hole is an equilateral triangle. This shaping and arranging of the holes creates an absolute PBG. Each corner of the equilateral triangle is cut along an arc to leave an adequate distance between the neighboring holes (i.e. an adequate width of the connecting portion of the body). This design makes it possible to enlarge each hole 22 while ensuring an adequate strength of the two-dimensional photonic crystal. This construction creates an absolute PBG having a large width.

Abstract: A semiconductor device includes a first wiring layer, a second wiring layer and a third wiring layer. The first wiring layer is formed on a semiconductor substrate. The second and the third wiring layer wiring layers are arranged in a direction intersecting with the first wiring layer on respective sides of the wiring layer. An air bridge wiring intersects the second and third wiring layers sandwiching an air layer above the first wiring layer therewith. The overall shape of the air bridge wiring has an upward convex curvature in an arch shape and the transverse sectional shape of the air bridge wiring is in the form of a downward concave curvature.