Abstract: A solid immersion lens unit includes a solid immersion lens and a holder for swingably holding the solid immersion lens. The solid immersion lens includes a first lens portion formed of a first material, and a second lens portion formed of a second material having a refractive index smaller than a refractive index of the first material and coupled to the first lens portion. The first lens portion includes a contact surface for contacting with an observation object and a convex first spherical surface. The second lens portion includes a concave second spherical surface facing the first spherical surface and a convex third spherical surface to be disposed to face an objective lens. The holder has a contact portion configured to be contactable with the third spherical surface.

Abstract: Provided are an analysis method and an analysis apparatus each of which enables the analysis of the concentration of a target substance in a wide concentration range and with high sensitivity based on polarization anisotropy. Specifically, provided is an analysis method including measuring a value (R) for polarization anisotropy through use of a luminescent reagent that binds to a target substance, to thereby calculate a concentration of the target substance, the analysis method including: a mixing step of mixing a sample containing the target substance and the luminescent reagent to provide a mixed liquid; and a measuring step of measuring the R of the mixed liquid after a lapse of a time T from a time of the mixing, wherein in the measuring step, a time at which the R reaches R1 is represented by T1, and the concentration of the target substance is calculated based on the T1.

Abstract: A method in which carbon dioxide can be efficiently fixed, calcium carbonate that is a valuable can be efficiently produced from carbon dioxide, and a waste gypsum board can be effectively recycled without being wasted as it is by using the waste gypsum board for fixing carbon dioxide. This method includes: bringing a first solution containing an alkali metal hydroxide and gas containing carbon dioxide into contact with each other to produce a second solution containing an alkali metal salt; and bringing the second solution and a gypsum-containing material into contact with each other to produce calcium carbonate.

Abstract: An object is to provide a nucleic acid sequence modifying composition and a method for modifying a target site of a nucleic acid sequence that do not depend on a PAM sequence or a PFS sequence. The object can be achieved by a nucleic acid sequence modifying composition including RNA and a fusion protein, in which the RNA includes a hybridization region that may hybridize to a sequence on the 5? side or the 3? side of a target site of a nucleic acid sequence, and a guide region that guides the fusion protein, the guide region includes a recognition region that forms a complex with the fusion protein, and the fusion protein includes a binding domain that recognizes the recognition region of the RNA and forms a complex with the recognition region and a modification domain that modifies the target site of the nucleic acid sequence.

Abstract: A fixing rib (240) includes a rib (2400) that protrudes toward a widthwise end of an LED substrate (22). The LED substrate (22) has a notch (222) provided at the widthwise end thereof so as to fit to the rib (2400) in a case where the LED substrate (22) is moved to a fixing position.

Abstract: A direct backlight includes a substrate having a plurality of light sources provided thereon; an optical member being provided at such a position as to face the light sources; and a supporting pole, fixed in between each adjacent two of the light sources on the substrate, for supporting the optical member, the supporting pole having light transparency, the supporting pole including two surfaces at least some region of which are mirror-finished and which respectively face the each adjacent two of the light sources.

Abstract: A turbine rotor related to the present invention includes a first member, and a second member joined to the first member, wherein the first and the second members are extended in an axial direction of the turbine rotor, a groove portion for welding is formed at a border between the first and the second members and penetrates the bottom portion of the groove portion, and a gas-introducing hole for introducing inert gas inside the turbine rotor is covered by welding.

Abstract: Disclosed is an injection molding mold device for manufacturing a cabinet for a thin display device that allows the cabinet to be molded with no appearance defects being caused on the front face part, even in a case where bosses and ribs are disposed on the rear face part of the cabinet. The injection molding mold device 1 includes a stationary mold half 10 and a movable mold half 20. In a cavity 40, a face 42 formed in the movable mold half 20 corresponds to a cabinet front face 82 of a front cabinet 80. Further, in the stationary mold half 10, a hot runner 30 is disposed in a predetermined location, and an injection port 32 is disposed in a location corresponding to the lateral face end part of a cabinet lateral face 90.

Abstract: A method of manufacturing a master for producing a hologram device. A first master is produced with a compensating angle. The second master is produced from the first master with an index matching material to reduce the interference pattern caused by internal reflections within the holographic plate of the master. The hologram device has a relatively narrow angle of reconstruction to provide visibility from a nearly perpendicular light source such as the headlight of an on-coming vehicle.

Abstract: A groove 50 formed in each stator ring segment piece 41 is formed to have side wall portions 50b on opposite sides inclined with respect to a bottom 50a so that a width of the groove 50 gradually decreases from an outer peripheral side toward the bottom 50a. A coupling member 42 has a sectional shape so as to have a maximum width at protrusions 42b at an intermediate portion in a thickness direction. The protrusions 42b on the opposite sides abut against or approach the side wall portions 50b of the groove 50 when the coupling member 42 is placed in the groove 50, a space 100 is formed on the side of the bottom 50a of the groove 50, and a welding groove 200 having a substantially V-shaped section is formed on the side remote from the bottom 50a of the groove 50.

Abstract: The present invention has an object to provide an assembling method of a stator blade ring segment that can prevent the risk of thermal deformation and a reduction in strength, ensure flexibility of shape, and increase compression performance of a compressor. The present invention has another object to provide welding that prevents an object to be welded from rising from a groove or a recess during welding and allows satisfactory welding. A groove 50 formed in each segment piece 41 is formed to have side wall portions 50b on opposite sides inclined with respect to a bottom 50a so that a width of the groove 50 gradually decreases from an outer peripheral side toward the bottom 50a, and a coupling member 42 has a sectional shape so as to have a maximum width at protrusions 42b at an intermediate portion in a thickness direction.

Abstract: A method of manufacturing a master for producing a hologram device is provided. A first master is produced with a compensating angle. The second master is produced from the first master with an index matching material to reduce the interference pattern caused by internal reflections within the holographic plate of the master. The hologram device has a relatively narrow angle of reconstruction to provide visibility from a nearly perpendicular light source such as the headlight of an on-coming vehicle.

Abstract: A method of manufacturing a master for producing a hologram device. A first master is produced with a compensating angle. The second master is produced from the first master with an index matching material to reduce the interference pattern caused by internal reflections within the holographic plate of the master. The hologram device has a relatively narrow angle of reconstruction to provide visibility from a nearly perpendicular light source such as the headlight of an on-coming vehicle.

Abstract: There is provided an information processing apparatus for controlling another electronic apparatus through a network, comprising: retrieving means for retrieving information associated with control over another electronic apparatus; storage means for storing a plurality of pieces of the information retrieved by the retrieving means; selecting means for selecting a desired piece of information from among the plurality of pieces of information; registration means for registering the desired piece of information as only information that can control another electronic apparatus on the network; and control means for controlling another electronic apparatus on the basis of the desired piece of information registered by the registration means.

Abstract: An information processing apparatus for controlling an electronic device connected on a network which includes a device attribute information obtaining part for obtaining device attribute information about the electronic device from the electronic device through the network, an operation range assigning part for assigning the operation range of each user for the electronic device corresponding to the device attribute information obtained by the device attribute information obtaining part and storing the assigned operation range, and a controlling part for controlling the electronic device through the network in the operation range that has been assigned by the operation range assigning part.

Abstract: A controlling apparatus, record medium, and method, which include the steps of (a) obtaining control information from the electronic devices, the control information allowing the electronic devices to be controlled, (b) determining whether or not the electronic devices have a lime setting function corresponding to the control information obtained at the step (a), (c) obtaining time information, and (d) setting each of the electronic devices determined as devices having the time setting function at the step (b) to the time information obtained at the step (c). Thus, even if an electronic device connected to a network system does not have a function for obtaining time information through the network system, time corresponding to time information can be set for the electronic device.

Abstract: In an actuator apparatus including a case having a cover for covering a motor containing portion and a gear containing portion, a motor contained in the motor containing portion, an output gear rotatably contained in the gear containing portion and driven to rotate by a drive shaft of the motor via a reduction gear, an output shaft rotatably supported by the case and rotated along with the output gear, and an output member attached to the output shaft, the motor is floatably supported in the motor containing portion via an elastic member, a front end of the drive shaft is rotatably supported via a bearing of a bearing holding portion of the gear containing portion, and the bearing is floatably supported by the bearing holding portion of the gear containing portion via a vibration isolating member.

Abstract: The actuator device includes: a motor housed in a case having a cover; an output gear driven to rotate by the drive shaft of via a deceleration gear; an output shaft rotatably supported by the case and rotating together with the output gear; and an output cam mounted on the output shaft; the actuator device having a receiving recessed part accommodating a stopper element on the top surface of the output gear, a stopper element rotatably mounted on the output shaft facing inside the receiving recessed part, and a locking projection part that is locked to and separated from the projection part of the output shaft and a stopper on the stopper element; and stopper where each stopper of the stopper element is locked to the inner surface of the cover to limit the rotation angle of the output gear.

Abstract: A method of manufacturing a master for producing a hologram device is provided. A first master is produced with a compensating angle. The second master is produced from the first master with an index matching material to reduce the interference pattern caused by internal reflections within the holographic plate of the master. The hologram device has a relatively narrow angle of reconstruction to provide visibility from a nearly perpendicular light source such as the headlight of an on-coming vehicle.

Abstract: A controlling apparatus, record medium, and method, which include the steps of (a) obtaining control information from the electronic devices, the control information allowing the electronic devices to be controlled, (b) determining whether or not the electronic devices have a time setting function corresponding to the control information obtained at the step (a), (c) obtaining time information, and (d) setting the time information obtained at the step (c) to each of the electronic devices determined as devices having the time setting function at the step (b). Thus, even if an electronic device connected to a network system does not have a function for obtaining time information through the network system, time corresponding to time information can be set to the electronic device.