Abstract: A side airbag apparatus includes an airbag 50 that is inflated and deployed in a space between an occupant seated in a vehicle seat 12 and a vehicle body side portion by inflation gas that is supplied from an inflator 41 in response to an impact applied to the vehicle from a side. The airbag 50 has a lumbar region protecting portion 54 that is inflated and deployed beside at least the lumbar region PP of the occupant, thereby protecting the lumbar region PP. In the side airbag apparatus, the lumbar region protecting portion 54 has a part A at which the thickness in the vehicle widthwise direction is the greatest. The position in the vertical direction of the part A is lower than a highest point B in a front portion of the seat cushion 13 of the vehicle seat 12. These settings allow the aprt A to be inflated and depolyed at a position that is spaced downward from the upper end 63U of an ilium of the occupant P.

Abstract: A lead frame includes an inner lead area overlapping with a chip mounting area, an outer lead portion having outer leads disposed outside the inner lead area, and an inner lead portion having inner leads disposed in the inner lead area. A semiconductor chip is mounted on the chip mounting area of the lead frame. Electrode pads of the semiconductor chip are electrically connected to inner leads via metal wires. Portions of the inner leads located on an area in the inner lead area except the chip mounting area are depressed.

Abstract: An air bag system of the invention includes an air bag having a discharge port which discharges part of inflation gas when it opens and an opening and closing control unit which enables the control of opening and closing of the discharge port. The air bag includes a bag main body, a discharge portion provided in the bag main body, and a connecting member which is provided within the bag main body and which is connected to the discharge portion on a bottom portion side thereof and connected to the opening and closing control unit on a tip end side thereof. The discharge portion is withdrawn into the bag main body by the connecting member with the connection of the connecting member with the opening and closing control unit maintained, so as to maintain the discharge port in a closed state, while with the connection of the connecting member with the opening and closing control unit canceled, the discharge portion is made to protrude from the bag main body, so as to open the discharge port.

Abstract: A semiconductor device includes a circuit base including an inner lead portion and an outer lead portion. The inner lead portion has a plurality of inner leads. At least part of the inner leads is routed inside a chip mounting area. On both upper and lower surfaces of the circuit base, a first and a second semiconductor chip are mounted. At least part of electrode pads of the first semiconductor chip are electrically connected to electrode pads of the second semiconductor chip via the inner leads.

Abstract: An airbag system includes an airbag, and the airbag includes an airbag body having a passenger-side wall portion that is arranged at a passenger side when having completed deploying and inflating, and a slip cloth that is disposed at an outer surface side of the passenger-side wall portion. The slip cloth formed in a loop shape an axial direction of which is in a left and right direction includes: a front panel portion arranged at a passenger side; an upper back panel portion extending downward from an upper end of the front panel portion; and a lower back panel portion extending upward from a lower end of the front panel portion, and a lower end of the upper back panel portion and an upper end of the lower back panel portion are mutually approximated, and joined to the passenger-side wall portion.

Abstract: A method of driving a MEMS mirror scanner having an electrostatic actuator, comprising a step of driving the electrostatic actuator according to an input signal in accordance with a driving waveform obtained by the following equation, when C + ? ? ( ? ) ? 0 V V ? ( t ) = 1 C + ? ? ( ? ) I [ - C - ? ? ( ? ) I ? V B + - ( 1 I ? ? C L ? ( ? ) ? ? ) ? ( 1 I ? ? C R ? ( ? ) ? ? ) ? V B 2 + C + ? ? ( ? ) I ? ( ? ¨ + 2 ? B I ? ? . + ? I ? ? ) ] when C + ? ? ( ? ) = 0 V V ? ( t ) = ? ¨ + 2 ? B I ? ? .

Abstract: An ophthalmologic apparatus is disclosed. In one aspect, the apparatus includes an ocular fundus photographing systems for forming an ocular fundus image of the examined eye, based on a reflective beam from the ocular fundus of the examined eye, and an ocular fundus tracking controller for detecting a gaze direction of the examined eye by receiving the reflective beam reflected at a reflective region of an illumination region illuminated on the ocular fundus and for tracking the ocular fundus based on the detection results of the gaze direction. The ocular fundus tracking controller may include scanning mirrors for scanning an area to detect a reflective beam from the ocular fundus, tracking mirrors for controlling tracking to the ocular fundus, an objective lens disposed opposite to the examined, and an offset mirror M19 for adjusting a detection axis in a gaze direction.

Abstract: For the purpose of mixing laser light (P0) from a laser light source (18), the laser light (P0) is made incident on a first end surface of an optical fiber (24), and is emitted from a second end surface of the optical fiber (24). Subsequently, laser light (P1) emitted from the second end surface of the optical fiber (24) is made incident on a first end surface of an optical fiber (28), and is emitted from a second end surface of the optical fiber (28). A swinging micro-electromechanical system (27) having a mirror plate (27a) is interposed between the second end surface of the optical fiber (24) and the first end surface of the optical fiber (28). Thus, the mirror plate (27a) is swung, and a laser beam (P4) is thereby shifted and mixed.

Abstract: An ophthalmologic apparatus is disclosed. In one aspect, the apparatus includes ocular fundus photographing systems for forming an ocular fundus image of the examined eye, based on a reflective beam from the ocular fundus of the examined eye, and a light receiving element for receiving the reflective beam reflected at a reflective region of an illumination region illuminated on the ocular fundus. The apparatus further may include a tracking detector having a scanning unit for detecting a gaze direction of the tested eye, and an ocular fundus tracking controller for tracking the ocular fundus photographing system to the gaze direction.

Abstract: A lead frame includes a first outer lead portion and a second outer lead portion which is arranged to oppose to the first outer lead portion with an element-mounting region between them. An inner lead portion has first inner leads connected to the first outer leads and second inner leads connected to the second outer leads. At least either the first or second inner leads are routed in the element-mounting region. An insulation resin is filled in the gaps between the inner leads located on the element-mounting region. A semiconductor device is configured with semiconductor elements mounted on both the top and bottom surfaces of the lead frame.

Abstract: The airbag apparatus includes an airbag provided with a flap element for opening and closing an exhaust hole. The flap element includes a flap and an adjusting belt. The leading end region of the adjusting belt is sewn to the flap by a generally straight sewn seam and acts as a joint portion to the flap. The root region of the adjusting belt is joined to an open/close mechanism. A first terminal of the sewn seam disposed proximate a root region of the joint portion is located farther away from the open/close mechanism relative to a second terminal disposed proximate a leading end of the joint portion. The sewn seam is configured rupturable from the first terminal when the airbag inflates with the adjusting belt engaged with the open/close mechanism to separate the joint portion of the adjusting belt from the flap body so the flap uncovers the exhaust hole.

Abstract: A semiconductor device includes a lead frame including inner lead portion having inner leads connected to outer leads and relay inner leads not connected to the outer leads. A semiconductor element is mounted on a lower surface of the lead frame. Electrode pads of the semiconductor element are connected to the inner lead portion via metal wire. One end of the relay inner lead is connected to the electrode pad via the metal wire, and the other end is connected to the outer lead via a relay metal wire disposed to step over the inner lead.

Abstract: The airbag apparatus includes an airbag provided with a flap element for opening and closing an exhaust hole. The flap element includes a flap and an adjusting belt. The leading end region of the adjusting belt is sewn to the flap by a generally straight sewn seam and acts as a joint portion to the flap. The root region of the adjusting belt is joined to an open/close mechanism. A first terminal of the sewn seam disposed proximate a root region of the joint portion is located farther away from the open/close mechanism relative to a second terminal disposed proximate a leading end of the joint portion. The sewn seam is configured rupturable from the first terminal when the airbag inflates with the adjusting belt engaged with the open/close mechanism to separate the joint portion of the adjusting belt from the flap body so the flap uncovers the exhaust hole.

Abstract: An air bag system of the invention includes an air bag having a discharge port which discharges part of inflation gas when it opens and an opening and closing control unit which enables the control of opening and closing of the discharge port. The air bag includes a bag main body, a discharge portion provided in the bag main body, and a connecting member which is provided within the bag main body and which is connected to the discharge portion on a bottom portion side thereof and connected to the opening and closing control unit on a tip end side thereof. The discharge portion is withdrawn into the bag main body by the connecting member with the connection of the connecting member with the opening and closing control unit maintained, so as to maintain the discharge port in a closed state, while with the connection of the connecting member with the opening and closing control unit canceled, the discharge portion is made to protrude from the bag main body, so as to open the discharge port.

Abstract: A method for joining optical members, comprising a step of forming one dielectric thin film on a joining surface of one optical member, a step of forming another dielectric thin film on a joining surface of another optical member, and a step of making contact without scattering light between the one dielectric thin film and the another dielectric thin film together, wherein optical wavelength property as required can be obtained by joining the another dielectric thin film with the one dielectric thin film.

Abstract: An ophthalmologic apparatus is disclosed. In one aspect, the apparatus includes ocular fundus photographing systems for forming an ocular fundus image of the examined eye, based on a reflective beam from the ocular fundus of the examined eye, and a light receiving element for receiving the reflective beam reflected at a reflective region of an illumination region illuminated on the ocular fundus. The apparatus further may include a tracking detector having a scanning unit for detecting a gaze direction of the tested eye, and an ocular fundus tracking controller for tracking the ocular fundus photographing system to the gaze direction.

Abstract: An opthalmologic apparatus is disclosed. In one aspect, the apparatus includes an ocular fundus photographing systems for forming an ocular fundus image of the examined eye, based on a reflective beam from the ocular fundus of the examined eye, and an ocular fundus tracking controller for detecting a gaze direction of the examined eye by receiving the reflective beam reflected at a reflective region of an illumination region illuminated on the ocular fundus and for tracking the ocular fundus based on the detection results of the gaze direction. The ocular fundus tracking controller may include scanning mirrors for scanning an area to detect a reflective beam from the ocular fundus, tracking mirrors for controlling tracking to the ocular fundus, an objective lens disposed opposite to the examined, and an offset mirror M19 for adjusting a detection axis in a gaze direction.

Abstract: A solid-state laser device, comprising a wavelength conversion optical member, wherein the wavelength conversion optical member comprises a laser crystal and a wavelength conversion element cemented together, and a first dielectric reflection film poorly reflective to a fundamental wave and highly reflective to a wavelength conversion light is formed on a cemented surface.

Abstract: A laser device which controls output of a laser oscillator based on a monitor light obtained by splitting a laser beam, comprising a luminous flux splitting means for reflecting the laser beam and for splitting as the monitor light, wherein a reflectivity R1 on a front surface and a reflectivity R2 on a rear surface are set so that interference between a reflected light on the front surface of the luminous flux splitting means and a reflected light on the rear surface of the luminous flux splitting means is suppressed.

Abstract: A solid-state laser device, comprising two or more resonators for outputting laser beams on a same axis, a first light emitter and a second light emitter for entering excitation light to each of the resonators, a photodetector for monitoring which monitors the outputted laser beams, and a control unit for performing constant output control of at least one of the first light emitter and the second light emitter based on a signal from the photodetector for monitoring.