Abstract: A locking assembly for a vehicle includes a striker mounted to a first vehicle part movable between a first position and a second position, a ratchet rotatably mounted to a second vehicle part for selectively receiving the striker and locking the first vehicle part in the first position, a pawl rotatably mounted to the second vehicle part for selectively engaging the ratchet to prevent rotation of the ratchet and thereby lock the ratchet and striker together, an anti-rattle lever rotatably mounted to the second vehicle part for engaging the striker to prevent rattling of the ratchet on the striker and a spring mounted to the second vehicle part to urge the anti-rattle lever into engagement with the striker when the ratchet is locked to the striker. The spring is arranged to maintain locking of the ratchet onto the striker in the event that the anti-rattle lever fails.

Abstract: To a side surface of the rotor on a pump side is formed with a tubular unit which extends towards the pump side, and an oil reservoir unit which accumulates a lubricating oil discharged from the pump is provided to an inner peripheral surface of the tubular unit. To the oil reservoir unit, a communicating hole which communicates the oil reservoir unit and a side surface of the rotor on a planetary gear mechanism side, is formed. The lubricating oil flowing from the oil reservoir unit via the communicating hole is guided to a carrier of the planetary gear mechanism.

Abstract: A locking assembly for a vehicle includes a striker mounted to a first vehicle part movable between a first position and a second position, a ratchet rotatably mounted to a second vehicle part for selectively receiving the striker and locking the first vehicle part in the first position, a pawl rotatably mounted to the second vehicle part for selectively engaging the ratchet to prevent rotation of the ratchet and thereby lock the ratchet and striker together, an anti-rattle lever rotatably mounted to the second vehicle part for engaging the striker to prevent rattling of the ratchet on the striker and a spring mounted to the second vehicle part to urge the anti-rattle lever into engagement with the striker when the ratchet is locked to the striker. The spring is arranged to maintain locking of the ratchet onto the striker in the event that the anti-rattle lever fails.

Abstract: Provided are a carbon catalyst for decomposing a hazardous substance that effectively decomposes hazardous substances such as aldehydes, a hazardous-substance-decomposing material, and a method of decomposing a hazardous substance. The carbon catalyst for decomposing a hazardous substance is a carbon catalyst having a catalytic activity for decomposing the hazardous substance. The hazardous substance is, for example, a volatile organic compound such as aldehydes or a malodorous substance such as a sulfur compound. The method of decomposing a hazardous substance, is a method including decomposing the hazardous substance with the carbon catalyst for decomposing a hazardous substance or with a hazardous-substance-decomposing material containing the carbon catalyst for decomposing a hazardous substance.

Abstract: In one embodiment, a separating and taking out device has a feeding base, a takeout part, a support part and an ultrasonic vibrator. The feeding base places a piled stack. The piled stack is composed of a plurality of media stacked in a direction. The taking out part takes out the plurality of media one by one from one end in the direction of the piled stack. The support part has a facing surface opposing a side surface of the piled stack. The ultrasonic vibrator has a vibrating surface opposing the end in the direction of the piled stack and one end in the direction of the support part. The ultrasonic vibrator oscillates the vibrating surface along a line connecting the vibrating surface with a gap between the side surface of the piled stack and the facing surface of the support part.

Abstract: In one embodiment, a separating and taking out device has a feeding base, a takeout part, a support part and an ultrasonic vibrator. The feeding base places a piled stack. The piled stack is composed of a plurality of media stacked in a direction. The taking out part takes out the plurality of media one by one from one end in the direction of the piled stack. The support part has a facing surface opposing a side surface of the piled stack. The ultrasonic vibrator has a vibrating surface opposing the end in the direction of the piled stack and one end in the direction of the support part. The ultrasonic vibrator oscillates the vibrating surface along a line connecting the vibrating surface with a gap between the side surface of the piled stack and the facing surface of the support part.

Abstract: A carrier and a pinion of a transmission are lubricated more efficiently. To a side surface of the rotor MGb on a pump 8 side is formed with a tubular unit 84 which extends towards the pump 8 side, and an oil reservoir unit 85 which accumulates a lubricating oil discharged from the pump 8 is provided to an inner peripheral surface of the tubular unit 84. To the oil reservoir unit 85, a communicating hole 83a which communicates the oil reservoir unit 85 and a side surface of the rotor MGb on a planetary gear mechanism PG side, is formed. The lubricating oil flowing from the oil reservoir unit 85 via the communicating hole 83a is guided to a carrier Ca of the planetary gear mechanism PG.

Abstract: According to one embodiment, a displacement detection device includes a light source, objective lens, beam splitter, aperture limiting element, and detection device. The beam splitter may separate reflected light into portions. The reflected light may be reflected by the medium and then transmitted through the objective lens. The aperture limiting element may include an aperture limited so as to block a portion of the reflected light. The detection device may detect displacement of the medium in a direction of the optical axis based on the reflected light having passed through the aperture limiting element.

Abstract: An optical information recording/reproducing apparatus includes a spatial light modulator that converts an irradiation beam emitted from a light source to a single information beam that carries information; an optical system that causes the single information beam to be collected on an optical-information recording medium including an information recording layer capable of recording the information as hologram by using interference fringes produced due to interference between the single information beam and a plurality of reference beams, and causes each of the reference beams to be irradiated to the optical-information recording medium from mutually different directions so as to intersect with the single information beam in the information recording layer; and a controller that controls to cause the light source to emit the irradiation beam and performs angular multiplexing recording of the information in the information recording layer while controlling to drive either one of the optical-information recordi

Abstract: Provided is a local clean zone forming apparatus which has an excellent operability and can provide an excellent clean air space without restricting the installation location or the purpose of an operation. In the local clean zone forming apparatus, a pair of push hoods having air blowing surfaces between which an airflow alignment mechanism is formed to form uniform airflows, are disposed so that the uniform airflows discharged from the push hoods are opposite to and collide with each other in a positional relationship wherein the air blowing surfaces are parallel to each other, and the centers of the air blowing surfaces are not directly opposite to each other; and the uniform airflows are obliquely discharged at an angle with respect to the air blowing surfaces.

Abstract: Provided are a carbon catalyst for decomposing a hazardous substance that effectively decomposes hazardous substances such as aldehydes, a hazardous-substance-decomposing material, and a method of decomposing a hazardous substance. The carbon catalyst for decomposing a hazardous substance is a carbon catalyst having a catalytic activity for decomposing the hazardous substance. The hazardous substance is, for example, a volatile organic compound such as aldehydes or a malodorous substance such as a sulfur compound. The method of decomposing a hazardous substance, is a method including decomposing the hazardous substance with the carbon catalyst for decomposing a hazardous substance or with a hazardous-substance-decomposing material containing the carbon catalyst for decomposing a hazardous substance.

Abstract: A pushbutton switch includes a pushbutton for changing a switching mode of a tact switch provided on a switch holder fixedly disposed within a casing. The pushbutton includes a push operation portion disposed in a through hole provided in the casing and a collar that protrudes outwardly from the push operation portion and faces an inner face of the casing at the peripheral edge of the through hole. The pushbutton is connected to the switch holder and resiliently urged toward the side on which the collar gets closer to the inner face of the casing. Projections projecting toward the inner face of the casing are projectingly provided integrally at a plurality of positions spaced in the peripheral direction on an opposing face, of the collar of the pushbutton, that is opposed to the inner face of the casing. This prevents a freezing problem in the operation of a pushbutton.

Abstract: The invention provides an apparatus for producing molecular membranes or particles, having a) a fluid supplying member configured to store a fluid, b) a plunger unit configured to extrude the fluid from the fluid supplying member, and c) an emulsifier holding member having at least two or more through-holes for holding an emulsifier, the through-holes allowing the fluid extruded from the fluid supplying member to pass therethrough, the emulsifier holding member being attachable to and detachable from the fluid supplying member.

Abstract: A mobile phone has: a close-range communication control section that performs close-range wireless communication with other mobile phones; a forwarding destination storage section that stores a forwarding destination list in which phone numbers of telephones capable of accepting forwarding are recorded; and a close-range wireless communication monitoring section that causes the close-range wireless communication section to perform close-range wireless communication and monitors establishment of close-range wireless communication with a forwarding acceptance telephone having a phone number that matches any of the phone numbers in the forwarding destination list. The mobile phone also has an incoming call forwarding destination notification section that notifies the phone number of a forwarding acceptance telephone, with which close-range wireless communication by the close-range wireless communication section has been established, to the call forwarding service center as a forwarding destination phone number.

Abstract: An optical information recording medium in which a inner layer is sandwiched between supporting plates and a number of recording portions formed of a recording material capable of recording information in the form of a hologram are rotatably arranged in the inner layer. The recording portion is rotated by electrifying its surface and an information beam and a reference beam are directed onto it from different angles to carry out angle multiplex recording. The surface of the recording portion is color coded with at least two colors. The color coding and rotation of the recording portions allow characters or images to be displayed. Electronic equipment using such an optical information recording medium is provided.

Abstract: An optical-information recording medium includes a substrate that includes a servo surface having a servo pattern thereon; an information recording layer laminated on the servo surface of the substrate capable of recording information as a hologram produced by interference between an information beam containing the information and a reference beam; an address servo area that is formed as a part of the servo pattern, and that records therein address information and clock information for aligning a beam, emitted from an optical-information recording apparatus for recording information in the information recording layer, to a target position in the information recording layer; and a following up servo area that is formed as a part of the servo pattern, and that is to be irradiated by the beam to make the beam follow a rotation of the optical-information recording medium.

Abstract: An adjustment unit identifies a front-rear driving force distribution control unit and a braking force control unit, and calculates based on the current vehicle state, a target yaw moment required for each of the front-rear driving force distribution control unit and braking force control unit. Then, based on the current operating state of each of the control units, a control correction value for each unit is calculated in consideration of the maximum value, and outputted.

Abstract: Specific information that can be stored in a mobile terminal device, changes over time, cannot be altered when a lock operation is requested, and can be acquired by an owner, such as a last-dialed telephone number, is managed as owner-specific authentication information, and, when an e-mail requesting a lock operation is extracted, a lock number for authentication for locking the mobile terminal device is calculated by using the owner-specific authentication information as a parameter.

Abstract: A pushbutton switch includes a pushbutton for changing a switching mode of a tact switch provided on a switch holder fixedly disposed within a casing. The pushbutton includes a push operation portion disposed in a through hole provided in the casing and a collar that protrudes outwardly from the push operation portion and faces an inner face of the casing at the peripheral edge of the through hole. The pushbutton is connected to the switch holder and resiliently urged toward the side on which the collar gets closer to the inner face of the casing. Projections projecting toward the inner face of the casing are projectingly provided integrally at a plurality of positions spaced in the peripheral direction on an opposing face, of the collar of the pushbutton, that is opposed to the inner face of the casing. This prevents a freezing problem in the operation of a pushbutton.

Abstract: An optical information recording/reproducing apparatus includes a spatial light modulator that converts an irradiation beam emitted from a light source to a single information beam that carries information; an optical system that causes the single information beam to be collected on an optical-information recording medium including an information recording layer capable of recording the information as hologram by using interference fringes produced due to interference between the single information beam and a plurality of reference beams, and causes each of the reference beams to be irradiated to the optical-information recording medium from mutually different directions so as to intersect with the single information beam in the information recording layer; and a controller that controls to cause the light source to emit the irradiation beam and performs angular multiplexing recording of the information in the information recording layer while controlling to drive either one of the optical-information recordi