Abstract: In order to improve vehicle controllability, an information processing device 1 that is able to communicate with a vehicle 5 via a network includes a controller, the controller executing operations including acquiring tire-related information, calculating a driving control parameter based on the tire-related information, and transmitting the driving control parameter to the vehicle 5.

Abstract: An optical driving apparatus, including: a fixed member; a driven member that is movable with respect to the fixed member; and a guiding member that restricts the driven member from moving in a predetermined direction with respect to the fixed member, wherein the guiding member has: a first groove in a V-shaped cross-sectional shape, which is formed on any one of the fixed member or the driven member; a first convex portion fitting into the first groove, which is formed on another of the fixed member or the driven member; and a plurality of microspheres interposed in a gap between the first groove and the first convex portion and disposed in a longitudinal direction of the first groove and in a direction perpendicular to the longitudinal direction to generate rolling friction.

Abstract: The present invention provides a curable composition which provides a coating film having excellent hot water-resistant adhesiveness, a cured product of the curable composition, a laminate using the curable composition, and production methods thereof. The curable composition of the present invention comprises the following compound A and the following compound B. Compound A: a compound in which (TI) 2 calculated by the following expression (L) is 3.65 to 9.

Abstract: A tire behavior estimating device that estimates a physical amount relating to behavior of a tire from tire design information by using a tire model that outputs a physical amount relating to behavior of a tire in accordance with input parameters, the device including: a storing section storing relationships of correspondence between tire design information and parameters that are inputs to the tire model; an acquiring section acquiring tire design information; a converting section that, based on the relationships of correspondence stored in the storing section, converts tire design information acquired at the acquiring section into parameters to be input into the tire model; and an inputting section inputting the parameters converted at the converting section into the tire model.

Abstract: A detergent composition for metal product, which contains an amine (component A) represented by a general formula (I), a salt (component B?) of a dicarboxylic acid (component B) represented by a general formula (II): HOOC—R4—COOH (II) and the amine (component A), a salt (component C?) of a monocarboxylic acid (component C) represented by a general formula (III): R5—COOH (III) and the amine (component A), a nonionic surfactant (component D) represented by a general formula (IV): R6—O-{(EO)n/(PO)m}-H (IV), and water (component E) and has a pH of more than 7 and 10 or less. The detergent composition for metal product exhibits excellent detergency and metal corrosion suppressing performance.

Abstract: A tensioner includes a movable section, a fixed section, a flat spiral spring, and a back-up spring. The movable section receives load from an entrained transmission body through a tension member. The fixed section supports the movable section so as to be capable of displacing. The flat spiral spring biases the movable section so as to resist the tension member. The flat spiral spring unwinds in a state in which there is a small inter-plate friction force in cases in which there is a large biasing force applied to the tension member to counter load acting from the tension member. The flat spiral spring winds-up in a state in which there is a large inter-plate friction force in cases in which there is a small biasing force applied to the tension member to counter load acting from the tension member. The back-up spring limits wind-up of the flat spiral spring.

Abstract: A method for producing a broadband wavelength film including, in this order: a first step of preparing a layer (A) as a long-length obliquely stretched film; a second step of forming on the layer (A) a layer (B) of a resin having a negative intrinsic birefringence to obtain a multilayer film; and a third step of stretching the multilayer film to obtain a long-length broadband wavelength film including a ?/2 layer and a ?/4 layer.

Abstract: A detergent composition for metal product, which contains an amine (component A) represented by a general formula (I), a salt (component B?) of a dicarboxylic acid (component B) represented by a general formula (II): HOOC—R4—COOH (II) and the amine (component A), a salt (component C?) of a monocarboxylic acid (component C) represented by a general formula (III): R5—COOH (III) and the amine (component A), a nonionic surfactant (component D) represented by a general formula (IV): R6—O-{(EO)n/(PO)m}-H (IV), and water (component E) and has a pH of more than 7 and 10 or less. The detergent composition for metal product exhibits excellent detergency and metal corrosion suppressing performance.

Abstract: A tensioner including a support member, a thrust member supported so as to be capable of reciprocating movement in a straight line along a first direction with respect to the support member, and a contact-type flat spiral spring. The flat spiral spring is disposed adjacent to the thrust member in a second direction orthogonal to the first direction. The flat spiral spring has a coil axis direction running in a third direction orthogonal to both the first direction and the second direction and includes an inner-end portion anchored to the support member and an outer-end portion anchored to the thrust member so as to bias the thrust member in a forward-direction and so as to be wound-up by movement of the thrust member in a retraction-direction.

Abstract: A tensioner includes a movable section, a fixed section, a flat spiral spring, and a back-up spring. The movable section receives load from an entrained transmission body through a tension member. The fixed section supports the movable section so as to be capable of displacing. The flat spiral spring biases the movable section so as to resist the tension member. The flat spiral spring unwinds in a state in which there is a small inter-plate friction force in cases in which there is a large biasing force applied to the tension member to counter load acting from the tension member. The flat spiral spring winds-up in a state in which there is a large inter-plate friction force in cases in which there is a small biasing force applied to the tension member to counter load acting from the tension member. The back-up spring limits wind-up of the flat spiral spring.

Abstract: A method for producing a broadband wavelength film including, in this order: a first step of preparing a layer (A) as a long-length obliquely stretched film; a second step of forming on the layer (A) a layer (B) of a resin having a negative intrinsic birefringence to obtain a multilayer film; and a third step of stretching the multilayer film in a stretching direction that forms an angle of 0°±20° with respect to a width direction of the multilayer film to obtain a long-length broadband wavelength film including a ?/2 layer and a ?/4 layer.

Abstract: A tensioner includes a power spring, and a backup member being in contact with the power spring and supporting the power spring by acting an urging force in a direction opposite to a radial shift of the power spring in a direction in which the power spring is wound. The power spring is unwound in a condition in which an inter-plate frictional force of the power spring is small in a case where an urging force acting from a power spring to a tension member is greater than a load acting from the tensioner arm to the power spring and the power spring is wound in a condition in which the inter-plate frictional force of the power spring is large in a case where the urging force acting from the power spring to the tension member is smaller than the load acting from the tension member to the power spring.

Abstract: A film sensor member for disposing on a visually recognizing side of a linear polarizer in an image display device including the linear polarizer, the member including a transparent electroconductive layer, a ?/4 plate, and a ?/2 plate in this order from the visually recognizing side, wherein the ?/4 plate is formed of a first thermoplastic resin containing an amorphous polymer having a glass transition temperature of 150° C. or higher or a crystallizable polymer having a melting point of 250° C. or higher, the ?/2 plate includes, in this order, a first outer layer formed of a second thermoplastic resin, an intermediate layer formed of a third thermoplastic resin containing an ultraviolet absorber, and a second outer layer formed of a fourth thermoplastic resin, and the ?/2 plate has an NZ factor of 1.1 to 3.0.

Abstract: A tensioner includes a power spring, and a backup member being in contact with the power spring and supporting the power spring by acting an urging force in a direction opposite to a radial shift of the power spring in a direction in which the power spring is wound. The power spring is unwound in a condition in which an inter-plate frictional force of the power spring is small in a case where an urging force acting from a power spring to a tension member is greater than a load acting from the tensioner arm to the power spring and the power spring is wound in a condition in which the inter-plate frictional force of the power spring is large in a case where the urging force acting from the power spring to the tension member is smaller than the load acting from the tension member to the power spring.

Abstract: A film sensor member for disposing on a visually recognizing side of a linear polarizer in an image display device including the linear polarizer, the member including a transparent electroconductive layer, a ?/4 plate, and a ?/2 plate in this order from the visually recognizing side, wherein the ?/4 plate is formed of a first thermoplastic resin containing an amorphous polymer having a glass transition temperature of 150° C. or higher or a crystallizable polymer having a melting point of 250° C. or higher, the ?/2 plate includes, in this order, a first outer layer formed of a second thermoplastic resin, an intermediate layer formed of a third thermoplastic resin containing an ultraviolet absorber, and a second outer layer formed of a fourth thermoplastic resin, and the ?/2 plate has an NZ factor of 1.1 to 3.0.

Abstract: A method for producing a broadband wavelength film including, in this order: a first step of preparing a layer (A) as a long-length obliquely stretched film; a second step of forming on the layer (A) a layer (B) of a resin having a negative intrinsic birefringence to obtain a multilayer film; and a third step of stretching the multilayer film to obtain a long-length broadband wavelength film including a ?/2 layer and a ?/4 layer.

Abstract: A vehicle stability control device mounted on a vehicle includes: a yaw moment generation device configured to generate a yaw moment; and a control device configured to control the yaw moment generation device to generate a counter yaw moment that counteracts a variation yaw moment generated when the vehicle makes a turn. The counter yaw moment is expressed by FD r i v e r×h×Ay/g, wherein FD r i v e r is a required driving force required for the vehicle, h is a center of gravity height of the the vehicle, Ay is a lateral acceleration of the vehicle, and g is a gravitational acceleration.

Abstract: A method for producing a broadband wavelength film including, in this order: a first step of preparing a layer (A) as a long-length obliquely stretched film; a second step of forming on the layer (A) a layer (B) of a resin having a negative intrinsic birefringence to obtain a multilayer film; and a third step of stretching the multilayer film in a stretching direction that forms an angle of 0°±20° with respect to a width direction of the multilayer film to obtain a long-length broadband wavelength film including a ?/2 layer and a ?/4 layer.

Abstract: A circularly polarizing plate for disposing in an image display device including an image display element is disposed on a visually recognizing side of the image display element and includes a linear polarizer and a broadband ?/4 plate in this order from a side of the image display element. The broadband ?/4 plate includes a ?/2 plate and a ?/4 plate in this order from a side of the linear polarizer. At least one of the ?/2 plate and the ?/4 plate is a multilayer body including a first outer layer, an intermediate layer containing an ultraviolet absorber, and a second outer layer in this order. The broadband ?/4 plate has a light transmittance of 1.0% or less at a wavelength of 380 nm. The broadband ?/4 plate has a light transmittance of 5.0% or less at a wavelength of 390 nm.

Abstract: A vehicle stability control device includes a yaw moment generation device and a control device. A variation yaw moment generated by simultaneous turn and acceleration/deceleration is expressed as a function of a longitudinal acceleration and a lateral acceleration. A longitudinal force and a lateral force of a tire have non-linear load dependency. The variation yaw moment when assuming that the load dependency is linear is a first variation yaw moment. The variation yaw moment considering the non-linear load dependency is a second variation yaw moment that is expressed as a product of the first variation yaw moment and a correction gain. In vehicle stability control, the control device controls the yaw moment generation device to generate a counter yaw moment counteracting the second variation yaw moment, based on the longitudinal acceleration, the lateral acceleration, and the correction gain.