Abstract: In a vehicle far side airbag device, a far side airbag is fixed to a seatback frame using stud bolts of an inflator. The far side airbag includes a bag portion at a face opposite a side face of the seatback frame. A support plate is retained in the bag portion and is fixed to the seatback frame using the stud bolts. The support plate is formed to be longer to both sides in a vehicle vertical direction than the inflator, and is engaged with the seatback frame at the vehicle upper side relative to the inflator. During inflation and expansion of the far side airbag, the support plate supports the far side airbag at both sides in the vehicle vertical direction of the inflator.

Abstract: In a vehicle side airbag device, when inflator operates, gas is supplied to left and right chambers of rear bag portion, and gas is supplied from communication opening through between a left and right side partitioning portions directly into a front bag portion. When inflation and expansion of the chambers are completed, the left and ride side partitioning portions are pushed against one another by internal pressures of the chambers, and the communication opening is closed-off. A valley, that is recessed toward a vehicle rear side, is formed at a front surface of the rear bag portion. At a time when the rear bag portion interferes with a vehicle occupant who is at an improper position, this valley is expanded due to the left and right chambers moving apart from one another in a vehicle left-right direction.

Abstract: In the side airbag device, in an inflation and deployment state of the side airbag, a tension cloth extendingly disposed across between a front-rear partition and a rear end of the rear bag section is stretched, thereby restricting inflation in the vehicle front-rear direction of the rear bag section. An inflating width in a vehicle width direction of the rear bag section can be increased without significantly changing a position in the vehicle front-rear direction of the front-rear partition. In a flat developed state of the side airbag, the tension cloth is extendingly disposed across between the front-rear partition so folded into two as to protrude toward the rear bag section, and the rear end of the rear bag section. Accordingly, dimensions of each component can be so defined as to cause no redundancy in the rear bag section in the flat developed state, thus compactly folding the side airbag.

Abstract: Provided is a construction machine capable of smooth exhaust and suppression of a leak of noise from an engine room, including an engine guard defining an engine room, a cooling fan disposed in the engine room, a projection element projecting upward beyond the engine guard, and an exhaust duct. The exhaust duct has a bent shape including a first duct section extending along an axial flow direction of the cooling fan from an upstream end portion surrounding a duct inlet to a connection portion and a second duct section extending upward from the connection portion and surrounding a duct outlet opened upward, also including an engine concealment section obstructing a direct view to an engine through the duct outlet from outside the engine room.

Abstract: A vehicle curtain airbag device has a curtain airbag. The curtain airbag is configured such that: a front end side is Z-folded toward a vehicle width direction inner side, the curtain airbag is further folded top-to-bottom, and, in the stowed state, a front end portion at the Z-folded region is covered by a rear end portion of a front pillar garnish; a corner portion at a front end side and an upper end side of the front side sub chamber is formed in a circular arc shape; and in a mid-deployment state, a front end side and an upper end side of the Z-folded region are covered, the corner portion overlaps a vehicle width direction outer side of the rear end portion, and a rear end of the corner portion is positioned further to a vehicle rear side than a rear end of the front pillar garnish.

Abstract: A vehicle far side airbag device includes: a splitting portion at a front side of a seat cover, at a side section at a vehicle center side of vehicle seatback, extends along a height of the seatback; an airbag inside the side section, deploys toward an outside of the side section while splitting the splitting portion, to protect an occupant from head to abdomen; a diffuser housed at a lower and rear side within the airbag, ejects gas from an inflator from an upper end opening and a lower end opening; and a tensioning cloth fixed to both a seatback frame and a location at a lower end of the splitting portion, is superimposed on the airbag in a stored state. A portion of the tensioning cloth is positioned further to a seatback lower side than the lower end opening of the diffuser in a deployed state.

Abstract: To contribute to stabilizing the restraining of a head portion. When an air bag inflates and expands in a side airbag device for a vehicle, a rear bag portion accommodating an inflator inflates and expands earlier than and at a higher pressure than a front bag portion. The front bag portion, that is low pressure and inflates and expands later, can be supported by the rear bag portion that is high pressure, and the front bag portion does not shake greatly. Moreover, the flow of gas from the rear bag portion that is high pressure to the front bag portion that is low pressure can be regulated by the upper and lower communication ports formed in a tether. Due to the above, the expansion behavior of the front bag portion can be stabilized, which can therefore contribute to the restraining of the head portion by the front bag portion.

Abstract: A vehicle seat that is equipped with a side airbag device includes: an airbag package that includes a side airbag that is housed within a side portion of a seatback; a seatback skin at which a burst line portion receives inflation pressure of the side airbag and breaks; and a seatback pad in which a vertical slit portion, that is positioned further toward a seat transverse direction outer side than a front edge portion of the airbag package, extends toward upper and lower sides of the side portion along the front edge portion. The side airbag inflates and expands with passing-through the vertical slit portion, and an upper end of the vertical slit portion is positioned further toward a seatback rear side than a lower end of the vertical slit portion.

Abstract: The present disclosure provides a vehicle side airbag device including: a side airbag, housed inside a side support section of a vehicle seat, that inflates and deploys toward a vehicle front side upon being supplied with gas from an inflator, the side airbag including: a bag body that is formed in a bag shape; a front-rear left-right partitioning cloth that partitions the bag body into a front bag section and a rear bag section, and that partitions the rear bag section into a left and a right chamber in a row along a vehicle width direction in an inflated and deployed state of the bag body; and a tether, provided at at least one chamber of the left or the right chamber, that bears tension in the inflated and deployed state, and that restricts inflation of the at least one chamber toward the vehicle front side.

Abstract: A vehicle occupant protection system includes: an outside airbag; reinforcement cloths that are attached to a reverse surface of a seat cover, in a region at a the vehicle width direction outer side, and a region at a seat front side, of the outside airbag, the reinforcement cloths being attached from an outside splitting portion; an inside airbag; webbings that are secured to a side frame (a frame) of a seat back, with each having an end portion fastened to an inside splitting portion; an outside inflator that supplies a gas for inflation to the seat outside airbag; an inside inflator that supplies a gas for inflation to the seat inside airbag; and a control unit which, at a time of a side crash, actuates the inside inflator later than the outside inflator.

Abstract: In a side air bag of a vehicle side air bag device, a front bag portion and a rear bag portion are partitioned by a tether portion. A plurality of gas feed openings is formed in the tether portion. Further, a forward extending portion is extended from an upper end of the rear bag portion toward an upper end side of the front bag portion. The forward extending portion and the front bag portion are partitioned by a seam portion.

Abstract: In a vehicle side air bag device, an air bag is fixed to a side frame portion of a seatback frame via an inflator at a fixed part set in a rear end of a vertically intermediate part. An upper insertion portion into which an upper end of a reaction plate is inserted is formed on an upper-part side in a rear end of the air bag, and a lower insertion portion into which a lower end of the reaction plate is inserted is formed on a lower-part side in the rear end of the air bag. The reaction plate is modularized with the air bag, the inflator, and so on, and is fixed to the side frame portion via the inflator.

Abstract: A method for producing a chemically strengthened glass, including a step of bringing a glass containing sodium into contact with an inorganic salt containing potassium nitrate, thereby performing ion exchange of a Na ion in the glass with a K ion in the inorganic salt, in which the inorganic salt contains at least one salt selected from the group consisting of K2CO3, Na2CO3, KHCO3, NaHCO3, K3PO4, Na3PO4, K2SO4, Na2SO4, KOH and NaOH, and the method includes: a step of washing the glass after the ion exchange; a step of subjecting the glass to an acid treatment after the washing; and a step of subjecting the glass to an alkali treatment after the acid treatment.

Abstract: In a vehicle side airbag device, when inflator operates, gas is supplied to left and right chambers of rear bag portion, and gas is supplied from communication opening through between a left and right side partitioning portions directly into a front bag portion. When inflation and expansion of the chambers are completed, the left and ride side partitioning portions are pushed against one another by internal pressures of the chambers, and the communication opening is closed-off. A valley, that is recessed toward a vehicle rear side, is formed at a front surface of the rear bag portion. At a time when the rear bag portion interferes with a vehicle occupant who is at an improper position, this valley is expanded due to the left and right chambers moving apart from one another in a vehicle left-right direction.

Abstract: A web management device is capable of displaying a web page containing an object in a display area of an input device having the display area and detecting physical contact with the display area. The device includes a generating means for generating the web page with an embedded detectable range for acquiring a position of physical contact with the object displayed in the display area, an acquiring means for acquiring a position of physical contact made within the detectable range of the web page generated and displayed in the display area as a selected position of the object corresponding to the range and acquiring position information indicating the selected position, a storing means for storing the acquired position information, and an adjusting means for compiling the stored position information and adjusting a display target in the display area based on the compiled position information.

Abstract: A vehicle seat that is equipped with a side airbag device includes: an airbag package that includes a side airbag that is housed within a side portion of a seatback; a seatback skin at which a burst line portion receives inflation pressure of the side airbag and breaks; and a seatback pad in which a vertical slit portion, that is positioned further toward a seat transverse direction outer side than a front edge portion of the airbag package, extends toward upper and lower sides of the side portion along the front edge portion. The side airbag inflates and expands with passing-through the vertical slit portion, and an upper end of the vertical slit portion is positioned further toward a seatback rear side than a lower end of the vertical slit portion.

Abstract: Influence from a rear bag section is prevented or suppressed from being applied to an occupant out of position. In a state in which a side airbag inflates and deploys frontward of a side support section of a seat back, a front-rear partition cloth that partitions a bag body into a front bag section and a rear bag section brings an intermediate portion in a vehicle width direction of a front surface of the rear bag section to be recessed toward a vehicle rearward direction so as to be a valley-shaped recessed portion. Through this, even if the side airbag inflates and deploys while the occupant is located frontward of the side support section, it is possible to prevent or suppress influence from the rear bag section to this occupant.

Abstract: A vehicle occupant protection system includes: an outside airbag; reinforcement cloths that are attached to a reverse surface of a seat cover, in a region at a the vehicle width direction outer side, and a region at a seat front side, of the outside airbag, the reinforcement cloths being attached from an outside splitting portion; an inside airbag; webbings that are secured to a side frame (a frame) of a seat back, with each having an end portion fastened to an inside splitting portion; an outside inflator that supplies a gas for inflation to the seat outside airbag; an inside inflator that supplies a gas for inflation to the seat inside airbag; and a control unit which, at a time of a side crash, actuates the inside inflator later than the outside inflator.

Abstract: In a vehicle far side airbag device, a far side airbag is fixed to a seatback frame using stud bolts of an inflator. The far side airbag includes a bag portion at a face opposite a side face of the seatback frame. A support plate is retained in the bag portion and is fixed to the seatback frame using the stud bolts. The support plate is formed to be longer to both sides in a vehicle vertical direction than the inflator, and is engaged with the seatback frame at the vehicle upper side relative to the inflator. During inflation and expansion of the far side airbag, the support plate supports the far side airbag at both sides in the vehicle vertical direction of the inflator.

Abstract: A far side airbag device for a vehicle has: an inflator that is provided at a central-side side portion of a seat back along a height direction of the seat back, and that jets gas out from a jetting portion; a side airbag that receives a supply of gas from the inflator and is thereby inflated and expanded; a diffuser that is housed at the interior of the side airbag, that receives a supply of gas from the inflator and is thereby inflated and expanded in a shape of a tube that surrounds the inflator; and a protecting patch that covers the gas supplying end portion in a state in which the side airbag and the diffuser are inflated and expanded.