88 results about "Front seat passenger" patented technology

The airbag of the present invention, when completely inflated, is formed into a generally square conical shape whose top is in a front end of the airbag. A protection portion to be located in rear side of the airbag upon airbag inflation includes shoulder restraining portions disposed generally side by side in left-right orientation in an area from upper part to rear part of the completely inflated airbag. Each of the shoulder restraining portions continuously projects in upper part to rear part of the airbag.

An airbag device for front passenger's seat of the present invention includes an airbag folded and housed in a case. A rear side face of the airbag as completely deployed confronts an occupant and serves as a restraint face. The airbag includes an upper inflatable portion and a lower inflatable portion arranged vertically at airbag inflation. Rear side faces of each of the upper and lower inflatable portions define upper part and lower part of the restraint face. A lower wall of the upper inflatable portion and a top wall of the lower inflatable portion contact and overlap with each other as the airbag is completely inflated, and contacting face of the top wall and the lower wall is wide enough to stay contacted even when either the upper inflatable portion or the lower inflatable portion restrains a part of occupant.

An airbag includes a main bag section which protrudes rearward out of a housing and deploys in front of a front passenger seat and a center bag section which deploys toward an inboard direction from the main bag section in a width direction of the vehicle and in front of a space between the front passenger seat and a driver's seat in such a manner as to extend rearward from a side of the housing. A rear end region of the center bag section is deployable rearward relative to the main bag section. The airbag further includes an outer tether which extends outside of the airbag from a front end region of the center bag section and is connected to a vicinity of the housing by a leading end of the outer tether.

An airbag includes on the rear plane a passenger protection portion for protecting a front seat passenger. The passenger protection portion includes a front-collision arresting plane for protecting a head of the passenger as he moves forward in the event of a frontal collision of the vehicle and an oblique-collision arresting plane that is disposed at least either on the left or on the right of the front-collision arresting plane in such a manner as to protrude rearward out of the front-collision arresting plane for protecting the head of the passenger as he moves diagonally forward in the event of an oblique or offset collision of the vehicle. The passenger protection portion further includes an arresting recess that is disposed between the front-collision arresting plane and oblique-collision arresting plane in such a manner as to be sunken forward for receiving and arresting the head of the passenger.

A retractable workstation that is mounted within the dashboard of a vehicle is provided. In the retracted position the workstation is hidden from sight, while in the extended position it provides a convenient and ergonomic desk for use by the front seat passenger. The retractable workstation includes a desktop and may additionally include a rear desk organizer and / or an integrated display screen and / or an integrated keyboard.

An airbag device for motor vehicle, includes: an inflator arranged in an instrument panel in front of a front passenger seat and is capable of ejecting gas; a first airbag connected to the inflator at a base end side thereof and has a gas inflow hole through which gas can be flowed, the first airbag being for the front passenger seat; and a second airbag arranged on the first airbag at a side face portion close to a center in the vehicle width direction, the second airbag being adapted to communicate with the first airbag through first and second communication portions. The first communication portion is arranged proximal to the inflator than the second communication portion arranged proximal to the occupant side end. The first communication portion and the second airbag are communicated via a communication passageway, and the second communication portion and the second airbag are communicated directly.

An airbag includes a main bag section which protrudes rearward out of a housing and deploys in front of a front passenger seat and a center bag section which deploys toward an inboard direction from the main bag section in a width direction of the vehicle and in front of a space between the front passenger seat and a driver's seat in such a manner as to extend rearward from a side of the housing. A rear end region of the center bag section is deployable rearward relative to the main bag section. The airbag further includes an outer tether which extends outside of the airbag from a front end region of the center bag section and is connected to a vicinity of the housing by a leading end of the outer tether.

An airbag is disclosed, including a main bag section deployable in front of a passenger seat, a center bag section which is deployable in such a manner as to protrude towards an inboard side in a vehicle width direction out of the main bag section to an area beneath the rearview mirror. The center bag section includes, on the upper portion as deployed, a region that faces the rearview mirror in an up and down direction. The center bag section internally includes a regulating tether that is disposed generally along an up and down direction and connects the region of the upper portion of the center bag section facing the rearview mirror at airbag deployment and a region of a lower portion of the center bag section deployed beneath the region facing the rearview mirror in order to prevent contact between the center bag section and the rearview mirror.

An airbag apparatus for a front passenger's seat is disclosed. The apparatus includes a wrapping member that wraps up an airbag in a folded-up configuration. The wrapping member includes a joint portion that is secured to an airbag housing or its vicinity together with the airbag, a main body that extends forward from the joint portion and a cover portion that extends rearward from the joint portion for deployment between the airbag and an out-of-position object in an initial phase of airbag deployment. During a folding process of the airbag, the cover portion is wrapped around a front-rear contracted bag, and a leading end of the cover portion is tucked down between an upper folded portion and a lower folded portion of the front-rear contracted bag.

A bag body of an airbag includes a recessed area that is sunken forward and extends vertically generally at the center in a left and right direction of the passenger side wall. The airbag internally includes a vertical tether that pulls the front end of the recessed area forward at airbag deployment. The airbag further includes two horizontal tethers; an upper horizontal tether and a lower horizontal tether, which connect the left side wall and right side wall of the bag body, respectively, and are deployable generally in a left and right direction in order to limit the clearance between the left side wall and right side wall. The upper horizontal tether is located in an area above the vertical tether and the lower horizontal tether is located in an area below the vertical tether.

An airbag device includes an airbag. A passenger protection portion of the airbag has a frontal collision restraint surface, an oblique collision restraint surface, and a restraint recess portion. The airbag has a recess portion tether that couples a tip side of a recess of the restraint recess portion and a front end side of the airbag to each other, and at least one longitudinal tether that couples the front end side of the airbag and a recess portion-side region that is located on the restraint recess portion side with respect to a center of the frontal collision restraint surface in a lateral direction to each other, inside the airbag. The frontal collision restraint surface has at least two protruding surfaces that are configured to protrude backward, due to the longitudinal tether. The at least two protruding surfaces are arranged in alignment in the lateral direction.

A bag body of an airbag includes a recessed area that is sunken forward and extends vertically generally at the center in a left and right direction of the passenger side wall. The airbag internally includes a vertical tether that pulls the front end of the recessed area forward at airbag deployment. The airbag further includes two horizontal tethers; an upper horizontal tether and a lower horizontal tether, which connect the left side wall and right side wall of the bag body, respectively, and are deployable generally in a left and right direction in order to limit the clearance between the left side wall and right side wall. The upper horizontal tether is located in an area above the vertical tether and the lower horizontal tether is located in an area below the vertical tether.

An airbag includes, in a rear portion thereof, a passenger protection region for protecting a passenger. The passenger protection region includes a front-collision arresting plane, an oblique-collision arresting plane that is disposed on a left side and / or right side of the front-collision arresting plane, and an arresting recess that is disposed between the front-collision arresting plane and the oblique-collision arresting plane. Further, the airbag internally includes a tether that joints a front end portion of the airbag and the bottom of the arresting recess, and an auxiliary tether that joints the front end portion of the airbag and a side edge region of the front-collision arresting plane apart from the arresting recess. The tether and the auxiliary tether are designed to be deployed generally symmetrically with respect to a line that runs in a front and rear direction through a mounting center of the airbag to a case of the airbag.

A front passenger seat airbag device includes a module case; a front passenger seat airbag configured such that, in a folded state, a height of a first airbag section positioned at a vehicle outer side is lower than a height of a second airbag section positioned at a vehicle inner side, and widths of the first airbag section and the second airbag section are substantially the same; an inflator disposed at a bottom side of the module case; and a raising member disposed at a bottom portion of the module case, and that raises a height of a first support face supporting the first airbag section to be higher than a height of a second support face supporting the second airbag section, such that a height of an upper face of the first airbag section is substantially aligned with a height of an upper face of the second airbag section.

A brake fluid flush machine is adapted to simultaneously supply fresh brake fluid and vacuum used brake fluid in a vehicles braking system while controlled by a processor to allow a single worker to complete the fluid exchange operation. The automatic brake fluid exchange machine comprises a used fluid tank, a new fluid tank, a manifold connectable to four secondary brake cylinders corresponding to a front driver's side wheel, a front passenger's side wheel, a rear driver's side wheel, and a rear passenger's side wheel, a suction pump connecting the manifold to said used fluid tank for draining used brake fluid from said four secondary brake cylinders, a pressure pump connecting the new fluid tank to the master cylinder, and a processor. The processor is configured to control the fluid exchange by sequentially opening and closing valves that couple the four secondary brake cylinders with the suction pump, where the valve connected to the rear passenger's side cylinder is first opened and then closed, followed by opening and closing of the valve connected to the rear driver's side cylinder, followed by the opening and closing of the valve connected to the front passenger's side cylinder, and then opening and closing of the valve connected to the front driver's side cylinder.

An air bag system for a front-seat passenger, includes a main body portion of an emblem is brought into contact with a surface of an instrument panel at a reverse face thereof, a bolt provided on the reverse face of the main body portion to protrude therefrom passes through the instrument panel and a mounting portion of an air bag module and a nut screwed on and fastened to the bolt so that the air bag module is fixed to the instrument panel easily and rigidly without using heat clamping which is less stable in quality. There is no risk that surface sinks are generated in the surface of the instrument panel to thereby deteriorate the aesthetic appearance thereof, since there is no need to provide bosses on a reverse face of the instrument panel for heat clamping.

A military vehicle air conditioning system has one or more compressors, condensers, and evaporators. The evaporators are spaced apart from each other at the front and rear of the vehicle. An interior air distribution plenum is vertically flush with a lower edge of the windshield, has a single vent for the driver, and a large clearance between the plenum and the steering wheel of the vehicle. The front evaporator is adjacent the front passenger footwell and equipped with a renewable filter. The condenser is inside a rear storage compartment, and fans force air into the compartment through vents in the door, through the coils of the condenser, and then exhaust the heated air from the compartment. The fans are intermittently reversed to purge dust and debris circulated during this process.

A knee bolster structure includes a vehicle-side member, a knee-receiving member, an impact-absorbing section for absorbing an input energy from knees of a driver or front-seat passenger when the knees hit the knee-receiving section, and a knee-receiving member movement section for moving the knee-receiving member to a knee-receiving position for the driver or front-seat passenger, said knee-receiving member being attached to the vehicle-side member via the impact-absorbing section and the knee-receiving member movement section, the impact-absorbing section being structurally separated from the knee-receiving member movement section.

A front passenger airbag device includes an airbag that deploys toward a front seat passenger, and an airbag door provided in a dashboard. The airbag door includes a central door that opens in a vehicle longitudinal direction, and lateral end doors that are provided on the lateral sides of the central door to open in the vehicle width direction due to the inflation pressure of the airbag. The inflation pressure of the airbag acts on the respective lateral end doors almost exclusively during the initial stage of the airbag deployment.

An airbag is configured by six base materials of two side wall configuration panels, a projecting portion configuration panel, a front panel, and two rear panels. Each of the side wall configuration panels configure a left wall portion or a right wall portion facing each other on a side in a rightward-leftward direction in a main body inflation portion, and a projecting portion configuration portion configuring a projecting inflation portion is located in one of the side wall configuration panels. The front panel configures a region from an upper wall portion to a lower wall portion, which face each other on a side in an upward-downward direction in the main body inflation portion. Each of the rear panels configures a rear surface in the main body inflation portion when the main body inflation portion is completely inflated. The projecting portion configuration panel has an external shape substantially coincident with that of the projecting portion configuration portion. The projecting portion configuration panel and the rear panel on the projecting inflation portion side include a recess portion configuration portion configuring a restraining recess portion.

A motor home seat lift apparatus is provided which is located within the vehicle at the front passenger door, which is foldable to a storage location adjacent to the dashboard and forward of the front passenger seat, and which unfolds for usage to place a lift seat adjacent to the level of the front passenger seat, from which a user can slide onto (or off of) the lift seat. The lift seat is then movable from the that level, downward and outward through the opened front passenger door, to a level comfortably adjacent the ground level, for the user to then stand upon when exiting the lift seat. In general, the apparatus includes a lift seat which moves laterally within the vehicle into and out of the door, and rotates up and down between the exterior ground level and the passenger seat level, above the passenger compartment floor. The lift seat is also rotatable during this lateral and rotational motion, so that the user can be comfortably reoriented to face the direction of motion and avoid impact with other vehicle structure.

A method and apparatus for reducing undesirable air flow in a passenger compartment of a forward moving vehicle taps into an external air stream source to provide a counteractive air flow supply. The counteractive air flow supply is used to introduce at least one generally forward to rearward directed counteractive flow of air into the passenger compartment at a generally laterally central portion of the vehicle in an amount and at a velocity sufficient to counteract at least a portion of a rearward to forward flow of air in the passenger compartment to provide a forward to rearward directed flow of air through a generally laterally central portion of the passenger compartment at a head level of at least one front seat passenger.

An apparatus includes an airbag door that opens during deployment of an airbag, and a crash pad integrally injection-molded with the airbag door. The airbag door may include a tear groove, torn during the deployment of the airbag; a slanted part; and a variable part, a thickness of which varies. The crash pad may include an insertion part which contacts the slanted part of the airbag door to support the airbag door when the airbag door opens. A method includes simultaneously injecting materials of a crash pad and an airbag door with an upper and a lower mold and a slide mold coupled to one another such that the airbag door is integrally injection molded with the crash pad, retreating the molds, and removing the airbag door by moving the slide mold.