1317results about "Dismountable/non-dismountable seats" patented technology

A pick-up style utility vehicle is provided. Typically, the vehicle includes a movable seat and an adjustable cargo bed, each configured to be alternatively positioned in an overlapping area of movement. The vehicle further includes a latch system including a latch body and a first retainer provided on the seat and a second latch retainer provided on a portion of the cargo bed. The latch body is typically configured to alternatively be secured to the seat or to the cargo bed by interlocking with either the first or the second latch retainer.

A pick-up style utility vehicle is provided. Typically, the vehicle includes a seat that is retractable into a leg space of the seat, and a cargo bed adjustably provided behind the seat such that a part of the cargo bed is moveable into a space formerly occupied by the seat after the seat is retracted. In this manner, cargo space and passenger space of the vehicle may be selectively optimized by the user.

A utility vehicle having a cabin-frame assembly coupled to the vehicle body so as to cover rows of seats is provided. Typically, the assembly includes a main frame extended in the longitudinal direction of the vehicle substantially arcuately over the rows of seats, and an intermediate frame extended substantially arcuately and laterally across the vehicle body between the seat rows to support the main frame.

A folding seating apparatus, for on-board stowage of an optionally deployable passenger seat, in a vehicle having a floor defining a floor surface that may be entirely flat when the seating apparatus is stowed. The seating apparatus includes a stowable seat having a seat cushion supported on one or more legs above the floor, a seat back that is foldable upon the seat cushion for stowage of the seat, and a seat receiving recess in the floor for on-board stowage of the seat.

A folding seating apparatus, for on-board stowage of an optionally deployable passenger seat, in a vehicle having a floor defining a floor surface that may be entirely flat when the seating apparatus is stowed. The seating apparatus includes a stowable seat having a seat cushion supported on one or more legs above the floor, a seat back that is foldable upon the seat cushion for stowage of the seat, and a seat receiving recess in the floor for on-board stowage of the seat. The seat is movable transversely in the vehicle in addition to being stowable.

A seat back structure comprises a lower edge around which it is articulated and next to which is fixed a lower crosspiece the ends of which have pivoting means. These pivoting means are carried by a base which is itself added by fitting in the ends of the lower crosspiece.

A unique and versatile seating system for automobiles is provided. The seating system includes aspects to improve the functionality of the seating arrangement while maintaining the safety and comfort of the automotive seats. In certain embodiments, the seating system includes a reversible automotive seat that includes a seat cushion and a backrest. The backrest is movable between a forward seating position and a rearward seating position and includes an integrated restraint system which is operable to secure an occupant seated when the backrest is in either the forward or rearward seating positions.

A slide rail device for a vehicle seat including a lower rail member fixed on a floor of the vehicle and an upper rail member slidably fitted in the lower rail member. Basically, a stopper and a notch are provided respectively at the forward and rearward ends of the upper rail member, while a striker is provided at the floor of the vehicle, erecting therefrom. When the upper rail member is located at a home position upon the lower rail member, the stopper is abutted against the forward end of the upper rail member and side of the floor, with the notch being engaged over the striker, whereby the upper rail member is prevented against separation from the lower rail member. Another striker and hook-like lock member may be provided in the case where the vehicle seat is of a jump-seat type having a seat belt anchor, so that not only the seat is locked to the upper rail member against forward jumping, but also an upwardly slant pulling force applied through the seat belt anchor is dispersed and escaped to the floor through the stopper, two strikers, the lock member and the notch. Further, a guide roller arrangement is provided at the upper rail member for supportive sliding in the lower member, which includes a guide piece at one of the guide rollers that will be exposed from the lower rail member when the upper rail member is slid away from the lower rail member, such that the exposed portion of the upper rail member can be withdrawn into the lower rail member, with guiding aid of the guide piece.

A seat adjustment mechanism includes at least one recliner mechanism, a latch mechanism, and a kneel mechanism. The recliner mechanism serves to articulate a seatback relative to a seat while the floor latch and kneel mechanisms provide for dumping and pivoting of a seat assembly respectively. In addition, a second recliner mechanism, second floor latch mechanism, and second kneel mechanism may be provided on an opposite side of the seat assembly. A first interlock mechanism operably couples the first recliner mechanism and first latch mechanism while a second interlock mechanism couples the second recliner mechanism and second kneel mechanism. The first and second interlock mechanisms prevent the first and second recliner mechanisms from rotating to a usable position if either the first floor latch mechanism or second kneel mechanism is not securely latched.

Apparatus for positioning an occupant of a vehicle in an area of a closeable roof hatch includes a carrier frame suspended within a vehicle below the roof hatch and including a vertical support portion and a horizontal standing area connected to the vertical support portion. A seat assembly for the occupant has a backrest which is guided by the vertical support portion for movement in a vertical direction between upper and lower end positions and is spring-biased to seek the upper end position. The seat assembly has a seating area, which is swingably mounted to a lower end of the backrest, and a coupling brace, which has one end swingably mounted to the seating area and another end swingably mounted to the standing area. Connected to the seat assembly is a seat belt for fastening the occupant.

An ultra compact, easy to operate folding vehicle seat includes a seat back, seat base and support leg members and is movable between a stow position and a design position. The folding vehicle seat includes a folding mechanism having an upper member for connection to the seat back and a lower member for supporting the seat base; the upper and lower members of the folding mechanism include integrated teeth aligned in meshing relationship such that movement of the seat back causes the lower member to rotate and lift the seat base to move the folding vehicle seat to a design position. A pair of upper cams are provided for selective engagement with the upper member and a third cam tab of the lower member of the folding mechanism.

An all-terrain vehicle (ATV) with an elongated wheelbase has a rear-mounted receptacle for receiving one of a plurality of interchangeable modular components, such as a passenger seat, a cargo container, a cargo rack, a flatbed or a workbench. The modular component has an electrical connection and a mechanical connector on an underside thereof which has hooks and posts for engaging, respectively, a transverse rod and sockets. A latching mechanism locks the modular component to the rear of the vehicle. Accordingly, the modular component is selectively releasable to easily and quickly interchange one modular component with another.

A seat assembly for use in an automotive vehicle comprises a seat cushion and a seat hack pivotally connected to the seat cushion by a recliner mechanism for providing pivotal movement of the seat back between a plurality of reclined seating positions and a forwardly folded position against the seat cushion. A front link supports the scat cushion above the floor of the vehicle in the seating position and lowers the seat cushion to a flat position with the seat back in the folded position. A rear floor latch releasably secures the seat cushion to the floor of the vehicle in the seating position and unlocks the seat cushion and the seat back for pivotal movement about the front link from the seating position to an upright tilted position with each of the seat cushion and the seat back extending generally upright from the floor of the vehicle. A rear link is operatively coupled between the seat back and the floor of the vehicle for supporting and securing the seat cushion and the scat back in the tilted position.

A seat assembly having a seat back (11), a generally horizontal seat cushion (14), and a recliner mechanism (20) allowing for pivotal adjustment of the seat back about a first pivot axis (21) relative to the seat cushion and displacement of the first pivot axis about a second pivot axis (22) between forward and rearward positions. With the first pivot axis (21) in the forward position, the seat back is adjustable about the first pivot axis (21) between a plurality of reclined seating positions. With the first pivot axis in the rearward position, the seat back is adjustable about the first pivot axis between one of the reclined seating positions and a stowed position generally aligned against the seat cushion. The seat cushion is pivotally adjustable about a four bar linkage (17, 18) between a seating position and a stowed position. A link (80) interconnects the seat back and the seat cushion allowing movement of both the seat back and the seat cushion together between the respective seating and stowed positions.

The invention relates generally to a foldable or collapsible juvenile car seat.

A seat apparatus includes a seat cushion on which an operator is seated, a seatback for supporting the operator seated on the seat cushion, a seat drive device changing a position of the seat cushion and the seatback between a seating position and a storage position by operating the seat cushion and the seatback, and a control unit for controlling the seat drive device, the control unit controlling the seat drive device in a way that an operation starting time of the seat cushion does not coincide with an operation starting time of the seatback and an operating time of the seat cushion overlaps temporally an operating time of the seatback when the seat cushion and the seatback are moved between the seating position and the storage position such that an interference of the seat cushion and the seatback is restricted.

To utilize limited space in a vehicle cabin, a vehicular under-seat compartment mechanism includes a hinge mechanism, a compartment and a lock mechanism. The hinge mechanism interconnects a seat-frame and a seat-cushion in such a manner that the seat-cushion is pivotally rotatable with respect to the seat-frame. The compartment is disposed in the under-seat space under the seat and is formed an opening upwardly. The lock mechanism, integrated with the hinge mechanism, locks the seat-cushion at an upright position, at which the seat-cushion is pivotally flipped up about the hinge mechanism so that the compartment is accessible.

The foldable headrest assembly includes a first and second support and a first and second paddle. A first and second plate extending from the supports and supported by the paddles rotate in unison about a first axis (A1) from an upright to a forwardly folded position. A lock lever rotatably supported by the first plate rotates about a second axis (A2) between a locked position and an unlocked position. A first biasing member (FBM) is disposed between the plates and a second biasing member (SBM) is supported by the first plate engaging the lock lever. The FBM rotatably biases the supports about the A1 toward the forwardly folded position and the SBM rotatably biases the lock lever about the A2 toward the locked position in a common rotational direction as the rotation of the supports about the A1. A release mechanism for rotating the lock lever is also disclosed.

A vehicle seat of fold-down type which allows simultaneous flipping over of both seat back and seat cushion to their respective positions via an interlocking mechanism. The interlocking mechanism is operatively connected between the seat back and seat cushion, so that, for instance, upon folding the seat back down to a horizontal storage position, the seat cushion is automatically flipped over upwardly to an upright use position, without contact and interference therebetween. A seat cushion lock mechanism may be provided in such interlocking element so as to permit automatic locking and unlocking of the seat cushion to and from a vehicle body by folding the seat back downwardly and upwardly. In that fold-down seat, a headrest lock mechanism may be provided such that operation of a seat back lock mechanism causes quick operation of the headrest lock mechanism to unlock the headrest prior to the seat back being folded down.

An ultra compact, easy to operate folding vehicle seat includes a seat back, seat base and support leg members and is movable between a stow position and a design position. The folding vehicle seat includes a folding mechanism having an upper member for connection to the seat back and a lower member for supporting the seat base; the upper and lower members of the folding mechanism include integrated teeth aligned in meshing relationship such that movement of the seat back causes the lower member to rotate and lift the seat base to move the folding vehicle seat to a design position. A pair of upper cams are provided for selective engagement with the upper member and a third cam tab of the lower member of the folding mechanism.

A pumping device and a height adjuster for a vehicle seat are disclosed. The pumping device comprises a support plate; a cam receiver accommodated in the support plate; a brake cam received in the cam receiver to be integrally rotated with the shaft, and defining receiving spaces between the brake cam and the cam receiver; locking means received in each receiving space to allow and prevent rotation of the brake cam in the cam receiver; a control plate for applying the pushing force to the locking means; a bidirectional clutch coupled to the control plate if rotating force is applied and returned to a state of being decoupled from the control plate if the rotating force is not applied; a cover plate assembled with the support plate; a lever plate provided outside the cover plate; and elastic returning means for returning the lever plate to a predetermined reference position.

Presented is a retractable substantially full passenger cab height cover for vehicle rear portions that renders the vehicle's rear portion open to transport cargo when the full cab height cover is retracted and covered at a full, or nearly so, passenger cab height when the full cab height cover is extended. It has application to all manner of vehicles such as pickup trucks or sport utility vehicles (SUV's) and may be designed in and sold as original factory equipment or sold as an aftermarket product. It is possible, by use of a fold down first tailgate disposed between the passenger cab and the rear portion of the vehicle and fold down rear passenger seat elements to have a very lengthy distance, from a second tailgate at the rear of the vehicle to just behind the driver's seat, for extra passenger seating, storage of cargo, carrying of small boats, or the like. A further refinement includes a multi-system sealing system disposed between elements of the retractable cargo bed cover.

A seat device for a vehicle of the present invention includes a rail, a seat, a front leg, and a rear leg. The seat is made movable between a first position in which a seat cushion is supported on a lower floor via the front leg and the rear leg, and a second position in which the rear leg is disengaged from the lower floor and pivoted toward the seat cushion, a front portion of the seat cushion is supported on the lower floor via the front leg, and a rear portion of the seat cushion is supported on an upper floor.

A reclining rear seat for a motor vehicle such as a pick-up truck is provided. The rear seat utilizes a pivoting, four-bar link arrangement between the underside of the seat bottom and the vehicle floor. The seat back is slidably and releasably attached to a striker fitted to the inside back wall of the vehicle. This arrangement permits the occupant to selectively move the seat between a reclining position and a non-reclining position without compromising storage space between the front seat and the rear seat. When not in use, the seat bottom may be released and moved to a substantially vertical position against the seat back to increase cargo space. Alternatively, the seat back may be released and moved to a substantially horizontal position against the seat bottom to increase cargo space.

A vehicle seat of fold-down type which allows simultaneous flipping over of both seat back and seat cushion to their respective positions via an interlocking mechanism. The interlocking mechanism is operatively connected between the seat back and seat cushion, so that, for instance, upon folding the seat back down to a horizontal storage position, the seat cushion is automatically flipped over upwardly to an upright use position, without contact and interference therebetween. A seat cushion lock mechanism may be provided in such interlocking element so as to permit automatic locking and unlocking of the seat cushion to and from a vehicle body by folding the seat back downwardly and upwardly. In that fold-down seat, a headrest lock mechanism may be provided such that operation of a seat back lock mechanism causes quick operation of the headrest lock mechanism to unlock the headrest prior to the seat back being folded down.

An adjustable seat for a vehicle includes a first support and a second support connected to the first support to form a seat, a mount for attachment to the vehicle floor; and an adjustment mechanism. The seat is movable between a forward orientation wherein the second support faces forward and a rearward orientation wherein the first support faces rearward.