초록 ▼

A longitudinal support base 30 is provided with a rotating support base 10 that can be slide in a longitudinal direction of the vehicle. A seat body is placed on the rotating support base 10 via a rotary disc 13 so as to rotate. The longitudinal support base 30 is provided with an intermediate gear

A longitudinal support base 30 is provided with a rotating support base 10 that can be slide in a longitudinal direction of the vehicle. A seat body is placed on the rotating support base 10 via a rotary disc 13 so as to rotate. The longitudinal support base 30 is provided with an intermediate gear 22 that is engaged with a rack 21 extending in the longitudinal direction of the vehicle seat. The seat body 2 side is provided with a pinion gear 24 that is engaged with the intermediate gear 11. The rotary disc 13 is rotated by means of a driving force of an electric motor 41. Thus, when the electric motor 41 is rotated, the seat body 2 rotates and slides in the longitudinal direction.

대표청구항 ▼

A longitudinal support base 30 is provided with a rotating support base 10 that can be slide in a longitudinal direction of the vehicle. A seat body is placed on the rotating support base 10 via a rotary disc 13 so as to rotate. The longitudinal support base 30 is provided with an intermediate gear

A longitudinal support base 30 is provided with a rotating support base 10 that can be slide in a longitudinal direction of the vehicle. A seat body is placed on the rotating support base 10 via a rotary disc 13 so as to rotate. The longitudinal support base 30 is provided with an intermediate gear 22 that is engaged with a rack 21 extending in the longitudinal direction of the vehicle seat. The seat body 2 side is provided with a pinion gear 24 that is engaged with the intermediate gear 11. The rotary disc 13 is rotated by means of a driving force of an electric motor 41. Thus, when the electric motor 41 is rotated, the seat body 2 rotates and slides in the longitudinal direction. ular section of a width substantially equal to the width of the lateral opening in the slide zone, in order to prevent the rotation of the guiding and retaining means relative to the slideway in said sliding zone. 7. The device according to claim 6, wherein the control rod passes through the central console. 8. The device according to claim 1, wherein it includes the position indexing means for immobilising the console, comprising: holes disposed in the slideway and distributed in the longitudinal direction, and an indexing rod, linked to the guiding and retaining means, movable between an active position in which it is inserted into the holes of the slideway and a retracted inactive position permitting sliding in the longitudinal direction between the guiding and retaining means and the slideway. 9. The device according to claim 6, wherein it includes position indexing means for immobilising the console, comprising: holes disposed in the slideway and distributed in the longitudinal direction, and an indexing rod, linked to the guiding and retaining moans, movable between an active position in which it is inserted into the holes of the slideway and a refracted inactive position permitting sliding in the longitudinal direction between the guiding and retaining means and the slideway and wherein: the control rod is hollow and receives Internally the indexing rod, the control rod and the indexing rod are each connected to a control handle, which control handles slide one in the other. 10. The device according to claim 2, wherein it further comprises at least one lug linked to the central console and sliding in the slideway in order to prevent the rotation of the console about the guiding and retaining means. link having a spring for yielding when the actuation means pivots after the force transmitting portion of the latching means has engaged the vehicle side wall. 10. The latching mechanism of claim 9, further including a cover plate, the latching means, actuation means, the first cable, and the spring being connected to the cover plate. sert placeable within said drawer, said negative impression corresponding to a configuration of an object placed within said drawer. 5. The drawer assembly as described in claim 1, said cylinders further comprising gas spring cylinders, each having an outer portion pivotally secured to said first and second locations of said fixed cover housing and an inner telescoping portion pivotally secured to said first and second locations of said drawer. 6. The drawer assembly as described in claim 5, further comprising said outer portions of said gas spring cylinders securing to recessed interior locations of said fixed cover housing, said inner telescoping portions securing to locations within said object supportable and open cavity. 7. The drawer assembly as described in claim 1, said counterbalance axle further comprising first and second anchor mounts securing to said opposite facing sides of said cover housing and so that said projecting arms with end tabs are fixed. 8. The drawer assembly as described in claim 1, said release mechanism further comprising a push button located on an outwardly facing surface of a selected side of said drawer opposite a side associated with said pivot axle. 9. The drawer assembly as described in claim 1, said release mechanism further comprising a lock including a first key insertable and rotatable portion associated with an outwardly facing surface of a selected side of said drawer opposite a side associated with said pivot axle, said lock further including a latch located on said cover housing and which is selectively engaged by said key insertable and rotatable portion. 10. The drawer assembly as described in claim 5, further comprising said gas spring cylinders applying a specified degree of opposite and holding force to said drawer in both fully extended and fully retracted positions. 11. The drawer assembly as described in claim 1, said fixed cover housing and said pivotally and translatably associating drawer having a specified shape and configuration and soQ that said cover housing is secured to an underside location of a truck cap. 12. The drawer assembly as described in claim 1, said fixed cover housing and said pivotally and translatably associating drawer having a specified shape and configuration and so that said cover housing is secured to an underside ceiling of an interior room of a standing structure. 13. The drawer assembly as described in claim 1, further comprising a plurality of bolt, spacer and nut fasteners for securing a base surface of said fixed cover housing against the ceiling surface. 14. The drawer assembly as described in claim 1, further comprising a plurality of "L" brackets with channeled pivot pins for securing opposite ends of said cylinders to said fixed cover housing and drawer. 15. The drawer assembly as described in claim 1, further comprising said drawer, upon engagement of said release mechanism, pivoting a selected angular increment not exceeding 90° relative to a horizontal axis extending through said cover housing. 16. The drawer assembly as described in claim 15, further comprising, upon said cylinders pivoting to a substantially perpendicular arrangement relative to said drawer, a force resulting from said counterbalance axle and combined weight of said drawer and supported objects resulting in activating said slide mechanism. 17. A combination pivotal and slidable drawer assembly mounted in relation to a ceiling surface, comprising: a generally rectangular shaped drawer having a base and extending and interconnecting sides, said base and sides defining an object supportable and open cavity arrayed in opposing fashion to the ceiling surface; a pair of cylinders, first respective ends of which secure to associated locations of the ceiling surface, second respective ends securing to first and second locations of said drawer; a pair of slide mechanisms, each of said slide mechanisms including an elongated and inner channeling member secured along a r espective and parallel extending side of said drawer, said inner channeling members being maintained in translatable and tracking fashion within corresponding elongated and outer channeling members, each of said outer channeling members terminating in a mounting portion projecting beyond said drawer, said mounting portions each including an exterior and arcuately configured cam follower surface terminating in an end stop; a pivot axle secured in proximate fashion to the ceiling surface and engaging said mounting portions to rotatively secure said drawer to said pivot axle; a counterbalance axle extending in spaced and parallel relation to said pivot axis, a pair of arms projecting from locations of said counterbalance axle, each of said arms terminating in an angle end tab engaged in guiding fashion along an associated cam follow surface; and a release mechanism engaged to actuate said cylinders to downwardly pivot said drawer, said counterbalance axle and slide mechanisms successively activating to downwardly and translatably actuate said drawer to a fully extended position in which the object supportable and open cavity is fully exposed. 18. A combination pivotal and slidable drawer assembly mounted in relation to a ceiling surface, said drawer assembly comprising: a fixed cover housing including a substantially rectangular shape defining, in combination, a recessed interior, said cover housing securing against the ceiling surface in order to array said recessed interior in a downwardly facing manner; a substantially rectangular shaped drawer having a base and a plurality of extending and interconnecting sides, said base and sides being dimensioned so as to be matingly received within said recessed interior of said fixed cover housing, said base and sides of said drawer further defining, in combination, an object supportable and open cavity arrayed in opposing fashion to said recessed interior of said cover housing; a pair of gas spring cylinders, outer portions of which pivotally secure, at first respective ends, to first and second locations of said fixed cover housing, inner telescoping portions of said cylinders pivotally securing, at second respective ends, to first and second locations of said drawer; a pair of slide mechanisms, each of said slide mechanisms including an elongated and inner channeling member secured along a respective and parallel extending side of said drawer, said inner channeling members being maintained in translatable and tracking fashion within corresponding elongated and outer channeling members, each of said outer channeling members terminating in a mounting portion projecting beyond said drawer, said mounting portions each including an exterior and arcuately configured cam follower surface terminating in an end stop; a pivot axle extending between opposite facing sides of said cover housing and engaging said mounting portions to rotatively secure said drawer to said pivot axle; a counterbalance axle extending between said opposite facing sides of said cover housing in spaced and parallel relation to said pivot axis, a pair of arms projecting from locations of said counterbalance axle, each of said arms terminating in an angle end tab engaged in guiding fashion along an associated cam follow surface; and a release mechanism extending between said matingly received drawer and said cover housing and at a location independent from said pivot axle, said release mechanism being engaged to actuate said cylinders to downwardly pivot said drawer, said counterbalance axle and slide mechanisms successively activating to downwardly and translatably actuate said drawer to a fully extended position in which the object supportable and open cavity is fully exposed, said gas spring cylinders further providing a specified degree of opposing and holding force to said drawer in both fully extended and fully retracted positions. of back seats separated from the row of front seats by a lateral isle, a longitudinal aisle through the front row, and a middle seat in the back row having a full-row position behind the lateral aisle and a half-row position overlapping the front row and the lateral aisle. In its full-row position, the middle seat cooperates with the back row seats for bench-type seating. In its half-row position, the middle seat provides a rigid platform for a child seat closer to occupants of the front row seats. The middle seat includes a removable lower frame, a seat cushion frame, a seat back frame pivotally connected to the seat cushion frame, and a mechanical linkage supporting the seat cushion frame on the lower frame for translation between an extended position corresponding to the half-row position of the middle seat and a retracted position corresponding to the full-row position of the middle seat. The seat back frame is pivotable between an upright position and flat position during which the mechanical linkage drops the seat cushion frame to a lowered position below the seat back frame.