초록 ▼

A chair has a supporting frame, a seat portion, a back portion, and a recline mechanism. The mechanism moves the seat portion upon a reclining action of the back portion. The mechanism has a rear deformable member and a front deformable member operatively connecting the seat portion and the supporti

A chair has a supporting frame, a seat portion, a back portion, and a recline mechanism. The mechanism moves the seat portion upon a reclining action of the back portion. The mechanism has a rear deformable member and a front deformable member operatively connecting the seat portion and the supporting frame. The recline mechanism also has a lower deformable member operatively connecting a lower part of the back portion and the supporting frame, and a puller member above the lower deformable member. The recline mechanism is configured such that as the back portion is reclined, the lower deformable member deforms and the puller member applies a rearward pulling action which causes the seat portion to move and the front and rear deformable members to deform.

대표청구항 ▼

1. A chair comprising: a supporting frame;a back portion;a seat portion operatively supported from the supporting frame and having a central zone defining a primary supporting region for a seated occupant and a peripheral edge region projecting outwardly from at least a side or a front of the centra

1. A chair comprising: a supporting frame;a back portion;a seat portion operatively supported from the supporting frame and having a central zone defining a primary supporting region for a seated occupant and a peripheral edge region projecting outwardly from at least a side or a front of the central zone, wherein the peripheral edge region is resiliently flexible and is substantially unsupported to enable the peripheral edge region to deform downwardly from the central zone under the weight of an occupant's legs; andan actuator articulated to the underside of the peripheral edge region such that the actuator is supported by and moves with the peripheral edge region as that deforms under the weight of the occupant's legs and which can be reached and manually moved relative to the peripheral edge region by a seated occupant reaching under the peripheral edge region of the seat portion, the actuator operatively connected to a mechanism that enables the chair to be reconfigured, and the actuator configured such that when the actuator is manually moved relative to the peripheral edge region by the seated occupant the mechanism is actuated to reconfigure the chair. 2. A chair as claimed in claim 1, wherein the flexible peripheral edge region is a forward edge of the seat portion, and the chair comprises a recline mechanism that causes the central zone of the seat to raise in height as the back portion is rearwardly reclined, with a consequent downward deformation of the forward edge of the seat portion under the weight of the occupant's legs as the chair is reclined. 3. A chair as claimed in claim 2, wherein one or more actuators are articulated to the underside of the forward edge. 4. A chair as claimed in claim 1, wherein the seat portion has two side zones, one on either side of the central zone, wherein the side zones are resiliently flexible and are substantially unsupported to enable the side zones to deform downwardly from the central zone under the weight of an occupant's legs if the occupant sits sideways on the seat portion. 5. A chair as claimed in claim 4, wherein one or more actuators are articulated to the underside of each side zone. 6. A chair as claimed in claim 1, wherein the actuator comprises a lever that is articulated to the underside of the peripheral edge region of the seat portion. 7. A chair as claimed in claim 6, wherein the lever requires upward pulling toward the peripheral edge region of the seat portion to actuate the mechanism. 8. A chair as claimed in claim 6, wherein the lever has a paddle surface sized and configured to receive a plurality of an occupant's fingers. 9. A chair as claimed in claim 1, comprising a plurality of mechanisms that enable the chair to be reconfigured, and wherein a separate actuator is provided for each of the mechanisms. 10. A chair as claimed in claim 9, wherein each actuator is operatively connected to the respective mechanism via a flexible linkage. 11. A chair as claimed in claim 1, wherein the actuator is operatively connected to the mechanism via a flexible linkage. 12. A chair as claimed in claim 1, wherein the chair is an office task chair. 13. A chair comprising: a supporting frame;a back portion;a seat portion operatively supported from the supporting frame and having a central zone defining a primary support region for a seated occupant and a peripheral edge region projecting outwardly from at least a side or front of the central zone, wherein the peripheral edge region is resiliently flexible and is substantially unsupported to enable the peripheral edge region to deform downwardly from the central zone under the weight of an occupant's legs; andan actuator articulated to the peripheral edge region such that the actuator is supported by and moves with the peripheral edge region as that deforms under the weight of the occupant's legs and that can be reached and manually moved relative to the peripheral edge region by a seated occupant, the actuator operatively connected to a mechanism that enables the chair to be reconfigured, the operative connection of the actuator to the mechanism being by a flexible linkage, the actuator configured such that when the actuator is manually moved relative to the peripheral edge region by a seated occupant the mechanism is actuated to reconfigure the chair.