Adjustable reclining chair

Claim 2

An adjustable chair comprising a frame, a back-rest and a squab, a hinged connection being arranged between the adjacent edges of the back-rest and squab and the frame pivotally mounting the back-rest at a location spaced from said hinged connection to the squab, there being two stubs projecting one from each side of the squab respectively and spaced from said hinged connection, and two cord members for supporting the squab, the cord members being provided one to each side of the squab and associated with one stub respectively, the ends of each cord member being attached to the frame at locations spaced in the front-to-back direction of the squab and passing with at least one turn around the associated stub, so that the angle of the back-rest and squab relative to the frame may be adjusted by sliding the stubs along the cord members, friction between the stubs and the cords restraining such sliding movement when the chair is in use.

Claim 3

An adjustable chair as claimed in claim 1, in which the frame is in the form of two spaced generally U-shaped members which are joined together, each U-shaped member having an upper limb disposed above a lower limb and arranged so that when in use at least the lower limbs are generally horizontal.

Claim 4

An adjustable chair as claimed in claim 2, in which the spacin of the frame members is such that the squab and backrest fit therebetween, the back-rest being pivotally mounted to both frame members adjacent the mergence of the upper limbs thereof and the respective base portions thereof.

Claim 5

An adjustable chair as claimed in claim 3, in which the frame is made from tubular steel.

Claim 6

An adjustable chair as claimed in claim 4, in which the upper limb of each frame member serves as a mounting for an arm-rest for the chair.

Claim 7

An adjustable chair as claimed in claim 1, in which the back-rest and the squab are separately formed and comprise sub-frames on which squab and back-rest cushions are mounted, there being two fabric supports for the cushions, respectively stretched between the side members of the squab and back-rest sub-frames, and a third fabric support extending between the free ends of the squab and back-rest, bridging the hinged connection between the squab and the back-rest.

Claim 8

An adjustable chair as claimed in claim 2, in which one end of each cord member is connected to the upper limb of the associated frame member adjacent the free end thereof, and the other end of each cord member is connected to the frame member in the region of the mergence between the said upper limb and the remainder of the U-shaped frame member.

Claim 9

An adjustable chair as claimed in claim 1, in which each cord member incorporates means to adjust the length thereof.

Claim 10

An adjustable chair as claimed in claim 1, in which each cord member comprises a pair of cords arranged in parallel to extend the effective angular contact between the cord and associated stub.

Claim 11

An adjustable chair as claimed in claim 1, in which the angular contact between the cords and stubs lies within the range from about 540° to about 1260°.

Claim 12

An adjustable chair comprising two generally U-shaped frame members joined together to define a frame, each frame member having an upper limb disposed above a lower limb, the respective opposed limbs of the frame members parallel and disposed with the lower pair of limbs generally horizontal, a back-rest comprising a sub-frame pivotally mounted between said frame members, a squab comprising a sub-frame hinged by one edge to the lower edge of said back-rest, two stubs projecting one from each side of said squab sub-frame remote from said hinged connection to said back-rest, two fabric supports respectively stretched over said back-rest sub-frame and said squab sub-frame, a third fabric support extending between the upper edge of said back-rest and the front edge of the squab and overlying said two fabric supports, back-rest and squab cushions carried on said third fabric support, and two cord members, one associated with each stub respectively and passing around the associated stub with an angular contact therewith of from about 540° to 1260°, the two ends of each cord member being attached to the frame at two spaced locations, one said location being adjacent the free end of the upper limb of the associated frame member and the other said location being adjacent the region of the mergence between the upper limb of the associated frame member and the remainder of said frame member.

Claim 13

An adjustable chair comprising two generally U-shaped frame members joined together to define a frame, each frame member having an upper limb disposed above a lower limb, the respective opposed limbs of the frame members parallel and disposed with the lower pair of limbs generally horizontal, a back-rest comprising a sub-frame pivotally mounted between said frame members, a squab comprising a sub-frame hinged by one edge to the lower edge of said back-rest, two stubs projecting one from each side of said squab sub-frame remote from said hinged connection to said back-rest, two fabric supports respectively stretched over said back-rest sub-frame and said squab sub-frame, a third fabric support extending between the upper edge of said back-rest and the front edge of the squab and overlying said two fabric supports, back-rest and squab cushions carried on said third fabric support, and two cord members, one associated with each stub respectively and passing around the associated stub with an angular contact therewith of from about 540° to 1260°, the two ends of each cord member being attached to the frame at two spaced locations, one said location being adjacent the free end of the upper limb of the associated frame member and the other said location being adjacent the region of the mergence between the upper limb of the associated frame member and the remainder of said frame member.

Claim 14

An adjustable chair as in claim 2 in which the opposed upper limbs of each U-shaped member are parallel and the opposed lower limbs of each U-shaped member are parallel.