A foldable chair, comprising a seat portion and a telescopic side wall includes rings of varying diameters consecutively arranged. A topmost ring is mounted to a bottom surface of the seat portion and has a smallest diameter. A bottommost ring has a largest diameter. In deployed position, the telescopic side wall is opened or partially folded to set and lock a desired height of the chair. In fully retracted position all of the rings are disposed adjacent the bottom surface of the seat portion. Each ring is an integral unit configured with a locking arrangement that selectively locks it to an adjacent ring. In some embodiments, a security lock centrally disposed along a height of the chair substantially perpendicular to the varying diameters of the rings secures the locking arrangement. A table uses the foldable chair as a leg and can store several, for example four, foldable chairs.

A foldable chair, comprising a seat portion and a telescopic side wall includes rings of varying diameters consecutively arranged. A topmost ring is mounted to a bottom surface of the seat portion and has a smallest diameter. A bottommost ring has a largest diameter. In deployed position, the telescopic side wall is opened or partially folded to set and lock a desired height of the chair. In fully retracted position all of the rings are disposed adjacent the bottom surface of the seat portion. Each ring is an integral unit configured with a locking arrangement that selectively locks it to an adjacent ring. In some embodiments, a security lock centrally disposed along a height of the chair substantially perpendicular to the varying diameters of the rings secures the locking arrangement. A table uses the foldable chair as a leg and can store several, for example four, foldable chairs.

A foldable chair, comprising a seat portion and a telescopic side wall includes rings of varying diameters consecutively arranged. A topmost ring is mounted to a bottom surface of the seat portion and has a smallest diameter. A bottommost ring has a largest diameter. In deployed position, the telescopic side wall is opened or partially folded to set and lock a desired height of the chair. In fully retracted position all of the rings are disposed adjacent the bottom surface of the seat portion. Each ring is an integral unit configured with a locking arrangement that selectively locks it to an adjacent ring. In some embodiments, a security lock centrally disposed along a height of the chair substantially perpendicular to the varying diameters of the rings secures the locking arrangement. A table uses the foldable chair as a leg and can store several, for example four, foldable chairs.

A collapsible furniture assembly includes a seat that has a top side, a bottom side, a front edge, a rear edge, a first lateral edge and a second lateral edge. A backrest has a front side, a rear side, a bottom edge, a top edge, a first side edge and a second side edge. A pair of hinges hingedly couples the backrest to the seat such that the front side is movable between stored and upright positions. The bottom edge of the backrest has a pair of notches extending therein. A pair of supports is each pivotally coupled to the bottom side. The supports are positionable in a stored position lying against the bottom side or a deployed position extending downwardly from the bottom side. Each of the supports is extendable into one of the notches to releasably retain the supports in the deployed condition.

A collapsible furniture assembly includes a seat that has a top side, a bottom side, a front edge, a rear edge, a first lateral edge and a second lateral edge. A backrest has a front side, a rear side, a bottom edge, a top edge, a first side edge and a second side edge. A pair of hinges hingedly couples the backrest to the seat such that the front side is movable between stored and upright positions. The bottom edge of the backrest has a pair of notches extending therein. A pair of supports is each pivotally coupled to the bottom side. The supports are positionable in a stored position lying against the bottom side or a deployed position extending downwardly from the bottom side. Each of the supports is extendable into one of the notches to releasably retain the supports in the deployed condition.

A building management system including building equipment operable to affect a variable state or condition of a building and a control system including a processing circuit. The processing circuit is configured to receive asset data relating to operation of the building equipment. The processing circuit is configured to identify a building device of the building equipment in a fault state based on the asset data. The processing circuit is configured to generate a work order in response to identifying the building device in the fault state. The work order indicates a required maintenance action and a maintenance time window. The processing circuit is configured to automatically populate fields of the work order based on the fault state. The processing circuit is configured to provide the work order to a user device.

A method for stowing a set consisting of multiple elements in an overpack as well as a set consisting of multiple elements for stowing in an overpack, in which all the elements of the set are arranged in a common overpack in a predetermined sequence and in a predetermined orientation to each other, and a base surface of the overpack corresponds to a base surface of an EUR pallet.

A folding chair comprises two front tubular legs, two rear tubular legs and a seat cushion board, with the front tubular legs intersecting the rear tubular legs. Two washers are arranged at an intersection of the front and rear tubular legs, such that each washer is located between a front tubular leg and a rear tubular leg. A pin passes through the front tubular leg, the washer and the rear tubular leg successively. The washer includes a curved base and a bowl-shaped support which is located in a central area of the curved base, and a through hole is formed at the center of the bowl-shaped support. The curved base is fixedly connected to the front tubular legs.

A folding chair comprises a front leg assembly having spaced inner rail members, a rear leg assembly, and a seat assembly. The rear leg assembly comprises spaced legs pivotally connected to the inner rail members about a first pivot axis, which is substantially coplanar with the longitudinal axes of the inner rail members. The seat assembly comprises spaced arms having distal ends pivotally connected to upper ends of the legs about a second pivot axis, and central portions pivotally connected to the inner rails about a third pivot axis substantially coplanar with the first pivot axis. The third pivot axis is moveable along the longitudinal axes of the inner rail members and toward and away from the first pivot axis as the chair is reconfigured between its deployed and folded orientations.

A folding chair comprises a front leg assembly having spaced inner rail members, a rear leg assembly, and a seat assembly. The rear leg assembly comprises spaced legs pivotally connected to the inner rail members about a first pivot axis, which is substantially coplanar with the longitudinal axes of the inner rail members. The seat assembly comprises spaced arms having distal ends pivotally connected to upper ends of the legs about a second pivot axis, and central portions pivotally connected to the inner rails about a third pivot axis substantially coplanar with the first pivot axis. The third pivot axis is moveable along the longitudinal axes of the inner rail members and toward and away from the first pivot axis as the chair is reconfigured between its deployed and folded orientations.