A canopy assembly for a chair, the assembly including a first mounting fixture and a second mounting fixture; a first arm and a second arm, each arm having a first end and a second end, wherein the first end of each arm is coupled to a respective mounting fixture; a first canopy support and a second canopy support, wherein the second end of each arm is coupled to a respective canopy support; a first brace and a second brace, each brace coupled between a respective arm and canopy support, with a first end of each brace being coupled to the respective arm with a slidable coupler so as to permit the rotation of the first and second canopy supports relative to the first and second arms; a cross-member coupled intermediate the first and second canopy supports, for maintaining the first and second canopy support at a predetermined spaced distance from each other; and a canopy that is at least supported by the first canopy support and the second canopy support; wherein when the canopy assembly is in a deployed position, the cross-member maintains the first and second canopy supports at the predetermined spaced distance from each other; and when the canopy assembly is in its stowed position, the cross-member maintains the first and second canopy supports at the predetermined spaced distance from each other. A combination canopy assembly and a chair is also disclosed.

A folding chair frame, a folding recliner and a folding chair frame are provided. A foot tube assembly includes a front foot tube and a rear foot tube hingedly connected at a top, the rear foot tube is provided with a first connector, the front foot tube is provided with a seat tube, which has one end hinged to the front foot tube and another end hinged to the first slider, and the first slider is hinged to a backrest tube; two sets of the foot tube assemblies are oppositely provided, each rear foot tube is respectively provided with a second connector connected to a connecting tube having one end hinged thereto and another end hinged to one front foot tube, the front end of each seat tube is respectively provided with a front cross tube having one end hinged thereto and another end hinged to a bottom end of the foot tube of the other set of the foot tube assembly opposite to the foot tube assembly in which the seat tube is located. In this assembly, the front foot tubes and the rear foot tubes are unfolded by gravity and secured by the first sliders and the second sliders on the rear foot tubes, to solve the more complicated problem of manual operation on the supporting structure to achieve the folding in the conventional technology.

A portable ceiling joist support system is described. In some examples, a portable ceiling joist support system can include a first shaft equipped with a first slot and a first aperture, wherein each end of the first shaft is attached to one of a first set of two brackets configured to attach to a first ceiling joist. The portable ceiling joist support system can also include a second shaft equipped with a second slot and a second aperture, wherein each end of the second shaft is attached to one of a second set of two brackets configured to attach to a second ceiling joist.

A folding chair includes a left frame rod, right frame rod, front left leg rod, front right leg rod, left armrest rod, right armrest rod, left armrest supporting rod, right armrest supporting rod, left connecting rod, right connecting rod, left backrest rod, right backrest rod, first front supporting rod, second front supporting rod, first rear supporting rod, second rear supporting rod, left frame rotating component, right frame rotating component, left positioning slider, right positioning slider, left sliding component, right sliding component, left armrest fixing component, right armrest fixing component, left supporting rod sliding component, right supporting rod sliding component, leg shoes, backrest rod sliding components, front limiting components, seat portion and backrest portion.

Provided is a device for changing a frame angle of a foldable article. The device combines frames using a connecting and assembling member and an elastic string and makes up a leg or a support frame of the foldable article. The connecting and assembling member with which a first end of the elastic string is combined and which has multiple combination grooves in such a manner that the frame combined with a second end of the elastic string is selectively combined with the connecting and assembling member. The first end of elastic string is combined with the connecting and assembling member, and the second end of the elastic string is combined with the frame such that the frame can be elastically operated. The frame is combined with the first end of the elastic string and is elastically insertable into or separable from the connecting and assembling member.

The invention discloses a lightweight folding chair, comprising a chair seat and a bottom bracket assembly; the assembly comprises a frame member in the middle that comprises left rear, right rear, left front, and right front connectors, and rear, left, front, and right horizontal tubes that sequentially connect the left rear, right rear, left front, and right front connectors together; a backrest tube is connected to each upper end of the left rear and right rear connectors through the elastic cord; an upper support tube is connected to each upper end of the left front and right front connectors through the elastic cord. The angle of the leg tube is small and the stress is good during use; after the invention is folded, the components are brought close together, the folded volume is smaller, which does not occupy much space and is more convenient to be carried and transported.

A collapsible chair and solar panel shade charger system for creating shade and charging personal electronic devices includes a chair having a seat bottom, a seat back, a pair of arms, and a plurality of legs. A mounting means is foldably coupled to the seat back of the chair. A sun shade is coupled to the mounting means and has a top side and a bottom side. A solar panel is coupled to the top side of the mounting means. A charger housing is coupled to the chair. A plurality of ports is coupled to the charger housing and is in operational communication with the solar panel. The plurality of ports is configured to receive a plurality of charging cables to charge personal electronic devices.

A foldable support base for a foldable furniture with a flexible user support platform, in which a support frame has two side frame members, each pivotally connected to a load pivot joint along a load member with a load section extending beyond the load pivot joint which is pivotable about the first load pivot joint towards a center of the support frame. The load sections of the load members are configured for removably attaching a flexible user support platform therebetween. A load on the flexible user support platform results in a force component pulling on the load sections of the load members to cause the load members to pivot about the respective load pivot joints in a direction towards the flexible user support platform, thereby biasing to keep the side frame members to be spaced apart to maintain the support base in an extended configuration.

A joint to connect frame members to form a frame of a chair. The joint has a first receptacle to receive a leg in a first position in which the leg extends in a first direction to support the frame of the chair at a distance above a surface, the leg attached to the frame via a cord. The joint has a second receptacle to receive the leg in a second position in which the leg extends in a second direction, opposite to the first direction, so that the joint rests on the surface, the second receptacle having an axially-oriented slot along a sidewall thereof to allow the cord to pass through into a central portion of the second receptacle.

The present invention relates to an outdoor and/or collapsible chair (1), said chair (1) having: a frame (2), the frame (2) having a pair of elongate front members (4) spaced apart by at least one cross member (5); a pair of elongate rear members (7) spaced apart by at least one cross member (8); at least one side member (10) extending between each of said front and rear members (4, 7); a flexible seat (15), adapted in use to be supported by said frame (2) between said side members (10), said seat (15) having a bottom portion (17) and a back portion (18), said portions (17, 18) having a front surface (20) and a back surface (21); and at least one temperature controlling pocket (30) located adjacent said bottom portion (17) and/or said back portion (18) to provide in use temperature control to a region of a user when sitting in said chair (1).