The invention discloses a bracket for a foldable rocking chair, comprising a central cross component, two sets of support components, two overturning rods, and two sets of linkage rod components; the two support components are connected by the center cross component; one end of each overturning rod is connected with a support component and can rotate at the position where the overturning rod is connected with the support component; one end of the linkage rod component is connected with the overturning rod, and the other end is connected with the central cross component or support component; wherein the linkage rod component can move with the rotation of the overturning rod, at the same time, the movement of the linkage rod components can change the distance between the two support components.

A suspension device for hanging seats and hammocks including apertures arranged in a basic body for receiving and guiding a suspension rope. The basic body is realized in at least two parts and is composed of an upper part which receives the suspension rope to be length-adjustable and a lower part which is movably mounted on the upper part and comprises at least one holding body for the fastening of the hanging seat or the hammock. A first aperture enters into the upper part of the basic body approximately at the top for receiving and guiding the suspension rope and exits out of the upper part again from a side outlet opening. A second aperture extends in the upper part of the basic body and exits from the upper body on both sides and comprises an inlet opening below the side outlet opening of the first aperture.

A suspension device for hanging seats and hammocks including apertures arranged in a basic body for receiving and guiding a suspension rope. The basic body is realized in at least two parts and is composed of an upper part which receives the suspension rope to be length-adjustable and a lower part which is movably mounted on the upper part and comprises at least one holding body for the fastening of the hanging seat or the hammock. A first aperture enters into the upper part of the basic body approximately at the top for receiving and guiding the suspension rope and exits out of the upper part again from a side outlet opening. A second aperture extends in the upper part of the basic body and exits from the upper body on both sides and comprises an inlet opening below the side outlet opening of the first aperture.

A movable human support structure has a support against which at least a part of a human can be borne in use, a base, and a first motion transmitting assembly acting between the support and the base. The first motion transmitting assembly has at least one link member connecting between the base and the support. The at least one link member is configured to be movable: a) relative to the support around a first axis; and b) relative to the base around a second axis. The first and second axes are non-parallel to each other. The first motion transmitting assembly is configured to guide movement of the support relative to the base in opposite directions in a non-straight path.

A hanging chair having a spreading stick and drawstring tunnels on the hanging chair surface for receiving suspension strings. The base section of the hanging chair surface of the hanging chair has at least one approximately rectangular seat surface and a trapezoidal back surface attached to the seat surface. The seat surface and back surface have common continuously connected drawstring tunnels on the lateral edges. The lateral drawstring tunnels of the seat surface and back surface bring about, by suspension strings guided therein, a lateral gathering of the entire hanging chair surface. The gathering on the suspended hanging chair forms a steeper profile of the back surface with respect to the flatter extending seat surface.

A hanging chair having a spreading stick and drawstring tunnels on the hanging chair surface for receiving suspension strings. The base section of the hanging chair surface of the hanging chair has at least one approximately rectangular seat surface and a trapezoidal back surface attached to the seat surface. The seat surface and back surface have common continuously connected drawstring tunnels on the lateral edges. The lateral drawstring tunnels of the seat surface and back surface bring about, by suspension strings guided therein, a lateral gathering of the entire hanging chair surface. The gathering on the suspended hanging chair forms a steeper profile of the back surface with respect to the flatter extending seat surface.

A spring-loaded leg is shown along with a compatible rocking chair having the spring-loaded leg. The spring-loaded leg is composed of a lower cap, housing, spring and connection member. The connection member passes through the housing slide groove and is situated over the upper end of the housing spring. When connected to the chair frame, the spring-loaded leg provides a spring-like capacity for the frame and in combination with the fulcrum point of the support section, provides a controlled swinging or rocking motion for the chair.

A spring-loaded leg is shown along with a compatible rocking chair having the spring-loaded leg. The spring-loaded leg is composed of a lower cap, housing, spring and connection member. The connection member passes through the housing slide groove and is situated over the upper end of the housing spring. When connected to the chair frame, the spring-loaded leg provides a spring-like capacity for the frame and in combination with the fulcrum point of the support section, provides a controlled swinging or rocking motion for the chair.

A type of spring-loaded leg base includes a base, a spring, and a connecting component. The base has a hollow chamber. The spring is placed inside the chamber. The connecting component is a unified component of a leg sleeve, a connecting bar and a spring cap. By passing the connecting bar through the grooved track and placing the spring cap on the top of the spring, the leg sleeve can be locked in position on the chair frame to create flexible support. This mechanism creates the rocking function for a regular chair.

A type of spring-loaded leg base includes a base, a spring, and a connecting component. The base has a hollow chamber. The spring is placed inside the chamber. The connecting component is a unified component of a leg sleeve, a connecting bar and a spring cap. By passing the connecting bar through the grooved track and placing the spring cap on the top of the spring, the leg sleeve can be locked in position on the chair frame to create flexible support. This mechanism creates the rocking function for a regular chair.