Disclosed herein is a dynamic pendula stool possessing a foot, a leg secured to the foot, and a seat secured to the top end of the leg. The leg has a telescopic column that includes a lower part secured to a spherical foot with a diameter of 20-cm or less and an upper part with a free end having an articulation. The articulation has three degrees of freedom and is secured to the underside of the seat so that when a user rests against the seat, the leg forms an angle between 30 and 90 degrees with respect to the horizontal, thereby allowing an isometric contraction of the muscle groups of the lower limbs and of the abdominal girdle in the seated position. The stool is further provided with one or more sensors configured to send data signals to a remote electronic device.

A dry and wet land gear holder for supporting equipment for a hunter or wildlife observation enthusiasts. The holder includes an upper and lower support members that are telescopically extensible and retractable relative one another. The lower support member has a plurality of outwardly extending legs supporting the holder in a vertical orientation. A plurality of pegs for supporting the user's gear. The holder may be configured with an accessory that is received within a top end of the holder. The accessory may include a camera mount, a sighting rest, and a horizontal support platform, which may be configured as a work surface or a seat. The legs and bottom end of the lower support member may have ground penetrating tips to secure the holder in an upright position relative a ground surface.

A wearable chair includes: a thigh link extending in an extension direction of a wearer's thigh to be connected to the wearer's thigh; a crus link extending in an extension direction of the wearer's crus to be connected to the wearer's crus, having an upper end portion rotatably coupled to a lower end portion of the thigh link, and prevented from rotating such that an angle between the crus link and the thigh link is less than a sitting angle; and a contact link having a first end rotatably coupled to a lower end portion of the crus link and a second end coming in contact with the ground at a predetermined position from the crus link by rotating with respect to the first end with relative rotation between the thigh link and the crus link when the wearer is in a sitting position.

Proposed is a wearable chair with a truss structure, the wearable chair including: an upper rod extending in a longitudinal direction thereof and connected to a wearer's thigh; a lower rod extending in a longitudinal direction thereof and connected to a lower leg of the wearer, the lower rod being coupled to a lower end part of the upper rod at an upper end part of the lower rod and being in contact with the ground at a lower end part of the lower rod when the wearer sits; and a support rod slidably coupled to the upper rod at an upper end part of the support rod and rotatably coupled to the lower rod at a lower end part of the support rod to support a compression force between the upper rod and the lower rod in a longitudinal direction of the support rod when the wearer sits.

The invention relates to a chair for accommodating a person. The chair includes an upper body section having an upper body contact surface adapted or adaptable to at least parts of a front of a torso or a rear of a torso of a person placed on the chair, and a lower body section having a lower body contact surface adapted or adaptable to at least parts of at least a front of a thigh of the person, wherein the upper body section and the lower body section are arranged or arrangeable and fixable in a position relative to each other such that the upper body contact surface and the lower body contact surface cause a hyperextension posture of the hip joint of the person with a predetermined hyperextension angle. By forming the hyperextension angle of the hip on the chair, shortening of the anterior thigh and hip muscles can be counteracted. Also disclosed are a pressing device for application to the human body, which is adapted for use on a chair and which includes one or more pressure units each having at least one pressure head adapted to apply local or point pressure at a predetermined pressure location on the body of a person accommodated on the chair, and a chair having such a pressing device.

An adjustable chair, belonging to the field of office furniture, comprising a base frame. A chair back is disposed at the rear end of the base frame. A lifting assembly is disposed on the base frame and provided with a seat, and comprises a bottom frame and a top frame formed with sliding slots. The seat is disposed on the top frame and the seat angle can be adjusted. By adjusting the height of the chair through the lifting assembly and adjusting the rotation angle of the seat, users not only can stand and lean against the chair, but also can normally sit on the chair.

Proposed is a wearable chair with a truss structure, the wearable chair including: an upper rod extending in a longitudinal direction thereof and connected to a wearer's thigh; a lower rod extending in a longitudinal direction thereof and connected to a lower leg of the wearer, the lower rod being coupled to a lower end part of the upper rod at an upper end part of the lower rod and being in contact with the ground at a lower end part of the lower rod when the wearer sits; and a support rod slidably coupled to the upper rod at an upper end part of the support rod and rotatably coupled to the lower rod at a lower end part of the support rod to support a compression force between the upper rod and the lower rod in a longitudinal direction of the support rod when the wearer sits.

An assistive device for standing tasks allows for a reduction of effort on the part of a user while engaged in tasks or activities that are stationary or nearly stationary that lessens the strain on the bones, joints, and muscles normally used for standing while ensuring a proper alignment of the pelvis and spine.

A seating support device of a wearable chair includes a femoral link extending in a direction where a femoral region extends and configured to be connected with the femoral region, a crural link extending in a direction where a crural region extends, and configured to be connected with the crural region, and including a housing that is coupled at an upper end thereof to a lower end of the femoral link to be rotatable relative thereto and a sliding part that is slidably coupled to the housing in a direction in which the housing extends, and a limiting device operated in conjunction with a relative rotation between the femoral link and the crural link to allow the sliding part to slide vertically and to prevent sliding between the sliding part and the housing in a state where an angle between the femoral link and the crural link is a seating angle.

A pressure absorbing assembly (10) for supporting a user (35) relative to a support surface (16) includes a pressure absorber (12) and a resting component (14). The pressure absorber (12) is configured to contact the support surface (16). Additionally, the pressure absorber (12) is further configured to resiliently support the user (35) relative to the support surface (16). Further, the resting component (14) is coupled, e.g., directly coupled, to the Pressure absorber (12). Additionally, the resting component (14) is configured to be selectively engaged by the user (35) during use of the pressure absorber (12). The resting component (14) is configured to allow the user (35) to be in a seated, semi-seated, or somewhat reclined or leaning Position while still being situated on the pressure absorber (12). The pressure absorbing assembly (10) can also include a work station (2118) that is coupled to the pressure absorber (12).