Abstract: The invention relates to a workplace analysis system (1) in a work area (10) for the acquisition and analysis of the presence of a person (P) to be monitored in several differently defined zones (A, B, C) of the work area (10) and of at least the temporal duration of stay (tA, tB, tC) of the person (P) to be monitored within the zones (A, B, C), wherein in the workplace analysis system (1) at least one acquisition device (20) is provided, which is designed to detect and to acquire the presence and the duration of stay (tA, tB, tC) of the person (P) to be monitored in the respective zones (A, B, C), and an analysis device (30) is provided, which is designed to analyze and evaluate the presence and the duration of stay (tA, tB, tC) of the person (P) to be monitored in the respective zones (A, B, C).

Abstract: The invention relates to a self-adjusting joint (11) which is designed to receive an end of a chair leg of an active dynamic chair, comprising a hollow inner cylinder (12) that comprises an upper and lower end-face edge (12o, 12u) and a hollow outer cylinder (13) that is arranged around the exterior of the inner cylinder (12) and has an upper and lower end-face edge (130, 13u), each of which is offset relative to the upper and lower end-face edge (12o, 12u) of the inner cylinder (12) in the axial direction (A), and a first compression spring section (11a) that consists of a plurality of cylinder bodies or cylinders (15a) which surround the inner cylinder (12) and between which a respective elastomer section (14a) is arranged so as to connect the cylinder bodies or cylinders, and a second compression spring section (11b) that is arranged at a distance from the first compression spring section in the axial direction (A) and consists of a plurality of cylinder bodies (15b) or cylinders which surround the inner c

Abstract: A floor mat (1) at a standing workstation with a mat surface (4) is disclosed, which comprises a mat structure (2) made of an elastomer material and formed beneath the mat surface (4), in which irregularly distributed elements (3) are arranged, the consistency of which is harder than the consistency of the elastomer material of the mat structure (2).

Abstract: The invention relates to a rocker mechanism for an active dynamic seating furniture with a seat surface (2) and with a supporting frame (10), which bears the seat surface (2), wherein the supporting frame (10) is designed with the spring-loaded rocker mechanism (20) and in this way the seat surface (2) is mounted movably sprung on the supporting frame (10).

Abstract: The invention relates to a work surface arrangement consisting at least of a standing work surface, a seated work surface, at least one planning board and a movement space having a center as basic elements; said basic elements are arranged at a random angle relative to each other around the movement space and are each arranged at a distance a1, . . . , an around an imaginary center, said distance lying within a radius ranging from about 0.30 m to 2.00 m, measured from a front edge of the basic element to the imaginary center.

Abstract: A workplace system has at least two workplace pieces of furniture that make a work surface available. The workpieces of the furniture are connected to one another by a rotary movable connection. The rotary movable connection runs along a floor. Each workpiece of the furniture has a V-shaped foot with two foot sections oriented at an angle ? relative to one another. The feet are arranged adjacent to a lower end of a standing leg.

Abstract: The invention relates to a rocker mechanism for an active dynamic seating furniture with a seat surface (2) and with a supporting frame (10), which bears the seat surface (2), wherein the supporting frame (10) is designed with the spring-loaded rocker mechanism (20) and in this way the seat surface (2) is mounted movably sprung on the supporting frame (10).

Abstract: The invention relates to a workplace analysis system (1) in a work area (10) for the acquisition and analysis of the presence of a person (P) to be monitored in several differently defined zones (A, B, C) of the work area (10) and of at least the temporal duration of stay (tA, tB, tC) of the person (P) to be monitored within the zones (A, B, C), wherein in the workplace analysis system (1) at least one acquisition device (20) is provided, which is designed to detect and to acquire the presence and the duration of stay (tA, tB, tC) of the person (P) to be monitored in the respective zones (A, B, C), and an analysis device (30) is provided, which is designed to analyze and evaluate the presence and the duration of stay (tA, tB, tC) of the person (P) to be monitored in the respective zones (A, B, C).

Abstract: A floor mat (1) at a standing workstation with a mat surface (4) is disclosed, which comprises a mat structure (2) made of an elastomer material and formed beneath the mat surface (4), in which irregularly distributed elements (3) are arranged, the consistency of which is harder than the consistency of the elastomer material of the mat structure (2).

Abstract: The invention relates to an active dynamic stool comprising the following: a seat part, a three-dimensional articulation system made up of at least three legs with foot parts at the lower end thereof, wherein the legs each have their upper end mounted on the seat part for movement on seat-part-mounted connecting articulations, such that the seat part can execute oscillating and circular movements in respect of its non-deflected rest position.

Abstract: The invention relates to an active dynamic seating (1) comprising a foot part (2) and a pendulum joint (10) which is rotatably mounted relative to the foot part (2), a seat (3) which is rotatably mounted relative to the foot part (2), and a pendulum column (4) supporting the seat (3), said pendulum column (4) being connected for conjoint rotation with the pendulum joint (10). The pendulum column (4) is designed to be resilient in a height direction H and the pendulum column (4) is provided with anti-rotation means (51, 52, 53) which rotationally immobilize the pendulum column (4) relative to the seat (3) such that the pendulum column (4) and the seat (3) can be rotated relative to the foot part (2) only together with the rotatable pendulum joint (10).

Abstract: A seat comprising a seat support for receiving and bracing a seat plate, which comprises a rear region and a front region, the rear region, which receives the ischial bones (os ischii), being arranged lower than the front region and the seat support supporting the rear region, wherein the front region of the seat plate is formed resiliently as a flexible zone without direct supports.

Abstract: Active dynamic seating is provided comprising (1) a foot part (2), a seat (3) and a deflectable pendulum column (4) that is designed as a main pillar. The pendulum column is connected to the foot part (2) by means of a pendulum joint (5) that counteracts a deflection with a restoring force, and the seat (3) is resiliently arranged at/on the pendulum column. The seating further comprises a device (6) for defining the rearward direction, e.g. a backrest or a similar design element, which device is arranged on the seat. The foot part (2) of the seating is provided with a safety element (7) which counteracts a rearward pendulum motion of the pendulum column (4) with a higher resistance than the resistance of the restoring force in the other directions, said safety element (7) having a deflection limiter (8) formed in the pendulum joint (5).

Abstract: A seat device is provided. The seat device has a foot part, an intermediate piece that is connected to the foot part, and a seat that is connected to the intermediate piece and is formed by two individual seat halves. The seat halves can be moved independently of each other. A coupling device is provided between the seat and the intermediate piece. The seat halves can be moved horizontally in a translatory manner by the coupling device.

Abstract: The specification relates to office furniture. In particular, the specification relates to a desk configuration with a plurality of desktops of different heights, to a method for producing a corresponding desk configuration and to the use of a program element for the desk configuration.

Abstract: The invention relates to an active dynamic seating (1) comprising a foot part (2), a seat (3) and a deflectable pendulum column (4) that is designed as a main pillar. The pendulum column is connected to the foot part (2) by means of a pendulum joint (5) that counteracts a deflection with a restoring force, and the seat (3) is resiliently arranged at/on the pendulum column. The seating further comprises a device (6) for defining the rearward direction, e.g. a backrest or a similar design element, which device is arranged on the seat. The foot part (2) of the seating is provided with a safety element (7) which counteracts a rearward pendulum motion of the pendulum column (4) with a higher resistance than the resistance of the restoring force in the other directions, said safety element (7) having a deflection limiter (8) formed in the pendulum joint (5).

Abstract: The invention relates to a back rest arrangement, in particular for an office chair, comprising a deformable back rest extending in vertical (H) and transverse direction (Q) comprising a lordosis support region that can be adjusted in terms of height and curvature, wherein an adjustment device for adjusting the height and the curvature of the lordosis support region is arranged on the back rest support arm in an adjustable manner in terms of height and wherein the adjustment device is connected to the back rest on fastening arms protruding in the transverse direction (Q) by means of bearings comprising counter bearings on the back rest side.

Abstract: The invention relates to an active dynamic seating (1) comprising a foot part (2) and a pendulum joint (10) which is rotatably mounted relative to the foot part (2), a seat (3) which is rotatably mounted relative to the foot part (2), and a pendulum column (4) supporting the seat (3), said pendulum column (4) being connected for conjoint rotation with the pendulum joint (10). The pendulum column (4) is designed to be resilient in a height direction H and the pendulum column (4) is provided with anti-rotation means (51, 52, 53) which rotationally immobilize the pendulum column (4) relative to the seat (3) such that the pendulum column (4) and the seat (3) can be rotated relative to the foot part (2) only together with the rotatable pendulum joint (10).

Abstract: The invention relates to an active dynamic stool comprising the following: a seat part, a three-dimensional articulation system made up of at least three legs with foot parts at the lower end thereof, wherein the legs each have their upper end mounted on the seat part for movement on seat-part-mounted connecting articulations, such that the seat part can execute oscillating and circular movements in respect of its non-deflected rest position.