Abstract: The present invention relates to a multi-axial joint (1), particularly for robotics. The multiaxial joint comprises a distal joint section (2) and a proximal joint section (4) that are pivotably and swivably connected relative to each other via at least one rotatory pivot joint (26) with a rotational axis (P) and at least one rotatory swivel joint (13) connected in series with the pivot joint (26) and having a swivel axis (R) extending perpendicular to the rotational axis (P). With such a multiaxial joint it is possible to realize two degrees of freedom. To achieve a compact constructional shape, the pivot joint (26) and the swivel joint (13) are united by being slid into each other to form a structural unit. The multiaxial joint (1) is particularly intended to enable an operation via traction means so as to simulate the movement of an animal or human joint. To absorb great forces, a forked (28) structure may be chosen.

Abstract: A wringer (1) for a mop (2) with a receptacle (3) in which the mop (2) can be wrung out by inward pressure, where the receptacle (3) consists of a number of wall parts (4), each of which has an inner leg (5) and an outer leg (6), which are connected together, where spacers (7) are arranged between the inner legs (5) and outer legs (6).

Abstract: A toothbrush with a cleaning zone on which tooth-cleaning elements are arranged, which are pressed against the teeth during cleaning with a cleaning force, and with a deformable element by which the cleaning zone is can be adapted to the shape of the tooth surface by the cleaning force, where the deformable element has at least a first flexible wing facing towards the cleaning zone and a second such wing facing away from the cleaning zone, and also at least one guide element, and where the first and second wings are held together moveably by the guide element. In order to provide an improved toothbrush which cleans the teeth more effectively and at the same time more gently, it is provided according to the invention that the wings form a wedge, by being connected together at one end and distanced from each other at the other end.

Abstract: A toothbrush with a cleaning zone on which tooth-cleaning elements are arranged, which are pressed against the teeth during cleaning with a cleaning force, and with a deformable element by which the cleaning zone is can be adapted to the shape of the tooth surface by the cleaning force, where the deformable element has at least a first flexible wing facing towards the cleaning zone and a second such wing facing away from the cleaning zone, and also at least one guide element, and where the first and second wings are held together moveably by the guide element. In order to provide an improved toothbrush which cleans the teeth more effectively and at the same time more gently, it is provided according to the invention that the wings form a wedge, by being connected together at one end and distanced from each other at the other end.

Abstract: A seating element is provided, comprising a skeleton having a skin and a plurality of ribs pivotably connected with said skin. The skin forms a substantially flexible support area, which is adapted to support a seating force exerted by a body, e.g. a human sitting or lying on the seating element. The skeleton is configured in such a way that it cooperates to at least partially deform the support area in a direction opposite to the direction of the seating force as a result of the seating force. As a result a comfortable and ergonomic seating posture is obtained. The seating element with skeleton automatically counteracts all movements of the body, thus supporting the body in an optimum way.

Abstract: A seating element is provided, comprising a skeleton having a skin and a plurality of ribs pivotably connected with said skin. The skin forms a substantially flexible support area, which is adapted to support a seating force exerted by a body, e.g. a human sitting or lying on the seating element. The skeleton is configured in such a way that it cooperates to at least partially deform the support area in a direction opposite to the direction of the seating force as a result of the seating force. As a result a comfortable and ergonomic seating posture is obtained. The seating element with skeleton automatically counteracts all movements of the body, thus supporting the body in an optimum way.