A load-carrying plate element comprising a load-carrying plate (1) constituting the central body of the element.

The support plate is arranged perpendicular to a base of the main support structure.

The first load-bearing part (10) comprises a first load-bearing plate (101) and a first flange (102) arranged on the first load-bearing plate (101) and extending toward the side direction of the first load-bearing part (101).

A transverse bearing plate drive mechanism drives the transverse bearing plate (15) to move along a transverse guide way (16).

The brewing device is provided with a transverse bearing plate (15), and the tank body (1) is connected to the transverse bearing plate (15).

The bearing plate provides large contact surface.

The screw (5) can drive an upper bearing plate (6) and a lower bearing plate (7) to move along a longitudinal guide way (8).

To simplify the structure, a light transmitting part and a light receiving part are fixed to a support plate, and the support plate is fixed to a rotational part.

A cervical spine orthosis (100) includes a neck collar (101), a load bearing chest plate (150) and a support strut (120) coupling the neck collar to the load bearing chest plate.

The sub-assembly consists of at least two sections which have a common front plate (1) and a common supporting plate (16).

Only the lower layered body (9) is supported by a support plate (3).

The present invention also relates to a friction pad comprising said supporting plate.

A very thin, non load-bearing natural stone plate (1) has profile grooves (2) in which corresponding profile projections (8) of a supporting plate (3) engage by interlocking.

The free space required for installations determines the distance of the dividing walls from the next support base, i.e. the depth of the installation spaces next to said support base.

The disk drives are fastened to common supporting plate (16).