Abstract: A rocker pin load support includes a base plate, a rocker pin bolt, and a rocker pin piece having a cylindrical recess of a diameter greater than a diameter of an upper portion of the rocker pin bolt. The rocker pin bolt is mounted pivotally via a ball-shaped underside thereof in a cylindrical recess of the base plate and pivotally mounting the rocker pin piece via a spherical topside thereof. A bell-shaped cover of elastic plastic has an upper edge portion connected hermetically sealed to the rocker pin piece, and a lower edge portion connected hermetically sealed to the base plate, thereby forming a space for receiving an air or gas filling with the proviso that the gas or air volume is greater than a sum of volumes of portions of the rocker pin bolt and the rocker pin piece which portions are enclosed by the air or gas filling.

Abstract: The invention relates to a measuring sensor with a deformation body (7) on which at least one strain gage (2) is applied. In that regard, the strain gage (2) is hermetically sealed against external environmental influences by at least one thin deep drawn metallic sheet metal part (4). This hermetic sealing sheet metal part (4) is preferably embodied bowl-shaped and consists of a high-strength hardenable corrosion-resistant spring steel of the maraging type with 7.8 weight % nickel, 13 weight % chromium, 1 weight % molybdenum, 0.2 weight % silicon, 0.3 weight % manganese, 0.25 weight % beryllium, 0.2 weight % titanium as well as the remainder iron, which surprisingly comprises only a small hysteresis and has at least equally good creep characteristics as the stainless martensitic spring steels of the deformation body (7).