Abstract: A cutter assembly for a mowing apparatus having at least two guards. Each guard includes a guard body, a tine, and a knife slot for receiving a knife section. A connecting web connects the two guards. An upper trashbar is fixed between the two guards above the knife section. Extending from the upper trashbar is a hold-down member movable into contact with the knife section.

Abstract: A cutter assembly for mowing apparatus comprises a sickle guard having individual guards which each consist of a guard body and an upper lip. The guard bodies are connected to a cutter bar via mounting pads. Each guard is provided with a rearward knife slot within which knife sections can move back and forth in a reciprocating manner. A hold-down member is provided to act against an upper face of a knife section, the hold-down member extending through the upper lip.

Abstract: A cutter assembly for mowing apparatus comprises a sickle guard having individual guards whose guard bodies are connected to a cutter bar via mounting pads. Each guard is provided with a rearward knife slot within which knife sections can move back and forth in a reciprocating manner. Hold-down members are provided to act against an upper face of the knife sections, the hold-down members being formed as ball plungers and are screwed into a front part of a hold-down arm. The hold-down arm at its rearward end is fixed by a base to the cutter bar by means of guard mounting screws.

Abstract: A hinge joint comprises a hinge leaf, a closure element, a knuckle bearing, a hinge bolt defining a hinge joint axis and pivotally mounting the closure element via the knuckle bearing, a hinge bearing having a base securable adjacent to an edge of an opening, the hinge bearing having legs between which the knuckle bearing is positioned and which carries the hinge bolt, the knuckle bearing having at least one first protrusion extending axially outwardly and arranged concentrically relative to the hinge bolt, one of the legs having an axially inwardly extending protrusion which axially overlaps the first protrusion, the hinge leaf together with the closure element being arranged so that it can be removed from the hinge bearing only after removal of the hinge bolt and after opening the closure element through a predetermined pivot angle, the first protrusion being annular, the second protrusion being formed as an enclosing retainer of one of the legs and arranged radially outside of one of the first protrusions,

Abstract: For protection against an unauthorized lifting-out of a side wall of commercial vehicles from its chassis as well as for simple and secure handling of the side wall during turning as well as lifting-out or hanging-in, parts which form a hinge are formed so that a first hinge part has two aligning pivot pins, and in a turning angular region of the side wall a first pivot pin is held in an opening of the second hinge part, whereas a second pivot pin does not function in this turning angular region, the first hinge part is axially positively fixed relative to the second hinge part by a collar formed in the region of the pivot pins and extending over a part of the circumference of the pivot pins so as to engage in a recess of the second hinge part, and the side wall in its turned down position under the turning angular region can be displaced laterally axially so that the first pivot pin is completely withdrawn from the opening and the second pivot pin is inserted into a shell and held there, whereby then the sid