The present invention refers to a disk unit (200) for agricultural equipment (100) comprising a bracket (210, 220) configured to receive a profile of the agricultural equipment (100), the bracket (210) comprising an upper projection (211) and a lower projection (221); an arm (230) with an upper end (231), a lower end (232), and an upper projection (233) positioned near the upper end (231); a spring assembly (240) with a rod (241) that accommodates a spring (242), a guide (243), and a set of pressure nuts (244), the rod (241) having an upper end (241A) that is associated with the guide (243) and a lower end (241B); a disk (250) associated with the lower end (232) of the arm (230); wherein the upper projection (211) of the bracket (210, 220) is rotatably associated with the guide (243) of the spring assembly (240) and the lower projection (221) of the bracket (210, 220) is rotatably associated with the upper end (231) of the arm (230); and wherein the lower end (241B) of the rod (240) is rotatably associated with the upper projection (233) of the arm (230).

The present invention refers to a disk unit (200) for agricultural equipment (100) comprising a bracket (210, 220) configured to receive a profile of the agricultural equipment (100), the bracket (210) comprising an upper projection (211) and a lower projection (221); an arm (230) with an upper end (231), a lower end (232), and an upper projection (233) positioned near the upper end (231); a spring assembly (240) with a rod (241) that accommodates a spring (242), a guide (243), and a set of pressure nuts (244), the rod (241) having an upper end (241A) that is associated with the guide (243) and a lower end (241B); a disk (250) associated with the lower end (232) of the arm (230); wherein the upper projection (211) of the bracket (210, 220) is rotatably associated with the guide (243) of the spring assembly (240) and the lower projection (221) of the bracket (210, 220) is rotatably associated with the upper end (231) of the arm (230); and wherein the lower end (241B) of the rod (240) is rotatably associated with the upper projection (233) of the arm (230).

Agricultural machine comprising at least one support frame associated with the machine with at least one receptacle for at least one crossbeam aligned at least substantially to be transverse to a direction of travel of the machine, as well as at least one bearing device by way of which the crossbeam is arranged at the receptacle to be rotatable at least in part about its longitudinal axis, wherein the bearing device comprises at least one shell element which, when viewed in particular in the circumferential direction, comprises an outer side facing the receptacle and an inner side facing the crossbeam, wherein at least one compensating body by way of which the crossbeam is connected in a rotationally fixed manner to the bearing device, in particular to the shell element, is arranged between the inner side and the crossbeam. In order to obtain a particularly variable connection between the bearing device and the crossbeam, it is provided that the shell element and the compensating body are configured such that the bearing device, in particular the shell element and/or the compensating body, in an assembled state, is/are braced with the crossbeam, in particular in a force-fit manner and/or in the manner of a clamping connection.

Harvesting device of an agricultural harvesting machine, comprising a housing (17), comprising at least one rotatably driven apparatus (15) which has a shaft (18) and is rotatably mounted by the shaft (18) relative to the housing (17) about the longitudinal axis (19) thereof, comprising a sealing disk (21) which acts on the housing (17) and which is fixed relative to the shaft (18) for sealing the housing (17) relative to the shaft (18) in the region of a feed-through of the shaft (18) through the housing (17), wherein the sealing disk (21) has a through-passage (22) for the feed-through of the shaft (18), wherein when viewed in the radial direction of the shaft (18) a slide bearing joint bush (25) is arranged between the shaft (18) and the sealing disk (21).

Harvesting device of an agricultural harvesting machine, comprising a housing (17), comprising at least one rotatably driven apparatus (15) which has a shaft (18) and is rotatably mounted by the shaft (18) relative to the housing (17) about the longitudinal axis (19) thereof, comprising a sealing disk (21) which acts on the housing (17) and which is fixed relative to the shaft (18) for sealing the housing (17) relative to the shaft (18) in the region of a feed-through of the shaft (18) through the housing (17), wherein the sealing disk (21) has a through-passage (22) for the feed-through of the shaft (18), wherein when viewed in the radial direction of the shaft (18) a slide bearing joint bush (25) is arranged between the shaft (18) and the sealing disk (21).

An agricultural implement, such as an agricultural seed planter, includes a number of ground engaging row units. The row units receive seed and/or other particulates and deposit the seed or particulates to the ground. The row unit can include row cleaners to aid in allowing a coulter or disk to create a furrow in a field. The seed is metered via a seed metering system and deposited in the furrow. A closing system closes the furrow after the seed has been deposited. To aid in access and mounting of the seed meter, it can be connected without connection to side components of a frame. In addition, the row cleaner and closing system can include mounting systems that allow better results and easier access to the same and other portions of the row units.

An agricultural implement, such as an agricultural seed planter, includes a number of ground engaging row units. The row units receive seed and/or other particulates and deposit the seed or particulates to the ground. The row unit can include row cleaners to aid in allowing a coulter or disk to create a furrow in a field. The seed is metered via a seed metering system and deposited in the furrow. A closing system closes the furrow after the seed has been deposited. To aid in access and mounting of the seed meter, it can be connected without connection to side components of a frame. In addition, the row cleaner and closing system can include mounting systems that allow better results and easier access to the same and other portions of the row units.