Abstract:
An arrangement for the deep strip tillage of a soil (2) is disclosed, in which a secondary working element (11) includes one or more working element sections (111), a first working element section (111a) exhibiting a larger working depth than a primary working element (10) in a working position. A method of establishing strip-shaped, deep loose-soil channels (23) in a soil (2) arranged for storing water and receiving part of the root system of a vegetation is disclosed as well.
Abstract:
Depth controlling arrangement (2) for a soil working implement (1), arranged to be able to be mounted to a frame (12) and comprising a depth controller (232), and wherein the depth controlling arrangement (2) comprises an, in operating conditions, endless belt (22) forming a contact face (222) against a ground (3). Use of a belt (22) arranged on a belt frame (21) as depth controlling arrangement (2) for a soil working implement (1).
Abstract:
A device for automatically adjusting the working width of the first plough body (111) of a plough (1) in accordance with the variable working width of subsequent plough bodies (112, 113), in which a first hydraulic cylinder (13) is arranged to displace a rear frame section (117) laterally relative to a front frame section (116), and a second hydraulic cylinder (14) is arranged to pivot the rear frame section (117) around a first vertical pivoting axis (119) in order thereby to adjust a transverse spacing of the plough bodies (111, 112, 113) by the plough bodies (111, 112, 113) pivoting around second vertical pivoting axes (115), wherein the first hydraulic cylinder (13) is a multi-stage cylinder in which a first cylinder stage (131) forms a main lateral control, and a second cylinder stage (132) forms an automatic working-width control for the first plough body (111), the second cylinder stage (132) being in hydraulic-fluid communication with the second hydraulic cylinder (14) in a master-slave configuration, the second cylinder stage (132) being the master or the slave depending on the moving direction of the cylinder stage (132) and the second hydraulic cylinder (14) correspondingly being the slave or the master, and the piston diameters (D 1a , D 2 ) of the second cylinder stage (132) and the second hydraulic cylinder (14) being matched to each other so that an adjustment of the working width of the plough bodies (111, 112, 113) by the second hydraulic cylinder (14) provides a correction of the lateral displacement of the front frame section (116).
Abstract:
There is described a replaceable wear part device (22) for attachment on a forward edge (2) on a work tool (1), where at least a portion of the forward edge (2) is formed of a wear part holder (21), as the wear part (22) is provided with a first sliding surface (222), and the wear part holder (21) is provided with a second sliding surface (213), which essentially is arranged as an extension of said first sliding surface (222), and the second sliding surface (213) is provided with a forward sliding edge surface (214) defining the sliding surface (213) against the wear part (22), where on the first sliding surface (222) is arranged an eminence (224) arranged to be able to lead a material flow (F) away from at least a portion of the sliding surface (213) of the wear part holder (21).
Abstract:
The present invention relates to a system (1) for measuring and interpreting a force, the system comprising at least one working implement (10), for acting on an agricultural field and at least one force sensor (20), for measuring a force of the working implement (10). Further, a data interpretation unit (50) calculates an interpretation of the measured force (52); wherein the data interpretation unit (50) comprises a machine learning unit (54) that calculates the interpretation of the measured force. The present invention also relates to a system (11) for controlling agricultural operations comprising at least one agricultural working means (110) for working on an agricultural field (1100) and at least one first imaging device (120) located at the agricultural working means (110) for acquiring images of an environment of the agricultural working means (110).
Abstract:
A locking device (3) for a wearing part (2) detachably attached to a soil-working working element (1) by means of quick-coupling elements (11, 21), wherein a locking element (31) attached to the working element (1) includes an end portion (312) projecting from the working element (1) and being provided with an engagement section (313) arranged to engage with a lock-receiving element (22) arranged on a lee-side face (2a) of the wearing part (2).
Abstract:
A device for the depth adjustment of a plough skimmer (13, 13') on a plough (1, 1a), in which a shank (131, 131') extending up from the plough skimmer (13, 13') is adjustably attached to a guide arrangement (121, 121') in a mounting bracket (12) arranged on the plough (1, 1a), wherein an actuator (122) which is arranged on the mounting bracket (12) includes means (122') that are arranged to move the plough skimmer (13) substantially in a vertical direction, are attached to the mounting bracket (12) and are connected to an edge portion (1311, 1311') of the shank (131, 131') extending up from the plough skimmer (13, 13') into the guide arrangement (121, 121').
Abstract:
A wearing-point device (22) with a quick-coupling formed from a coupling portion (211) of a wearing-part holder (21) and corresponding attachment portions (223) of the wearing point (22), in which a longitudinal elevation (224) extends with a desired height from a front portion (221) towards the attachment portion (223), sliding surfaces (222, 222') extending in a downward-sloping manner from the longitudinal centre plane of the wearing point (22) in the directions of opposite side edges (228) of the wearing point (22) and forming a downward-sloping rear edge (227) that forms an interface towards the attachment portions (223).
Abstract:
P26685PC00DE A b s t r a c t An attachment system for a wearing point (3) on a plough share (11) is described, in which a holder (2) for a wearing point (3) is arranged to be fixed to the plough share (11), and in which one of the holder (2) and the wearing point (3) is formed with guide elements (211, 311) forming connection pin (21), and the other one of the holder (2) and the wearing point (3) is provided with guide elements (211, 311) form- ing a complementary connection socket (31), wherein the holder (2) is provided with first and second bolt-hole groups (22, 22'), the first bolt-hole group (22) being com- plementary to an attachment-hole group (111) of a left-hand plough share (11a), and the second bolt-hole group (22') being complementary to an attachment-hole group (111') of a right-hand plough share (11b). (Figure 3a)
Abstract:
A protection element (13) for a wearing-part attachment (12) for a wearing part (11) for a leading edge of a working member (1), the wearing part (13) and the wearing- part attachment (12) being provided with complementary quick-coupling elements (112, 122), and a leading side surface (132) of the protection element (13) including a wearing portion (135) and being arranged, by the engagement of an attachment portion (131) with at least the quick-coupling elements (112) of the wearing part (11), to rest supportedly against a leading end face (121) of the wearing-part attachment (12). A method of wear-protecting a wearing-part attachment (12) for a wearing part (11) for a leading edge of a working member (1), the wearing part (13) and the wearing- part attachment (12) being provided with complementary quick-coupling elements (112, 122), wherein the method includes: bringing a protection element (13) into engagement between quick-coupling holders (111) at a rear wearing-part portion (113) of the wearing part (11); connecting the wearing part (11) and the wearing-part attachment (12) to each other; and placing the protection element (13) supportedly against a leading end face (121) and so that it projects above a plane coinciding with a top surface (124) of the wearing-part attachment (12).