An agricultural baler includes a main bale chamber, and a plunger reciprocally movable within the main bale chamber through a compression stroke and a return stroke. The plunger has a duty cycle with a maximum power requirement, a minimum power requirement, and an average power requirement over the duty cycle. The baler further includes an auxiliary power system which is configured for transmitting power to the driveline to offset the duty cycle of the plunger and thereby establish a substantially constant power requirement at the driveline.

The round baler includes a frame and a tailgate pivotally mounted to the frame via a tailgate pivot axis. The tailgate is movable along a path of travel range between an open position and a closed position. When in the open position, a bale can be discharged from the baler and, when in the closed position, a bale is prevented from being discharged from the baler. The baler also includes a sensor that has a sensor axis. This sensor is mounted to the baler with the sensor axis approximately coaxial with the tailgate pivot axis. An operating portion of the sensor is operatively directly movable with the tailgate. The sensor has a mechanical rotary range that is at least the travel range of the tailgate; and an electrical sensing range. The electrical sensing range is less than both the mechanical rotary range and the travel range of the tailgate.

A field cultivating machine (1) having at least one pickup device (10), having a pickup rotor (11) and a transfer rotor (14), which can be driven about axes of rotation (A, B) along a transverse axis (Y), wherein the pickup rotor (11) can pick up agricultural crop material from the ground (70) with pickup prongs (12), to lift it in relation to a vertical axis (Z) and to transfer it to the transfer rotor (14), which is configured to take over the crop material by means of transfer prongs (15) and to transfer it to a downstream device (30), at least in part behind the pickup device (10) in relation to a longitudinal axis (X), wherein the transfer prongs (15) engage between the pickup prongs (12) so that the that ranges of movement (C, D) of the transfer prongs (15) and the pickup prongs (12) overlap when viewed along the transverse-axis (Y).

The invention relates to a windrower (1) having at least one pickup device (10), which has a pickup rotor (11) and a transfer rotor (14), which can be driven in the same direction about axes of rotation (A, B) which extend at least predominantly along a transverse axis (Y), wherein the pickup rotor (11) is configured to pick up agricultural crop material from the ground (70) by means of pickup prongs (12), to lift it in relation to a vertical axis (Z) and to transfer it to the transfer rotor (14), which is arranged at least in part higher than the pickup rotor (11) and is configured to take over the crop material by means of transfer prongs (15), to lift it at least initially in relation to the vertical axis (Z) and to transfer it to a downstream transverse conveyor (30), which is arranged at least in part behind the pickup device (10) in relation to a longitudinal axis (X) and is configured to receive the crop material transferred by the transfer rotor (14) on a conveying surface (36), to convey it along the transverse axis (Y) by means of a conveying element (32) and to deposit it in windrows on the ground (70), wherein the transfer rotor (14) is configured to discharge at least some of the crop material above the conveying surface (36) in relation to the vertical axis (Z) and to throw it onto the said surface. In order, in the case of a windrower, to enable crop material to be efficiently picked up and transferred to a transverse conveyor, it is envisaged according to the invention that, in at least one working position of the windrower (1), a normal straight line (N), which runs perpendicular to a region (37) of the conveying surface that is central in relation to the longitudinal axis (X) and which runs through a point (38) on the conveying element (32) that is furthest forward in relation to the longitudinal axis (X), at least touches a range of movement (D) of the transfer prongs (15).

The invention relates to a windrower (1), having a main frame (2), which can be supported via an undercarriage (4) in the operating state, and having at least one windrower unit (20), which is connected at least indirectly to the main frame (2) and has a pickup device (21), and a transverse conveyor (30), which is arranged at least predominantly behind it in relation to a windrower longitudinal axis (X) in a working configuration of the windrower (1) and has a transverse conveyor frame (31), wherein the pickup device (21) is configured, in the working configuration, to pick up agricultural crop material from the ground (50) and to transfer it to the transverse conveyor (30), and the transverse conveyor (30) is configured to convey the transferred crop material along a windrower transverse axis (Y) and deposit it in windrows on the ground (50). In order to enable improved dynamic adaptation to a ground profile in the case of a windrower, it is envisaged according to the invention that the pickup device (21) is vertically movable both relative to the transverse conveyor frame (31) and also relative to the main frame (2), at least in relation to a windrower vertical axis (Z)

Mounting pads for attaching tines to a pick-up device of a crop implement such as a round baler may include a tab that extends from a body portion. The tab may be hinged to the main body to allow the tab to loop around the connecting loop of the tine.

The pickup header comprises a header frame and one or more reel assemblies. Each reel assembly comprises a reel provided with a plurality of pickup tines, and further comprises a plurality of tine guides for guiding the tines at the back of the reel assembly. One or more of said tine guides comprises an upright wall portion having a concave front edge, wherein along at least the upper half of said front edge, the tine guide further comprises a ridge portion that extends laterally outward from the wall portion. The ridge portion realizes improved guidance of deformed or bent tines compared to existing designs, so that such tines are forced to move within a desired path, without interfering with adjacent tines. The one or more tine guides may be provided in the form of integrally formed pieces obtainable by injection molding or casting.

A pickup assembly (10) for an agricultural vehicle (1) includes: a frame (200); a pickup drum (210) carried by the frame (200) and carrying a plurality of tines (211); and a windguard assembly (220) carried by the frame (200) and comprising a first roller (221) and a second roller (222) carried in front of the pickup drum (210), the first roller (221) and the second roller (222) each being pivotable relative to the frame (200) to adjust a respective relative position to the pickup drum (210). The first roller (221) is pivotable about a first pivot (223) defining a first pivot axis (FPA) that is coaxial with an axis of rotation (SAR) of the second roller (222) when the second roller (222) is at a position closest to the pickup drum (210) such that the relative position of the first roller (221) is adjustable without adjusting the relative position of the second roller (222) when the second roller (222) is at the position closest to the pickup drum (210).

A windrow merger includes heads having cams that control the speed of the tines. The cam is configured with a section that slows the speed of the tines while passing a lower front portion of the path of rotation to lift material from the ground at lower speeds and therefore handles the material more gently at the point of pickup. The cam is configured to accelerate the tines at the point where the lifted material is propelled rearward from the pickup assembly. The merger heads also include a widened conveyor that is configured with an upper surface extending rearward and slightly downward to further evenly distribute material across the width of the conveyor. The heads are supported on skids that have a linkage connecting the skids at each end of the head with one of the skids having a mechanism that acts as a master to control the slave of the linked opposite skid.

A unit for conveying agricultural products, such as grass, hay, forage, wheat, corn and the like, for agricultural machines (100) of the type of balers, round balers and the like, comprising at least one apparatus (2) for picking up previously cut agricultural products, and at least one device (3) for conveying the agricultural products picked up by the apparatus (2) toward an inlet to a chamber (102), which is comprised in the agricultural machine (100), for forming a bale; the device (3) comprises a main rotating shaft (4), which faces the apparatus (2) and is provided with teeth (5) for the transfer of the agricultural products to the chamber (102), and at least one auger (6). The auger (6) comprises an auxiliary rotating shaft (7), which faces the apparatus (2) and is contiguous and substantially coaxial to the main shaft (4), and a screw (8), which is wound around the auxiliary shaft (7), in order to push toward the teeth (5) the agricultural products; the device (3) comprises at least one series of stems (9), which are parallel to the auxiliary shaft (7) along a center distance that increases progressively with respect to the longitudinal axis (A) defined by the auxiliary shaft (7) and by the main shaft (4). Each stem (9) is interposed between the first turn of the screw (8), which lies closest to the teeth (5), and the respective inner end (7a) of the auxiliary shaft (7), for the facilitated movement of the agricultural products propelled by the auger (6) toward the teeth (5).