Abstract:
The invention concerns a mobile tool carrier (1) comprising an assembly (2), such as a cutting assembly, connected to a drive unit (12), which is in turn connected to at least one track (7) placed on either side of the tool carrier (1). The drive unit (12) comprises a motor configured to drive the tracks (7) and possibly also the assembly (2). The tool carrier (1) comprises at least one mounting interface for mounting of the assembly (2). The track (7) is arranged on a wheel suspension (6) comprising a mechanically adjustable mechanism for adjusting the ground clearance on the tool carrier (1). The wheel suspension (6) has a symmetrical design looking in the longitudinal direction. The mechanism comprises a primary support element (22) and at least one removable support element (32), where the primary support element (22) alone and in combination with the removable support element (32) indicates various ground clearances. Alternatively, the mechanically adjustable mechanism comprises a first element and a second element, where the first element is telescopic in relation to the second element.
Abstract:
A grass cutting machine with two cutting units mounted on opposite sides of the chassis has an inclinometer monitoring the left/right inclination of the chassis. If the inclination value exceeds a defined threshold, the higher of the two cutting units is lifted to improve stability.
Abstract:
In order to avoid wasting product to be harvested during the harvesting, there is provided a pipe (9) having torsional elasticity and elongation elasticity characteristics and which supplies the thresher cylinder (2) with cut product to be harvested.
Abstract:
A presente invenção refere-se a um novo método para efetuar a imediata compensação lateral de máquinas agrícolas, do tipo colheitadeiras, as quais são particularmente providas de conjuntos de esteiras como meios de tração. O presente método compreende etapas configuradas para obter uma simplificação substancial na maneira de condução feita pelos operadores e, ao mesmo tempo, assegurar um controle eficiente do conjunto de tração, para evitar derrapagens que possam afetar a qualidade da colheita. Mais especificamente, o presente método de compensação lateral compreende as etapas de verificação da solicitação de aumento ou redução da compensação; confirmação do acionamento; envio de sinais de referência para a unidade de controle da máquina com o objetivo de incrementar ou reduzir a compensação e aguardar um período de tempo Δt1 para retornar para a etapa inicial para nova checagem. A presente invenção também se refere a uma máquina agrícola do tipo colheitadeira.
Abstract:
This invention relates to a sugar cane harvester (1) with cab (23), which comprises a chassis (5), a tip cutting device (2), a cane line dividing device (3), a base cutting device (14), a set of rollers (6) for conveying the sugar cane, a sugar cane chopping device (15), a cane cleaning device (8), an engine, an elevator (9) located in its central portion and comprising a 180 degree turning mechanism and an engine (12) located in its rear portion, independent of the chassis. The sugar cane harvester (1) of this invention has a base cutting device (14) in which the angle of attack between the machine and the start of cutting is in the range of 55 to 75 degrees with respect to the soil and base cutting discs, the ends of which are perfectly aligned with the point where the tyre (13) first touches the soil.
Abstract:
A lawnmower comprising a frame, an engine supported by the frame, a mower deck supported by the frame, a rotating cutting blade disposed below the mower deck. A PTO is coupled to the engine and the cutting blade to rotationally drive the cutting blade. A drive system is connected to the frame and coupled to the engine to drive or propel the lawnmower. The lawnmower includes a tilt sensor for sensing a tilt angle representing the orientation of the lawnmower with respect to a horizontal level plane. An signal indicator may provide a notice signal when the tilt angle exceeds a pre-determined check angle. The PTO may be disengaged from the engine to stop rotation of the cutting blade when the tilt angle exceeds a pre-determined limit angle. The drive system generally remains operable to drive the lawnmower when the PTO is disengaged to stop rotation of the cutting blade.
Abstract:
This invention relates to a sugar cane harvester (1) with cab (23), which comprises a chassis (5), a tip cutting device (2), a cane line dividing device (3), a base cutting device (14), a set of rollers (6) for conveying the sugar cane, a sugar cane chopping device (15), a cane cleaning device (8), an engine, an elevator (9) located in its central portion and comprising a 180 degree turning mechanism and an engine (12) located in its rear portion, independent of the chassis. The sugar cane harvester (1) of this invention has a base cutting device (14) in which the angle of attack between the machine and the start of cutting is in the range of 55 to 75 degrees with respect to the soil and base cutting discs, the ends of which are perfectly aligned with the point where the tyre (13) first touches the soil.
Abstract:
The invention relates to an agricultural mower (1), comprising at least one working unit (5, 6), for cutting a standing product, a connection device (11), for connecting said at least one working unit (5, 6) to a motorised vehicle (2), whereby on operation, said connection device (11) allows a transversal displacement of said at least one working unit (5, 6) with relation to a direction of travel (3) of said mower (1) and a maneuvering body (18), for generating said transverse displacement of the at least one working unit (5, 6). Said mower (1) is characterised in further comprising a steering device (20), for measuring the roll angle of said mower (1) and to steer said maneuvering body (18) such as to maintain an optimal value of overcut (19).
Abstract:
La présente invention propose une faucheuse agricole (1) comportant au moins une unité de travail (5, 6) destinée à couper un produit sur pied, un dispositif de liaison (11) destiné à lier ladite au moins une unité de travail (5, 6) à un véhicule moteur (2), lors du travail ledit dispositif de liaison (11) permet un déplacement transversal de ladite au moins une unité de travail (5, 6) par rapport à une direction d'avance (3) de ladite faucheuse (1), et un organe de manoeuvre (18) destiné à engendrer ledit déplacement transversal de ladite au moins une unité de travail (5, 6). Ladite faucheuse (1) est remarquable par le fait qu'elle comporte en sus un dispositif de pilotage (20) destiné à mesurer l'angle de roulis de ladite faucheuse (1), et à piloter ledit organe de manoeuvre (18) de manière à maintenir une valeur optimale de surcoupe (19).
Abstract:
A combine (10) for harvesting a crop has a threshing assembly (34) with a threshing rotor and a threshing grate. The threshing assembly locates within the framework of the combine. A threshing assembly frame (70) mounts to the threshing assembly and is removably mounted to the framework of the combine so that the threshing assembly is held within the framework. The threshing assembly frame has a support leg (76) for engaging the ground so that the frame and threshing assembly (34) can be supported in a freestanding position when removed from the combine. The frame is oriented in the freestanding position to facilitate mounting of the threshing assembly frame and threshing assembly to the framework. The frame has a pair of side members (90) that are located on opposite sides of threshing assembly which correspond to guide members (100) mounted to the framework. The side members allow the threshing assembly frame to be inserted into and pulled out of the framework of the combine. Forward support members (86) are pivotally mounted to the frame and movable between a raised and lowered position. The forward support members engage the support surface when moved to the lowered position so that the threshing assembly frame and threshing assembly can be pulled from the framework of the combine. Lift means (84) is provided with the forward support member for moving the forward support member between the raised and lowered positions.