A tree processing system may comprise a tree processing head and a controller. The tree processing head may include a header frame, a motor, a saw bar, an arm, an actuator and a sensor. The motor is coupled to the header frame and the saw bar is coupled to the motor. The saw bar cuts a tree when the saw bar is driven by the motor. The actuator is coupled to the saw bar and is used to move the saw bar from a home position to a first position and to a second position. The controller is coupled to the sensor and is used to determine whether the second position is reached. When the second position is reached, the controller transmits a resting signal to the tree processing head to perform a resting operation.

A tree processing system may comprise a tree processing head and a controller. The tree processing head may include a header frame, a motor, a saw bar, an arm, an actuator and a sensor. The motor is coupled to the header frame and the saw bar is coupled to the motor. The saw bar cuts a tree when the saw bar is driven by the motor. The actuator is coupled to the saw bar and is used to move the saw bar from a home position to a first position and to a second position. The controller is coupled to the sensor and is used to determine whether the second position is reached. When the second position is reached, the controller transmits a resting signal to the tree processing head to perform a resting operation.

The present disclosure concerns a tree felling head for mounting to a tree-cutting carrier, the tree felling head comprising a bottom saw housing defining a saw-receiving cavity and comprising a peripheral border at least partially bordering the saw-receiving cavity; and an excavating assembly comprising a scraping portion extending outwardly past the peripheral border at least along a section thereof. It also concerns such an excavating assembly.

Improvements made in the configuration of the metal tooth with cutting blades for forest wood. The present patent application is related to the mechanical engineering field; in the forest cutting segment. configuration applied to a metal tooth (1), of sharp cutting edges (2) in its upper structures, formed of a fine concave ring layer (3) made by welding of a composition of tungsten carbide and cobalt, extremely abrasion-resistant; provided with wearing face surface (4), made of carbon steel of low abrasion resistance, proper of the support body, teeth, which wear more intensively when in contact with the soil and the wood, providing maintenance, formation of sharp edge, always cutting.

Improvements made in the configuration of the metal tooth with cutting blades for forest wood. The present patent application is related to the mechanical engineering field; in the forest cutting segment. configuration applied to a metal tooth (1), of sharp cutting edges (2) in its upper structures, formed of a fine concave ring layer (3) made by welding of a composition of tungsten carbide and cobalt, extremely abrasion-resistant; provided with wearing face surface (4), made of carbon steel of low abrasion resistance, proper of the support body, teeth, which wear more intensively when in contact with the soil and the wood, providing maintenance, formation of sharp edge, always cutting.

A work implement for a work vehicle includes a boom having a chassis attachment end and an arm attachment end, an arm including a boom attachment end and a tool attachment end, and a work tool coupled to the tool attachment end of the arm. The boom attachment end is pivotally coupled to the arm attachment end of the boom. At least one of the boom and the arm includes a first portion and a second portion movably coupled to the first portion between a first orientation with respect to the first portion and a second orientation with respect to the first portion. At least one fastener is coupled between the first and second portions to selectively secure the second portion in the first orientation and the second orientation with respect to the first portion.

A work implement for a work vehicle includes a boom having a chassis attachment end and an arm attachment end, an arm including a boom attachment end and a tool attachment end, and a work tool coupled to the tool attachment end of the arm. The boom attachment end is pivotally coupled to the arm attachment end of the boom. At least one of the boom and the arm includes a first portion and a second portion movably coupled to the first portion between a first orientation with respect to the first portion and a second orientation with respect to the first portion. At least one fastener is coupled between the first and second portions to selectively secure the second portion in the first orientation and the second orientation with respect to the first portion.

A method for management of a land base includes interfacing a machine or equipment to a computer running a geographical information system (GIS) application such that the computer is configured to monitor the operations performed by the equipment or machine on the land base and store the operations as map points, lines, or polygons on at least one data layer within the GIS application. The method further includes displaying the GIS application to the operator at the point and time of performing the operations.

A method for management of a land base includes interfacing a machine or equipment to a computer running a geographical information system (GIS) application such that the computer is configured to monitor the operations performed by the equipment or machine on the land base and store the operations as map points, lines, or polygons on at least one data layer within the GIS application. The method further includes displaying the GIS application to the operator at the point and time of performing the operations.

A cutting tooth system for a disk of a disk-saw felling head. The disk defines a receiving portion and an axis of rotation. The cutting tooth system comprises at least one cutting tooth. The cutting tooth comprises a first portion defining a first protrusion and a second protrusion. The first portion is configured to be received in the receiving portion for rotation with the disk. A second portion defines a chip removal path and a cutting edge adjacent the chip removal path. A first retaining device is configured to couple to the disk to secure the first protrusion in the receiving portion. A second retaining device is configured to couple to the disk to secure the second protrusion in the receiving portion.