A work machine remote control system includes a sensor data reception unit that receives detection data of an attitude of working equipment included in a work machine operated by an operation signal from a remote place, an alarm control unit that outputs an alarm control signal when it is determined, based on the detection data, that the working equipment is approaching or has reached an end position in a movable range, and an alarm device that is provided in the remote place and outputs an alarm based on the alarm control signal from the alarm control unit.

Embodiments of the present disclosure relate to a method and apparatus for controlling equipment. The method includes: acquiring an electrical signal collected by a displacement sensor; determining a displacement of a movable rod of a hydraulic cylinder relative to a cylinder tube of the hydraulic cylinder according to the electrical signal; determining, according to the displacement, a rotating angle of a mechanical arm connected to the movable rod relative to a mechanical arm connected to the cylinder tube; and controlling equipment according to the rotating angle.

A bucket assembly for attachment to a machine, such as a skid steer or tractor, that includes a bucket and a mounting assembly that permits swiveling of the bucket about a vertical axis and pivoting of the bucket about a horizontal axis.

A dump bucket, comprising a first side, a second side defining a plurality of slots, and an inner surface; and an insert installed between the inner surface and the second side at an angle to aid in side dumping out of the second side of the bucket; wherein tabs defined by the insert are received in the slots in the second side of the bucket.

A dump bucket, comprising a first side, a second side defining a plurality of slots, and an inner surface; and an insert installed between the inner surface and the second side at an angle to aid in side dumping out of the second side of the bucket; wherein tabs defined by the insert are received in the slots in the second side of the bucket.

Embodiments of the present disclosure relate to a method and apparatus for controlling equipment. The method includes: acquiring an electrical signal collected by a displacement sensor; determining a displacement of a movable rod of a hydraulic cylinder relative to a cylinder tube of the hydraulic cylinder according to the electrical signal; determining, according to the displacement, a rotating angle of a mechanical arm connected to the movable rod relative to a mechanical arm connected to the cylinder tube; and controlling equipment according to the rotating angle.

A dump bucket, comprising a first side, a second side defining a plurality of slots, and an inner surface; and an insert installed between the inner surface and the second side at an angle to aid in side dumping out of the second side of the bucket; wherein tabs defined by the insert are received in the slots in the second side of the bucket.

A Variable Geometry Bucket for material handling, such as plowing snow. The Variable Geometry Bucket generally includes four bucket members pivotally attached to each other. A pair of double-acting hydraulic cylinders can cause the outer bucket members to rotate on a frame, which in turn moves the inner bucket members. Due to the location of the pivotal connections, the bucket members can be moved into different positions, resulting in a single attachment that can be used as a V-blade, a box plow, and a bucket.

A work machine remote control system includes a sensor data reception unit that receives detection data of an attitude of working equipment included in a work machine operated by an operation signal from a remote place, an alarm control unit that outputs an alarm control signal when it is determined, based on the detection data, that the working equipment is approaching or has reached an end position in a movable range, and an alarm device that is provided in the remote place and outputs an alarm based on the alarm control signal from the alarm control unit.