56 results about "Grouser" patented technology

A grouser shoe for track drives commonly utilized by industrial and commercial equipment (e.g., bulldozers, backhoes, cranes, etc.) including a supportive pad and a ground engaging bar, the ends of such bar being bent to form wings, and method of manufacture thereof. The center portion of the bar provides the primary transmission of driveforce from the vehicle to the ground, while the wings provide for significant reduction in vibration, facilitate steering, provide easier turning, and extend the service life of the grouser shoe.

A traction chain assembly for providing improved traction to elastomeric tracks is provided. The traction chain assembly comprises two side brackets adapted to be mounted on each side of the track and generally to the drive lugs thereof. The traction chain assembly further comprises generally two laterally extending chains which are attached to the side brackets and which further extend at least partially over the traction lugs located on the outer surface of the track and over which the assembly is disposed. Some of the chain links of the chains of the traction chain assembly are also generally equipped with outwardly projecting grousers for increasing the traction thereof.

Traction enhancing detachable spikes are disposed on, and between, the grousers and the shoes of continuous tracks of motorized vehicles such as bull dozers, excavators, tanks, skid steers and the like. Spike receptacles are permanently affixed to the track of continuous track construction machinery, which spike receptacles house outwardly protruding spikes. The spikes are easily detachable and removable from the spike receptacle to facilitate use of the subject motorized vehicles on flat and graded surfaces, such as pavement.

An elastic track shoe, comprising a mandrel integrally formed by casting, forging, or cutting, wherein the ground-contact surface side of the mandrel is covered with an elastic body, and the shape of the portion of the mandrel on which the ground-contact surface of the elastic body is projected is formed such that the mandrel is divided into two parts, whereby, by using the rigid mandrel, the occurrence of looseness of bolts can be avoided, and the thickness of the elastic body receiving a load can be increased irrespective of a grouser.

The utility model relates to a large-scale cable rod type extension arm expansion drive mechanism, which relates to a space cable rod type extension arm expansion drive mechanism. It can solve the problem that the large cable-rod extension arm in the existing space is driven by a four-thread spiral lifting sleeve mechanism, which has high manufacturing precision and high manufacturing process requirements, and the extension arm is easy to "stuck". The bottom end cover (1), the retracting sleeve (2), the derotation sleeve (3), and the driving sleeve (4) are fixed together, and the inner wall of the derotation sleeve (3) is provided with eight curved grooves ( 15), eight linear tracks (9) are fixedly installed on the inner wall of the retracting sleeve (2), and the driving sprocket (10) and driven sprocket (13) driven by the chain (11) and the driving sleeve (4) Fixed connection, three chain tooth pieces (12) are equidistantly installed on each chain (11), and rollers (6) are fixedly installed on each top angle of the cable-bar type extension arm assembly, and the rollers (6) are inlaid with The stretch arm tooth piece (5), the chain tooth piece (12) meshes with the stretch arm tooth piece (5), and the driving sprocket (10) is connected by a reversing transmission mechanism. The invention has the advantage of strong ability to accommodate the deformation and processing errors of the extension arm.