Abstract: A pipe rack for a machine includes a drill carousel for supporting at least two drill strings. The drill carousel defines a first end and a second end spaced apart from the first end. The drill carousel includes a base disposed proximate to the first end of the drill carousel and a plurality of receptacles coupled to and extending from the base. At least two of the plurality of receptacles are adapted to at least partially receive a corresponding drill string from the at least two drill strings. The pipe rack also includes a retainer plate. The retainer plate is adapted to couple with the at least two drill strings. The pipe rack further includes at least one breaker plate disposed between the base and the retainer plate. The at least one breaker plate is spaced apart from the retainer plate along a first axis of the machine.

Abstract: A pipe loading system for a drilling machine includes a stem and a first receptacle adapted to removably receive a first end of a first pipe. The pipe loading system includes a guide ring removably disposed on the first receptacle and adapted to removably receive a first end of a second pipe. The pipe loading system also includes a second receptacle defining a first receiving portion and adapted to removably receive a second end of the first pipe. The pipe loading system further includes a liner assembly removably disposed on the second receptacle and defining a second receiving portion. The second receiving portion is adapted to removably receive a second end of the second pipe. A diameter of the second pipe is smaller than a diameter of the first pipe.

Abstract: A pipe loading system for a drilling machine includes a stem and a first receptacle adapted to removably receive a first end of a first pipe. The pipe loading system includes a guide ring removably disposed on the first receptacle and adapted to removably receive a first end of a second pipe. The pipe loading system also includes a second receptacle defining a first receiving portion and adapted to removably receive a second end of the first pipe. The pipe loading system further includes a liner assembly removably disposed on the second receptacle and defining a second receiving portion. The second receiving portion is adapted to removably receive a second end of the second pipe. A diameter of the second pipe is smaller than a diameter of the first pipe.

Abstract: A locking mechanism for locking a mast includes a double acting cylinder having a piston coupled with a piston rod adapted to slide inside a cylinder barrel. The cylinder barrel is coupled with a first shaft through a first coupling pin. Mounting brackets coupled to a base plate of the mast guide a sliding motion of the first coupling pin, and the cylinder barrel. A first locking pin connected to the piston rod selectively engages a first side plate based on the sliding motion of the piston rod. A retraction stopper restricts a sliding motion of the first locking pin away from the first side plate, and subsequently causes a movement of the cylinder barrel towards the first end of the cylinder barrel. A second locking pin connected to the shaft selectively engages a second side plate based on the sliding motion of the cylinder barrel.

Abstract: The disclosure describes a truck load comprising of noise suppressing and wear resistant load body liners. The liner assembly is made of sheets of rubber bonded to base plates. The base plates are removably attached to the load body floor, side walls and transition surfaces. The rear portion of the load body is provided with wear resistant grid liners containing retaining pockets.

Abstract: The present disclosure provides a dump body for a machine. The dump body comprises a floor, a front wall, a pair of side walls being structured and arranged to form a material collection structure. A contoured surface being formed between at least one combination of the floor, front wall, and the pair of side walls. Further, an exhaust passage having at least a portion of wall being defined by the contoured surface is provided in the dump body, wherein the contoured surface is configured to be in fluid communication with exhaust through the exhaust passage.