Abstract: A pulling tool comprisesa brace having a base and two legs,a pulling means including a threaded shaft extending through an untreaded passage in the base, and a first nut screwed onto the shaft on the side of the brace opposite from the legs, a second nut screwed onto the shaft on the other side of the brace, and two hooks pivotally connected to the second nut extending between the legs, andspreader means comprising wedging surfaces on the stems of the hooks, a conical tip on the end of the shaft adjacent thereto, and a rectangular head on the other end of the shaft,the legs being long enough to accommodate the hooks and second nut and providing access thereto between the legs.

Abstract: The present invention is a tool used to demount polygonal hub nuts from a threaded axle located within a wheel hub. The tool comprises at least two steel bars slidably and rotatably joined by a buckle pivot. Each end of each bar is equipped with a rounded raised surface. The four rounded raised surfaces are dimensioned so the nut engaging end of the tool will fit snugly between one face of the hub nut and the wheel hub. The cross-member on the tool is rotated so lugs on the wheel hub strike a lug protection plate mounted on the cross-member. The tool transfers torque imparted to it by the lug to the hub nut. When not in use, the tool may be collapsed for ease of storage.