| 摘要 |
<p>A billiard cue repairing machine includes planing device, an edge cutting device, a micro-cutting device, and an end cutting device to allow for repair of a billiard cue in an automated fashion. The billiard cue is held in position by a cue clamping mechanism. A drive element drives is used to rotate the billiard cue and the micro-cutting device. The planing device and the edge cutting device are respectively disposed on both sides of a to-be-repaired end of the billiard cue, with adjacent sides provided with a plane knife and a cutter, respectively. The planing device is manually controllable by means of a first axial gear mechanism to cause its cutter to cut the to-be-repaired end of the billiard cue to form a rod adapted to receive a plastic sleeve. The edge cutting device has a second axial gear mechanism and an elastic transverse displacement mechanism that displace in directions substantially perpendicular to each other. By means of the elastic transverse displacement mechanism, a cutter is manually controllable to urge against the to-be-repaired end of the billiard cue. The axial gear mechanism is used to control the elastic transverse displacement mechanism to displace in the other direction to cut the uneven portions of the billiard cue and the plastic sleeve. The micro-cutting device utilizes a rotary disk to carry a rubber head so as to allow cutting of an uneven bottom side of the rubber head by a cutter. The end cutting device is utilized to cut the uneven portions of the rod and plastic sleeve to make them even to facilitate adhering of the rubber head.</p> |
