| 摘要 |
The present invention relates to a block jig to support a micro-coaxial cable and, more specifically, to a block jig which can be mounted to machines capable of an inner and outer sheath defoaming operation, a cutting operation, and a soldering operation to support a micro-coaxial cable for the inner and outer sheath defoaming, cutting, and soldering operations of the micro-coaxial cable. The block jig supports the micro-coaxial cable to perform the inner and outer sheath defoaming, cutting, and soldering operations of the micro-coaxial cable. A magnet is provided to mount the block jig to each machine, and the block jig is standardized for each machine. According to the block jig of the present invention, in performing the inner and outer sheath defoaming operation, the cutting operation, and the soldering operation of the micro-coaxial cable, a failure rate of the operation of the micro-coaxial cable can be minimized by preventing separation of the micro-coaxial cable supported to the block jig, and productivity and efficiency of the operation can be improved by giving magnetism to the block jig which supports the micro-coaxial cable to prevent the micro-coaxial cable from being separated from the machines when mounted to the machines for the inner and outer sheath defoaming operation, the cutting operation, and the soldering operation and to fix the position of the micro-coaxial cable. |
