| 摘要 |
<p>The present invention relates to a device for aligning electronic parts and, more particularly, to a device that aligns electronic parts, which have internal electrodes formed of a magnetic metal, by using magnetism. The device for aligning electronic parts according to the present invention includes a first guide plate that has a plurality of first guide grooves with a V-shaped cross section where electronic parts supplied successively from an upstream side are movably accommodated; and a plurality of second guide grooves with a quadrangular cross section where the electronic parts supplied along the first guide grooves are movably accommodated. The second guide grooves may have second guide plates that are formed at positions corresponding to the first guide grooves; and magnetism providing means that is arranged below an end of the first guide plate on a downstream side or ends of the second guide plates on the upstream side, and is configured to rotate the electronic parts by applying magnetism to the electronic parts delivered from the first guide groove to the second guide grooves so that one of both side surfaces of the electronic parts is directed to bottom surfaces of the second guide grooves. According to the device for aligning electronic parts of the present invention, the electronic parts can be aligned automatically so that one of both of the side surfaces where the internal electrode is exposed is directed downward. In particular, the electronic parts having the shape of a small-sized chip can be aligned with accuracy within a short period of time.</p> |
