CONVEYING DEVICE, AND SAMPLE ANALYSIS SYSTEM AND SAMPLE PREPROCESSING DEVICE COMPRISING SAME

This conveying device 1 comprises a permanent magnet 10 that is provided to a specimen rack 111 side, teeth 22 that are formed from second magnetic bodies, and windings 21 that are respectively wound around the periphery of the teeth 22, and the cross sectional area of the cross section of the porti...

Full description

Saved in:
Bibliographic Details
Main Authors KANEKO Satoru, AOYAMA Yasuaki, KOBAYASHI Hiroyuki, KAMBARA Katsuhiro, WATANABE Hiroshi, HOSHI Ryosuke, ONIZAWA Kuniaki, TAMAKOSHI Takeshi
Format Patent
LanguageEnglish
French
Japanese
Published 17.09.2020
Subjects
Online AccessGet full text

Cover

Loading…
More Information
Summary:This conveying device 1 comprises a permanent magnet 10 that is provided to a specimen rack 111 side, teeth 22 that are formed from second magnetic bodies, and windings 21 that are respectively wound around the periphery of the teeth 22, and the cross sectional area of the cross section of the portion of the teeth 22 that faces the permanent magnet 10 is larger than the cross sectional area of the other portion. Alternatively, the conveying device 1 comprises a permanent magnet 10 that is provided to a specimen rack 111 side, teeth 22 that are formed from second magnetic bodies, and windings 21 that are respectively wound around the periphery of the teeth 22, and the gap Lc between the permanent magnet 10 and the windings 21 and the gap Lt between the permanent magnet and the teeth 22 satisfy the relationship Lc>Lt. La présente invention concerne un dispositif de transport (1) qui comprend un aimant permanent (10) qui est disposé sur un côté porte-échantillon (111), des dents (22) qui sont formées à partir de seconds corps magnétiques, et des enroulements (21) qui sont respectivement enroulés autour de la périphérie des dents (22), et la zone de section transversale de la section transversale de la partie des dents (22) qui fait face à l'aimant permanent (10) est supérieure à la zone de section transversale de l'autre partie. En variante, le dispositif de transport (1) comprend un aimant permanent (10) qui est disposé sur un côté porte-échantillon (111), des dents (22) qui sont formées à partir de seconds corps magnétiques, et des enroulements (21) qui sont respectivement enroulés autour de la périphérie des dents (22), et l'espace Lc entre l'aimant permanent (10) et les enroulements (21) et l'espace Lt entre l'aimant permanent et les dents (22) satisfont la relation Lc > Lt. 搬送装置1は、検体ラック111側に設けられた永久磁石10と、第2磁性体からなるティース22と、ティース22の外周側に巻かれている巻線21と、を備え、ティース22は、永久磁石10に対向する部分の断面の断面積が他の部分に比べて大きくなっている。あるいは、検体ラック111側に設けられた永久磁石10と、第2磁性体からなるティース22と、ティース22の外周に巻かれた巻線21と、を備え、永久磁石10と巻線21との間隔Lcと、永久磁石10とティース22との間隔Ltとが、Lc>Ltの関係を満たしている。
Bibliography:Application Number: WO2020JP00905