KIM, Kuk-se,김국세,PARK, Jeong-hoe,박정회,LEE, Byeong-seok,이병석,KIM, Jae-hak,김재학,CHOI, Mu-jin,최무진
申请号：
KRKR2013/009666
公开号：
WO2015/060488A1
申请日:
2013.10.29
申请国别(地区):
WO
年份:
2015
代理人:
摘要：
The present invention relates to a system for measuring a bone density by automatic position recognition and, more specifically, to a system for measuring a bone density by automatic position recognition, comprising: an X-ray source unit (110) for generating a cone-beam of X-rays a head unit (100) including a position recognition unit (120) for recognizing a plurality of markers (20), which can be fixed to a subject of measurement, by means of a position recognition camera (10), and for determining the body position information of the subject of measurement a bed unit (200) which is designed to face the X-ray source unit (110) and includes an X-ray director unit (210) for detecting X-rays that are irradiated by the X-ray source unit (110) and pass through a specific site of the subject of measurement, and for generating a two-dimensional bone image and a central control unit (300), which is connected via cable or wirelessly to the head unit (100) and the bed unit (200), for controlling the X-ray source unit (110) such that a portion of the body of the subject of measurement to be photographed by a measurer is irradiated with the X-rays according to the body position information determined by the position recognition unit (120), and for determining a bone density by receiving the bone image generated by the X-ray director (210).La présente invention concerne un système pour mesurer une densité osseuse par reconnaissance de position automatique et, plus particulièrement, un système de mesure dune densité osseuse par reconnaissance de position automatique, comprenant: une unité source de rayons X (110) pour générer un faisceau conique de rayons X une unité principale (100) incluant une unité de reconnaissance de position (120) pour reconnaître une pluralité de marqueurs (20), qui peut être fixée à un sujet de mesure, au moyen dune caméra de reconnaissance de position (10) et pour déterminer les informations de position du corps du sujet de mesure une unité de lit (200)
