PROBLEM TO BE SOLVED: To provide a bone sound velocity measuring wearing implement, a bone sound velocity measurement device, and a bone sound velocity measurement method using those, capable of stably measuring a constant place of a bone without depending on a measurer when measuring a bone sound velocity of a tibia.SOLUTION: This bone sound velocity measuring wearing implement includes: a first fixing mechanism 20 positionably fixed on the basis of a tibial tuberosity part, and having an opening 21 fitted on the tibial tuberosity part in a distal abutment part 128 on the tibial tuberosity part a second fixing mechanism 30 positionably fixed on the basis of a medial malleolus part of the tibia, and having an opening 31 fitted on the medial malleolus part in a proximal abutment part 132 on the medial malleolus part a connection mechanism 10 connecting the first fixing mechanism 20 and the second fixing mechanism 30, capable of expanding/contracting an interval between the first fixing mechanism 20 and the second fixing mechanism 30 and a probe holding mechanism 40 installed to the connection mechanism 10, and holding a probe 51 transmitting/receiving an ultrasonic wave abuttably on a prescribed region of the tibia.COPYRIGHT: (C)2013,JPO&INPIT【課題】脛骨の骨音速を測定する際、測定者に依存することなく、骨の一定の場所を安定して測定できる骨音速測定用装具および骨音速測定装置と、それらを用いた骨音速測定方法を提供する。【解決手段】脛骨粗面部を基準として位置決め可能に固定され、該脛骨粗面部との遠位当接部128に該脛骨粗面部が嵌る開口21を有した第1固定機構20と、脛骨の内果部を基準として位置決め可能に固定され、該内果部との近位当接部132に該内果部が嵌る開口31を有した第2固定機構30と、第1固定機構20と第2固定機構30とを連結し、第1固定機構20と第2固定機構30との間隔を拡縮可能な連結機構10と、連結機構10に取り付けられ、超音波を送受信するプローブ51を脛骨の所定部位に当接可能に保持するプローブ保持機構40と、を有している。【選択図】図1
