SOUTHERN TAIWAN UNIVERSITY OF SCIENCE AND TECHNOLOGY
发明人:
DU, YI CHUN,杜翌群,SHIH, JHENG BANG,石正邦,LIM, BEE YEN,林 美燕,CIOU, WEI SIANG,邱纬翔,邱緯翔,CHIU, CHUNG YI,邱仲逸,林 美燕
申请号：
TW105108296
公开号：
TWI587837B
申请日:
2016.03.17
申请国别(地区):
TW
年份:
2017
代理人:
摘要：
A fetal movement sensor includes a wearable device adapted to be worn on the abdomen of a pregnant woman, a plurality of sensor devices and a mobile device in which a fetal movement program is pre-installed. The sensor devices are individually disposed on an external surface of the wearable device, and each includes a fetal movement sensor unit for continuously sensing physical signals from the wearer’s abdomen and a power supply unit for supplying required power. Upon receipt of the detected physical signals from the fetal movement sensor units, the mobile device is configured to process the signals in the fetal movement program, which computes and generates fetal movement data after removing synchronization signals from the physical signals. The fetal movement data includes movement positioning information and movement intensity data. The fetal movement sensor of the present invention performs non-contact detection of fetal movement and obtains information related to locations of the fetal movement based on asynchronous signals transmitted by multiple sensor units.一種胎動量測裝置包含一用以穿戴於孕婦腹部處之穿戴件、多數量測單元，以及一預設有一胎動演算程式之行動裝置。每一量測單元分別設於穿戴件外表面且均包括一用以感測腹部的動態生理訊號之胎動感測器，以及一能供應所需電力之電源供應元件。而行動裝置於接收到該等胎動感測器所感測到的動態生理訊號時，將經過胎動演算程式處理，移除彼此間的同步訊號成分後，剩餘訊號成分再經由胎動演算程式計算產生一胎動資訊，所述胎動資訊包括一胎動位置及一胎動大小。藉此能以非接觸方式量測胎動，同時搭配多點非同步方式以獲悉胎動發生位置。
