SHENZHEN QIANHAIYILAO SCIENCE AND TECHNOLOGY CO.; LTD.
发明人:
ZHANG, Guanjing,张贯京,CHEN, Xingming,陈兴明
申请号：
CNCN2015/098617
公开号：
WO2017/041387A1
申请日:
2015.12.24
申请国别(地区):
WO
年份:
2017
代理人:
摘要：
Provided are a smart sensor (22) used for measuring the extent of healing of a wound, and a method for fabricating same. The smart sensor (22) comprises a first multi-mode optical fiber (221), a second multi-mode optical fiber (223), and a single-mode optical fiber (222) the single-mode optical fiber (222) is located between the first multi-mode optical fiber (221) and the second multi-mode optical fiber (223) to form a linear connection. The surface of the single-mode optical fiber (222) is coated with a matrix metalloproteinase sensing membrane (2220) layer the matrix metalloproteinase sensing membrane (2220) layer absorbs light of a first wavelength according to a change in color of the matrix metalloproteinase sensing membrane (2220) caused by a change in the activity level of the matrix metalloproteinase of a skin wound. The second multi-mode optical fiber (223) sends the light of first wavelength, absorbed by the matrix metalloproteinase sensing membrane (2220) in the single-mode optical fiber (222), to a monitoring device (1) to determine the extent of healing of the skin wound. The smart sensor (22) measures the extent of healing of a wound so that a doctor or patient may promptly understand the healing of a wound, and is conducive to a doctor or patient selecting an appropriate treatment regimen according to the monitored situation.Linvention concerne un capteur intelligent (22) utilisé pour mesurer létendue de la cicatrisation dune plaie, et son procédé de fabrication. Le capteur intelligent (22) comprend une première fibre optique multimodale (221), une seconde fibre optique multimodale (223), et une fibre optique monomodale (222) la fibre optique monomodale (222) est située entre la première fibre optique multimodale (221) et la seconde fibre optique multimodale (223) pour former une connexion linéaire. La surface de la fibre optique monomodale (222) est recouverte dune couche à membrane de détection de métalloprotéinase matricielle (2220) la couche à
