在加利福尼亚州弗里蒙特的卢卡斯诺瓦传感器公司，科学家们已经完善了世界上第一个微型血压传感器。
At Lucas Nova Sensor in Fremont, California, scientists have perfected the world's first microscopic blood-pressure sensor.
本发明公开了一种检测动脉血管性能的新方法，它由安装在心脏部位和手腕（或脚腕） 处的两个无创伤血压传感器和一台计算机组成。
The new method of detecting performance of artery vessel adopts one system comprising two blood pressure sensors set separately in the heart and the wrist and one computer.
这种传感器可以穿过人体的血管，提供心脏瓣膜处的血压读数。
Threaded through a person's blood vessels, the sensor can provide blood pressure readings at the valve of the heart itself.
这个“事物”可以是无线血压监测仪、传感器、生产流水线，或是商店里衣服上的射频识别标签。
For example, a "thing" can be a wireless blood pressure monitor, a sensor on an assembly line or an RFID tag on a piece of clothing in a store.
可用医用听诊器（9）代替脉搏音传感器（3），人工判断血压。
The standard medical stethoscope (9) can replace the pulse sound sensor (3), and the blood pressure can be measured by human.
可用医用听诊器（9）代替脉搏音传感器（3），人工判断血压。
The standard medical stethoscope (9) can replace the pulse sound sensor (3), and the blood pressure can be measured by human.
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