Intelligent biliary tract pressure detecting device

Abstract

The invention discloses an intelligent biliary tract pressure detecting device. The intelligent biliary tract pressure detecting device comprises a pipe body and a detecting head arranged on the end part of the pipe body, wherein one end, which is provided with the detecting head, of the pipe body extends into a biliary tract; the detecting head comprises a shell and a detecting circuit arranged in the shell; the shell comprises a connecting disc connected with the end part of the pipe body and a pressure sensor fixed to the end surface of the end back on to the pipe body, of the connecting disc; the pressure sensor is coupled with the detecting circuit; and the detecting circuit comprises a wireless communication circuit coupled to the pressure sensor, and a button cell coupled to the wireless communication circuit and the pressure sensor and used for powering the wireless communication circuit and the pressure sensor. According to the intelligent biliary tract pressure detecting device disclosed by the invention, the detecting head can be effectively arranged in the biliary tract through the pipe body and the detecting head arranged on the end part of the pipe body, and biliary pressure is detected by the detecting head, so that bile is not needed to be led out and a series of problems are avoided.

Description

technical field [0001] The invention relates to a pressure-measuring tube, in particular to an intelligent biliary tract pressure-measuring device. Background technique [0002] The biliary tract is the conduit through which the liver transports bile to the duodenum. Therefore, if excess polyps grow in the biliary tract, it will easily cause blockage during the process of transporting bile, which will lead to obstructive jaundice. Therefore, detection Whether there are polyps growing in the biliary tract is of vital significance. [0003] The existing methods for detecting whether polyps grow in the biliary tract are all realized by measuring the biliary pressure, because when bile flows through the biliary tract, some pressure will be generated on the wall of the biliary tract, and there is no possibility of polyps growing in the biliary tract. At this time, the flow of bile in the biliary tract will not be hindered, and the measured bile pressure of the biliary tract is d...

AI Technical Summary

Problems solved by technology

[0004] However, the existing methods of measuring biliary pressure all extend into the biliary tract through a drainage tube, draw out the bile in the biliary tract and flow into the U-shaped tube for detection, and effectively indicate the current situation through the scale on the U-shaped tube. Bile pressure of the biliary tract, but this method of measuring bile pressure, on the one hand, because the bile needs to be drawn out during the measurement process, there will be a problem of bile reflux after the measurement, and on the other hand, it is easily affected by the height of the drainage tube. When the drainage tube is too high, there will be bile backflow during the measurement, which will cause the problem of inaccurate detection

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