Feedback type automatic hemostasis system

Abstract

The invention relates to a feedback type automatic hemostasis system. The feedback type automatic hemostasis system comprises a compression device, a pressure detection device, a timing device, an alarm device, a humidity sensing device, a temperature sensing device and a control device, the control device controls the pressure detection device to detect the pressure intensity of a bleeding part, the compression device is adjusted according to a monitoring result, when the rated hemostasis pressure intensity range is reached, the timing device is started to start timing, when the time reaches the rated hemostasis time, a signal of the humidity sensing device is extracted to detect whether liquid flows out or not, and if not, it is judged that hemostasis succeeds; if yes, electric signals of the temperature sensing device are extracted to calculate the liquid temperature, and when the liquid temperature is higher than the human body temperature threshold value, it is judged that hemostasis fails; otherwise, it is judged that the hemostasis succeeds; if hemostasis fails, the hemostasis is continued; and if hemostasis succeeds, the hemostasis is stopped. Compared with the prior art, and the system has the advantages of high accuracy, higher safety and the like.

Description

Technical field [0001] The present invention relates to medical technology, and in particular, to a feedback automation haemostatic system. Background technique [0002] Processed through a certain way when bleeding, quickly let the blood stops flowing outward is called hemostasis. Hemostatic effect vary. Some fast, some slow. The general method employed hemostasis. The current rapid development of a variety of medical robots, but still lacks automation automated methods to stop bleeding after a medical operation. For example venipuncture robot, its function is quite complete, but still manual compression to stop bleeding after the puncture to stop bleeding, lack of automation, machine-implemented method to stop bleeding. [0003] With advances in technology, the prior art has begun to use the robot operation to stop bleeding, but the existing robot technology is not perfect for hemostasis control efforts, generally only set a fixed stop bleeding intensity and time to hemostasis ...

AI Technical Summary

Problems solved by technology

At present, various medical robots are developing rapidly, but there is still a lack of automated hemostasis methods after automated medical operations

For example, the venipuncture robot has quite complete functions, but the hemostasis after puncture is still manual compression, and there is a lack of automatic and machine-executed hemostasis methods

[0003] With the development of science and technology, robots have begun to be used for hemostasis in the existing technology, but the control of the hemostasis force is not perfect in the existing robot technology. Different, if the hemostasis time is short, there will be undetectable bleeding at the hemostasis, so there are often cases of hemostasis failure

Overall, there is a lack of systematic, safe, and accurate automated hemostasis methods

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