Postoperative drainage liquid detecting system used in thyroid and breast surgery department

Abstract

The invention discloses a postoperative drainage liquid detecting system used in the thyroid and breast surgery department. The postoperative drainage liquid detecting system comprises a placement box, wherein waste liquid placement seats are symmetrically arranged at two ends of the inside of the placement box, waste liquid tanks are arranged in the waste liquid placement seats, seal caps are arranged at the upper ends of the waste liquid tanks, the upper ends of the seal caps are connected with handles through negative pressure pipes, negative pressure regulating blocks are arranged at the front ends of the handles, intelligent regulating modules are arranged in the negative pressure regulating blocks, monitoring modules are arranged at the front ends of the negative pressure regulatingblocks, body fluid meters and body fluid property detection sensors are arranged in the monitoring modules, pipe connectors are arranged at the front ends of the monitoring modules, air pressure sensors are arranged in the seal caps, display screens are arranged at the upper ends of the seal caps, the upper ends of the seal caps are connected with negative pressure pump devices through the negative pressure pipes and control valves, and a control box is arranged in the placement box. The postoperative drainage liquid detecting system is stable in structure, simple in operation, capable of achieving remote control and data sharing and achieving a drainage detection function and intelligent regulation and convenient to use and operate and meets the existing use requirements.

Description

technical field [0001] The invention relates to a medical device, in particular to a detection system for drainage fluid after breast surgery. Background technique [0002] Breast surgery is the next branch of clinical surgery, which mainly focuses on the surgical aspects of breast diseases: breast anatomy, breast infection, breast tumor pathology, principles of diagnosis and treatment of breast tumors, breast tumor diagnosis, various surgical methods of breast tumor surgery, chemotherapy , radiotherapy, endocrine therapy. [0003] At present, in clinical work, the drainage ball (bag) is already one of the most widely used drainage devices for patients after surgery; Liquid gas, using ordinary drainage ball (bag) for drainage, mainly through the gravity of the drainage material or the seepage pressure of the drainage port, flowing out from a high place to a low place, which belongs to passive drainage; using the negative pressure principle in physics , the drainage can be ...

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Problems solved by technology

[0004] In the current thyroid and breast surgical port treatment, drainage devices are often used. The analysis of the use of the existing negative pressure drainage technology found that the negative pressure drainage technology uses the negative pressure generated by extrusion to work, and there are the following shortcomings: First, The drainage volume of hemorrhage and effusion in the drainage bag cannot be monitored in real time; secondly, whether the drainage volume is abnormal per unit time mainly depends on the discovery and judgment of the nurse during active inspection; moreover, the drainage tube falls off, bends or is blocked, etc., cannot be monitored. Prompt in time; therefore, in clinical work, whether the drainage tube is effective for drainage and whether the drainage fluid volume is normal must be continuously observed by the medical staff and manual pouring measurement to ensure continuous progress, which will inevitably occupy a lot of nursing human resources , it is easy to cause hidden dangers to patient safety due to inadequate observation of medical staff due to insufficient human resources, and cannot meet the current use requirements

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