Design and Simulation of a Biofluids Suction System

Abstract

Biofluid suction is a critical component of medical society management, which is the major leading cause of preventable death. Current commercially available suction systems have not been scientifically validated for key performance measures relevant to prehospital care. Current suction systems devices are not endorsed for health casualty care and are considered too large and heavy to carry onto the health cate society. There are commercially available manual and powered suction devices on the market, and several are specifically advertised for use with expensive and complicated devices. However, a review of the health problems information, as a review, and the limited literature on performance, to suggest that no device on the market meets even the most basic requirements of being small, lightweight, rugged, and less cost with a better suction performance. A fresh approach is needed, one that entails evidence-based requirements and specifications combined with engineering design and manufacture specially geared towards prehospital combat use.

Fortunately, existing guidelines, regulations and the literature do inform some aspects of big medical problems in the biofluid suction device systems. This includes parameters for size and weight, suction performance, and robustness to survive environment. The Bio fluid-system designed as a Cad model with solid work design software then set the simulation with the same software. The system design circuit with suitable sensors (Temperature, Flow rate, Level of fluid) to achieve the real –time data and gain the average sets of data that can be analyzed in next chapter.

However, the data also expose significant gaps in knowledge and standards. While measures such (Temperature, rate flow, velocity, level, there are no standards for required vacuum pressures, Recommendations can be inferred from the literature, but the quality of supporting evidence is limited and subject to future research. The improvement of the system will lead to modify the design to contain more fluid and improve the electric system to improve efficiency of the system.