A Study on the Increasing Risks(Trauma) Related to an Ambulance for a Paramedic and Patient- A Review
Journal: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) (Vol.9, No. 5)Publication Date: 2019-10-31
Authors : Rahul Gupta Satish Shenoy B Chethan. K. N; Mohammad Zuber;
Page : 791-802
Keywords : Compartment Design; Paramedic; Pre-hospital Transport Time & Stretcher Loading;
Abstract
This paper is to evaluate the effectiveness of pre-hospital emergency care. The objective of this review is to study how the ambulance's transport time can be reduced. It aims to address the waiting time of the patient before being given care. To overcome traffic, evolving sensors are being used and how it can be used for emergency vehicles will be studied in this paper. The study shows how wireless accelerometers of IoT wireless sensor system is being used to classify vehicles and monitor traffic volume. The aim is also to compare effective ways of loading, in turn reducing the force experienced by a paramedic. This review outlines tasks where paramedic injuries and ongoing research is carried out to reduce stress undergone by a paramedic. This paper also addresses the compartment design of the ambulance and how paramedic is risking themselves while attending a patient. A database literature search of Scopus was conducted using keywords: “Transport time”, “Traffic”, “Stretcher”, “Musculoskeletal disorder”, “Ambulance design”, “Paramedic safety”, “Ergonomics”, “Lumbar”, “Compartment space”, “Injuries”, “patient”.
Other Latest Articles
- Energy, Exergy and Parametric Analysis of a New Cogeneration System Including the Brayton and Ammonia–Water Rankine Combined Cycle
- DFA & GRA based Multi Objective Optimization During Hot Machining of AISI D3 Tool Steel using TNMG Insert
- Formulae for Predicting Stress Concentration Factors in Flat Plates and Cylindrical Pressure Vessels with Holes: A Review
- A Study on Effect of Geometric Patterns and Material on Stress Distribution in Dental Implant System: A 3-Dimensional Finite Element Analysis
- Numerical Investigation of Blood Flow Through Abdominal Aneurysms
Last modified: 2019-11-14 13:20:47