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Medical gases are very important for any “medical center / ICU centers / Hospitals” which affect directly the patient life. The basic idea of this paper is to design a complete system to monitor the medical gases in the hospital, displaying the output pressures on a desktop computer or any smart phone using the internet at any place away from the m...
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... Taking medical gas and nurse call systems as an example, which are considered to be one of the vital monitoring systems in any "medical center / ICU center / hospital" that could affect directly (Medical Gases) & indirectly (Nurse Call systems) the patient life [3]- [5]. Although both systems are doing essentially the same thing, they actually monitor a sensor parameter (gas pressure, trigger call switch) and report it to the base station [4] [5]. The base station signals a set of alarms based on the sensor values, even though each base station brand serves a specified overall function, each having its own vendors, suppliers, interfaces, and backbone. ...
... Our proposed network is going to be analyzed in terms of two basic constituents, the first being a medical gas system [4], while the second part is a nurse call system [5]. Both systems feature the advantage of being wireless in a way to provide the customer with the capability to add any required features for his system. ...
... The fundamental equipment for our model complying with the international standards for medical gases & Monitoring systems, where it consists of the following elements [3], [4], [13], [15], [16]: 1) Exploratory framework Chassis with the O2 chamber and vacuum siphon for the Testing purposes, as shown in Fig. 5. ...
There is considerable technology lag in medical sectors compared to industrial sectors with regard to the monitoring and control of remote sensors and actuators. This led us to conduct this research to integrate all non-medical sensors and actuators in a single system which enables automation and escalation. Our objective is to develop a system that is capable of monitoring all non-medical sensors and actuators within a medical institution and empower remote control of actuators both physically and in a mechanized way. The framework should serve all partners and consolidate the institutional guidelines and methodology of revealing and acceleration based on mirroring the propelled cutting edge of technology.
Hospital Planning and design can have a significant impact on environmental health, and even seemingly minor mistakes or oversights can contribute to negative health outcomes for patients and hospital staff. This paper examines the impact of invisible, unnoticeable, and overlooked mistakes in hospital design on environmental health in Egypt, with a focus on identifying the risks associated with these mistakes and exploring strategies for mitigating negative outcomes. Through a review of the literature, this paper identifies several key environmental factors that can contribute to negative health outcomes in hospitals, including poor air quality, inadequate ventilation, noise pollution, infection, poor materials quality, inadequate lighting and any other factors could harm the hospital occupants. Additionally, this paper examines the impact of these factors on patient outcomes, including length of stay, recovery time, and overall health and well-being. Finally, this paper explores and studies these mistakes which are considered a frequent phenomenon in a large number of hospitals in Egypt to determine these environmental health risks. Overall, this paper highlights the importance of considering even the smallest details in hospital design, and offers recommendations for promoting healthy and safe hospital environments in Egypt. Keywords: Invisible mistakes in hospital planning and design, overlooked mistakes in hospital building design, Hospital facility planning and design, patient safety culture.
