Advanced Customizable Suction Mechanism for Enhanced Hospital Hygiene

Resumen

Manpower requirements in healthcare settings are receiving increased attention due to the rising number of patients and the prevalence of various infections. The healthcare burden continues to grow because of a shortage of skilled health workers, and medical errors may occur due to work overload and excessive pressure in the workplace. Hospitals require more staff beyond just medical doctors and nurses, but the lack of skilled professionals remains a significant concern. Alongside qualified staff, maintaining a high standard of cleanliness is essential, as hospitals receive many visitors for various health concerns. The fear of communicable diseases is increasing due to the presence of mutated viruses, bacteria, and cells that can lead to new diseases and easily affect the hospital environment. While sterilized areas and operation theaters are generally well-maintained, common wards often do not meet the same hygiene standards. Preventing the transmission of infections and minimizing disease occurrence is vital. Effective cleaning practices not only ensure better hygiene but also save time and improve convenience. To address these issues, we propose a solution to enhance hospital hygiene even in routine wards and laboratories through the use of a flexible suction device. This device can automatically detect and remove fluids such as blood, urine, chemicals, and other biofluids that may cause the spread of infection. It can be either fixed or portable and customized to meet specific needs. With a built-in Bluetooth module, the device can be operated remotely via a mobile phone, offering convenience and accuracy. It also includes a sanitizing scrubber that effectively removes blood and other pathogens, contributing to improved hospital sanitation. This innovative system automates the cleaning process, reduces the need for manual labor, and ensures a consistently high standard of cleanliness. By minimizing healthcare-associated infections, it improves patient safety and allows medical staff to focus more on patient care. This, in turn, increases operational efficiency, optimizes resource allocation, and enhances the overall quality of healthcare services.