Waste Management System Case Study

Waste management system is a mobile device that is used in the operating room to suck and collect fluid waste and surgical smoke from the surgical site. Basically, it has suction tubes that fluid waste is removed from surgical site during collection. An inlet ports manifold that are installed in the device is connected to the suction tubing. The canister of the rover is the part where the fluid waste is collected. There are two canisters that have a design which separates the fluid volume measurement from the suction limit settings. Each canisters has a single vacuum pump which has a filtered exhaust. The canisters can be emptied to any waste disposal area because of the mobility of the rover. When the ports is opened, the suction level decrease in either canister which causes decreasing in the suction level in the other canister, as well. A docking station which is located in the waste disposal area is used to empty the fluid waste from the rover’s canister. After that, a cleaning facilitation with clean water of any fluid waste is applied to the canister in order to use it again. The device has a smoking tube which is connected to the smoke evacuator filter, and it is

Conducted RF IEC 61000-4-6 is a standard that is used for the conducted immunity requirement of electrical medical devices to electromagnetic disturbances range. The IEC 60601 test level for this standard is 3 Vrms and 150 kHz to 80 MHz. the Compliance level is 3 Vrms and 150 kHz to 80 MHz. the second standard is the Radiated RF IEC 61000-4-3 which is a standard that establish a common reference of equipment in order to radiated radio frequency by any source. It ensures that equipment is immune to any RF that is established by any emitting source such as cellphones. The IEC 60601 test level for this standard is 3 Vrms and 80 MHz to 2.5 GHz. the Compliance level is 3 Vrms and 80 MHz to 2.5