Abstract: A feedback electro hemostatic compression pad developed to decrease hospitalization duration after angiography and to provide a more comfortable angiography, and which comprises a foldable (2) paddle (1) when necessary and a compressing conservation balloon (4), a micro air pump (5) which provides inflating of the conservation balloon (4) after the instruction sent according to the blood pressure values sensed with sensors and stabilizing thereof on the determined blood pressure, a control panel (6) controlling said micro air pump (5) and an air vent (3) which decreases the air in conservation balloon (4) according to the changing blood pressure values and vents the air at the end of the operation.

Abstract: A machine having a housing and an inner receptacle provided inside the housing with at least one tube therein holding the blood desired to be separated for separation of blood into white blood cells. The machine includes the following: at least one coil provided with at least one tube slot formed thereon so as to house the at least one tube and creating a magnetic field on the tube by means of the electric current passed therethrough; at least one motor enabling the coil to be rotated around its own axis so as to create a centrifugal effect on the tube; and at least one injector enabling the separated blood components to be transferred into the determined tubes by entering into the tubes.

Abstract: A physical therapy and rehabilitation robot with an artificial intelligence for treating congenital or acquired joint, muscle, musculoskeletal system disorders and diseases affecting the locomotor system, minimizing the problems, handicaps or disabilities of the locomotor system, facilitating the daily life and minimizing dependence of a person on others for living, wherein it includes the following: a control panel, a head fastening element, a back fastening element, a leg-hip connection element, an arm exercise mechanism, an arm-shoulder connection mechanism and a leg exercise mechanism.