Abstract: A method and system for treating patients with Alzheimer disease includes steps and equipment operative for subjecting a patient suffering from Alzheimer disease to a non-invasive action directed toward a patient's brain and causing a cavitation process in the patient's brain liquid in the vicinity of lesions and thereby destroying the latter.

Abstract: A method and system for treating patients with Alzheimer disease includes steps and equipment operative for subjecting a patient suffering from Alzheimer disease to a non-invasive action directed toward a patient's brain and causing a cavitation process in the patient's brain liquid in the vicinity of lesions and thereby destroying the latter.

Abstract: A method for treating inflammation of female genital area, the method including preparing a photo-active mineral composition of bischofite, aleurolite, magnesite and piezoquartz. The photo-active mineral composition is then inserted into a patient's rectum or vagina, where a piezo-electric current is generated and fed to the photo-active mineral composition, which generates infrared radiation in response to the fed piezo-electric current.

Abstract: A method of destroying formation in a body includes introducing a tubular member into a body to an area of a formation with a gripping unit movable between an open position and a closed position in which the gripping unit encloses a closed space to confine the formation inside the closed space, destroying the formation by a formation destroying element and withdrawing a device from a body with the formation and its fragments confined inside the closed space formed by the gripping unit in its closed position.

Abstract: A device for moving on water has two elements formed as skis in form of floats, lever means connecting the floats with one another, and elastic accumulating means associated with the lever means, so that energy is accumulated when one of the floats is stalled and is given back when another of the floats moves forward.

Abstract: A physiological fluid collector having an elastic body and an attachment mechanism. A first sensor is secured within an upper portion of the elastic body for detecting a predetermined fullness level of the elastic body. A second sensor is secured within a bottom portion of the elastic body for detecting a predetermined emptiness level of the elastic body. An emptying valve is located at the bottom of the elastic body and can be selectively opened and closed. When the first sensor indicates that the elastic body is full, the emptying valve is selectively opened and the content of the elastic body is emptied. When the second sensor indicates that the elastic body has been emptied, the emptying valve is closed and the collector is ready for the next use.

Abstract: A method of destroying formation in a body has the steps of introducing a tubular member into a body to an area of a formation with gripping means provided at a front end of the tubular member and having a plurality of gripping elements which are movable between an open position in which the gripping elements are spaced from one another around an axis of the tubular member and a closed position in which the gripping elements are located close to one without gaps therebetween to enclose a substantially closed space, moving a tube inside the tubular member axially in a first axial direction so that the griping elements connected to the tubular member and to the tube are displaced to their open position to surround a formation, and then moving the tube in an opposite axial direction so that the gripping elements are moved to their closed position and form a substantially closed space to confine the formation inside the closed space, destroying the formation by a formation destroying element which is introduced t

Abstract: A device for destroying formations in a body has a tubular element introducible into a body to an area of a formation, a gripping element extended through the tubular element and having a front end provided with gripping means for grasping a formation, and a formation destroying element also extending through the tubular element and having a front end provided with a working part, the formation destroying element being rotatable so that during rotation of the formation destroying element with the working part the part in contact with the formation destroys the formation.

Abstract: A method of destroying formations in a body has the steps of introducing tubular element into a body to an area of a formation, grasping a formation by a gripping element extending through the tubular element and having a front end provided with gripping means, and destroying a formation by a formation destroying element also extending through the tubular element and having a front end provided with a working part, by rotating of the destroying element so that during rotation of the formation destroying element with the working part the part in contact with the formation destroys the formation.

Abstract: A device for destroying formations in a body has a tubular element introducible into a body to an area of a formation, a gripping element extended through the tubular element and having a front end provided with gripping means for grasping a formation, and a formation destroying element also extending through the tubular element and having a front end provided with a working part, the formation destroying element being rotatable so that during rotation of the formation destroying element with the working part the part in contact with the formation destroys the formation.