Ruta
Ruta Almedom, Frankfurt Am Main DE
Patent application number | Description | Published |
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20130203008 | Oral Health Detection Device - A handle section for an oral health detection device that is capable of use with both diagnostic and non-diagnostic cleaning sections is disclosed. The handle section includes a motor and a drive shaft having a longitudinal axis; a coupling section at an end of the handle section for coupling a cleaning section thereto; a light source for emitting excitation radiation having a wavelength greater than about 580 nm; an assembly for directing the excitation radiation to the dental region of the mouth; a light sensor for receiving fluorescence radiation having a wavelength greater than about 850 nm reflected from dental deposits; a logic component operable to analyze the fluorescence radiation received by the light sensor; and a controller including a light source activating device that is activated when a diagnostic cleaning section including a coding device is coupled to the coupling section. | 08-08-2013 |
Ruta Jasaityte, Vilnius LT
Patent application number | Description | Published |
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20140121549 | METHOD AND APPARATUS FOR DETERMINING THE MYOCARDIAL INOTROPIC STATE - A method for determining myocardial inotropic state is described. The method involves receiving a value of stretch for different myocardial segments during passive filling, e.g. atrial contraction, and receiving associated values representative of total systolic strain. The method also involves using a relationship between the stretch of different myocardial segments during atrial contraction and the associated values representative for total systolic strain as an index of the myocardial inotropic state. A corresponding system and computer program product also is described. | 05-01-2014 |
Ruta Mickiene, Vilnius LT
Patent application number | Description | Published |
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20150217207 | SYSTEM FOR VISUAL EXPRESSION OF ACOUSTIC INFORMATION - This invention provides a solution for an artistic visualization of acoustic waves, employing an acoustic imaging system, which comprises a sound receiving device, an information processing device, an amplifier, a vibrational device, a container with a liquid or friable medium and an imaging device. Sound receiving device either encodes the variable acoustic information to a digital signal and transfers it to the information processing device or translates it to an analog signal and transfers it through an analog line. The information processing device is arranged to separate input acoustic information into phonetic elements which are later visualized. Said sound receiving and information processing devices are adapted to communicate through mobile communication or internet networks or through a simple wire connection. Digital or analog signal is sent to the vibrational device which oscillates upon the actuation of the input signal and produces acoustic waves as an output. Acoustic waves induce the formation of the vibratory pattern on the surface of the liquid or friable medium. The vibrational pattern is then captured by the imaging device and shown live on the display, broadcasted or multi-layer pictures are created and printed or stored in USB, CD or another data storage unit, or transferred to the user by means of data communication networks. Variable acoustic information is preferably a verbal phrase and phonetic elements are words or syllables. | 08-06-2015 |