mhurhangee/patent-ind-claim-en huggingface dataset:
A transmission device for transmitting data transmission units or DTUs over a communication link comprising: - at least two DTU processing chains ; - a priority scheduler adapted to retrieve processed DTUs from said DTU processing chains according to a priority assigned to said DTU processing chains; - a physical medium dependent layer adapted to: o retrieve said processed DTUs from said priority scheduler ; and o further process said retrieved DTUs and transmit said further processed DTUs over said communication link; CHARACTERIZED IN THAT : each DTU processing chain comprises physical or PHY layer error protection mechanisms for said DTUs. - at least two DTU processing chains ; - a priority scheduler adapted to retrieve processed DTUs from said DTU processing chains according to a priority assigned to said DTU processing chains; - a physical medium dependent layer adapted to: o retrieve said processed DTUs from said priority scheduler ; and o further process said retrieved DTUs and transmit said further processed DTUs over said communication link; o retrieve said processed DTUs from said priority scheduler ; and o further process said retrieved DTUs and transmit said further processed DTUs over said communication link;
A method, implemented by a processor, for determining an arterial pulse transit time between a proximal and distal region of a subject of interest from source video images acquired using a video imaging system, the method comprising: receiving time-varying source images acquired over at least one channel of a video imaging system, said source images comprising video images captured of a proximal and distal region of an area of exposed skin of a subject of interest, each of the proximal and distal regions being large enough such that the contribution of capillaries and terminal arterioles improves the signal to noise ratio, wherein the proximal region is the back of a hand of the subject, and the distal region is the face of the subject; extracting, from said source images, a first time-series signal for said proximal region and a second times series signal for said distal region; computing a first phase angle φ 1 ( ω ) with respect to frequency ω of said time-series signal for said proximal region to obtain a first phase vs frequency curve; computing a second phase angle φ 2 ( ω ) with respect to frequency ω of said time-series signal for said distal region to obtain a second phase vs frequency curve; computing respective slopes T 1 = ∂ φ 1 ∂ ω and T 2 = ∂ φ 2 ∂ ω within a defined cardiac frequency range between 0.75 to 4.0 Hz from each of said respective phase vs frequency curves; computing a difference between said slopes T 1 and T 2 , said difference corresponding to an arterial pulse transit time for said subject between said proximal and distal regions; and storing said arterial pulse transit time to a storage device. receiving time-varying source images acquired over at least one channel of a video imaging system, said source images comprising video images captured of a proximal and distal region of an area of exposed skin of a subject of interest, each of the proximal and distal regions being large enough such that the contribution of capillaries and terminal arterioles improves the signal to noise ratio, wherein the proximal region is the back of a hand of the subject, and the distal region is the face of the subject; extracting, from said source images, a first time-series signal for said proximal region and a second times series signal for said distal region; computing a first phase angle φ 1 ( ω ) with respect to frequency ω of said time-series signal for said proximal region to obtain a first phase vs frequency curve; computing a second phase angle φ 2 ( ω ) with respect to frequency ω of said time-series signal for said distal region to obtain a second phase vs frequency curve; computing respective slopes T 1 = ∂ φ 1 ∂ ω and T 2 = ∂ φ 2 ∂ ω within a defined cardiac frequency range between 0.75 to 4.0 Hz from each of said respective phase vs frequency curves; computing a difference between said slopes T 1 and T 2 , said difference corresponding to an arterial pulse transit time for said subject between said proximal and distal regions; and storing said arterial pulse transit time to a storage device.
A cryogenic straw (1; 100) comprising a radio-frequency identification system , the radio-frequency identification system comprising: - at least one integrated circuit configured to store information and generate a radio-frequency signal in a frequency range of between 30 MHz and 3 GHz; and - at least one antenna comprising a conductive thread or rod, characterized in that - the at least one antenna is integrated, such as molded, into a sidewall of the cryogenic straw (1; 100), and that - the at least one antenna is connected electromagnetically, wirelessly to the at least one integrated circuit . - at least one integrated circuit configured to store information and generate a radio-frequency signal in a frequency range of between 30 MHz and 3 GHz; and - at least one antenna comprising a conductive thread or rod, characterized in that - the at least one antenna is integrated, such as molded, into a sidewall of the cryogenic straw (1; 100), and that - the at least one antenna is connected electromagnetically, wirelessly to the at least one integrated circuit .
A yield calculation system comprising: a position sensor configured to detect a position; a baler comprising: a bale chamber in which crop material is to be formed into a bale (B 1); a volume measurement sensor provided in the bale chamber and configured to measure a volume of the bale (B1) in the bale chamber , the volume corresponding to the position detected by the position sensor ; and a moisture measurement sensor provided in the bale chamber and configured to measure a moisture amount in the bale (B1), the moisture amount corresponding to the position detected by the position sensor ; and a processor configured to calculate, based on the volume of the bale (B1) and the moisture amount corresponding to the position, a yield corresponding to the position by excluding the moisture amount from an amount of the bale (B1), wherein the processor is configured to calculate the yield in a predetermined cycle, wherein the amount of the bale (B1) is a weight of an increment of the volume of the bale (B1) in the predetermined cycle, and wherein the moisture amount is represented by a moisture weight ratio indicating a ratio of a moisture weight in the increment to the weight of the increment. a position sensor configured to detect a position; a baler comprising: a bale chamber in which crop material is to be formed into a bale (B 1); a volume measurement sensor provided in the bale chamber and configured to measure a volume of the bale (B1) in the bale chamber , the volume corresponding to the position detected by the position sensor ; and a moisture measurement sensor provided in the bale chamber and configured to measure a moisture amount in the bale (B1), the moisture amount corresponding to the position detected by the position sensor ; and a bale chamber in which crop material is to be formed into a bale (B 1); a volume measurement sensor provided in the bale chamber and configured to measure a volume of the bale (B1) in the bale chamber , the volume corresponding to the position detected by the position sensor ; and a moisture measurement sensor provided in the bale chamber and configured to measure a moisture amount in the bale (B1), the moisture amount corresponding to the position detected by the position sensor ; and a processor configured to calculate, based on the volume of the bale (B1) and the moisture amount corresponding to the position, a yield corresponding to the position by excluding the moisture amount from an amount of the bale (B1), wherein the processor is configured to calculate the yield in a predetermined cycle, wherein the amount of the bale (B1) is a weight of an increment of the volume of the bale (B1) in the predetermined cycle, and wherein the moisture amount is represented by a moisture weight ratio indicating a ratio of a moisture weight in the increment to the weight of the increment.
A coated tool comprising: a substrate and a hard material coating deposited on the substrate , wherein the hard material coating has, starting from the substrate , a layer structure comprising, in the following order: a titanium nitride layer , a titanium boronitride transition layer and a titanium diboride layer ; where the titanium boronitride transition layer has a boron content which increases from the titanium nitride layer in the direction of the titanium diboride layer , characterized in that the boron content of the titanium boronitride transition layer does not exceed 15 at.-%. a substrate and a hard material coating deposited on the substrate , wherein the hard material coating has, starting from the substrate , a layer structure comprising, in the following order: a titanium nitride layer , a titanium boronitride transition layer and a titanium diboride layer ; where the titanium boronitride transition layer has a boron content which increases from the titanium nitride layer in the direction of the titanium diboride layer , characterized in that the boron content of the titanium boronitride transition layer does not exceed 15 at.-%. a titanium nitride layer , a titanium boronitride transition layer and a titanium diboride layer ; where the titanium boronitride transition layer has a boron content which increases from the titanium nitride layer in the direction of the titanium diboride layer , characterized in that the boron content of the titanium boronitride transition layer does not exceed 15 at.-%.
An airfoil for a gas turbine engine, the airfoil comprising: a cooling channel extending generally radially through the airfoil ; an impingement cavity disposed adjacent the cooling channel and at least partially bounded by an interior surface of a leading edge of the airfoil ; and an airfoil structure bounding the cooling channel ; characterised in that : the airfoil structure defines a cooling passage therethrough for directing a cooling medium into the impingement cavity to impinge on the interior surface of the leading edge ; and the airfoil further comprises a swirl structure operatively associated with the cooling passage and configured to impart tangential velocity to the cooling medium. a cooling channel extending generally radially through the airfoil ; an impingement cavity disposed adjacent the cooling channel and at least partially bounded by an interior surface of a leading edge of the airfoil ; and an airfoil structure bounding the cooling channel ; characterised in that : the airfoil structure defines a cooling passage therethrough for directing a cooling medium into the impingement cavity to impinge on the interior surface of the leading edge ; and the airfoil further comprises a swirl structure operatively associated with the cooling passage and configured to impart tangential velocity to the cooling medium. the airfoil structure defines a cooling passage therethrough for directing a cooling medium into the impingement cavity to impinge on the interior surface of the leading edge ; and the airfoil further comprises a swirl structure operatively associated with the cooling passage and configured to impart tangential velocity to the cooling medium.
Magnetic-inductive flowmeter having a measuring tube for guiding a conductive medium, having a magnetic field generator for generating a magnetic field permeating the measuring tube at least partially perpendicular to the flow direction of the medium, having electrodes for tapping a measuring voltage induced in the medium and having a conductivity measuring device for determining the conductivity of the conductive medium, wherein the conductivity measuring device has a measuring circuit , wherein the electrodes are a part of the measuring circuit and wherein in the measuring circuit has a voltage source and a measuring unit , wherein the voltage source generates a measuring circuit voltage in the measuring circuit in the operating state of the conductivity measuring device and the measuring unit measures the actual electrode voltage present between the electrodes , and wherein the conductivity measuring device has a control unit and an evaluation unit , wherein, in the operating state of the conductivity measuring device , the control unit sets the actual electrode voltage to a predetermined, constant setpoint value and the evaluation unit determines the electrode current flowing between the electrodes and calculates the conductivity value of the medium or a variable associated with the conductivity using the value for the determined electrode current and the actual electrode voltage. wherein the conductivity measuring device has a measuring circuit , wherein the electrodes are a part of the measuring circuit and wherein in the measuring circuit has a voltage source and a measuring unit , wherein the voltage source generates a measuring circuit voltage in the measuring circuit in the operating state of the conductivity measuring device and the measuring unit measures the actual electrode voltage present between the electrodes , and wherein the conductivity measuring device has a control unit and an evaluation unit , wherein, in the operating state of the conductivity measuring device , the control unit sets the actual electrode voltage to a predetermined, constant setpoint value and the evaluation unit determines the electrode current flowing between the electrodes and calculates the conductivity value of the medium or a variable associated with the conductivity using the value for the determined electrode current and the actual electrode voltage.
A computer implemented method of classifying tympanic membrane pathologies from images, comprising: capturing one or more images of a tympanic membrane using an image capture device; performing preprocessing in on the captured one or more images; and classifying pathologies of the tympanic membrane using the captured one or more images, wherein classifying pathologies of the tympanic membrane using the captured one or more images comprises extracting computer vision features CVF from the one or more images; extracting clinically meaningful eardrum features CMEF from the one or more images; and classifying pathologies of the tympanic membrane using the CVF and CMEF information fused by a two-layered stacked generalization algorithm that focuses on complementary features instead of strong features, wherein the two-layered stacked generalization algorithm comprises using a Fuzzy Stacked Generalization FSG classifier. capturing one or more images of a tympanic membrane using an image capture device; performing preprocessing in on the captured one or more images; and classifying pathologies of the tympanic membrane using the captured one or more images, wherein classifying pathologies of the tympanic membrane using the captured one or more images comprises extracting computer vision features CVF from the one or more images; extracting clinically meaningful eardrum features CMEF from the one or more images; and classifying pathologies of the tympanic membrane using the CVF and CMEF information fused by a two-layered stacked generalization algorithm that focuses on complementary features instead of strong features, wherein the two-layered stacked generalization algorithm comprises using a Fuzzy Stacked Generalization FSG classifier.
An asymmetrical linear lens in the form of an integral transparent plastic solid profile for directing light at a limited solid angle, characterized by a first solid profile section in the form of a right trapezoid having a short and a longer base side and having two side legs , and a second solid profile section in the form of a non-right trapezoid having a short and a longer base side and having two side legs , wherein the longer base side of the first solid profile section and the shorter base side of the second solid profile section coincide with one another, wherein one of the two side legs of the first solid profile section and one of the two side legs of the second solid profile section lie on a straight line which encloses a first angle (α) in the range between 40° and 50° with the longer base side of the second solid profile section , and wherein the other side leg of the second solid profile section is angled outward in relation to the other side leg of the first solid profile section by a second angle (ß) in the range between 25° and 35°.
An SCD5 inhibitor for use in a method of treating a neurological disorder in a subject in need thereof, the method comprising administering an effective amount of the SCD5 inhibitor, and wherein the neurological disorder is Parkinson's disease (PD) or dementia with Lewy bodies.
A process for loading, unloading and winding of product on a reel, that comprises the following steps: a) arranging in a loading position at least one movable reel , already loaded with a first product ,facing a first shaft of a mobile station of a device for loading, unloading and winding of product on reels, wherein a loading side of the movable reel closer to the first shaft , faces the first shaft ; b) transporting gripping means from the mobile station by means of transport means ; c) gripping the movable reel , from one single side, the loading side, with the gripping means ; d) the movable reel being gripped, moving, by means of the transport means , the gripping means together with the movable reel towards the mobile station in the direction of the first shaft ; e) assembly the movable reel on the first shaft in the mobile station , characterized in that it further comprises the following steps: e1) hooking the first product of the movable reel on a non-movable reel next to the movable reel , and start to transfer the first product from the movable reel to the non-movable reel until completely emptying the movable reel ; and e2) continuously providing a second product on the movable reel , to simultaneously transfer the first product back to the movable reel from the non-movable reel ; and f) the gripping means being holding the winded movable reel on the loading side, actuate the transport means to move the gripping means together with the movable reel toward the loading position. a) arranging in a loading position at least one movable reel , already loaded with a first product ,facing a first shaft of a mobile station of a device for loading, unloading and winding of product on reels, wherein a loading side of the movable reel closer to the first shaft , faces the first shaft ; b) transporting gripping means from the mobile station by means of transport means ; c) gripping the movable reel , from one single side, the loading side, with the gripping means ; d) the movable reel being gripped, moving, by means of the transport means , the gripping means together with the movable reel towards the mobile station in the direction of the first shaft ; e) assembly the movable reel on the first shaft in the mobile station , e1) hooking the first product of the movable reel on a non-movable reel next to the movable reel , and start to transfer the first product from the movable reel to the non-movable reel until completely emptying the movable reel ; and e2) continuously providing a second product on the movable reel , to simultaneously transfer the first product back to the movable reel from the non-movable reel ; and f) the gripping means being holding the winded movable reel on the loading side, actuate the transport means to move the gripping means together with the movable reel toward the loading position.
A parking assistance method for a parking assistance device that searches for an empty parking space that meets a specified condition around a mobile object and displays a first assistance image at a position of the empty parking space in a surrounding image that is a view of an area including the mobile object from above, the first assistance image indicating the empty parking space, the parking assistance method comprising: detecting a turning angle of the mobile object; and characterized in that in a case where the turning angle of the mobile object has become larger than or equal to a specified value, determining the mobile object is turning, and in a case where it is determined that the mobile object is turning, prohibiting the first assistance image from being displayed. detecting a turning angle of the mobile object; and characterized in that in a case where the turning angle of the mobile object has become larger than or equal to a specified value, determining the mobile object is turning, and in a case where it is determined that the mobile object is turning, prohibiting the first assistance image from being displayed.
A photovoltaic or a wind power generating system, comprising: a power generating device; a power converter connected to the power generating device; and an electrical controller connected to the power converter ; characterized in that the electrical controller is configured to limit a peak junction temperature of the power converter by applying at least one junction temperature derating function ; wherein a power limiting factor is derived from a selected one of a plurality of junction temperature derating functions ; and wherein the power limiting factor is applied to the controller to reduce an output power of the power converter , wherein the power limiting factor is selected as a minimum factor of the plurality of junction temperature derating functions . a power generating device; a power converter connected to the power generating device; and an electrical controller connected to the power converter ; characterized in that the electrical controller is configured to limit a peak junction temperature of the power converter by applying at least one junction temperature derating function ; wherein a power limiting factor is derived from a selected one of a plurality of junction temperature derating functions ; and wherein the power limiting factor is applied to the controller to reduce an output power of the power converter , wherein the power limiting factor is selected as a minimum factor of the plurality of junction temperature derating functions .