mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic-wave probe comprising: a transducer; a transmission circuit connected to the transducer; a reception circuit connected to the transducer; and a transmission/reception separation switch disposed between the transducer and the reception circuit, characterized by the transmission/reception separation switch includes two transistor elements, a gate and a source of the two transistor elements being mutually connected, the transmission/reception separation switch includes a gate-potential step-down circuit for lowering a voltage Vgs between the common gate and the common source of the two transistors, and when a test signal is input to the transmission circuit to loopback the test signal from the transmission circuit to the reception circuit, a gate potential of the transistor elements is stepped down to cause the test signal to pass through while retaining the voltage Vgs between the common gate and the common source, the voltage Vgs not violating a gate-source breakdown voltage of the transistor elements. a transducer; a transmission circuit connected to the transducer; a reception circuit connected to the transducer; and a transmission/reception separation switch disposed between the transducer and the reception circuit, characterized by the transmission/reception separation switch includes two transistor elements, a gate and a source of the two transistor elements being mutually connected, the transmission/reception separation switch includes a gate-potential step-down circuit for lowering a voltage Vgs between the common gate and the common source of the two transistors, and when a test signal is input to the transmission circuit to loopback the test signal from the transmission circuit to the reception circuit, a gate potential of the transistor elements is stepped down to cause the test signal to pass through while retaining the voltage Vgs between the common gate and the common source, the voltage Vgs not violating a gate-source breakdown voltage of the transistor elements.
A washing machine, comprising: - a laundry bosket supported within a washing tub suitable to hold a washing liquid, - a first supply duct connectable to the mains water grid by a first supply valve, - a drain duct to drain the washing liquid from the washing tub, - a cleaning agent container in communication with an upper region of the washing tub and having at least one cleaning agent compartment suitable to hold a cleaning agent, - an ejector having an inlet opening in flow communication with the first supply duct, a suction opening and an outlet opening, - a first recirculation duct that connects in flow communication a bottom of the washing tub with the suction opening of the ejector, - a second recirculation duct that connects the outlet opening of the ejector in flow communication with the laundry basket, wherein the second recirculation duct connects the outlet opening of the ejector in flow communication with the cleaning agent compartment, characterized by a third recirculation duct that connects in flow communication the outlet opening of the ejector to the laundry basket, bypassing the cleaning agent compartment. - a laundry bosket supported within a washing tub suitable to hold a washing liquid, - a first supply duct connectable to the mains water grid by a first supply valve, - a drain duct to drain the washing liquid from the washing tub, - a cleaning agent container in communication with an upper region of the washing tub and having at least one cleaning agent compartment suitable to hold a cleaning agent, - an ejector having an inlet opening in flow communication with the first supply duct, a suction opening and an outlet opening, - a first recirculation duct that connects in flow communication a bottom of the washing tub with the suction opening of the ejector, - a second recirculation duct that connects the outlet opening of the ejector in flow communication with the laundry basket, wherein the second recirculation duct connects the outlet opening of the ejector in flow communication with the cleaning agent compartment, characterized by a third recirculation duct that connects in flow communication the outlet opening of the ejector to the laundry basket, bypassing the cleaning agent compartment.
A glycolipid glycoside compound for use as an antitumor agent, wherein the compound is represented by Formula or a pharmacologically acceptable salt thereof as an active ingredient: wherein R 1 to R 4 are the same as or different from each other and represent an alkanoyl group having 3 to 16 carbon atoms, and A represents a sugar alcohol residue or a polyol residue.
Method for processing a computer-animated scene, the computer-animated scene being represented with at least an animation graph (21 to 26), the at least an animation graph (21 to 26) comprising a plurality of nodes connected by paths, the paths being representative of dependencies between the nodes, at least an event being associated with each node, a first information representative of the type of each event being associated with each node, characterized in that the method comprises a step of classifying the nodes in at least a first batch and at least a second batch according to the first information associated with each node, the at least a first batch comprising nodes to be evaluated in parallel and the at least a second batch comprising nodes to be evaluated sequentially.
A fitness and rehabilitation aid, using mostly centrifugal forces that are taking the body centre of mass from its natural position while the mutual configuration of the individual components, of which the aid is consisted of, optimally stimulates the desired muscle parts, while the aid consists of a loading head for achieving the desired centrifugal force and handle for grasping by the user, the loading head having a body, while the loading head and handle are interconnected by a flexible connecting element, the length of the flexible connecting element from point where the flexible connecting element leaves the handle, i. e. from the orifice of the handle, to the point where it enters the loading head, i. e. the hole for inserting the connecting element to the loading head is at least 600 mm, wherein the weight of the loading head is at least 250 g and does not exceed 600 g, characterized in that the loading head is adapted for holding replaceable weights and contains at least one hole and/or recesses for weights placement, wherein the hole for weight is pass-through the body of the loading head, while the flexible connecting element surrounds the hole from both sides and the flexible connecting element contracts around the weights due to the centrifugal force, and wherein the flexible connecting element is embedded into lengthwise grooves that go through holes or recesses for weights placement. wherein the hole for weight is pass-through the body of the loading head, while the flexible connecting element surrounds the hole from both sides and the flexible connecting element contracts around the weights due to the centrifugal force, and wherein the flexible connecting element is embedded into lengthwise grooves that go through holes or recesses for weights placement.
A control device for an output device for friction modifiers (104, 106; 350) for a rail vehicle, the output device having a first storage container for a first friction modifier, at least one second storage container for a second friction modifier different from the first friction modifier, a first metering device for the first storage container and a second metering device for the second storage device, it being possible to output the first friction modifier and/or the second friction modifier and/or a mixture of the first friction modifier and the second friction modifier in response to a control signal, the control device having the following features: a device for inputting a control signal, the control signal representing environmental data and/or a static friction value between a rail and a wheel of a rail vehicle; a device for determining a first discharge volume for the first friction modifier and a second discharge volume for the second friction modifier using the control signal; and a device for providing the control signal at an interface to the first metering device and to the second metering device, the control signal comprising information about the first discharge volume and the second discharge volume, characterised in that the control device comprises a device for inputting information about the electrical conductance between a wheel and a rail, the determining device being designed to determine the first discharge volume for the first friction modifier and/or the second discharge volume for the second friction modifier in the form of an electrically conductive gritting agent using the information about the electrical conductance between a wheel and a rail. a device for inputting a control signal, the control signal representing environmental data and/or a static friction value between a rail and a wheel of a rail vehicle; a device for determining a first discharge volume for the first friction modifier and a second discharge volume for the second friction modifier using the control signal; and a device for providing the control signal at an interface to the first metering device and to the second metering device, the control signal comprising information about the first discharge volume and the second discharge volume, characterised in that the control device comprises a device for inputting information about the electrical conductance between a wheel and a rail, the determining device being designed to determine the first discharge volume for the first friction modifier and/or the second discharge volume for the second friction modifier in the form of an electrically conductive gritting agent using the information about the electrical conductance between a wheel and a rail.
An electric battery comprising: a plurality of electrical energy storage cells each comprising a positive terminal (+) and a negative terminal (-), the cells being arranged in a package containing a dielectric liquid; heat regulation means capable, in normal operation, of maintaining the dielectric liquid within a predetermined temperature range; within the package, a plurality of individually controllable stirring devices (107 i) for circulating the dielectric liquid in contact with the positive (+) and negative (-) terminals of the cells; and a management device capable of detecting a possible failure of a cell and, when a cell failure is detected, of controlling the stirring devices (107 i) to modify locally the power of the dielectric liquid stirring in the package. a plurality of electrical energy storage cells each comprising a positive terminal (+) and a negative terminal (-), the cells being arranged in a package containing a dielectric liquid; heat regulation means capable, in normal operation, of maintaining the dielectric liquid within a predetermined temperature range; within the package, a plurality of individually controllable stirring devices (107 i) for circulating the dielectric liquid in contact with the positive (+) and negative (-) terminals of the cells; and a management device capable of detecting a possible failure of a cell and, when a cell failure is detected, of controlling the stirring devices (107 i) to modify locally the power of the dielectric liquid stirring in the package.
A sensor for detecting an acceleration acting on the sensor, comprising: a substrate, a mass unit acting as an inertial mass in the presence of an acceleration, a support structure (2, 1, 5), jointly coupling the mass unit to the substrate, wherein the mass unit - is jointly connected to the substrate such that at least one pivot axis (y;z) is defined around which the mass unit can perform a rotation relative to the substrate due to an acceleration acting on the sensor, and - comprises a centre of gravity offset from the respective pivot axis, and at least one detection unit (11; 15), with which a change in position between the mass unit and the substrate is detectable, characterized in that the mass unit comprises a bearing area in a cavity, the bearing area being axis-symmetrically formed with respect to each pivot axis, and on which the support structure and at least one detection unit are disposed, wherein the bearing area and the mass unit are connected to each other by means of a rigid rod shaped or bar shaped element, the longitudinal axis of which coincides with a pivot axis, and the detection unit is positioned with respect to the mass unit such that a deformation of the mass unit is not transferable to the detection unit. a substrate, a mass unit acting as an inertial mass in the presence of an acceleration, a support structure (2, 1, 5), jointly coupling the mass unit to the substrate, wherein the mass unit - is jointly connected to the substrate such that at least one pivot axis (y;z) is defined around which the mass unit can perform a rotation relative to the substrate due to an acceleration acting on the sensor, and - comprises a centre of gravity offset from the respective pivot axis, - is jointly connected to the substrate such that at least one pivot axis (y;z) is defined around which the mass unit can perform a rotation relative to the substrate due to an acceleration acting on the sensor, and - comprises a centre of gravity offset from the respective pivot axis, and at least one detection unit (11; 15), with which a change in position between the mass unit and the substrate is detectable, characterized in that the mass unit comprises a bearing area in a cavity, the bearing area being axis-symmetrically formed with respect to each pivot axis, and on which the support structure and at least one detection unit are disposed, wherein the bearing area and the mass unit are connected to each other by means of a rigid rod shaped or bar shaped element, the longitudinal axis of which coincides with a pivot axis, and the detection unit is positioned with respect to the mass unit such that a deformation of the mass unit is not transferable to the detection unit.
Sliding element for a shoe sole, in particular of a sports shoe, comprising: a. an upper sliding surface; b. a lower sliding surface, wherein c. a seal seals the intermediate space between the upper sliding surface and the lower sliding surface from the outside; characterized in that d. the lower sliding surface is arranged below the upper sliding surface such as to be slideable in three dimensions. a. an upper sliding surface; b. a lower sliding surface, wherein c. a seal seals the intermediate space between the upper sliding surface and the lower sliding surface from the outside; characterized in that d. the lower sliding surface is arranged below the upper sliding surface such as to be slideable in three dimensions.
A method for rapidly methylating a heteroaromatic arene, comprising cross-coupling methyl iodide with a heteroaromatic aryltrialkylstannane in an aprotic lactam selected from N-alkyl-2-pyrrolidinones in the presence of a palladium complex, a phosphine ligand, a cuprous halide, and a carbonate and/or an alkali metal fluoride within 5 to 10 minutes.
A cooling device comprising: an evaporation unit which stores refrigerant, a condensing unit which condenses a gas-phase refrigerant produced by 5 vaporizing the refrigerant in the evaporation unit to a liquid and dissipates heat, a vapor pipe which conveys the gas-phase refrigerant to the condensing unit, and a liquid pipe which conveys a liquid-phase refrigerant obtained by condensing the gas-phase refrigerant in the condensing unit to the evaporation unit, wherein the condensing unit includes a heat dissipation flow path, an upper header which 10 connects the vapor pipe and the heat dissipation flow path, and a lower header which connects the heat dissipation flow path and the liquid pipe, the upper header includes a flow path header portion connected to the heat dissipation flow path and an upper header extension portion connected to the flow path header portion, 15 the upper header extension portion has a connection port connected to the vapor pipe in a lower surface part of the upper header to which the heat dissipation flow path is connected, and the vapor pipe connects an upper part of the evaporation unit, characterised in that the liquid pipe connects a side surface part of the evaporation unit and the lower header. an evaporation unit which stores refrigerant, a condensing unit which condenses a gas-phase refrigerant produced by 5 vaporizing the refrigerant in the evaporation unit to a liquid and dissipates heat, a vapor pipe which conveys the gas-phase refrigerant to the condensing unit, and a liquid pipe which conveys a liquid-phase refrigerant obtained by condensing the gas-phase refrigerant in the condensing unit to the evaporation unit, wherein the condensing unit includes a heat dissipation flow path, an upper header which 10 connects the vapor pipe and the heat dissipation flow path, and a lower header which connects the heat dissipation flow path and the liquid pipe, the upper header includes a flow path header portion connected to the heat dissipation flow path and an upper header extension portion connected to the flow path header portion, 15 the upper header extension portion has a connection port connected to the vapor pipe in a lower surface part of the upper header to which the heat dissipation flow path is connected, and the vapor pipe connects an upper part of the evaporation unit, characterised in that the liquid pipe connects a side surface part of the evaporation unit and the lower header.
A compound or a pharmaceutically acceptable salt thereof, wherein the compound is represented by the following Chemical Formula 1-3: in Chemical Formula 1-3, X 1 is CH, or N, Ra is benzyl unsubstituted or substituted with C 1-4 alkoxy; C 1-4 alkyl unsubstituted or substituted with morpholino, -N(C 1-4 alkyl) 2, C 1-4 alkoxy, cyano, or -CONH(C 1-4 alkyl); C 1-4 haloalkyl; C 3-6 cycloalkyl; or tetrahydropyranyl, Rb is hydrogen or C 1-4 alkyl, R 3 is C 2-4 alkenyl unsubstituted or substituted with cyano or -N(C 1-4 alkyl) 2; or C 2-4 alkynyl, and Rs is hydrogen or halogen. in Chemical Formula 1-3, X 1 is CH, or N, Ra is benzyl unsubstituted or substituted with C 1-4 alkoxy; C 1-4 alkyl unsubstituted or substituted with morpholino, -N(C 1-4 alkyl) 2, C 1-4 alkoxy, cyano, or -CONH(C 1-4 alkyl); C 1-4 haloalkyl; C 3-6 cycloalkyl; or tetrahydropyranyl, Rb is hydrogen or C 1-4 alkyl, R 3 is C 2-4 alkenyl unsubstituted or substituted with cyano or -N(C 1-4 alkyl) 2; or C 2-4 alkynyl, and Rs is hydrogen or halogen.
A hand-retaining device for fastening on a pole handle, preferably for fastening on a pole handle as claimed in one of claims 8 - 14, in particular in a preferred manner for a ski pole, a Nordic walking pole, a cross-country pole or a hiking pole, said hand-retaining device including an insertion opening for the hand, a first exit opening for the back of the hand and a second exit opening for the thumb, wherein the hand-retaining device also comprises a first strip which is guided between the thumb and the other fingers and on which is provided a coupling element which can be fastened in a releasable mechanism in a self-locking manner in or on the pole handle, wherein the first strip is realized in an elastic manner at least in regions on the exterior hand surface side of the coupling element wherein the first strip connects the hand outer surface side portion of the hand holding device and a hand inner surface side portion of the hand holding device and is attached to the hand holding device at a first end of the first strip and at a second end of the first strip, characterized in that the first strip is in an area between its attachment in the hand outer surface side portion of the hand holding device at its first end and its attachment in the hand inner surface side portion of the hand holding device at its second end, is not attached to the hand holding device, the hand holding device further comprising, between thumb and other fingers, a second strip connecting the hand outer surface side portion of the hand holding device and the hand inner surface side portion of the hand holding device, and wherein the first strip overlays the second strip to form a gap between the second strip and the hand outer surface side portion of the hand holding device and the hand inner surface side portion of the hand holding device.
A system, comprising: a physiologic sensor circuit, including a sense amplifier circuit to sense respective physiologic signals at two or more candidate stimulation sites at or within at least one chamber of a heart of a patient; an activation timer circuit (221; 320), including a clock circuit coupled to the physiologic sensor circuit to use the sensed respective physiologic signals to produce respective activation timing indicators corresponding to the two or more candidate stimulation sites; a myocardial infarction receiver circuit to receive respective MI indicators indicating relative spatial proximity of each of the two or more candidate stimulation sites to a MI tissue; and a stimulation site selector circuit (223; 340), communicatively coupled to the activation timer circuit (221; 320) and the MI receiver circuit, configured to: select, automatically or based on a user input, a stimulation site from the two or more candidate stimulation sites using the respective activation timing indicators and the respective MI indicators, wherein the stimulation site selector circuit (223; 340) includes a stimulation site ranking circuit configured to produce a rankable set of a part or all of the candidate stimulation sites using the respective activation timing indicators and the respective MI indicators. a physiologic sensor circuit, including a sense amplifier circuit to sense respective physiologic signals at two or more candidate stimulation sites at or within at least one chamber of a heart of a patient; an activation timer circuit (221; 320), including a clock circuit coupled to the physiologic sensor circuit to use the sensed respective physiologic signals to produce respective activation timing indicators corresponding to the two or more candidate stimulation sites; a myocardial infarction receiver circuit to receive respective MI indicators indicating relative spatial proximity of each of the two or more candidate stimulation sites to a MI tissue; and a stimulation site selector circuit (223; 340), communicatively coupled to the activation timer circuit (221; 320) and the MI receiver circuit, configured to: select, automatically or based on a user input, a stimulation site from the two or more candidate stimulation sites using the respective activation timing indicators and the respective MI indicators, wherein the stimulation site selector circuit (223; 340) includes a stimulation site ranking circuit configured to produce a rankable set of a part or all of the candidate stimulation sites using the respective activation timing indicators and the respective MI indicators.