mhurhangee/ep-ind-claims huggingface dataset:
A simulator for practicing techniques in cardiac surgery through both classical and minimally invasive approach, comprised of a synthetic thorax, porcine tissue and a pumping system, porcine tissue being especially prepared for the simulation consisting of: heart, the lungs, ascending aorta, descending aorta and trachea characterized in that the synthetic thorax is formed from a skeleton covered in a layer of elastic material which has several typical incisions used in cardiac and thoracic surgery, mobile joints at the costovertebral level and mobile joints at the sternocostal level, a sternum, cut longitudinally along its median line and transversally at the level of the third intercostal space or at other levels, porcine tissue connected to a pumping system, formed from: an actuator, a piston cylinder which acts as a pump, connected through tubing to the left and right ventricles, which pushes liquid in and from the heart 7 in a rhythmical manner creating the impression of a beating heart, a variable pressure pump 9 which pumps liquid into the ascending aorta 17 through tubing 18, maintaining a constant pressure at the aortic level and creating the impression of blood flow, an air trap 13 mounted between the pump 8 and the heart 7, with two unidirectional valves, one for liquid 19 and one for air 20 mounted in series at the superior side of the air trap 13 and a reservoir for liquid 14 connected to the pumps 8,9 that move liquid to and from the heart 7 and the ascending aorta 17.
A fan blade comprising: a main body having an airfoil extending between a leading edge and a trailing edge and the fan blade having at least one of: (a) a cover closing a channel, and (b) an end cap covering at least one of the leading and trailing edges (21,122); and the at least one of a cover and an end cap having a pair of opposed ends, and a step defined extending from at least one of a suction wall and a pressure wall of the airfoil, to an outer surface of said one of said cover and said end cap at one of said opposed ends, and said step being less than or equal to about 0.010 inch (0.0254 centimeter) in dimension; characterised in that: said fan blade has a chord length, and a ratio of said step dimension to said chord length is less than or equal to about 0.001. a main body having an airfoil extending between a leading edge and a trailing edge and the fan blade having at least one of: (a) a cover closing a channel, and (b) an end cap covering at least one of the leading and trailing edges (21,122); and (a) a cover closing a channel, and (b) an end cap covering at least one of the leading and trailing edges (21,122); and the at least one of a cover and an end cap having a pair of opposed ends, and a step defined extending from at least one of a suction wall and a pressure wall of the airfoil, to an outer surface of said one of said cover and said end cap at one of said opposed ends, and said step being less than or equal to about 0.010 inch (0.0254 centimeter) in dimension; characterised in that: said fan blade has a chord length, and a ratio of said step dimension to said chord length is less than or equal to about 0.001.
A transparent ultrasonic audio speaker, comprising: a first transparent conductive layer; a second transparent conductive layer; and a plurality of transparent spacers disposed between the first and second transparent conductive layers (46, 45) of the transparent ultrasonic audio speaker, the transparent spacers having a thickness and being arranged to define an open area between the first and second transparent layers (46, 45), wherein: the first transparent conductive layer comprises a first conductive layer adjacent a first nonconductive layer and the second transparent conductive layer comprises a second conductive layer adjacent a second nonconductive layer; the spacers comprise a plurality of transparent ridges (65, 66, 68) arranged in a pattern between the first and second transparent conductive layers (46, 45) or a plurality of transparent dots arranged in a square lattice pattern between the first and second transparent conductive layers (45, 46). a first transparent conductive layer; a second transparent conductive layer; and a plurality of transparent spacers disposed between the first and second transparent conductive layers (46, 45) of the transparent ultrasonic audio speaker, the transparent spacers having a thickness and being arranged to define an open area between the first and second transparent layers (46, 45), wherein: the first transparent conductive layer comprises a first conductive layer adjacent a first nonconductive layer and the second transparent conductive layer comprises a second conductive layer adjacent a second nonconductive layer; the spacers comprise a plurality of transparent ridges (65, 66, 68) arranged in a pattern between the first and second transparent conductive layers (46, 45) or a plurality of transparent dots arranged in a square lattice pattern between the first and second transparent conductive layers (45, 46). the first transparent conductive layer comprises a first conductive layer adjacent a first nonconductive layer and the second transparent conductive layer comprises a second conductive layer adjacent a second nonconductive layer; the spacers comprise a plurality of transparent ridges (65, 66, 68) arranged in a pattern between the first and second transparent conductive layers (46, 45) or a plurality of transparent dots arranged in a square lattice pattern between the first and second transparent conductive layers (45, 46).
A method, performed by an access point of a cellular technology based local area network, comprising: configuring an autonomous mode for traffic offloading; and indicating the autonomous mode towards at least one terminal, characterized in that said autonomous mode supports local area radio access connectivity by internet protocols without control for local bearers from a core network. configuring an autonomous mode for traffic offloading; and indicating the autonomous mode towards at least one terminal, characterized in that said autonomous mode supports local area radio access connectivity by internet protocols without control for local bearers from a core network.
A Global Navigation Satellite System, GNSS, positioning system including: a controlled radiation pattern antenna, CRPA, consisting of an array of antenna elements; a null and beam steering processor configured to assign weights to the antenna element signals to produce one or more nulls in response to jamming signals, the processor combining the weighted signals to produce one or more CRPA filtered signals; characterized by a carrier phase correction sub-system (120, 122, 124, 118 j) configured to calculate phase corrections for the CRPA filtered signals based on the assigned weights, azimuth and elevation angles of a given satellite relative to an orientation of the array of antenna elements, and radiation pattern values associated with the respective antenna elements, the sub-system combining the phase correction with the CRPA filtered signals to produce corrected CRPA filtered signals; a carrier phase tracking processor configured to take carrier phase measurements from the corrected CRPA filtered signals; and a position processor configured to determine position based on the carrier phase measurements. a controlled radiation pattern antenna, CRPA, consisting of an array of antenna elements; a null and beam steering processor configured to assign weights to the antenna element signals to produce one or more nulls in response to jamming signals, the processor combining the weighted signals to produce one or more CRPA filtered signals; characterized by a carrier phase correction sub-system (120, 122, 124, 118 j) configured to calculate phase corrections for the CRPA filtered signals based on the assigned weights, azimuth and elevation angles of a given satellite relative to an orientation of the array of antenna elements, and radiation pattern values associated with the respective antenna elements, the sub-system combining the phase correction with the CRPA filtered signals to produce corrected CRPA filtered signals; a carrier phase tracking processor configured to take carrier phase measurements from the corrected CRPA filtered signals; and a position processor configured to determine position based on the carrier phase measurements.
A foam vehicular seat element (10, 11) comprising a molded foam substrate and a molded seating surface element, at least a portion of the seating surface element comprising a plurality of peak portions (105a, 105b, 105c) and a plurality of valley portions (110a, 110b, 110c), wherein the foam substrate and the seating element are comprised in a unitary foam portion, wherein the unitary foam portion comprises a skin present on the surface of the seating element, so that the foam has a greater density at the surface as compared to the central or core region, wherein the seating surface element comprises a plurality of sections, each section comprising a plurality of peak portions and a plurality of valley portions, wherein the plurality of peak portions in each section are different, wherein each peak portion in the plurality of peak portions is substantially elongate, wherein the plurality of peak portions is comprised in a plurality of substantially upstanding projections, and wherein a cross-section of each projection comprises a rectangle.
A solid powder cosmetic comprising: 12-30 mass% of synthetic fluorphlogopite iron; 5-15 mass% of boron nitride; and 5-15 mass% of phenyl-modified silicone spherical elastic powder 0.5-40 mass% of oil components which are binder, both oil and oil-soluble components being called "oil components". 12-30 mass% of synthetic fluorphlogopite iron; 5-15 mass% of boron nitride; and 5-15 mass% of phenyl-modified silicone spherical elastic powder 0.5-40 mass% of oil components which are binder, both oil and oil-soluble components being called "oil components".
An NC lathe comprising: a turret having a plurality of mounting positions and rotated about a support shaft, the mounting positions being spaced from each other equiangularly about the support shaft; a housing mounted at one of the mounting positions, an additional turret supported by the housing, having a plurality of additional mounting positions and rotated about an additional support shaft, the additional mounting positions being spaced from each other equiangularly about the additional support shaft; tools mounted at the additional mounting positions; a chuck rotated about a drive shaft; a work piece held by the chuck; the NC lathe being characterised by a push bar supported by the housing, the push bar being movable longitudinally therof; a stop comprising a rod, wherein the rod is disposed at a position corresponding to the push bar in a direction of Y-axis; a bed, the bed being provided with the stop; an NC device by which the turret is moved in a direction of X-axis and a direction of Z-axis so that the tool can be engaged with the work piece to machine the work piece with the tool, the turret being moved by the NC device independently of machining so that the push bar can be moved toward and pressed against the rod to make the push bar moved relatively to the housing; and a transmission device (16, 17) received in the housing and interposed between the push bar and the additional turret to make the additional turret rotate in response to the push bar, the tool being exchanged for another by the turret and the additional turret. a turret having a plurality of mounting positions and rotated about a support shaft, the mounting positions being spaced from each other equiangularly about the support shaft; a housing mounted at one of the mounting positions, an additional turret supported by the housing, having a plurality of additional mounting positions and rotated about an additional support shaft, the additional mounting positions being spaced from each other equiangularly about the additional support shaft; tools mounted at the additional mounting positions; a chuck rotated about a drive shaft; a work piece held by the chuck; the NC lathe being characterised by a push bar supported by the housing, the push bar being movable longitudinally therof; a stop comprising a rod, wherein the rod is disposed at a position corresponding to the push bar in a direction of Y-axis; a bed, the bed being provided with the stop; an NC device by which the turret is moved in a direction of X-axis and a direction of Z-axis so that the tool can be engaged with the work piece to machine the work piece with the tool, the turret being moved by the NC device independently of machining so that the push bar can be moved toward and pressed against the rod to make the push bar moved relatively to the housing; and a transmission device (16, 17) received in the housing and interposed between the push bar and the additional turret to make the additional turret rotate in response to the push bar, the tool being exchanged for another by the turret and the additional turret.
A heat dissipation module, which is suitable for an electronic device having a heat source, the heat dissipation module comprising: an evaporator having a recess at an exterior surface of the evaporator, wherein the heat source is structurally contacted with the recess to transfer a heat generated from the heat source to the recess of the evaporator; a pipe connected to an inner space of the evaporator to form a loop; and a first working fluid filled in the loop, wherein the first working fluid is adapted to be in liquid passing through a portion of the inner space of the evaporator corresponding to the recess and to absorb the heat and to be transformed to vapor, characterized in that the inner space of the evaporator has a protrusion corresponding to the recess of the exterior surface, wherein the inner space of the evaporator is separated into a flowing region and a heating region, wherein the protrusion thereof is the heating region. an evaporator having a recess at an exterior surface of the evaporator, wherein the heat source is structurally contacted with the recess to transfer a heat generated from the heat source to the recess of the evaporator; a pipe connected to an inner space of the evaporator to form a loop; and a first working fluid filled in the loop, wherein the first working fluid is adapted to be in liquid passing through a portion of the inner space of the evaporator corresponding to the recess and to absorb the heat and to be transformed to vapor, characterized in that the inner space of the evaporator has a protrusion corresponding to the recess of the exterior surface, wherein the inner space of the evaporator is separated into a flowing region and a heating region, wherein the protrusion thereof is the heating region.
Undercarriage for a rail vehicle having at least one drive motor and at least one transmission, wherein a drive motor and a transmission form a drive motor-transmission unit, having at least one undercarriage frame and having at least one first wheelset, wherein a drive motor and a transmission of a drive motor-transmission unit are coupled to the at least one undercarriage frame and to the at least one first wheelset so as to be movable with respect to the at least one undercarriage frame and with respect to the at least one first wheelset, characterized in that the drive motor and the transmission of the drive motor-transmission unit are elastically connected to the at least one undercarriage frame by means of a first suspension element and a second suspension element.
A method of controlling the flow rate through a hydraulic valve in a non-linear mode, the method comprising defining a first range of positions of a control device, closest to a neutral position of the control device, corresponding to a first range of flow rates through the hydraulic valve, defining a second range of positions of the control device corresponding to a second range of flow rates through the hydraulic valve, wherein the relationship between the first range of flow rates through the hydraulic valve and the first range of positions of the control device is substantially linear having a first ratio and the relationship between the second range of flow rates through the hydraulic valve and the second range of positions of the control device is substantially linear having a second ratio, whereby the first ratio is smaller than or equal to the second ratio; characterized in that the method further comprising the steps of defining - a knee-point (xknee) as a predefined position of the control device where the linear relationship of the flow rate through said hydraulic valve changes from said first ratio to said second ratio, - the first ratio by a second non-linear mode parameter wherein the second non-linear mode parameter is a portion of the maximum flow rate possible at the knee position (xknee); and - the second ratio by a first non-linear mode parameter wherein the first non-linear mode parameter is a portion of the absolute maximum flow rate at maximum deflection of the control device. - a knee-point (xknee) as a predefined position of the control device where the linear relationship of the flow rate through said hydraulic valve changes from said first ratio to said second ratio, - the first ratio by a second non-linear mode parameter wherein the second non-linear mode parameter is a portion of the maximum flow rate possible at the knee position (xknee); and - the second ratio by a first non-linear mode parameter wherein the first non-linear mode parameter is a portion of the absolute maximum flow rate at maximum deflection of the control device.
Assembly with a brake cylinder and an electromechanical brake booster for an electrohydraulic vehicle brake system, with a drive arrangement for driving at least one actuating device which is configured to actuate the brake cylinder, the drive arrangement having at least one electric motor and one gear mechanism for coupling the electric motor to the at least one actuating device, at least one fastening device (54; 80) being provided for fastening the assembly to a vehicle, the at least one fastening device (54; 80) comprising a flange and defining a fastening plane BE, characterized in that the drive arrangement is arranged in such a way that the rotational axis A 1 of the electric motor runs perpendicularly with respect to the longitudinal axis of the actuating device and at an angle of from 60° to 120° with respect to the fastening plane BE, the at least one fastening device (54; 80) being arranged in a region between the brake cylinder and the actuating device, the at least one fastening device (54; 80) having fastening means, the fastening means comprising fastening openings (58; 84) or fastening bolts (60, 62; 86, 88), the centre axes of which define the fastening plane BE, it being possible for the assembly to be fastened via the fastening means to a bulkhead of a vehicle.
A multilayer interlayer film for laminated glass, comprising an infrared ray reflection layer reflecting infrared rays and a first resin layer, the first resin layer being arranged on a first surface side of the infrared ray reflection layer, wherein the first resin layer, being an interlayer film for laminated glass, comprises an organic coloring matter containing a transition element, a metal element different from a transition element, a thermoplastic resin and a plasticizer, wherein the maximum absorption wavelength of the organic coloring matter containing a transition element is greater than or equal to 550 nm and less than or equal to 750 nm and wherein the first resin layer includes potassium or magnesium as the metal element different from a transition element, wherein the content of the metal element is greater than or equal to 20 ppm and less than or equal to 300 ppm in the first resin layer.
A computer implemented method for maintaining the spatial stability of a sound field comprising: estimating a background noise estimate for each of a first audio signal from a first microphone and a second audio signal from a second microphone; calculating a first gain coefficient responsive to the first audio signal and the background noise estimate of the first audio signal; calculating a second gain coefficient responsive to the second audio signal and the background noise estimate of the second audio signal; selecting a common gain coefficient from the first gain coefficient and the second gain coefficient; and applying the selected common gain coefficient to each of the first audio signal and the second audio signal. estimating a background noise estimate for each of a first audio signal from a first microphone and a second audio signal from a second microphone; calculating a first gain coefficient responsive to the first audio signal and the background noise estimate of the first audio signal; calculating a second gain coefficient responsive to the second audio signal and the background noise estimate of the second audio signal; selecting a common gain coefficient from the first gain coefficient and the second gain coefficient; and applying the selected common gain coefficient to each of the first audio signal and the second audio signal.
A two-component composition as a sealant for applications at temperatures below 4.4°C, wherein the two-component composition comprises A) an isocyanate component comprising an isocyanate-terminated urethane prepolymer, B) a water component comprising water, and at least one latent amine hardener in component A), wherein the two-component composition further comprises an amine catalyst in the isocyanate component A) and/or in the water component B). A) an isocyanate component comprising an isocyanate-terminated urethane prepolymer, B) a water component comprising water,
Nozzle assembly for a fuel injection valve for injecting a gaseous and/or liquid fuel into a combustion chamber of an internal combustion engine, comprising a needle-shaped first injection valve element which is guided so as to perform stroke movements for the purposes of opening up and closing at least one spray hole, via which the liquid fuel can be injected, in a second injection valve element which is formed at least in sections as a hollow needle, wherein the second injection valve element has, on the outer circumference, a sealing contour which interacts with a sealing seat which is formed in a nozzle body which surrounds the second injection valve element at least in sections, and the nozzle body has a central opening via which the gaseous fuel can be injected in a manner dependent on the axial position of the second injection valve element in relation to the nozzle body, wherein the second injection valve element has a flow-diverting outer contour which extends at least over a partial circumferential region and which is arranged downstream of the sealing contour in a flow direction of the gaseous fuel and which comprises at least one groove, characterized in that the groove is delimited in a circumferential direction by at least one flow-diverting wall.
A formed article in the shape of a film or a sheet comprising a base layer and a layer obtained by implanting ions into a polysilazane compound-containing layer, wherein the material used for the base layer is a polymer selected from the group consisting of polyimides, polyamides, polyamideimides, polyphenylene ethers, polyether ketones, polyether ether ketons, polyolefins, polyesters, polycarbonates, polysulfones, polyether sulfones, polyphenylene sulfides, polyallylates, acrylic resins, cycloolefin polymers, and aromatic polymers, and the thickness of the polysilazane compound-containing layer is 30 nm to 500 nm.