mhurhangee/ep-ind-claims huggingface dataset:
A system for preparing a long bone for a prosthetic, the long bone having a long axis, comprising: a. a distal instrument (12, 96, 98) configured to remove bone from a distal portion of the long bone, the distal instrument (12, 96, 98) having a bone removing portion configured to remove bone along the long axis of the long bone and a shaft extending from the bone removing portion along the long axis of the long bone; and b. a proximal instrument (14, 100, 102) configured to overlie the shaft of the distal instrument (12, 96, 98) within the long bone, wherein the distal shaft guides the proximal instrument (14, 100, 102) to prepare a proximal portion of the long bone after the distal instrument (12, 96, 98) has prepared the distal portion of the long bone, characterised in that the system further comprises an insert slidable into a bore of the proximal instrument (14, 100, 102) for the protection of the distal instrument (12, 96, 98) and the proximal instrument (14, 100, 102) from friction. a. a distal instrument (12, 96, 98) configured to remove bone from a distal portion of the long bone, the distal instrument (12, 96, 98) having a bone removing portion configured to remove bone along the long axis of the long bone and a shaft extending from the bone removing portion along the long axis of the long bone; and b. a proximal instrument (14, 100, 102) configured to overlie the shaft of the distal instrument (12, 96, 98) within the long bone, wherein the distal shaft guides the proximal instrument (14, 100, 102) to prepare a proximal portion of the long bone after the distal instrument (12, 96, 98) has prepared the distal portion of the long bone,
A communications device (30, 30") comprising: a near-field communication device; and a radio frequency signal blocking layer (33, 33") adhesively coupled with said NFC device, said RF signal blocking layer being configured to block RF signal communication by said NFC device while coupled therewith; wherein said RF signal blocking layer comprises an electrical conductor, characterised in that said adhesive coupling is by means of a pressure sensitive adhesive layer (36"), and wherein the combination of said pressure sensitive adhesive layer and said RF signal blocking layer comprises perforations so as to come apart when peeled off. a near-field communication device; and a radio frequency signal blocking layer (33, 33") adhesively coupled with said NFC device, said RF signal blocking layer being configured to block RF signal communication by said NFC device while coupled therewith; wherein said RF signal blocking layer comprises an electrical conductor, characterised in that said adhesive coupling is by means of a pressure sensitive adhesive layer (36"), and wherein the combination of said pressure sensitive adhesive layer and said RF signal blocking layer comprises perforations so as to come apart when peeled off.
A method comprising: generating image data of an interior of a fuel tank disposed within a wing of an aircraft; determining, by a processing device, an amount of wing bending of the wing of the aircraft based on the generated image data of the interior of the fuel tank; producing, by the processing device, a fuel measurement value representing an amount of fuel contained in the fuel tank based on the amount of wing bending of the wing of the aircraft; and outputting, by the processing device, an indication of the fuel measurement value, characterised in that generating the image data of the interior of the fuel tank comprises generating active image data when the fuel tank contains fuel, the method further comprising: generating reference image data of the interior of the fuel tank; wherein determining the amount of wing bending of the wing of the aircraft comprises determining the amount of wing bending of the wing of the aircraft based on the active image data and the reference image data. generating image data of an interior of a fuel tank disposed within a wing of an aircraft; determining, by a processing device, an amount of wing bending of the wing of the aircraft based on the generated image data of the interior of the fuel tank; producing, by the processing device, a fuel measurement value representing an amount of fuel contained in the fuel tank based on the amount of wing bending of the wing of the aircraft; and outputting, by the processing device, an indication of the fuel measurement value, characterised in that generating the image data of the interior of the fuel tank comprises generating active image data when the fuel tank contains fuel, the method further comprising: generating reference image data of the interior of the fuel tank; wherein determining the amount of wing bending of the wing of the aircraft comprises determining the amount of wing bending of the wing of the aircraft based on the active image data and the reference image data. generating reference image data of the interior of the fuel tank; wherein determining the amount of wing bending of the wing of the aircraft comprises determining the amount of wing bending of the wing of the aircraft based on the active image data and the reference image data.
Gas turbine with a turbine having a rotor blade row and a ring that is arranged around the rotor blade row and is made up of multiple ring segments, wherein the rotor blade row is the row situated downstream of the other rotor blade rows and wherein at least one ring segment comprises a ring segment body having a hot gas side which, in the mounted state, is oriented toward a hot gas path, and also comprises an insert element for covering the recess of a ring segment body of a turbine of a gas turbine, wherein the ring segment body has a recess on the hot gas side and the insert element is arranged in the recess, wherein the insert element has a concave front side and a rear side with a rear side profile and the rear side profile corresponds to a negative shape of a recess profile of the recess, characterized in that, in the mounted state of the ring segment body in the turbine, the insert element can be introduced into the hot gas path and can then be fixed to the ring segment body.
An electronic device comprising: a housing; a circuit board within the housing; a connector within the housing and coupled to the circuit board, wherein the connector retains a removable component when a first end of the removable component is inserted in a first direction through an opening in the housing; and an ejector that ejects the removable component from the connector in a second direction opposite to the first direction, characterized in that: the ejector is coupled to the housing so that the position of the ejector with respect to the opening is independent of the position of the circuit board with respect to the opening. a housing; a circuit board within the housing; a connector within the housing and coupled to the circuit board, wherein the connector retains a removable component when a first end of the removable component is inserted in a first direction through an opening in the housing; and an ejector that ejects the removable component from the connector in a second direction opposite to the first direction, characterized in that: the ejector is coupled to the housing so that the position of the ejector with respect to the opening is independent of the position of the circuit board with respect to the opening. the ejector is coupled to the housing so that the position of the ejector with respect to the opening is independent of the position of the circuit board with respect to the opening.
A method for identifying a lung cancer that will likely respond to an inhibitor of ALK kinase activity, the method comprising the steps of providing a sample from a human lung cancer patient and detecting the presence of a mutant human ALK polynucleotide and/or ALK fusion polypeptide in the lung cancer sample.
A fan comprising: - a housing including an inlet port and an outlet port; - a cross flow fan disposed in the housing; - a casing arranged on a back side of the cross flow fan, the casing constituting a part of the outlet port; and - a stabilizer arranged on a front side of the cross flow fan, the stabilizer opposing the casing and constituting a part of the outlet port, wherein, when A is a maximum inlet width of the inlet port in a direction orthogonal to a rotation axis of the cross flow fan, D is a diameter of the cross flow fan, and β is an outer peripheral blade inflow angle, characterised in that: the following relation applies: β= A / D γ, in which 1 ≤ A / D ≤ 2 and 0.4 ≥ γ ≥ 0.3 is defined. - a housing including an inlet port and an outlet port; - a cross flow fan disposed in the housing; - a casing arranged on a back side of the cross flow fan, the casing constituting a part of the outlet port; and - a stabilizer arranged on a front side of the cross flow fan, the stabilizer opposing the casing and constituting a part of the outlet port,
An automotive electrical coolant pump comprising a pump section with a pump wheel and a motor section with a motor rotor and a motor stator, wherein a pump housing comprises a pump section housing and a separate motor section housing which is fixed to the pump section housing, the pump section housing comprises an axial coolant inlet and a tangential coolant outlet, the fixation of the pump section housing with the motor section housing is provided by a bordering arrangement, the bordering arrangement is defined by a circular fixation bulge at the radial outside surface of an axial end section of one section housing (42, 44) and a circular bordering ring at the axial end of the other section housing (44, 42), the bordering ring embraces the fixation bulge, the fixation bulge is provided with at least one chamfer depression, a bordering tongue of the bordering ring is projecting into the chamfer depression, the end section of the one section housing (42, 44) surrounds a corresponding circular end section of the other section housing (44, 42), and a separate sealing arrangement is provided, defined between the end section of the one section housing (42, 44) and the end section of the other section housing (44, 42), to provide a liquid-tight sealing and the sealing arrangement is axially not overlapping with the bordering arrangement.
An electrochemical pretreatment method of a vanadium positive electrode for a lithium secondary battery, wherein the vanadium positive electrode active material is represented by Formula 1 below and the negative electrode active material is a lithium metal or a lithium alloy, the method comprising: a) a step of discharging the lithium free vanadium positive electrode at a voltage of 1.9 V or more vs Li/Li +; b) an electrochemical pretreatment step of maintaining the discharged vanadium positive electrode at an onset potential value or a potential value having a maximum current through a potentiostat; and c) a step of charging/discharging the pretreated vanadium positive electrode at a voltage range of 2.1 to 4.0 V, and wherein the onset potential value and the potential values having the maximum current are derived by confirming the reduction peak of the lithium secondary battery using vanadium oxide as a positive electrode through a cyclic voltammetry, and wherein the electrochemical pretreatment is performed for 5 to 60 seconds, and wherein the surface of the pretreated vanadium positive electrode is in an omega (ω) phase and the inside is any one of alpha (α), epsilon (ε), delta (δ), and gamma (γ) phases: [Formula 1] V a O b, wherein 1 ≤ a ≤ 6 and 2 ≤ b ≤ 13. a) a step of discharging the lithium free vanadium positive electrode at a voltage of 1.9 V or more vs Li/Li +; b) an electrochemical pretreatment step of maintaining the discharged vanadium positive electrode at an onset potential value or a potential value having a maximum current through a potentiostat; and c) a step of charging/discharging the pretreated vanadium positive electrode at a voltage range of 2.1 to 4.0 V, and wherein the onset potential value and the potential values having the maximum current are derived by confirming the reduction peak of the lithium secondary battery using vanadium oxide as a positive electrode through a cyclic voltammetry, and wherein the electrochemical pretreatment is performed for 5 to 60 seconds, and wherein the surface of the pretreated vanadium positive electrode is in an omega (ω) phase and the inside is any one of alpha (α), epsilon (ε), delta (δ), and gamma (γ) phases: [Formula 1] V a O b, wherein 1 ≤ a ≤ 6 and 2 ≤ b ≤ 13.
Joining device for materially joining workpieces which have one or more hollow workpiece parts, characterized in that the joining device has a positioning device that is able to act on the workpiece, in particular on the hollow workpiece part, and has a positioning axis, and a joining tool for forming a material joined connection, wherein the joining tool is movable, in particular rotatable, about the positioning axis, wherein the joining device has a connection for connecting to a multi-axially movable handling device.
A spun-bonded nonwoven fabric composed of polyolefin fibers, wherein a surface of the nonwoven fabric has an average pore diameter of 0.1 to 25 μm, and a maximum pore diameter of 50 μm or less, both measured in according with JIS K 3832 and the nonwoven fabric has water pressure resistance per unit basis weight of 7 mm H 2 O/(g/m 2) or more measured in according with JIS L1092:2009, wherein the fiber constituting the nonwoven fabric has an average single fiber diameter of 6.5 to 11.9 μm and a CV value of a single fiber diameter of 0.1% to 7.0% both measured as described in the specification; and wherein the fiber constituting the nonwoven fabric has an MFR of 155 to 850 g/10 min, in which the MFR is measured in accordance with ASTM D-1238 respectively under the conditions of a load of 2,160 g and a temperature of 230°C. wherein the fiber constituting the nonwoven fabric has an average single fiber diameter of 6.5 to 11.9 μm and a CV value of a single fiber diameter of 0.1% to 7.0% both measured as described in the specification; and wherein the fiber constituting the nonwoven fabric has an MFR of 155 to 850 g/10 min, in which the MFR is measured in accordance with ASTM D-1238 respectively under the conditions of a load of 2,160 g and a temperature of 230°C.
A contact system for electrically contacting a conductor (16, 74) to an equipotential bonding busbar, the contact system having an electrically conductive contact body, and a fastening device which is adapted to be fastened to the equipotential bonding busbar and is configured to fix the conductor (16, 74) in place on the contact body with a force fit, the contact body having a first contact side with a first flat contact area and a second contact side with a second flat contact area, the two contact sides (34, 38) being opposite to each other, the contact body being adapted to be contacted to the conductor (16, 74) by way of the first flat contact area (36, 40) and to the equipotential bonding busbar by way of the second flat contact area (36, 40), the contact body further having an edge portion that extends from the first contact area to the second contact area, and the edge portion having a rounded portion, characterized in that the fastening device includes fastening means and a yoke which has fastening openings that are matched to the fastening means and by means of which the yoke can be fastened to the equipotential bonding busbar, the yoke having, in the middle, an application area by means of which the conductor (16, 74) can be fixed in place on the first contact area. an electrically conductive contact body, and a fastening device which is adapted to be fastened to the equipotential bonding busbar and is configured to fix the conductor (16, 74) in place on the contact body with a force fit, the contact body having a first contact side with a first flat contact area and a second contact side with a second flat contact area, the two contact sides (34, 38) being opposite to each other, the contact body being adapted to be contacted to the conductor (16, 74) by way of the first flat contact area (36, 40) and to the equipotential bonding busbar by way of the second flat contact area (36, 40), the contact body further having an edge portion that extends from the first contact area to the second contact area, and the edge portion having a rounded portion, characterized in that the fastening device includes fastening means and a yoke which has fastening openings that are matched to the fastening means and by means of which the yoke can be fastened to the equipotential bonding busbar, the yoke having, in the middle, an application area by means of which the conductor (16, 74) can be fixed in place on the first contact area.
Mixing granulator comprising a mixing vessel and an agitator with a vertically aligned driving shaft located therein, where the bottom of the mixing vessel is domed, and curved mixing tools are provided to fit exactly into the domed bottom of the vessel, characterised in, a) that the bottom of the vessel is closed, b) that the mixing vessel has an outlet opening in the wall area, which, at its maximum, is set in such a way that the lower edge of the outlet is aligned with the upper edge of the agitating tool at its maximum setting, and c) that infeed devices (6, 7) for liquid and solid materials are provided in the mixing vessel itself. a) that the bottom of the vessel is closed, b) that the mixing vessel has an outlet opening in the wall area, which, at its maximum, is set in such a way that the lower edge of the outlet is aligned with the upper edge of the agitating tool at its maximum setting, and c) that infeed devices (6, 7) for liquid and solid materials are provided in the mixing vessel itself.
A modular Distributed Antenna System, DAS, interface tray, for providing an interface between a BTS and a DAS that can adjust the signal input RF power level from the BTS to signal output RF power levels that are harmonious with the requirements of the DAS, the interface tray comprising: a main chassis; one or more radio frequency, RF, modules coupled to the main chassis, said one or more RF modules including a front-end duplexer, acting as the first element that a transmit signal from the BTS encounters and the last element a receive signal encounters before returning to the BTS, and a downlink section adapted to process a transmit signal from the BTS through a cable switch matrix, said cable switch matrix comprising a manual set of cable jumpers, wherein the transmit signal from the BTS is routed, via the cable switch matrix employing a first setting of said cable jumpers, from the front-end duplexer to a power coupler adapted to terminate a portion of the transmit signal power from the BTS into a termination resistor, wherein the cable switch matrix is further adapted, employing a different setting of said cable jumpers, to also enable bypassing the power coupler and the termination resistor; and a Supervisor Control Power Supply Unit, PSU, module coupled to the main chassis. a main chassis; one or more radio frequency, RF, modules coupled to the main chassis, said one or more RF modules including a front-end duplexer, acting as the first element that a transmit signal from the BTS encounters and the last element a receive signal encounters before returning to the BTS, and a downlink section adapted to process a transmit signal from the BTS through a cable switch matrix, said cable switch matrix comprising a manual set of cable jumpers, wherein the transmit signal from the BTS is routed, via the cable switch matrix employing a first setting of said cable jumpers, from the front-end duplexer to a power coupler adapted to terminate a portion of the transmit signal power from the BTS into a termination resistor, wherein the cable switch matrix is further adapted, employing a different setting of said cable jumpers, to also enable bypassing the power coupler and the termination resistor; and a Supervisor Control Power Supply Unit, PSU, module coupled to the main chassis.
An epihalohydrin-based rubber composition comprising an epihalohydrin-based rubber, a carbon black, a quinoxaline-based cross-linking agent, and a hydrotalcite compound, wherein the carbon black has an iodine adsorption amount of 100 mg/g or more and a nitrogen adsorption specific surface area of 95 to 150 m 2 /g, a content of the quinoxaline-based cross-linking agent is 0.01 to 2 parts by weight with respect to 100 parts by weight of the epihalohydrin-based rubber, and a content of the hydrotalcite compound is more than 3 parts by weight and less than 10 parts by weight with respect to 100 parts by weight of the epihalohydrin-based rubber, wherein the iodine adsorption amount and the nitrogen adsorption specific surface area are measured as indicated in the description. the carbon black has an iodine adsorption amount of 100 mg/g or more and a nitrogen adsorption specific surface area of 95 to 150 m 2 /g, a content of the quinoxaline-based cross-linking agent is 0.01 to 2 parts by weight with respect to 100 parts by weight of the epihalohydrin-based rubber, and a content of the hydrotalcite compound is more than 3 parts by weight and less than 10 parts by weight with respect to 100 parts by weight of the epihalohydrin-based rubber, wherein the iodine adsorption amount and the nitrogen adsorption specific surface area are measured as indicated in the description.
A semiconductor light emitting device comprising: a substrate; a first conductivity type semiconductor layer on the substrate; an active layer on the first conductivity type semiconductor layer; a second conductivity type semiconductor layer on the active layer; a transparent electrode layer on the second conductivity type semiconductor layer, a second electrode having a pattern on the transparent electrode layer and electrically connected to the second conductivity type semiconductor layer; an insulation layer having a pad hole on the second electrode and the transparent electrode layer; a second electrode pad connected to the second electrode and exposed thorough the pad hole; a first electrode having a diverge node on the insulation layer and electrically connected to the first conductivity type semiconductor layer, a via hole disposed from the insulation layer to a portion of the first conductivity type semiconductor layer; a via electrode electrically connected to the first conductivity type semiconductor layer and the diverge node and disposed in the via hole, wherein a portion of the insulation layer is disposed in the via hole to insulate the via electrode from the second conductivity type semiconductor layer, and wherein the diverge node of the first electrode is disposed on the via electrode. a substrate; a first conductivity type semiconductor layer on the substrate; an active layer on the first conductivity type semiconductor layer; a second conductivity type semiconductor layer on the active layer; a transparent electrode layer on the second conductivity type semiconductor layer, a second electrode having a pattern on the transparent electrode layer and electrically connected to the second conductivity type semiconductor layer; an insulation layer having a pad hole on the second electrode and the transparent electrode layer; a second electrode pad connected to the second electrode and exposed thorough the pad hole; a first electrode having a diverge node on the insulation layer and electrically connected to the first conductivity type semiconductor layer, a via hole disposed from the insulation layer to a portion of the first conductivity type semiconductor layer; a via electrode electrically connected to the first conductivity type semiconductor layer and the diverge node and disposed in the via hole, wherein a portion of the insulation layer is disposed in the via hole to insulate the via electrode from the second conductivity type semiconductor layer, and wherein the diverge node of the first electrode is disposed on the via electrode.