mhurhangee/ep-ind-claims huggingface dataset:
An isolated, recombinant or purified CD43 peptide with a length of at most 100 amino acid residues, wherein said peptide comprises the amino acid sequence GTITTNSPETSSRTSGAPVTTAASSLETSRGTS, and wherein said peptide has an AML-specific glycosylation pattern or an MDS-specific glycosylation pattern.
A method for controlling a distribution of fuel to a plurality of nozzles comprising duplex nozzle groups (306-1a, 306-1b) and simplex nozzle groups (306-2a, 306-2b) and associated with at least one aircraft engine, the method comprising: determining a state of operation associated with the at least one aircraft engine; providing fuel from a fuel supply to a primary manifold comprising a first subset of nozzles, including the duplex nozzle groups (306-1a, 306-1b), via a primary line 408-1 and providing fuel from the fuel supply to a secondary manifold comprising each of the nozzles via a secondary line; causing a valve, coupled to a fuel supply and each of the nozzles via the secondary line, to open when it is determined that the state of operation indicates a high power state relative to at least one threshold; and causing the valve to close when it is determined that the state of operation indicates a low power state relative to the at least one threshold; the method characterised by establishing a first primary flow number for a first of the duplex nozzle groups; and establishing a second primary flow number that is different from the first primary flow number for a second of the duplex nozzle groups. determining a state of operation associated with the at least one aircraft engine; providing fuel from a fuel supply to a primary manifold comprising a first subset of nozzles, including the duplex nozzle groups (306-1a, 306-1b), via a primary line 408-1 and providing fuel from the fuel supply to a secondary manifold comprising each of the nozzles via a secondary line; causing a valve, coupled to a fuel supply and each of the nozzles via the secondary line, to open when it is determined that the state of operation indicates a high power state relative to at least one threshold; and causing the valve to close when it is determined that the state of operation indicates a low power state relative to the at least one threshold; the method characterised by establishing a first primary flow number for a first of the duplex nozzle groups; and establishing a second primary flow number that is different from the first primary flow number for a second of the duplex nozzle groups. establishing a first primary flow number for a first of the duplex nozzle groups; and establishing a second primary flow number that is different from the first primary flow number for a second of the duplex nozzle groups.
Process for cleaning polycrystalline silicon chunks in an acidic cleaning bath comprising an acid circuit in which acid is circulated, wherein the cleaning comprises several cleaning cycles, wherein a particular amount of acid is consumed in each cleaning cycle, wherein the respective consumption volumes of each cleaning cycle are recorded in a computer-controlled dosage system as plant parameters, wherein an integrator of the dosage system is used to add up those amounts of acid consumed in each cleaning cycle to give a total consumption of acid in the cleaning bath, wherein, on attainment of a total consumption of acid in the cleaning bath of 5-10 1, by means of a membrane metering pump, or wherein, on attainment of a total consumption of acid in the cleaning bath of 10-30 1, by means of a gravimetric metering system, an amount of unconsumed acid corresponding to the total consumption of acid in the cleaning bath is withdrawn from a reservoir vessel and fed to the cleaning bath, wherein the ratio of amount of acid circulated in liters to the mass of the polysilicon chunks present in the cleaning bath in kg is greater than 10.
A device for recycling mixed plastic waste, comprising an agglomeration chamber base, agglomeration chamber, observation and service opening, recycled plastic mixture outlet port, loading chamber equipped with a loading port and an upper observation opening, motor, switchboard, collar attached to the bottom of the agglomeration chamber, shaft running through the bottom and collar, and attached to the motor, blade system comprising blade holder, two material exit guides, two inner blades, two outer blades, two blade mounting plates, and fasteners attached to the shaft, exhaust fan for water vapour, is characterised in that closed bearings and pressure seals have been provided for the bearing pedestal of the shaft, the agglomeration chamber comprises a double wall, and the equipment is provided with a cooling system equipped with a cooling inlet and cooling outlet, transmission and lubricating chamber, and lubricating pump, equipped with an additional preheater and the cutting angle α and the cutting angle β of the mounting plate are approximately 28° to 32°, the angle γ between the cutting edge of the inner blade, and the edge on the side of the material exit guide is approximately 50°.
Process for producing a ferritic hot-rolled strip in an integrated casting-rolling plant, comprising the steps: continuous casting of a liquid steel to give a strip having a slab or thin slab cross section in a continuous casting plant (2, CCM); prerolling of the strip to give an intermediate strip in a multipart roughing stand; heating of the broad sides of the intermediate strip by one or preferably more inductive surface heating modules to a surface temperature of ≥ 1000°C, preferably ≥ 1050°C, where a surface heating module is operated using an alternating current having a first frequency f1 and the first frequency f1 obeys: f1 ≥ 20 kHz, preferably f1 ≥ 50 kHz, particularly preferably f1 ≥ 100 kHz; descaling of the broad sides of the heated intermediate strip in a descaling apparatus; final rolling of the descaled intermediate strip to give the hot-rolled strip in a multipart finishing stand, where the descaled intermediate strip after descaling and without further cooling enters a first set of the finishing stand with an average temperature of 775-900°C and at least the last rolling pass in the finishing stand takes place in the ferritic temperature range of the steel; setting of the hot-rolled strip to coiler temperature; and winding-up of the hot-rolled strip in a coiler (15, DC). continuous casting of a liquid steel to give a strip having a slab or thin slab cross section in a continuous casting plant (2, CCM); prerolling of the strip to give an intermediate strip in a multipart roughing stand; heating of the broad sides of the intermediate strip by one or preferably more inductive surface heating modules to a surface temperature of ≥ 1000°C, preferably ≥ 1050°C, where a surface heating module is operated using an alternating current having a first frequency f1 and the first frequency f1 obeys: f1 ≥ 20 kHz, preferably f1 ≥ 50 kHz, particularly preferably f1 ≥ 100 kHz; descaling of the broad sides of the heated intermediate strip in a descaling apparatus; final rolling of the descaled intermediate strip to give the hot-rolled strip in a multipart finishing stand, where the descaled intermediate strip after descaling and without further cooling enters a first set of the finishing stand with an average temperature of 775-900°C and at least the last rolling pass in the finishing stand takes place in the ferritic temperature range of the steel; setting of the hot-rolled strip to coiler temperature; and winding-up of the hot-rolled strip in a coiler (15, DC).
A battery management unit for a battery module including a plurality of battery cells, the battery management unit comprising: a sensing unit electrically connected to the plurality of battery cells, and configured to detect voltage of each of the plurality of battery cells and output a detection signal including voltage information representing the detected voltages; a first power supply unit configured to generate a first operating voltage using a module voltage of the battery module; a communication unit which operates using the first operating voltage, the communication unit including an antenna, a wireless communication circuit and a first input port, and configured to receive the detection signal from the sensing unit through the first input port, test at least one preset item based on the detection signal, and output a RF signal indicating a result of the test through the antenna and the wireless communication circuit a second power supply unit having a power source terminal, and configured to convert a power source voltage of a power source to a second operating voltage when the power source is connected to the power source terminal; a control unit which operates using the second operating voltage, and configured to output a control signal for controlling the sensing unit based on the detection signal; and a first isolation circuit which operates using the first operating voltage and the second operating voltage, and configured to relay communication between the communication unit and the control unit. a sensing unit electrically connected to the plurality of battery cells, and configured to detect voltage of each of the plurality of battery cells and output a detection signal including voltage information representing the detected voltages; a first power supply unit configured to generate a first operating voltage using a module voltage of the battery module; a communication unit which operates using the first operating voltage, the communication unit including an antenna, a wireless communication circuit and a first input port, and configured to receive the detection signal from the sensing unit through the first input port, test at least one preset item based on the detection signal, and output a RF signal indicating a result of the test through the antenna and the wireless communication circuit a second power supply unit having a power source terminal, and configured to convert a power source voltage of a power source to a second operating voltage when the power source is connected to the power source terminal; a control unit which operates using the second operating voltage, and configured to output a control signal for controlling the sensing unit based on the detection signal; and a first isolation circuit which operates using the first operating voltage and the second operating voltage, and configured to relay communication between the communication unit and the control unit.
Tensioning device for pre-stressing, post-tensioning or providing a confining pressure to a structure, in particular a concrete structure, comprising a sheet, wherein the sheet comprises a first sheet end and a second sheet end, and at least one roller for tensioning the sheet, wherein the first sheet end is connectable to the structure and the sheet is wrapped around the roller and wherein the roller comprises a structural connecting element to connect the tensioning device to the structure and the roller is designed such that the second sheet end is connected to the roller and the sheet is tensioned by a rotation of the roller wherein the sheet has a length, a height and a width, wherein the width is at least four times as large as the height characterized in that the height is less than 5 mm, in particular less than 2.5 mm and the sheet is a steel sheet having a yield strength of 500 to 1700 MPa and a tensile strength of 600 to 2000 MPa.
A device for automatically identifying a part (20a, 20b) of an anatomy structure comprising several parts (20a, 20b), in which anatomy structure an intervention device resides, comprising: a feature extraction unit; and an anatomy part classification unit; wherein the feature extraction unit is adapted for extracting at least one characterizing feature of the appearance of the intervention device using provided image content data; characterised in that the anatomy part classification unit is configured to determine in which part (20a, 20b) of the several parts (20a, 20b) of the anatomy structure the interventional device is located, based on a result of correlating the at least one characterizing feature with provided classifier data being characteristic for the appearance of the intervention device when located in different parts (20a,20b) of the anatomy structure. a feature extraction unit; and an anatomy part classification unit; wherein the feature extraction unit is adapted for extracting at least one characterizing feature of the appearance of the intervention device using provided image content data; characterised in that the anatomy part classification unit is configured to determine in which part (20a, 20b) of the several parts (20a, 20b) of the anatomy structure the interventional device is located, based on a result of correlating the at least one characterizing feature with provided classifier data being characteristic for the appearance of the intervention device when located in different parts (20a,20b) of the anatomy structure.
A vulcanizate, obtained by vulcanization-molding an unvulcanized rubber composition at least containing a chloroprene polymer and carbon black, to give a semivulcanized molded article having a cure characteristic value, as determined by the method specified in JIS K6300-2: 2001, in the range of t 10 to t 80, vulcanizing the semivulcanized molded article additionally in the state as it is deformed entirely, and then removing the deformation.
A semiconductor radiation source, comprising a base body on which at least two LED chips (Light Emitting Diode Chips) (12, 14, 16, 18, 20) are directly mounted and attached to the base body using a thermally conductive connection, wherein at least one printed circuit board is mounted on the base body which extends from the centrally arranged LED chips (12, 14, 16, 18, 20) towards the outside to the peripheral region of the base body, wherein the LED chips (12, 14, 16, 18, 20) are arranged in the central region of the base body in a dense package such that they are adjacent to one another, that Is to say without the printed circuit board between them, the printed circuit board has been brought close to the LED chips (12, 14, 16, 18,20) substantially up to a central, annular chip region, characterized in that the printed circuit board runs beside the chips and projects into free areas (36a, 36b, 36c, 36d) which extend laterally beside the LED chips (12, 14, 16, 18, 20), such that the printed circuit board substantially covers the entire area of the base body, apart from the area which is occupied by the LED chips.
Heat exchanger comprising a plurality of plates arranged parallel to each other and to a longitudinal direction (z), said plates being stacked in a spaced-apart manner so as to together define at least one first set of passages (10A, 10B) configured for a first fluid to generally flow in the longitudinal direction (z) and at least one second set of passages configured for the flow of a second fluid to be brought into a heat exchange relationship with the first fluid, at least one first passage of the first set comprising a first mixing device and at least one second passage of the first set comprising a second mixing device, each of the first and second mixing devices (3A, 3B) comprising: - at least one lateral channel (31A, 31B) configured in order for a first phase of the first fluid to flow from at least one first inlet (311A, 311B), - a series of longitudinal channels (32A, 32B) extending in the longitudinal direction (z) and each configured in order for a second phase of the first fluid to flow from a second inlet (321A, 321B) to a second outlet (322A, 322B), said longitudinal channels succeeding each other in a lateral direction (y) orthogonal to the longitudinal direction (z), and - at least one opening fluidly connecting said at least one lateral channel (31A, 31B) to at least one longitudinal channel (32A, 32B) such that the first and second mixing devices (3A, 3B) are configured to distribute a mixture of the first phase and the second phase via the second outlets (322A, 322B) of their respective longitudinal channels (32A, 32B), characterized in that the longitudinal channels of the first mixing device are at least partly arranged at positions in the lateral direction (y) that are different from the positions of the longitudinal channels of the second mixing device. - at least one lateral channel (31A, 31B) configured in order for a first phase of the first fluid to flow from at least one first inlet (311A, 311B), - a series of longitudinal channels (32A, 32B) extending in the longitudinal direction (z) and each configured in order for a second phase of the first fluid to flow from a second inlet (321A, 321B) to a second outlet (322A, 322B), said longitudinal channels succeeding each other in a lateral direction (y) orthogonal to the longitudinal direction (z), and - at least one opening fluidly connecting said at least one lateral channel (31A, 31B) to at least one longitudinal channel (32A, 32B) such that the first and second mixing devices (3A, 3B) are configured to distribute a mixture of the first phase and the second phase via the second outlets (322A, 322B) of their respective longitudinal channels (32A, 32B), characterized in that the longitudinal channels of the first mixing device are at least partly arranged at positions in the lateral direction (y) that are different from the positions of the longitudinal channels of the second mixing device.
A computer-implemented method of detecting a return-oriented programming, ROP, exploit, comprising: appending a dummy instruction to the end of a suspected ROP chain; executing the suspected ROP chain; determining that the dummy instruction was executed; and designating the suspected ROP chain as an ROP chain. appending a dummy instruction to the end of a suspected ROP chain; executing the suspected ROP chain; determining that the dummy instruction was executed; and designating the suspected ROP chain as an ROP chain.
Exhaust muffler for an aircraft comprising: - an exhaust gases inlet, - an exhaust gases outlet, - a peripheral wall: • adapted to guide a flow of exhaust gases between the inlet and the outlet, • comprising at least one vacuum chamber (16, 17, 18), wherein the peripheral wall comprises: - at least two vacuum chambers (16, 17, 18) in a same transversal cross-section and characterised by at least two vacuum chambers (16,17,18) successively arranged in the peripheral wall radial direction between an inner surface of the peripheral wall and an outer surface of the peripheral wall. - an exhaust gases inlet, - an exhaust gases outlet, - a peripheral wall: • adapted to guide a flow of exhaust gases between the inlet and the outlet, • comprising at least one vacuum chamber (16, 17, 18), • adapted to guide a flow of exhaust gases between the inlet and the outlet, • comprising at least one vacuum chamber (16, 17, 18), - at least two vacuum chambers (16, 17, 18) in a same transversal cross-section and characterised by at least two vacuum chambers (16,17,18) successively arranged in the peripheral wall radial direction between an inner surface of the peripheral wall and an outer surface of the peripheral wall.
A single phase alkaline composition having a pH when diluted in water to a concentration of 1 to 3 % of greater than 7 comprising by weight: (a) 2-25% of ethoxylates of a non-ionic surfactant comprised of a composition represented by the general formula: R 1 -(OC 2 H 4) k -OH wherein R 1 represents an unbranched alkyl or alkenyl group having 1 to 10 carbon atoms and k is 1 to 10, (b) 2-20% of a non-ionic surfactant comprised of a composition represented by the general formula: CH 3 -CH(CH 3)-(CH 2) n -OH wherein n is 6 to 14 and the composition is ethoxylated with 1-12 ethoxylate groups, (c) 3-10% of at least one organic water soluble solvent, (d) 1-10% of a chelant, (e) 2-12% of monoethanolamine, (f) 0.5 - 20% of an anionic surfactant blend comprised of: i. 30-60% of organic solvent, and ii. 40-70% sulfosuccinicmonoalkylester represented by the general formula: O 3 S-CH-COOR 1 -CH 2 -COOR 2 wherein R 1 is comprised of a fatty alcohol, a fattyalcoholpolyglycolether, or a alkylphenylpolyglycolether or combinations thereof, and R 2 is comprised of H; and (g) the balance being water. (a) 2-25% of ethoxylates of a non-ionic surfactant comprised of a composition represented by the general formula: R 1 -(OC 2 H 4) k -OH wherein R 1 represents an unbranched alkyl or alkenyl group having 1 to 10 carbon atoms and k is 1 to 10, (b) 2-20% of a non-ionic surfactant comprised of a composition represented by the general formula: CH 3 -CH(CH 3)-(CH 2) n -OH wherein n is 6 to 14 and the composition is ethoxylated with 1-12 ethoxylate groups, (c) 3-10% of at least one organic water soluble solvent, (d) 1-10% of a chelant, (e) 2-12% of monoethanolamine, (f) 0.5 - 20% of an anionic surfactant blend comprised of: i. 30-60% of organic solvent, and ii. 40-70% sulfosuccinicmonoalkylester represented by the general formula: O 3 S-CH-COOR 1 -CH 2 -COOR 2 wherein R 1 is comprised of a fatty alcohol, a fattyalcoholpolyglycolether, or a alkylphenylpolyglycolether or combinations thereof, and R 2 is comprised of H; and O 3 S-CH-COOR 1 -CH 2 -COOR 2 wherein R 1 is comprised of a fatty alcohol, a fattyalcoholpolyglycolether, or a alkylphenylpolyglycolether or combinations thereof, and R 2 is comprised of H; and (g) the balance being water.
A surgical instrument for laparoscopic procedures, adapted and configured to aspirate and retract a hollow organ, comprising: a needle body (130, 230, 530, 630, 1030, 1130, 1230, 1330), the needle body including a sharpened distal tip; an outer shaft operatively disposed concentrically outside of the needle body and longitudinally translatable relative thereto; an anchor (140, 240, 340, 440, 540, 640, 940, 1040, 1140, 1240a, 1240b, 1340, 1140a, 1140b, 1540a, 1540b), deployable with respect to the needle body, adapted and configured for engaging and retracting the hollow organ, the anchor having a proximal end mounted to the outer shaft and a distal end mounted to the needle body; and an aperture (135, 137, 1337) provided in connection with the needle body, adapted and configured for permitting aspiration of contents of the hollow organ, characterised in that the distal end of the anchor is attached to an outer surface of the needle body such that the sharpened distal tip extends beyond the distal end of the anchor. a needle body (130, 230, 530, 630, 1030, 1130, 1230, 1330), the needle body including a sharpened distal tip; an outer shaft operatively disposed concentrically outside of the needle body and longitudinally translatable relative thereto; an anchor (140, 240, 340, 440, 540, 640, 940, 1040, 1140, 1240a, 1240b, 1340, 1140a, 1140b, 1540a, 1540b), deployable with respect to the needle body, adapted and configured for engaging and retracting the hollow organ, the anchor having a proximal end mounted to the outer shaft and a distal end mounted to the needle body; and an aperture (135, 137, 1337) provided in connection with the needle body, adapted and configured for permitting aspiration of contents of the hollow organ, characterised in that the distal end of the anchor is attached to an outer surface of the needle body such that the sharpened distal tip extends beyond the distal end of the anchor.