mhurhangee/ep-ind-claims huggingface dataset:
Turbomachine with at least one group of blade rows that is arranged in a main flow path and has at least two rows of blades that are adjacent when seen in the main direction of flow, each with a plurality of blades (38, 40), characterized in that the rear edges of the blades of the upstream row of blades and the front edges of the blades of the downstream row of blades are arranged with axial edge spacing that decreases starting from a center of the main flow path in the direction of the two main flow boundaries, with the edge spacing decreasing constantly in the direction of a minimum lying at the main flow boundary; or the edge spacing decreases to a minimum and then increases in the direction of the main flow boundary, with the edge spacing at the main flow boundary being less than or equal to the edge spacing in the center of the main flow path; or the edge spacing decreases to a minimum and then is constant to the main flow boundary.
A crystalline monohydrate of the compound: characterized by a powder x-ray diffraction pattern having peaks at 9.3 °2Θ± 0.2 °2Θ, 10.4 °2Θ ± 0.2 °2Θ, and 13.0 °2Θ± 0.2 °2Θ.
A garden care device in the form of a scarifier, a mulching mower, or similar device controllable by hand in the region of a guide rail having an operating lever, wherein at least one processing tool drivable by means of a motor is movable into a ground-level working position and is settable into rotation by actuating a clutch, wherein the device is designed in the form of a rolling device having two spaced-apart wheel axles (6, 7), the front support unit of which, which is provided with a first wheel axle, being displaceable relative to a base housing having the second wheel axle and the drive structure about a shared transverse axis, wherein a respective ground clearance definable as a working depth is changeable in the region of the processing tool by means of an adjustment device provided between base housing and front support unit, characterized in that the adjustment device has a guide leg and in that the guide leg of the adjustment device is formed having a curved contour in cross section.
An anti-C5 antibody, or antigen binding fragment thereof, comprising CDR1, CDR2 and CDR3 heavy chain sequences as set forth in SEQ ID NOs: 1, 2 and 3, respectively, and CDR1, CDR2 and CDR3 light chain sequences as set forth in SEQ ID NOs: 4, 5 and 6, respectively, for use in a method of treating a human patient with a protein-losing enteropathy wherein the anti-C5 antibody, or antigen binding fragment thereof, is administered at a dose of: (i) 600 mg to a patient weighing 10 kg to <20 kg twice per week during weeks 1 and 2 of the administration cycle and once during week 3, followed by 300 mg or 600 mg once per week during weeks 4 and 5 and every two weeks thereafter; (ii) 600 mg to a patient weighing 20 kg to <30 kg twice per week during weeks 1 and 2 of the administration cycle, followed by 600 mg once per week during weeks 3, 4 and 5 and every two weeks thereafter; (iii) 900 mg to a patient weighing 30 kg to <40 kg twice per week during weeks 1 and 2 of the administration cycle, followed by 900 mg once per week during weeks 3, 4 and 5 and every two weeks thereafter; or (iv) 1200 mg to a patient weighing ≥40 kg twice per week during weeks 1 and 2 of the administration cycle, followed by 1200 mg once per week during weeks 3, 4 and 5 and every two weeks thereafter. (i) 600 mg to a patient weighing 10 kg to <20 kg twice per week during weeks 1 and 2 of the administration cycle and once during week 3, followed by 300 mg or 600 mg once per week during weeks 4 and 5 and every two weeks thereafter; (ii) 600 mg to a patient weighing 20 kg to <30 kg twice per week during weeks 1 and 2 of the administration cycle, followed by 600 mg once per week during weeks 3, 4 and 5 and every two weeks thereafter; (iii) 900 mg to a patient weighing 30 kg to <40 kg twice per week during weeks 1 and 2 of the administration cycle, followed by 900 mg once per week during weeks 3, 4 and 5 and every two weeks thereafter; or (iv) 1200 mg to a patient weighing ≥40 kg twice per week during weeks 1 and 2 of the administration cycle, followed by 1200 mg once per week during weeks 3, 4 and 5 and every two weeks thereafter.
Method for localizing a marine animal in an underwater environment implemented by a first passive acoustic monitoring system, the first passive acoustic monitoring system comprising a network of acoustic sensors adapted to carry out measurements of acoustic signals, the method comprising the steps of: - obtaining, from the network of acoustic sensors, a first set of measured data of an acoustic signal emitted by a marine animal; - defining a space of dimensional representation of the underwater environment discretized in a plurality of predefined cells, characterized in that the method comprises a step of: - for each cell of a predefined set of cells among said plurality, obtaining an error defined as a value of a cost function for said cell, said cost function giving a deviation between: at least some of said measured data of the first set and corresponding theoretical data obtained by assuming that the marine animal is located in said cell, wherein, for each cell, the lower the error, the higher the probability of presence of the marine mammal, and in that the method further comprises a step of establishing an error map from said errors obtained for the predefined set of cells. - obtaining, from the network of acoustic sensors, a first set of measured data of an acoustic signal emitted by a marine animal; - defining a space of dimensional representation of the underwater environment discretized in a plurality of predefined cells, - for each cell of a predefined set of cells among said plurality, obtaining an error defined as a value of a cost function for said cell, said cost function giving a deviation between: at least some of said measured data of the first set and corresponding theoretical data obtained by assuming that the marine animal is located in said cell, wherein, for each cell, the lower the error, the higher the probability of presence of the marine mammal, and in that the method further comprises a step of establishing an error map from said errors obtained for the predefined set of cells. at least some of said measured data of the first set and corresponding theoretical data obtained by assuming that the marine animal is located in said cell, wherein, for each cell, the lower the error, the higher the probability of presence of the marine mammal,
A simulation device designed to determine and select a turbomachine or a group of turbomachines (V1,..., Vn), in particular fans for a ventilation system with dynamically changing operating states, said device possessing, in at least one detectable operating variable, a value that is optimized with respect to this operating variable, chosen from a number of turbomachines (V1,..., Vn), with: a. an indicator device and an input device for inputting parameters, in particular operation-related parameters (Pb) and/or turbomachine-related parameters (Pm); b. a data storage device, in which a plurality of operation-specific and/or turbomachine-specific performance data for a number of turbomachines (V1,..., Vn) are stored; c. a system simulation module with adjustable parameters, which represent dynamically changing system states over a time span T of a system, wherein the parameters correspond to operating parameters and/or dynamically changeable system parameters and/or a number n' of active turbomachines (V1,..., Vn) chosen from n turbomachines (V1,..., Vn) of a system; d. a choice operator, which chooses, based on the turbomachine-related data stored in the data storage device and dependent on the inputted parameters (Pb, Pn), a specific turbomachine or a group of specific turbomachines (V1,..., Vn) chosen from the existing turbomachines stored in the data storage device, according to a selection algorithm and under consideration of dynamic, in particular time-weighted, operating states in the time interval T; and e. which indicates the choice on the indicator device. a. an indicator device and an input device for inputting parameters, in particular operation-related parameters (Pb) and/or turbomachine-related parameters (Pm); b. a data storage device, in which a plurality of operation-specific and/or turbomachine-specific performance data for a number of turbomachines (V1,..., Vn) are stored; c. a system simulation module with adjustable parameters, which represent dynamically changing system states over a time span T of a system, wherein the parameters correspond to operating parameters and/or dynamically changeable system parameters and/or a number n' of active turbomachines (V1,..., Vn) chosen from n turbomachines (V1,..., Vn) of a system; d. a choice operator, which chooses, based on the turbomachine-related data stored in the data storage device and dependent on the inputted parameters (Pb, Pn), a specific turbomachine or a group of specific turbomachines (V1,..., Vn) chosen from the existing turbomachines stored in the data storage device, according to a selection algorithm and under consideration of dynamic, in particular time-weighted, operating states in the time interval T; and e. which indicates the choice on the indicator device.
A web processing apparatus for processing a tube shaped web material into one or more sheets of the web material or at least two webs having one surface of the web opposed towards one surface of the other web and which are forwarded through the apparatus in parallel, where the apparatus comprises means for introducing ionised air into the area between two essentially parallel and opposing surfaces of the web material wherein the means for introducing ionised air comprises at least one air passage and air nozzles (6, 6') in a knife body of a slitting knife, and characterized in that at least the air passages, and preferably also coating covering the knife body surface, are made of an electrically non-conducting material, such as a polymeric material.
A radiator assembly for heat transfer by means of a combination of radiation and convection, comprising - a housing which comprises a front wall for the static heat emission by radiation, - at least one pipe system in the form of a pipe register for making a heating/cooling medium flow, - at least one distributor plate made of graphite for homogenizing the temperature distribution. - at least one additional heat exchanger element as well as - at least one ventilator, by means of which ventilator the heat transfer realised by convection can be adapted as required, characterized in that the heat exchanger element is formed by an essentially tubular body, in which channels are formed by providing ribs or fins, wherein the ventilator is arranged in the area of an upper opening of the body and an air filter is arranged in the area of a lower opening of the body. - a housing which comprises a front wall for the static heat emission by radiation, - at least one pipe system in the form of a pipe register for making a heating/cooling medium flow, - at least one distributor plate made of graphite for homogenizing the temperature distribution. - at least one additional heat exchanger element as well as - at least one ventilator, by means of which ventilator the heat transfer realised by convection can be adapted as required,
Method for securing a civil engineering site, comprising the following steps: continuously applying a reactant mixture along a boundary line delimiting the civil engineering site to a surface of a base formation, in particular a ballast bed (16, 18), allowing the reactant mixture to seep into the base formation (16, 18), and foaming the reactant mixture to form a solidified foam, wherein the foam and a part of the base formation (16, 18) surrounded by the foam form a protective wall extending along the boundary line and intended to hold back a base formation provided at an outer side face of the protective wall in the case of a base formation being removed at an inner side face of the protective wall. continuously applying a reactant mixture along a boundary line delimiting the civil engineering site to a surface of a base formation, in particular a ballast bed (16, 18), allowing the reactant mixture to seep into the base formation (16, 18), and foaming the reactant mixture to form a solidified foam, wherein the foam and a part of the base formation (16, 18) surrounded by the foam form a protective wall extending along the boundary line and intended to hold back a base formation provided at an outer side face of the protective wall in the case of a base formation being removed at an inner side face of the protective wall.
A heat dissipation and thermal protection system, the system comprising: a porous skin comprising an exposed exterior surface and a non-exposed surface; a coolant reservoir comprising a plurality of perforations coupled to the non-exposed surface; and a plurality of valves operable to regulate a coolant flow of a coolant fluid from the coolant reservoir to the porous skin in response to a temperature of the porous skin, wherein the coolant reservoir comprises an outer reservoir wall adjacent to the non-exposed surface, and an inner reservoir wall opposite to the outer reservoir wall, wherein each of the valves comprises a control poppet operable to move within a perforation from among the perforations to regulate the coolant flow of the coolant fluid through the perforation, wherein each of the valves comprises a valve actuator operable to displace the control poppet in response to a temperature of the coolant flow, the valve actuator fixedly secured at one end to one of: the outer reservoir wall and the inner reservoir wall. a porous skin comprising an exposed exterior surface and a non-exposed surface; a coolant reservoir comprising a plurality of perforations coupled to the non-exposed surface; and a plurality of valves operable to regulate a coolant flow of a coolant fluid from the coolant reservoir to the porous skin in response to a temperature of the porous skin, wherein the coolant reservoir comprises an outer reservoir wall adjacent to the non-exposed surface, and an inner reservoir wall opposite to the outer reservoir wall, wherein each of the valves comprises a control poppet operable to move within a perforation from among the perforations to regulate the coolant flow of the coolant fluid through the perforation, wherein each of the valves comprises a valve actuator operable to displace the control poppet in response to a temperature of the coolant flow, the valve actuator fixedly secured at one end to one of: the outer reservoir wall and the inner reservoir wall.
A method for controlling a mobile radio interface on a mobile terminal, the mobile terminal comprising a baseband processor and an application processor, Comprising the steps of: - executing an operating system on the application processor; - executing a virtual modem on the application processor, the virtual modem emulating a baseband processor providing the functionality and the interfaces of the baseband processor, the virtual modem performing only the data exchange between the operating system and the baseband processor, and provides the functionality of the baseband processor to thereby gain access to unauthorized data to filter it out, wherein the virtual modem provides a virtual signaling channel and virtual data channel, wherein AT control commands are transmitted over the virtual signaling channel, controlling the modem, and IP data is transmitted over the data channel, wherein an AT control command filter bering a component of the virtual modem which controls the AT control command flow between the operating system and the baseband processor and filters it according to specifications, and wherein an IP filter is a component of the virtual modem which, by implementing a firewall, prevents unwanted access from outside or inside. - executing an operating system on the application processor; - executing a virtual modem on the application processor, the virtual modem emulating a baseband processor providing the functionality and the interfaces of the baseband processor, the virtual modem performing only the data exchange between the operating system and the baseband processor, and provides the functionality of the baseband processor to thereby gain access to unauthorized data to filter it out, wherein the virtual modem provides a virtual signaling channel and virtual data channel, wherein AT control commands are transmitted over the virtual signaling channel, controlling the modem, and IP data is transmitted over the data channel,
Method for controlling the engine braking operation in combustion engines for motor vehicles, wherein the combustion engine is operated with direct injection of the fuel, and a controllable brake valve for retaining the exhaust gases in the engine braking operation is provided in the exhaust system, and also having an exhaust gas recirculation device having an exhaust gas recirculation valve which is arranged upstream of the brake valve, and a recirculation line which connects the exhaust system to the intake system of the combustion engine, and in the driving operation controls a defined exhaust gas recirculation quantity with respect to the combustion air, wherein in the engine braking operation the EGR valve is opened as a function of at least one prescribed operating parameter (n, T E) of the combustion engine, characterized in that the EGR valve is opened as a function of the currently prescribed and/or determined and/or detected temperature (T E) of the injection nozzles of the direct injection in the engine braking operation in a defined and/or prescribed fashion.
An atomizer comprising: an atomizing sleeve, with a reservoir formed therein; a heater, disposed inside the atomizing sleeve, the heater comprising: a quartz glass tube, hollow and with two ends opened; a liquid conductive element, received in the quartz glass tube; the liquid conductive element is configured for absorbing tobacco liquid into the quartz glass tube; a heating element, sleeved on the quartz glass tube; the heating element generates infrared radiation to heat the tobacco liquid stored in the quartz glass tube. an atomizing sleeve, with a reservoir formed therein; a heater, disposed inside the atomizing sleeve, the heater comprising: a quartz glass tube, hollow and with two ends opened; a liquid conductive element, received in the quartz glass tube; the liquid conductive element is configured for absorbing tobacco liquid into the quartz glass tube; a heating element, sleeved on the quartz glass tube; the heating element generates infrared radiation to heat the tobacco liquid stored in the quartz glass tube. a quartz glass tube, hollow and with two ends opened; a liquid conductive element, received in the quartz glass tube; the liquid conductive element is configured for absorbing tobacco liquid into the quartz glass tube; a heating element, sleeved on the quartz glass tube; the heating element generates infrared radiation to heat the tobacco liquid stored in the quartz glass tube.
A method of amplifying Target nucleotide sequences comprising the steps of (i) introducing to target nucleotide sequences two or more probe nucleotide sequences under hybridizing conditions; wherein each said probe nucleotide sequence comprises at least three regions being, a Primer 1 comprising a Hybrid Seq RC region; and, a specific second region, being a Target RC region contiguous with said Primer 1 region; and a third region being a Primer 2 region contiguous with said second region; and, (ii) selectively amplifying said Target nucleotide sequences; wherein Primer 1 means a primer comprising a 5' promoter region for an RNA polymerase that catalyzes the formation of RNA in the 5' → 3' direction; Hybrid Seq RC means a sequence on the 3' end of the Probe sequence that is sufficiently complementary to the 3' end of Primer 1 to hybridize under reaction conditions to enable the creation of a double-stranded DNA sequence by a DNA-dependent DNA polymerase; Target RC means a short oligonucleotide sequence that is reverse complementary to a sequence on a Target nucleotide sequence; and Primer 2 means an oligonucleotide sequence complementary to the 3' end of RNA transcribed from the DNA template synthesized in Primer 1, which will hybridize to this sequence to permit the transcription of a DNA:RNA hybrid catalyzed by an RNA-dependent DNA polymerase. (i) introducing to target nucleotide sequences two or more probe nucleotide sequences under hybridizing conditions; wherein each said probe nucleotide sequence comprises at least three regions being, a Primer 1 comprising a Hybrid Seq RC region; and, a specific second region, being a Target RC region contiguous with said Primer 1 region; and a third region being a Primer 2 region contiguous with said second region; and, (ii) selectively amplifying said Target nucleotide sequences; wherein Primer 1 means a primer comprising a 5' promoter region for an RNA polymerase that catalyzes the formation of RNA in the 5' → 3' direction; Hybrid Seq RC means a sequence on the 3' end of the Probe sequence that is sufficiently complementary to the 3' end of Primer 1 to hybridize under reaction conditions to enable the creation of a double-stranded DNA sequence by a DNA-dependent DNA polymerase; Target RC means a short oligonucleotide sequence that is reverse complementary to a sequence on a Target nucleotide sequence; and Primer 2 means an oligonucleotide sequence complementary to the 3' end of RNA transcribed from the DNA template synthesized in Primer 1, which will hybridize to this sequence to permit the transcription of a DNA:RNA hybrid catalyzed by an RNA-dependent DNA polymerase.
A liquid fabric softener composition comprising, based on the weight of the liquid fabric softener composition: a) from 2% to 25% of fabric softening active; b) from 0.01% to 1% of chitosan; c) from 0.002% to 2% of salt selected from the group consisting of alkaline metals salts, alkaline earth metal salts of the mineral acids and combinations thereof. a) from 2% to 25% of fabric softening active; b) from 0.01% to 1% of chitosan; c) from 0.002% to 2% of salt selected from the group consisting of alkaline metals salts, alkaline earth metal salts of the mineral acids and combinations thereof.
Transverse link of a motor vehicle, comprising a wheel-side structure for the coupling-on of a wheel, having a device which has an opening for receiving a ball joint in a press-fit connection, wherein the wall of the device in a region provided for force-fitting contact with the ball joint has a reduced material thickness, in relation to the material thickness in the remaining region of the wall of the device, in a region directed towards the brake disc of the wheel to be coupled on, characterized in that the reduced material thickness is formed by means of a depression, produced by cutting techniques, in relation to the remaining region of the inner surface of the wall of the device in the case of a uniform outer surface.
A biopsy needle device (100; 200), comprising: a cannula (120; 220) comprising a distal end configured to sever a collapsed tissue sample; a trocar (140; 240) disposed within the cannula comprising a notch (157; 257) comprising a channel (158; 258) configured to receive and to retain the collapsed tissue sample; and a stylet (160; 260) disposed within the trocar comprising a distal end configured to dislodge the collapsed tissue sample from the channel, wherein the distal end of the stylet comprises a bevel. a cannula (120; 220) comprising a distal end configured to sever a collapsed tissue sample; a trocar (140; 240) disposed within the cannula comprising a notch (157; 257) comprising a channel (158; 258) configured to receive and to retain the collapsed tissue sample; and a stylet (160; 260) disposed within the trocar comprising a distal end configured to dislodge the collapsed tissue sample from the channel, wherein the distal end of the stylet comprises a bevel.
A compound of formula (I') wherein: R is a radical selected from the group consisting of and R 1 is (C 1 -C 12 alkyl. R is a radical selected from the group consisting of and R 1 is (C 1 -C 12 alkyl.