mhurhangee/ep-ind-claims huggingface dataset:
A hybrid process for the selective absorption of gases from gas mixtures containing them, characterized by comprising the steps of: - an initial absorption of the gases to be removed by a physical absorption process by which up to 30% of the gases to be removed is absorbed by physical solubility in an absorbent solution which is subsequently flash-regenerated, and - a final absorption of the remaining gases with a chemical absorption process by which the remaining gases to be removed are chemically absorbed by an absorbent solution which is subsequently regenerated by means of a heat and/or steam external supply the heat supplied for the regeneration of the chemical absorption solution and largely contained in the gas mixture exiting from the regeneration step being recovered and re-used in double effect for improving and/or for completing the flash-regeneration of the solution used for the physical absorption of the gases to be removed. - an initial absorption of the gases to be removed by a physical absorption process by which up to 30% of the gases to be removed is absorbed by physical solubility in an absorbent solution which is subsequently flash-regenerated, and - a final absorption of the remaining gases with a chemical absorption process by which the remaining gases to be removed are chemically absorbed by an absorbent solution which is subsequently regenerated by means of a heat and/or steam external supply
Control device for actuating personal protection means for a vehicle comprising at least one switching converter for voltage conversion, wherein the at least one switching converter is arranged on an integrated circuit, wherein the control device has an influencing circuit (42, 43) for the at least one switching converter, and wherein the influencing circuit (42, 43) determines a thermal loading of the integrated circuit depending on at least one physical parameter at the integrated circuit and changes rise and/or fall times of at least one output signal of the switching converter depending on the thermal loading, characterized in that shorter rise and/or fall times are selected when the thermal loading is greater than a limit loading.
A saw wire for cutting hard and brittle materials comprising a steel wire with a diameter ' d ' and a centreline, said saw wire having bends with segments in between, said centreline having a top curvature ' k i ' at each of said bends when measured with a load of about one newton on said saw wire, characterised in that the average of the products of said top curvatures with half said diameter, over a length of saw wire comprising at least ' N ' bends, with ' N ' being not less than 50, is between 0.5 and 5 percent or in formula: 0.005 < Σ i = 1 N k i d / 2 N < 0.050
A semiconductor device, comprising a storage chip, a temperature detection unit, a control chip, a first power supply (Vtemp), and a second power supply, wherein the temperature detection unit is configured to detect the temperature of the storage chip, and the control chip is configured to heat the storage chip prior to the activation of the storage chip; wherein the temperature detection unit being powered by the first power supply (Vtemp), and the storage chip being powered by the second power supply; and wherein the semiconductor device is configured to supply power to the temperature detection unit before supplying power to the storage chip. wherein the temperature detection unit is configured to detect the temperature of the storage chip, and the control chip is configured to heat the storage chip prior to the activation of the storage chip; wherein the temperature detection unit being powered by the first power supply (Vtemp), and the storage chip being powered by the second power supply; and wherein the semiconductor device is configured to supply power to the temperature detection unit before supplying power to the storage chip.
A composition comprising: valbenazine, or a pharmaceutically acceptable salt thereof; silicified microcrystalline cellulose; isomalt; hydroxypropyl methylcellulose; partially pregelatinized maize starch; and magnesium stearate. valbenazine, or a pharmaceutically acceptable salt thereof; silicified microcrystalline cellulose; isomalt; hydroxypropyl methylcellulose; partially pregelatinized maize starch; and magnesium stearate.
A windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one groove, in which groove a longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm can be pivotally connected to said connecting device about a pivot axis near one end thereof, wherein said connecting device comprising at least two parts (8,9) provided with protrusion/hole (11,12) means for detachably connecting said parts together, wherein the first part is retained onto the wiper blade and wherein the second part comprises a channel for receiving a rod-like extension of said oscillating arm, wherein said windscreen wiper device is provided with first and second retention means for retaining said connecting device onto said oscillating arm, wherein the first retention means are formed by protrusion/hole (13,15) means on said rod-like extension of the oscillating arm and on an inner wall of said channel for snappingly interconnecting said rod-like extension of the oscillating arm and the second part of the connecting device, and wherein a force for deactivating the first retention means is smaller than a force deactivating the second retention means, characterized in that said protrusion of said channel is provided on a lever hingeable due to its resiliency by moving said connecting device relative to said oscillating arm in longitudinal direction thereof by hand between an inward position, wherein said oscillating arm is retained on said second part and an outward position, wherein said oscillating arm is released from said second part, wherein the second retention means are formed by at least one protrusion provided on the first part and extending upwardly from said first part arranged to engage into a correspondingly shaped hole in said rod-like extension of the oscillating arm.
An undercarriage system for a tracked work vehicle, comprising: - a tensioning system configured to provide tension to a continuous track; - an undercarriage beam, characterized in that said undercarriage beam comprises: - a first opening located on an upper face of the undercarriage beam, wherein the first opening is configured to enable insertion of the tensioning system into a cavity of the undercarriage beam; and - a second opening located at one longitudinal end of the undercarriage beam, wherein the second opening is configured to enable a portion of the tensioning system to extend through the second opening to enable the tensioning system to pivotably couple to an idler wheel via a pivot assembly, and wherein the idler wheel is configured to engage the continuous track. - a tensioning system configured to provide tension to a continuous track; - an undercarriage beam, characterized in that said undercarriage beam comprises: - a first opening located on an upper face of the undercarriage beam, wherein the first opening is configured to enable insertion of the tensioning system into a cavity of the undercarriage beam; and - a second opening located at one longitudinal end of the undercarriage beam, wherein the second opening is configured to enable a portion of the tensioning system to extend through the second opening to enable the tensioning system to pivotably couple to an idler wheel via a pivot assembly, and wherein the idler wheel is configured to engage the continuous track. - a first opening located on an upper face of the undercarriage beam, wherein the first opening is configured to enable insertion of the tensioning system into a cavity of the undercarriage beam; and - a second opening located at one longitudinal end of the undercarriage beam, wherein the second opening is configured to enable a portion of the tensioning system to extend through the second opening to enable the tensioning system to pivotably couple to an idler wheel via a pivot assembly, and wherein the idler wheel is configured to engage the continuous track.
A cover sheet for personal hygiene articles characterized in that - the cover sheet consists of 100% hydrophobic cellulosic fibers, the sink time thereof being greater than 600 seconds, when measured by test method NWSP 010.1R0, 5.1/8.1, - the cover sheet is mechanically consolidated, and - the cover sheet contains a hydrophilic surface coating. - the cover sheet consists of 100% hydrophobic cellulosic fibers, the sink time thereof being greater than 600 seconds, when measured by test method NWSP 010.1R0, 5.1/8.1, - the cover sheet is mechanically consolidated, and - the cover sheet contains a hydrophilic surface coating.
A regenerated cellulose fibre obtained by the viscose process and having a multi-limbed cross-section, characterized in that the cross-section is formed of at least two multi-limbed basic shapes (1', 2', 3', 4'), which basic shapes are connected, in each case at least at one of their limb ends, to the limb end of another basic shape and the length of the connecting limb resulting from the connection of the two limb ends is longer than the length of the shortest one of the other limbs by a factor of at least 1.5, preferably of from 1.5 to 2.0.
A workbench for receiving objects, having a frame and a turning device for turning an object, which is supported on the frame so as to be pivotable about a pivot axis, the turning device having a turning frame which is formed from at least two plate elements arranged at an angle to one another, wherein the plate elements are formed as tabletops of the workbench, characterized in that the workbench has four tabletops, and wherein two tabletops form the turning frame and the other two tabletops are firmly connected to the frame.
An aircraft comprising: an electric propulsion engine; a combustion turbine engine; a flight controller for generating a first control signal indicative of a thrust request, a second control signal indicative of a recharge request, and a third control signal indicative of a descent request; and an aircraft propulsion controller operative to engage the electric propulsion engine and the combustion turbine engine in response to the first control signal and disengage the electric propulsion engine in response to the second control signal, wherein the electric propulsion engine is operative to withdraw into an aircraft fuselage in response to the second control signal, wherein the electric propulsion engine is operative to deploy in response to the third control signal, and wherein the electric propulsion engine is engaged in a regenerative mode to charge a battery in response to the third control signal. an electric propulsion engine; a combustion turbine engine; a flight controller for generating a first control signal indicative of a thrust request, a second control signal indicative of a recharge request, and a third control signal indicative of a descent request; and an aircraft propulsion controller operative to engage the electric propulsion engine and the combustion turbine engine in response to the first control signal and disengage the electric propulsion engine in response to the second control signal, wherein the electric propulsion engine is operative to withdraw into an aircraft fuselage in response to the second control signal, wherein the electric propulsion engine is operative to deploy in response to the third control signal, and wherein the electric propulsion engine is engaged in a regenerative mode to charge a battery in response to the third control signal.
Block-like sound-absorbing paving element, comprising: - an upper surface; - a lower surface; - a number of side surfaces extending between the upper surface and lower surface; - a number of recesses with different geometric dimensions which are free of acoustically absorbing material and arranged for absorbing sound incident on the upper surface in different frequency ranges; whereby the porosity, defined as the cumulative surface area of the upper outer ends of the one or more recesses having an equal form and volume, particularly an equal depth, divided by the overall surface area of the upper surface, amounts to a maximum of 5%, and that each of the recesses: - is an elongate recess, - is provided in one or more of the side surfaces, characterized in that each of the recesses extends from the upper surface to a position between the upper surface and lower surface for the purpose of forming recesses of different depths. - an upper surface; - a lower surface; - a number of side surfaces extending between the upper surface and lower surface; - a number of recesses with different geometric dimensions which are free of acoustically absorbing material and arranged for absorbing sound incident on the upper surface in different frequency ranges; whereby the porosity, defined as the cumulative surface area of the upper outer ends of the one or more recesses having an equal form and volume, particularly an equal depth, divided by the overall surface area of the upper surface, amounts to a maximum of 5%, and that each of the recesses: - is an elongate recess, - is provided in one or more of the side surfaces, characterized in that each of the recesses extends from the upper surface to a position between the upper surface and lower surface for the purpose of forming recesses of different depths. - is an elongate recess, - is provided in one or more of the side surfaces, characterized in that each of the recesses
A display device having an emission part and a transmission part (T/E), the display device comprising: a transparent substrate; a reflective anode on the transparent substrate in the emission part; a transparent anode on the transparent substrate in the transmission part (T/E); a first light emitting layer arranged on the reflective anode in the emission part; a second light emitting layer arranged on the transparent anode in the transmission part (T/E); and a cathode arranged on both the first light emitting layer and the second light emitting layer, wherein a first organic stack is associated with the emission part and including the first light emitting layer between the reflective anode and the cathode, wherein a second organic stack is associated with the transmission part (T/E) and including the second light emitting layer between the transparent anode and the cathode, and characterised in that the second organic stack of the transmission part (T/E) comprises an optical compensation layer and is taller in height than the first organic stack of the emission part. a transparent substrate; a reflective anode on the transparent substrate in the emission part; a transparent anode on the transparent substrate in the transmission part (T/E); a first light emitting layer arranged on the reflective anode in the emission part; a second light emitting layer arranged on the transparent anode in the transmission part (T/E); and a cathode arranged on both the first light emitting layer and the second light emitting layer, wherein a first organic stack is associated with the emission part and including the first light emitting layer between the reflective anode and the cathode, wherein a second organic stack is associated with the transmission part (T/E) and including the second light emitting layer between the transparent anode and the cathode, and characterised in that the second organic stack of the transmission part (T/E) comprises an optical compensation layer and is taller in height than the first organic stack of the emission part.
An apparatus, comprising: a shaft configured for insertion through a sheath into a cavity of an organ of a patient; and an inflatable sleeve catheter fixed to a distal end of the shaft, the inflatable sleeve catheter comprising: a resilient inner end section, which is fixed to the distal end of the shaft and is formed so as to assume a predefined shape when unconstrained; an inflatable sleeve that envelopes the inner end section and is inflatable about the inner end section, the inflatable sleeve having an outer surface; and a plurality of electrodes that are disposed over the outer surface of the inflatable sleeve and are configured to contact tissue. a shaft configured for insertion through a sheath into a cavity of an organ of a patient; and an inflatable sleeve catheter fixed to a distal end of the shaft, the inflatable sleeve catheter comprising: a resilient inner end section, which is fixed to the distal end of the shaft and is formed so as to assume a predefined shape when unconstrained; an inflatable sleeve that envelopes the inner end section and is inflatable about the inner end section, the inflatable sleeve having an outer surface; and a plurality of electrodes that are disposed over the outer surface of the inflatable sleeve and are configured to contact tissue. a resilient inner end section, which is fixed to the distal end of the shaft and is formed so as to assume a predefined shape when unconstrained; an inflatable sleeve that envelopes the inner end section and is inflatable about the inner end section, the inflatable sleeve having an outer surface; and a plurality of electrodes that are disposed over the outer surface of the inflatable sleeve and are configured to contact tissue.
A method of face-based image clustering, comprising: detecting face regions in images, wherein a face region comprises at least a portion of face; extracting at least one respective parameter value from each of the face regions; classifying as cluster seed face regions ones of the face regions associated with parameter values satisfying conditions set by a cluster seed predicate; clustering the cluster seed face regions into one or more clusters (44, 48); building a respective face model for each of the clusters (44, 48); and storing the face models; and wherein the classifying comprises classifying as non-cluster-seed face regions each of the face regions associated with at least one of: one or more size parameter values that fail to satisfy a threshold on a minimum size of the cluster seed face region specified by the cluster seed predicate; a brightness parameter value that fails to satisfy a threshold on a brightness level of the cluster seed face region specified by the cluster seed predicate; and a sharpness parameter value that fails to satisfy a threshold sharpness level of the cluster seed face region specified by the cluster seed predicate; and the clustering comprises assigning ones of the non-cluster-seed face regions to respective ones of the clusters based on measures of nearness between the non-cluster-seed face regions and the corresponding face models, and assigning the non-cluster-seed face regions to the initial cluster to produce a final set of clusters. detecting face regions in images, wherein a face region comprises at least a portion of face; extracting at least one respective parameter value from each of the face regions; classifying as cluster seed face regions ones of the face regions associated with parameter values satisfying conditions set by a cluster seed predicate; clustering the cluster seed face regions into one or more clusters (44, 48); building a respective face model for each of the clusters (44, 48); and storing the face models; and wherein the classifying comprises classifying as non-cluster-seed face regions each of the face regions associated with at least one of: one or more size parameter values that fail to satisfy a threshold on a minimum size of the cluster seed face region specified by the cluster seed predicate; a brightness parameter value that fails to satisfy a threshold on a brightness level of the cluster seed face region specified by the cluster seed predicate; and a sharpness parameter value that fails to satisfy a threshold sharpness level of the cluster seed face region specified by the cluster seed predicate; and the clustering comprises assigning ones of the non-cluster-seed face regions to respective ones of the clusters based on measures of nearness between the non-cluster-seed face regions and the corresponding face models, and assigning the non-cluster-seed face regions to the initial cluster to produce a final set of clusters.
An imaging apparatus (110; 120; 150) comprising: an imaging part (111; 121; 151); and a data processing part (113; 123; 153) which executes a process to: create a RAW image file that stores RAW data acquired through the imaging part (111; 121; 151) and a plurality of parameter sets to be applied to the RAW data, and which is adapted to execute a process to store the file in a storage part, wherein the data processing part (113; 123; 153) is configured to execute a development process in which each of said plurality of the different parameter sets are applied to the RAW data to create a developed image, to set a data set which includes the created developed image and the parameter sets applied to said developed image, and to execute a process to store said data set in said RAW image file. an imaging part (111; 121; 151); and a data processing part (113; 123; 153) which executes a process to: create a RAW image file that stores RAW data acquired through the imaging part (111; 121; 151) and a plurality of parameter sets to be applied to the RAW data, and which is adapted to execute a process to store the file in a storage part, wherein the data processing part (113; 123; 153) is configured to execute a development process in which each of said plurality of the different parameter sets are applied to the RAW data to create a developed image, to set a data set which includes the created developed image and the parameter sets applied to said developed image, and to execute a process to store said data set in said RAW image file. create a RAW image file that stores RAW data acquired through the imaging part (111; 121; 151) and a plurality of parameter sets to be applied to the RAW data, and which is adapted to execute a process to store the file in a storage part, wherein the data processing part (113; 123; 153) is configured to execute a development process in which each of said plurality of the different parameter sets are applied to the RAW data to create a developed image, to set a data set which includes the created developed image and the parameter sets applied to said developed image, and to execute a process to store said data set in said RAW image file.
An isolated peptide wherein the peptide has a length of from 20 amino acids to 25 amino acids and comprises the amino acid sequence: X 1 LKX 2 X 3 X 4 CX 5 X 5 SX 6 X 7 FPX 8 X 9 WDLRX 10 (SEQ ID NO:14), where X 1 is L or K; X 2 is D or N; X 3 is C or W; X 4 is K, R, or S; X 5 is R, H, or S; X 6 is R or P; X 7 is L or V; X 8 is R or G; X 9 is T or N; and X 10 is Q or L; and wherein the peptide is capable of modulating an immune response to a virus in an individual. X 1 LKX 2 X 3 X 4 CX 5 X 5 SX 6 X 7 FPX 8 X 9 WDLRX 10 (SEQ ID NO:14), where X 1 is L or K; X 2 is D or N; X 3 is C or W; X 4 is K, R, or S; X 5 is R, H, or S; X 6 is R or P; X 7 is L or V; X 8 is R or G; X 9 is T or N; and X 10 is Q or L; and wherein the peptide is capable of modulating an immune response to a virus in an individual.