mhurhangee/ep-ind-claims huggingface dataset:
Method for the low-temperature separation of air in a distillation column system which comprises at least one high-pressure column and one low-pressure column and in which - feed air is introduced into the distillation column system, wherein - a first part of the feed air is introduced in the gaseous state into the distillation column system and - a second part of the feed air is introduced in the liquid state into the distillation column system and - the second part comprises at least 30 mol% of the total feed air amount, - the distillation column system in addition comprises a precolumn, the operating pressure of which is higher than the operating pressure of the high-pressure column, - a first substream (1; 301) of the feed air is introduced into the precolumn, - the precolumn comprises a top condenser which is constructed as a condenser-evaporator having a condensation compartment and an evaporation compartment, - a gaseous fraction (30, 31) from the upper region of the precolumn is introduced into the condensation compartment of the top condenser, - liquid formed in the condensation compartment is applied at least in part as reflux to the precolumn, and in that - a second substream (2a; 2b) of the feed air is introduced at least in part in the liquid state into the evaporation compartment of the top condenser. - feed air is introduced into the distillation column system, wherein - a first part of the feed air is introduced in the gaseous state into the distillation column system and - a second part of the feed air is introduced in the liquid state into the distillation column system and - the second part comprises at least 30 mol% of the total feed air amount, - the distillation column system in addition comprises a precolumn, the operating pressure of which is higher than the operating pressure of the high-pressure column, - a first substream (1; 301) of the feed air is introduced into the precolumn, - the precolumn comprises a top condenser which is constructed as a condenser-evaporator having a condensation compartment and an evaporation compartment, - a gaseous fraction (30, 31) from the upper region of the precolumn is introduced into the condensation compartment of the top condenser, - liquid formed in the condensation compartment is applied at least in part as reflux to the precolumn, and in that - a second substream (2a; 2b) of the feed air is introduced at least in part in the liquid state into the evaporation compartment of the top condenser.
A method in a base station for adapting neighbor cell measurements performed by mobile terminals served by a serving cell of the base station, characterized in that the method comprises: monitoring (510, 610) a cell load for the serving cell; determining (520, 630) a first signal threshold for the serving cell to be used for triggering neighbor cell measurements by at least a first mobile terminal, or a second signal threshold for the serving cell to be used for triggering reporting of neighbor cell measurements by the first mobile terminal, or both, wherein said determining is based on the monitored cell load; and transmitting (530, 640) the determined first signal threshold or the determined second signal threshold, or both, to the first mobile terminal, wherein the method further comprises: determining individual cell load contributions for each of a group of two or more mobile terminals served by the serving cell; and selecting the first mobile terminal from the group of two or more mobile terminals, based on the individual cell load contributions. monitoring (510, 610) a cell load for the serving cell; determining (520, 630) a first signal threshold for the serving cell to be used for triggering neighbor cell measurements by at least a first mobile terminal, or a second signal threshold for the serving cell to be used for triggering reporting of neighbor cell measurements by the first mobile terminal, or both, wherein said determining is based on the monitored cell load; and transmitting (530, 640) the determined first signal threshold or the determined second signal threshold, or both, to the first mobile terminal, determining individual cell load contributions for each of a group of two or more mobile terminals served by the serving cell; and selecting the first mobile terminal from the group of two or more mobile terminals, based on the individual cell load contributions.
An aluminum alloy clad material for heat exchangers and for use in a state in which the cladding material 1 comes on the air side, wherein the aluminum alloy clad material is a three-layer clad material that comprises a core material, a cladding material 1, and a cladding material 2, one side of the core material being clad with the cladding material 1, the other side of the core material being clad with the cladding material 2, the core material comprising an aluminum alloy that consists of 0.5 to 1.8 mass% of Mn, either or both of more than 0.05 mass% and less than 0.2 mass% of Cu, and 0.05 to 0.30 mass% of Ti, and optionally either or both of 0.30 mass% or less of Cr and 0.30 mass% or less of Zr, 0.5 mass% or less of Mg, 1.0% or less of Fe, 0.3% or less of V, 0.3% or less of Mo, 0.3% or less of Ni, 0.1% or less of Pb, 0.1% or less of Li, 0.1% or less of Ca, 0.1% or less of Na, 0.1% or less of B, 0.1% or less of Sr, and/or 0.4% or less of Si, with the balance being Al and unavoidable impurities, the cladding material 1 comprising an aluminum alloy that consists of 3 to 10 mass% of Si, and 1 to 10 mass% of Zn, and optionally 0.3 to 1.8 mass% of Mn, 0.005 to 0.05 mass% of Sr, either or both of 0.30 mass% or less of Cr and 0.30 mass% or less of Zr, either or both of 0.001 to 0.10 mass% of In and 0.001 to 0.10 mass% of Sn, less than 0.05 mass% of Ni, 1.0% or less of Fe, 0.3% or less of V, 0.3% or less of Mo, 0.1% or less of Pb, 0.1% or less of Li, 0.1% or less of Ca, 0.1% or less of Na, and/or 0.1% or less of B, with the balance being Al and unavoidable impurities, and the cladding material 2 comprising an aluminum alloy that consists of 3 to 13 mass% of Si, 0.05 mass% or less of Cu, and optionally 0.005 to 0.05 mass% of Sr, 1.0% or less of Fe, 0.3% or less of V, 0.3% or less of Mo, 0.3% or less of Ni, 0.1% or less of Pb, 0.1% or less of Li, 0.1% or less of Ca, 0.1% or less of Na, and/or 0.1% or less of B, with the balance being Al and unavoidable impurities, wherein an Si content X (%) in the cladding material 1 and an Si content Y (%) in the cladding material 2 satisfy a value (Y-X) is -1.5 to 9%.
A herbicide-resistant sunflower plant comprising two different herbicide-resistant alleles of a sunflower acetohydroxyacid synthase large subunit 1 ( AHASL1) gene wherein a first allele encodes a first herbicide-resistant AHASL1 protein comprising an alanine to threonine substitution at the amino acid position corresponding to position 7 of SEQ ID NO:20 and a second allele encodes a second herbicide-resistant AHASL1 protein comprising an alanine to valine substitution at the amino acid position corresponding to position 90 of SEQ ID NO:20 or a proline to leucine substitution at the amino acid position corresponding to position 82 of SEQ ID NO:20; wherein said herbicide-resistant sunflower plant is resistant to at least one AHAS-inhibiting herbicide.
An automatic frequency monitoring circuit that automatically monitors a frequency of a clock related to an operation of a device to be monitored comprising: a frequency detecting unit (106, 104) adapted to detect the frequencies of a monitoring target clock for a given number of samplings during a given time and to treat as a detection frequency of the monitoring target clock, an average of the frequencies that are detected for the given number of samplings during a given time; and a frequency monitoring unit (106, 103, 104) adapted to monitor, upon the frequency detecting unit (106, 104) detecting the detection frequency of the monitoring target clock, whether the frequency of the monitoring target clock during the given time is within a given fluctuation range based on the detection frequency of the monitoring target clock. a frequency detecting unit (106, 104) adapted to detect the frequencies of a monitoring target clock for a given number of samplings during a given time and to treat as a detection frequency of the monitoring target clock, an average of the frequencies that are detected for the given number of samplings during a given time; and a frequency monitoring unit (106, 103, 104) adapted to monitor, upon the frequency detecting unit (106, 104) detecting the detection frequency of the monitoring target clock, whether the frequency of the monitoring target clock during the given time is within a given fluctuation range based on the detection frequency of the monitoring target clock.
A system for masking active motor noise from white goods, wherein the system comprises: means configured to determine a loading condition of the white goods; means configured to predict periodic active motor noise that is generated according to the loading condition by the white goods; means configured to predict a rhythm from the predicted periodic active motor noise; means configured to download from internet or from a system memory original music with a similar rhythm to the predicted periodic active motor noise; means configured to remove a rhythmic background from the original music to obtain plain music; and a speaker configured to play the plain music, whereby the active motor noise and the plain music are combined together in air to create less annoying sound. means configured to determine a loading condition of the white goods; means configured to predict periodic active motor noise that is generated according to the loading condition by the white goods; means configured to predict a rhythm from the predicted periodic active motor noise; means configured to download from internet or from a system memory original music with a similar rhythm to the predicted periodic active motor noise; means configured to remove a rhythmic background from the original music to obtain plain music; and a speaker configured to play the plain music, whereby the active motor noise and the plain music are combined together in air to create less annoying sound.
An implantable infusion device, comprising - an infusion needle having a tip end, - a reservoir coupled to the infusion needle, and - a drive unit coupled to the infusion needle and arranged for advancing and retracting the tip end of the infusion needle to penetrate any fibrosis when the infusion device is implanted in a patient's body, characterized in that the infusion device is completely, preferably subcutaneously, implantable in a patient's body. - an infusion needle having a tip end, - a reservoir coupled to the infusion needle, and - a drive unit coupled to the infusion needle and arranged for advancing and retracting the tip end of the infusion needle to penetrate any fibrosis when the infusion device is implanted in a patient's body,
An electric brake control system comprising electric brake devices each mounted to each of a plurality of wheels of a vehicle, and configured to convert a rotary motion of an electric motor to a linear motion, thereby applying a braking force to a corresponding one of the wheels, and at least one control device for controlling braking forces of the respective electric brake devices, wherein the control device is configured, if braking force fluctuations occur in one of the electric brake devices, to cause said one of the electric brake devices and another or others of the electric brake devices to perform compensation operations for compensating for the braking force fluctuations while keeping constant a sum of the respective braking forces, characterized in that the control device is configured to determine operating amplitudes of the electric brake devices which are performing the compensation operations, based on a frequency of the braking force fluctuations, and frequency characteristics of a yaw rate corresponding to a braking force moment about a center of gravity of the vehicle.
A process for the conjugation of a molecule containing a thiol or amino group to a polymer, which comprises reacting said molecule with a compound of the general formula: X-[NH-CO-Ar-W-(CH=CH) n -CH=CH 2] m (Va) in which X represents a polymer; W represents a keto group; n represents 0 or an integer of from 1 to 4; m represent an integer of from 1 to 8; and Ar represents an unsubstituted or substituted aryl group.
A machining device with at least two, in particular with at least four carousel carriers (1, 2, 3, 4) that can be pivoted or turned around an axis of rotation D, wherein each carousel carrier (1, 2, 3, 4) has at least one receiving device for receiving at least one body to be machined, wherein at least one motor, in particular a servomotor for moving the receiving device or the body, is arranged on each carousel carrier (1, 2, 3, 4), wherein a switching aggregate with power units for the motors or servomotors is present, and characterized in that the switching aggregate is at least sectionally or at least partially arranged centrally on the axis of rotation D, and wherein the switching aggregate can be pivoted or turned around an axis of rotation while turning the carousel carrier (1, 2, 3, 4) around the axis of rotation D.
A power transfer unit including: a housing, an input gear rotationally supported in the housing, an input shaft coupled to the input gear for common rotation, the input shaft being axially movable relative to the input gear for engaging a coupling at a first end of the shaft with a drive component, a chamber formed between the input shaft and input gear, and a piston axially movable in the chamber and sealed to the input shaft, so that the piston rotates with the input shaft, characterised in that the piston is sealed to the input gear. a housing, an input gear rotationally supported in the housing, an input shaft coupled to the input gear for common rotation, the input shaft being axially movable relative to the input gear for engaging a coupling at a first end of the shaft with a drive component, a chamber formed between the input shaft and input gear, and a piston axially movable in the chamber and sealed to the input shaft, so that the piston rotates with the input shaft, characterised in that the piston is sealed to the input gear.
Vapour generator for deposition of a metal coating on a substrate, preferably a steel strip, comprising a vacuum chamber in the form of an enclosure, provided with means to produce a low pressure compared to the exterior environment and provided with means enabling the entry and exit of the substrate, all while being essentially sealed with respect to the exterior environment, said enclosure incorporating a vapour deposition head, called ejector, adapted to create a jet of metal vapour at sonic velocity towards and perpendicular to the surface of the substrate, said ejector being in sealed communication by means of a supply duct with at least one crucible (1, 11, 12) containing a coating metal in liquid form and situated outside the vacuum chamber, characterized in that the ejector comprises a longitudinal exit slot for the vapour, acting as a sonic throat, extending over the full width of the substrate, a filtering medium or a head loss member made of sintered material being disposed in the ejector immediately before said slot upon the passage of the vapour in order to equalize the velocity of flow of the vapour leaving the ejector by the sonic throat.
A moving image capturing device comprising: an image data generation unit (22a, 22b) provided with a rolling shutter configured to generate a plurality of pieces of image data of different resolutions from each frame image of a moving image obtained by capturing an image of a target object, and configured to sequentially output the image data as a stream for each single horizontal row of pixels, wherein the generated resolutions comprise at least 1/1 image data; an image synthesis unit configured to cyclically connect the rows of each of the plurality of pieces of image data, which is output from the image data generation unit (22a, 22b) for each single horizontal row of pixels, and configured to output resultant data as a stream so as to generate a virtual synthesized image which includes the plurality of image pieces and in which a row of pixels that results when a connection cycle is completed is defined as a horizontal row of pixels of the virtual synthesized image; and an image transmission unit configured to receive, from a connected host terminal, a request to transmit data specifying a plurality of rectangular areas having a common vertical range in the virtual synthesized image, configured to crop out ranges corresponding to the rectangular areas for each row of pixels of the virtual synthesized image output by the image synthesis unit, configured to connect the ranges, and configured to transmit as a stream to the host terminal. an image data generation unit (22a, 22b) provided with a rolling shutter configured to generate a plurality of pieces of image data of different resolutions from each frame image of a moving image obtained by capturing an image of a target object, and configured to sequentially output the image data as a stream for each single horizontal row of pixels, wherein the generated resolutions comprise at least 1/1 image data; an image synthesis unit configured to cyclically connect the rows of each of the plurality of pieces of image data, which is output from the image data generation unit (22a, 22b) for each single horizontal row of pixels, and configured to output resultant data as a stream so as to generate a virtual synthesized image which includes the plurality of image pieces and in which a row of pixels that results when a connection cycle is completed is defined as a horizontal row of pixels of the virtual synthesized image; and an image transmission unit configured to receive, from a connected host terminal, a request to transmit data specifying a plurality of rectangular areas having a common vertical range in the virtual synthesized image, configured to crop out ranges corresponding to the rectangular areas for each row of pixels of the virtual synthesized image output by the image synthesis unit, configured to connect the ranges, and configured to transmit as a stream to the host terminal.
A device for photonic generation of linearly frequency modulated arbitrary microwave signals, said device comprising, in this order, a laser emitting a continuous signal at a first optical frequency, an assembly for spectrally and temporally shaping said continuous signal and a photoreceiver, the pass-band of which is in the domain of microwave frequencies, characterised in that the assembly for spectrally and temporally shaping comprises at least: - one first Y-shaped optical splitter disposed at the output of the laser; - one first optical channel disposed at the output of the first branch of the first Y-shaped optical splitter, said first optical channel being a frequency shift loop, said frequency shift loop comprising an X-shaped optical splitter, a first optical amplifier, a first optical filter, an optical isolator and an acousto-optical frequency shifter disposed between two branches of the X-shaped optical splitter; - a second optical channel disposed at the output of the second branch of the first Y-shaped optical splitter, said second optical channel comprising an electro-optical frequency shifter; - a second Y-shaped optical splitter, the first branch of which is disposed at the output of the first optical channel and the second branch of which is disposed at the output of the second optical channel; - a second optical amplifier disposed at the common output of the second Y-shaped optical splitter; - a second optical filter disposed between the output of the second optical amplifier and the photoreceiver; with at least the acousto-optical shift frequency, the electro-optical shift frequency and the amplification gain of the first optical amplifier being adjustable. - one first Y-shaped optical splitter disposed at the output of the laser; - one first optical channel disposed at the output of the first branch of the first Y-shaped optical splitter, said first optical channel being a frequency shift loop, said frequency shift loop comprising an X-shaped optical splitter, a first optical amplifier, a first optical filter, an optical isolator and an acousto-optical frequency shifter disposed between two branches of the X-shaped optical splitter; - a second optical channel disposed at the output of the second branch of the first Y-shaped optical splitter, said second optical channel comprising an electro-optical frequency shifter; - a second Y-shaped optical splitter, the first branch of which is disposed at the output of the first optical channel and the second branch of which is disposed at the output of the second optical channel; - a second optical amplifier disposed at the common output of the second Y-shaped optical splitter; - a second optical filter disposed between the output of the second optical amplifier and the photoreceiver;
A tissue removal device, comprising: an elongate, outer tube, having a proximal end, a distal end and a side window, the side window having a longitudinally oriented length; and an elongate, inner tube, positioned within the outer tube, and movable to open and close the side window; characterized in that the inner tube comprises a distal tip attached to a proximal stem, said distal tip having a cutting edge for severing tissue which extends into the side window; the distal tip has a hardness that exceeds the hardness of the material of the proximal stem, an axial lumen of the distal tip is in fluid communication with an axial lumen of the proximal stem, and an outer diameter of the distal tip is greater than an outer diameter of the proximal stem. an elongate, outer tube, having a proximal end, a distal end and a side window, the side window having a longitudinally oriented length; and an elongate, inner tube, positioned within the outer tube, and movable to open and close the side window; characterized in that the inner tube comprises a distal tip attached to a proximal stem, said distal tip having a cutting edge for severing tissue which extends into the side window; the distal tip has a hardness that exceeds the hardness of the material of the proximal stem, an axial lumen of the distal tip is in fluid communication with an axial lumen of the proximal stem, and an outer diameter of the distal tip is greater than an outer diameter of the proximal stem.
A method for controlling transport of products, the method comprising - guiding the products by at least one conveyor surface through a control zone; - measuring a flow profile (Fm) of the products in the control zone; and - comparing the measured flow profile (Fm) to one or more predetermined flow patterns (P1,P2,P3) for controlling the transport based on the comparison; wherein the flow profile (Fm) is measured by a sensor device disposed adjacent the products, characterized in that the flow profile (Fm) is measured by determining a respective distance between the nearest row of products and the sensor device, wherein the distance is measured from a single point on the sensor device, and as a function of at least one angle (θ) varying in a horizontal plane of the control zone. - guiding the products by at least one conveyor surface through a control zone; - measuring a flow profile (Fm) of the products in the control zone; and - comparing the measured flow profile (Fm) to one or more predetermined flow patterns (P1,P2,P3) for controlling the transport based on the comparison;