mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a drive apparatus, wherein - a load (7, 8) - i.e. a working machine of an automation system - is connected to the drive apparatus, - the drive apparatus is provided with at least one sensor system, which is coupled to a computing unit, - by means of the sensor system data relating to the drive apparatus in operation is detected, - the data detected is transmitted to the computing unit and - the data detected is compared with information typical of the load that is characteristic for a type of the working machine (7, 8) stored in the computing unit in order to establish the type of the working machine (7, 8), and - operating the drive apparatus according to the established load type. - a load (7, 8) - i.e. a working machine of an automation system - is connected to the drive apparatus, - the drive apparatus is provided with at least one sensor system, which is coupled to a computing unit, - by means of the sensor system data relating to the drive apparatus in operation is detected, - the data detected is transmitted to the computing unit and - the data detected is compared with information typical of the load that is characteristic for a type of the working machine (7, 8) stored in the computing unit in order to establish the type of the working machine (7, 8), and - operating the drive apparatus according to the established load type.
An on-press development type lithographic printing plate precursor comprising: an image recording layer on a support, wherein the lithographic printing plate precursor has projections which are discontinuously formed on a surface of an outermost layer on a side where the image recording layer is provided, and a melting point of each projection is in a range of 70°C to 150°C. an image recording layer on a support, wherein the lithographic printing plate precursor has projections which are discontinuously formed on a surface of an outermost layer on a side where the image recording layer is provided, and a melting point of each projection is in a range of 70°C to 150°C.
A method for determining a subject's risk for progression to ARF, comprising: performing an assay that generates a detectable signal indicative of the amount of a physiologically relevant concentration of Chitinase-3-like protein 1 on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlation step comprises correlating the assay result to a likelihood of one or more future changes in renal status, said future changes in renal status comprising future acute renal failure, and wherein the correlating comprises comparing an assay result in the form of the Chitinase-3-like protein 1 concentration to a predetermined threshold selected to be indicative of the likelihood of future ARF, wherein an increased likelihood of progression to ARF is assigned to the subject, when the measured concentration is above the threshold relative to a likelihood assigned when the measured concentration is below the threshold, and wherein the likelihood of future ARF is more or less likely to occur within 48 hours of the time at which the body fluid sample is obtained from the subject. performing an assay that generates a detectable signal indicative of the amount of a physiologically relevant concentration of Chitinase-3-like protein 1 on a body fluid sample obtained from the subject to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlation step comprises correlating the assay result to a likelihood of one or more future changes in renal status, said future changes in renal status comprising future acute renal failure, and wherein the correlating comprises comparing an assay result in the form of the Chitinase-3-like protein 1 concentration to a predetermined threshold selected to be indicative of the likelihood of future ARF, wherein an increased likelihood of progression to ARF is assigned to the subject, when the measured concentration is above the threshold relative to a likelihood assigned when the measured concentration is below the threshold, and wherein the likelihood of future ARF is more or less likely to occur within 48 hours of the time at which the body fluid sample is obtained from the subject.
A water-lithium bromide absorption chiller with medium connection lines for a hot water, a recooling and a cold water circuit, with a working substance guided in a cyclic process within the absorption chiller and provided in different mixing ratios of a solvent and a refrigerant depending on the cyclic process, with a high-pressure tank in which a generator, which expels the refrigerant from the solvent with the supply of heat, is arranged with a first heat exchanger, and a condenser, which condenses the expelled refrigerant, is arranged with a second heat exchanger, and with a low-pressure tank in which an evaporator, which evaporates the refrigerant by means of heat extraction, is arranged with a third heat exchanger, and an absorber, which absorbs the refrigerant vapour, being produced in the evaporator, in the solvent, is arranged with a fourth heat exchanger, with sprinkler systems arranged above the heat exchanger of the generator in the high-pressure tank and above the heat exchangers of the evaporator and also of the absorber in the low-pressure tank, wherein in the high-pressure tank below the heat exchanger of the generator and below the heat exchanger of the condenser, as well as in the low-pressure tank below the heat exchangers of the evaporator and of the absorber, liquid collecting trays are arranged in such a way that each of the corresponding heat exchangers forms a falling film apparatus together with the associated sprinkler system and the associated liquid collecting tray, and a connection line, equipped with a throttle acting as an expansion valve, is arranged between the liquid collecting tray of the condenser in the high-pressure tank and the liquid collecting tray of the evaporator in the low-pressure tank, and in addition, a further connection line, also equipped with a throttle acting as an expansion valve, is arranged between the high-pressure tank and the low-pressure tank between the liquid collecting tray of the generator and the sprinkler system of the absorber, and a pump is arranged in a further connection line between the liquid collecting tray of the absorber and the sprinkler system of the generator, wherein the connection line is thermally coupled to the connection line via a solvent heat exchanger arranged upstream the throttle between the high-pressure tank and the low-pressure tank, moreover, a further connection line is arranged with a further pump between the liquid collecting tray of the evaporator and the sprinkler system of the evaporator in the low-pressure tank, characterized in that all heat exchangers, i.e. the heat exchanger of the generator, the heat exchanger of the condenser, the heat exchanger of the evaporator, and also the heat exchanger of the absorber are constructed as open asymmetrical plate heat exchangers, and that the open asymmetrical plate heat exchangers are designed as asymmetrical plate heat exchangers open on two sides or as asymmetrical plate heat exchangers open on four sides or partly as asymmetrical plate heat exchangers open on two sides and partly as asymmetrical plate heat exchangers open on four sides.
Encapsulated fragrance composition comprising at least one microcapsule dispersed in a dispersion medium, said at least one microcapsule comprising a fragrance oil core and a positively charged shell, which comprises a reaction product of a mixture of at least two at least difunctional polyisocyanates with a polyfunctional amine or alcohol, wherein the mixture of the at least two polyisocyanetes comprises at least one nonionic polyisocyanate and at least one anionically modified polyisocyanate, and wherein the shell is formed around droplet of core material that is stabilized with a positively charged polymeric colloidal stabilizer.
Cardiac support system for insertion through a catheter into a blood vessel, comprising an axial pump, which has a tubular pump housing having an lateral surface, and which has a pump rotor that extends in the pump housing, is rotatable about a rotational axis and has a hub and a blade element wound at least partially helically around the hub for axially drawing blood into the pump housing in a direction pointing towards the hub, the pump housing having an inlet opening through which the axis of rotation passes and having at least one peripheral outlet opening for the lateral discharge of the blood drawn into the pump housing, characterized in that the at least one blade element has a profile having skeleton lines, the curvature of which increases when unrolled into a plane in the direction of the rotational axis starting from the inlet opening up to an inflection point in which a blade angle (β) of the blade element is at a maximum, and the curvature of which decreases after the inflection point, in the region of the pump rotor lying radially on the outside in relation to the rotational axis, in which for a blade height SH of the at least one blade element, based on its maximum blade height SHMAX, the following applies: 25% ≤ SH / SHMAX ≤ 100%, the inflection points of the skeleton lines lying in the region of an edge of the outlet opening pointing to the inlet opening. comprising an axial pump, which has a tubular pump housing having an lateral surface, and which has a pump rotor that extends in the pump housing, is rotatable about a rotational axis and has a hub and a blade element wound at least partially helically around the hub for axially drawing blood into the pump housing in a direction pointing towards the hub, the pump housing having an inlet opening through which the axis of rotation passes and having at least one peripheral outlet opening for the lateral discharge of the blood drawn into the pump housing, characterized in that the at least one blade element has a profile having skeleton lines, the curvature of which increases when unrolled into a plane in the direction of the rotational axis starting from the inlet opening up to an inflection point in which a blade angle (β) of the blade element is at a maximum, and the curvature of which decreases after the inflection point, in the region of the pump rotor lying radially on the outside in relation to the rotational axis, in which for a blade height SH of the at least one blade element, based on its maximum blade height SHMAX, the following applies: 25% ≤ SH / SHMAX ≤ 100%, the inflection points of the skeleton lines lying in the region of an edge of the outlet opening pointing to the inlet opening.
A shape data generation method, comprising: first generating first three-dimensional voxel data that represents a target object by using first tomographic images, in which a first region occupied by the target object is designated, among a plurality of tomographic images; executing an erosion processing for the first region in the first tomographic images to specify a second region that is other than the first region; extracting, from the first tomographic images, brightness values of voxels included in the first region and brightness values of voxels in the second region; second generating a first frequency distribution for the brightness values of the voxels included in the first region and a second frequency distribution for the brightness values of the voxels included in the second region; third generating a function of a brightness value of a voxel to calculate, by dividing a frequency of the first frequency distribution by a sum of the frequency of the first frequency distribution and a frequency of the second frequency distribution, a probability that the voxel is included in the first; calculating, for each voxel among voxels in a voxel space that includes the plurality of tomographic images, a probability by using a brightness value of the voxel and the function; and fourth generating second three-dimensional voxel data that represents the target object by using the first three-dimensional voxel data and probabilities calculated for the voxels in the voxel space. first generating first three-dimensional voxel data that represents a target object by using first tomographic images, in which a first region occupied by the target object is designated, among a plurality of tomographic images; executing an erosion processing for the first region in the first tomographic images to specify a second region that is other than the first region; extracting, from the first tomographic images, brightness values of voxels included in the first region and brightness values of voxels in the second region; second generating a first frequency distribution for the brightness values of the voxels included in the first region and a second frequency distribution for the brightness values of the voxels included in the second region; third generating a function of a brightness value of a voxel to calculate, by dividing a frequency of the first frequency distribution by a sum of the frequency of the first frequency distribution and a frequency of the second frequency distribution, a probability that the voxel is included in the first; calculating, for each voxel among voxels in a voxel space that includes the plurality of tomographic images, a probability by using a brightness value of the voxel and the function; and fourth generating second three-dimensional voxel data that represents the target object by using the first three-dimensional voxel data and probabilities calculated for the voxels in the voxel space.
A steering system for a road vehicle; the steering system comprises: a steering wheel provided with an outer ring, which is mounted so as to rotate around a rotation axis and has no connection to steering wheels; and a position sensor, which is designed to detect the angular position of the outer ring of the steering wheel around the rotation axis; a mechanical limit stop device, which is coupled to the outer ring of the steering wheel and limits, in both directions, the maximum angular width of the rotation of the steering wheel around the rotation axis, so that the steering wheel can make, on the whole, a rotation around the rotation axis that is greater than 360°; wherein the limit stop device comprises: a groove, which is wound in a spiral shape around the rotation axis over more than 360° and has, at the two opposite ends, two abutments, which define respective stop strikers; and a pin, which is arranged on the inside of the groove so as to engage and follow the groove from an abutment to the opposite abutment; the steering system is characterized in that: the groove is angularly integral to the outer ring of the steering wheel and can axially slide relative to the outer ring of the steering wheel; and the pin is rigidly connected to a part that does not rotate together with the outer ring of the steering wheel. a steering wheel provided with an outer ring, which is mounted so as to rotate around a rotation axis and has no connection to steering wheels; and a position sensor, which is designed to detect the angular position of the outer ring of the steering wheel around the rotation axis; a mechanical limit stop device, which is coupled to the outer ring of the steering wheel and limits, in both directions, the maximum angular width of the rotation of the steering wheel around the rotation axis, so that the steering wheel can make, on the whole, a rotation around the rotation axis that is greater than 360°; wherein the limit stop device comprises: a groove, which is wound in a spiral shape around the rotation axis over more than 360° and has, at the two opposite ends, two abutments, which define respective stop strikers; and a pin, which is arranged on the inside of the groove so as to engage and follow the groove from an abutment to the opposite abutment; the steering system is characterized in that: the groove is angularly integral to the outer ring of the steering wheel and can axially slide relative to the outer ring of the steering wheel; and the pin is rigidly connected to a part that does not rotate together with the outer ring of the steering wheel. the groove is angularly integral to the outer ring of the steering wheel and can axially slide relative to the outer ring of the steering wheel; and the pin is rigidly connected to a part that does not rotate together with the outer ring of the steering wheel.
A non-therapeutic use of a composition for reducing skin dullness, the composition comprising an adenosine monophosphate or a salt thereof in a proportion of 1 to 10 wt.% based on the total amount of the composition, wherein the composition further comprises a polyglyceryl fatty acid ester, an alkanoyl lactic acid or a salt thereof, an acrylic acid-alkyl methacrylate copolymer, water, and an oil, and is formulated into an O/W-type emulsification.
A method for producing a conductor wire coated with electrical insulating varnish, wherein at least one thixotropy additive is added to at least one varnish polymer so that a viscous, thixotropic electrical insulating varnish is obtained, wherein the thixotropic varnish is subjected to the effects of shearing forces, in particular by means of a shearing element, wherein the shearing forces cause temporary liquefaction of the thixotropic varnish, wherein the surface of a conductor wire is subsequently coated with at least one varnish layer of the liquefied thixotropic varnish, wherein the at least one varnish layer is then cured, preferably by heating, wherein the shearing element is a nozzle through which the thixotropic electrical insulating varnish is passed, wherein a flat wire is used as the conductor wire, wherein at least two varnish layers of the thixotropic electrical insulating varnish are applied to the conductor wire and wherein the layer thickness d of a varnish layer of the electrical insulating varnish is between 0.5 μm and 15 μm. wherein the shearing element is a nozzle through which the thixotropic electrical insulating varnish is passed, wherein a flat wire is used as the conductor wire, wherein at least two varnish layers of the thixotropic electrical insulating varnish are applied to the conductor wire and wherein the layer thickness d of a varnish layer of the electrical insulating varnish is between 0.5 μm and 15 μm.
A composition comprising: a polymerizable compound which includes a (meth)acryloyl group and an isocyanate group in a molecule thereof; and a reaction accelerator which is a compound including a (meth)acryloyl group and a halogenated carbamoyl group in a molecule thereof. a polymerizable compound which includes a (meth)acryloyl group and an isocyanate group in a molecule thereof; and a reaction accelerator which is a compound including a (meth)acryloyl group and a halogenated carbamoyl group in a molecule thereof.
A communication method, comprising: setting up a first radio bearer for a first terminal device, wherein the first radio bearer is used to transmit a first service; allocating a first radio network temporary identifier, RNTI, and a second RNTI to the first terminal device, wherein the first RNTI is used to schedule a service for the first terminal device, and the second RNTI is used to schedule the first service for a group of terminal devices comprising the first terminal device; and scheduling a data packet of the first service for the first terminal device on the first radio bearer by using the first RNTI and the second RNTI, characterized in that the data packet comprises a logical channel identifier, and the logical channel identifier is used to indicate that a data packet transmitted by using the second RNTI is the data packet of the first service. setting up a first radio bearer for a first terminal device, wherein the first radio bearer is used to transmit a first service; allocating a first radio network temporary identifier, RNTI, and a second RNTI to the first terminal device, wherein the first RNTI is used to schedule a service for the first terminal device, and the second RNTI is used to schedule the first service for a group of terminal devices comprising the first terminal device; and scheduling a data packet of the first service for the first terminal device on the first radio bearer by using the first RNTI and the second RNTI, characterized in that the data packet comprises a logical channel identifier, and the logical channel identifier is used to indicate that a data packet transmitted by using the second RNTI is the data packet of the first service.
A fuel flow system for a gas turbine engine, the system comprising: a nozzle of a combustion chamber a first pump connected to the nozzle; a second pump connected to the nozzle and arranged in parallel with the first pump; a metering valve disposed downstream of the first pump and upstream of the nozzle; an actuator connected to the first pump downstream of the first pump and upstream of the metering valve, the actuator being configured to receive high pressure fluid from the first pump and to return low pressure fluid upstream of inlets of the first pump and the second pump; a bypass loop that recycles fuel flow from the first pump and the second pump to the inlets of the first pump and second pump; an integrating bypass valve having a first window that regulates fuel from the first pump through the bypass loop and a second window that regulates fuel from the second pump through the bypass loop; and a pilot valve that is configured to sense a pressure differential across the metering valve and, in response, to control a size of the first window and a size of the second window of the integrating bypass valve. a nozzle of a combustion chamber a first pump connected to the nozzle; a second pump connected to the nozzle and arranged in parallel with the first pump; a metering valve disposed downstream of the first pump and upstream of the nozzle; an actuator connected to the first pump downstream of the first pump and upstream of the metering valve, the actuator being configured to receive high pressure fluid from the first pump and to return low pressure fluid upstream of inlets of the first pump and the second pump; a bypass loop that recycles fuel flow from the first pump and the second pump to the inlets of the first pump and second pump; an integrating bypass valve having a first window that regulates fuel from the first pump through the bypass loop and a second window that regulates fuel from the second pump through the bypass loop; and a pilot valve that is configured to sense a pressure differential across the metering valve and, in response, to control a size of the first window and a size of the second window of the integrating bypass valve.
A method for generating a vibrating motion of a tool, wherein the tool is mechanically connected to at least two clamping bodies between said clamping bodies in the vibration propagation direction and the tool is clamped in by the two clamping bodies (10, 20) under the application of a pressing force, in such a way that no tractive forces occur on the tool, but exclusively compressive forces act on the tool, and at least the clamping bodies are designed as a component of a resonance system, and there is introduced into the resonance system an excitation vibration, the frequency of which substantially corresponds to the resonance frequency of the resonance system, so that the resonance system vibrates, wherein the excitation vibration is generated as a standing wave, wherein the pressing force is introduced at a vibration-free point of the clamping bodies (10, 20) into the latter.