mhurhangee/ep-ind-claims huggingface dataset:
Device for extracorporeal blood treatment, comprising a dialyser which is divided into a blood chamber and a dialysate chamber by a semipermeablen membrane, the blood chamber being part of an extracorporeal blood circuit and the dialysate chamber being part of a dialysate system; an apparatus for supplying substituate to the extracorporeal blood circuit at a predetermined substituate rate, and an apparatus for controlling the substituate supply, characterised in that the apparatus for controlling the substituate supply comprises: means for determining the rheological load of the dialyser, the means for determining the transmembrane pressure or a variable which correlates with the transmembrane pressure and is dependent on the transmembrane pressure, and means for determining the flow resistance of the dialyser or a variable which correlates with the flow resistance and is dependent on the flow resistance, the means for determining the rheological load of the dialyser being designed such that the rheological load of the dialyser is determined on the basis of the transmembrane pressure or the variable which correlates with the transmembrane pressure and is dependent on the transmembrane pressure, and on the basis of the flow resistance or the variable which correlates with the flow resistance and is dependent on the flow resistance, and means for controlling the substituate rate, which are designed such that the substituate rate is controlled depending on the rheological load of the dialyser. means for determining the rheological load of the dialyser, the means for determining the transmembrane pressure or a variable which correlates with the transmembrane pressure and is dependent on the transmembrane pressure, and means for determining the flow resistance of the dialyser or a variable which correlates with the flow resistance and is dependent on the flow resistance, the means for determining the rheological load of the dialyser being designed such that the rheological load of the dialyser is determined on the basis of the transmembrane pressure or the variable which correlates with the transmembrane pressure and is dependent on the transmembrane pressure, and on the basis of the flow resistance or the variable which correlates with the flow resistance and is dependent on the flow resistance, and means for controlling the substituate rate, which are designed such that the substituate rate is controlled depending on the rheological load of the dialyser.
An access control system for controlling access to one or more secured areas of a site, comprising: one or more electronic locks located at a site; an electronic programmable key which includes a processor and a non-transitory storage device for storing instructions, wherein execution of the instructions causes the electronic programmable key to: receive an opening code via an input device integrated into the electronic programmable key; in response to determining that the opening code is valid, activate the electronic programmable key to open the one or more electronic locks; generate a lock attendance code using a verification function stored on the electronic programmable key, wherein the lock attendance code comprises an encoded string that is decodable to verify engagement of the electronic programmable key with the one or more electronic locks wherein the electronic programmable key includes a display screen and the electronic programmable key is configured to output the lock attendance code on the display screen. one or more electronic locks located at a site; an electronic programmable key which includes a processor and a non-transitory storage device for storing instructions, wherein execution of the instructions causes the electronic programmable key to: receive an opening code via an input device integrated into the electronic programmable key; in response to determining that the opening code is valid, activate the electronic programmable key to open the one or more electronic locks; generate a lock attendance code using a verification function stored on the electronic programmable key, wherein the lock attendance code comprises an encoded string that is decodable to verify engagement of the electronic programmable key with the one or more electronic locks receive an opening code via an input device integrated into the electronic programmable key; in response to determining that the opening code is valid, activate the electronic programmable key to open the one or more electronic locks; generate a lock attendance code using a verification function stored on the electronic programmable key, wherein the lock attendance code comprises an encoded string that is decodable to verify engagement of the electronic programmable key with the one or more electronic locks wherein the electronic programmable key includes a display screen and the electronic programmable key is configured to output the lock attendance code on the display screen.
An ice-cream confectionery product, in the form of an emulsion which is liquid at ambient temperature and can be stored at ambient temperature in the liquid state when packaged in sterile packages, having a microcrystalline structure after being frozen in static conditions without the incorporation of gas, comprising food fats, milk derivatives, sweeteners, emulsion stabilizing additives, flavourings, water and any necessary emulsifiers, characterized in that: - it comprises milk fermentation products, containing milk proteins, wherein the milk fermentation product, is yogurt in sufficient quantity to provide a protein content of 0.1% to 1.5% by weight; - it comprises a fruit component chosen from juice, concentrate, puree and freeze-dried fruit, wherein the fruit component is in a proportion in the range from 0.1% to 5% by weight expressed as dry solid weight relative to the weight of the emulsion; - it has a food fat content in the range from 3% to 6% by weight; - it comprises an ethyl alcohol content of 0.5% to 3% volume/weight; - it has an acid pH in the range from 2.5 to 5.5; and - it comprises one or more hydrocolloids chosen from chemically modified starch, physically modified starch, water soluble hemicellulose, microcrystalline cellulose, pectin with a degree of esterification exceeding 50% by weight, propylene glycol alginate and mixtures of these. - it comprises milk fermentation products, containing milk proteins, wherein the milk fermentation product, is yogurt in sufficient quantity to provide a protein content of 0.1% to 1.5% by weight; - it comprises a fruit component chosen from juice, concentrate, puree and freeze-dried fruit, wherein the fruit component is in a proportion in the range from 0.1% to 5% by weight expressed as dry solid weight relative to the weight of the emulsion; - it has a food fat content in the range from 3% to 6% by weight; - it comprises an ethyl alcohol content of 0.5% to 3% volume/weight; - it has an acid pH in the range from 2.5 to 5.5; and - it comprises one or more hydrocolloids chosen from chemically modified starch, physically modified starch, water soluble hemicellulose, microcrystalline cellulose, pectin with a degree of esterification exceeding 50% by weight, propylene glycol alginate and mixtures of these.
An inspection apparatus configured to measure a property of a substrate, the apparatus comprising: a illumination system configured to provide a beam of radiation; a radiation projector configured to project said radiation onto said substrate; a high numerical aperture lens; a detector configured to detect the radiation beam reflected from a surface of the substrate and separately detect the zeroth diffracted order and a higher diffracted order wherein the illumination profile of the beam of radiation projected by said radiation projector is such that at least one characteristic of a mark can be reconstructed using the separately detected zeroth diffracted order and the higher diffracted order, characterized in that said illumination profile has four quadrants, two non-adjacent quadrants being illuminated and the other two non-adjacent quadrants not being illuminated. a illumination system configured to provide a beam of radiation; a radiation projector configured to project said radiation onto said substrate; a high numerical aperture lens; a detector configured to detect the radiation beam reflected from a surface of the substrate and separately detect the zeroth diffracted order and a higher diffracted order wherein the illumination profile of the beam of radiation projected by said radiation projector is such that at least one characteristic of a mark can be reconstructed using the separately detected zeroth diffracted order and the higher diffracted order, characterized in that said illumination profile has four quadrants, two non-adjacent quadrants being illuminated and the other two non-adjacent quadrants not being illuminated.
A method of making an antibody specific for an antigen, wherein the method comprises exposing a genetically modified rodent to the antigen, wherein the genetically modified rodent comprises in its genome: a nucleic acid sequence encoding a human Terminal Deoxynucleotidyltransferase (TdT) operably linked to a transcriptional control element that drives expression of the nucleic acid sequence encoding the human TdT in pre-B cells; and a human immunoglobulin variable region comprising unrearranged human immunoglobulin variable region gene segments, wherein the human immunoglobulin variable region is operably linked to an immunoglobulin constant region. a nucleic acid sequence encoding a human Terminal Deoxynucleotidyltransferase (TdT) operably linked to a transcriptional control element that drives expression of the nucleic acid sequence encoding the human TdT in pre-B cells; and a human immunoglobulin variable region comprising unrearranged human immunoglobulin variable region gene segments, wherein the human immunoglobulin variable region is operably linked to an immunoglobulin constant region.
A wick comprising wick material having a pattern configured to provide at least one of a decorative pattern or predetermined flame burn characteristics, wherein the pattern varies through the thickness of the wick such that the pattern is a three-dimensional pattern and wherein the pattern is different in one portion of the wick than it is in a second portion of the wick, wherein the wick has a top and a bottom and the pattern is different at the top of the wick than at the bottom of the wick.
A user equipment, UE, comprising: a transceiver; and a processor coupled with the transceiver and configured to: receive, from a base station, BS, configuration information on a beam reporting, receive configuration information on a set of uplink, UL, reporting resources, receive at least one reference signal, RS, resource, measure the at least one RS resource for calculating the beam reporting transmit a reporting pre-notification message based on an occurrence of an event, the reporting pre-notification message configured to notify the BS that the beam reporting is to be transmitted from the UE, and transmit the beam reporting on at least one UL reporting resource from the set of UL reporting resources after transmitting the reporting pre-notification message, wherein the reporting pre-notification message includes information indicating the at least one UL reporting resource from the set of UL reporting resources to be used to transmit the beam reporting. a transceiver; and a processor coupled with the transceiver and configured to: receive, from a base station, BS, configuration information on a beam reporting, receive configuration information on a set of uplink, UL, reporting resources, receive at least one reference signal, RS, resource, measure the at least one RS resource for calculating the beam reporting transmit a reporting pre-notification message based on an occurrence of an event, the reporting pre-notification message configured to notify the BS that the beam reporting is to be transmitted from the UE, and transmit the beam reporting on at least one UL reporting resource from the set of UL reporting resources after transmitting the reporting pre-notification message, wherein the reporting pre-notification message includes information indicating the at least one UL reporting resource from the set of UL reporting resources to be used to transmit the beam reporting. receive, from a base station, BS, configuration information on a beam reporting, receive configuration information on a set of uplink, UL, reporting resources, receive at least one reference signal, RS, resource, measure the at least one RS resource for calculating the beam reporting transmit a reporting pre-notification message based on an occurrence of an event, the reporting pre-notification message configured to notify the BS that the beam reporting is to be transmitted from the UE, and transmit the beam reporting on at least one UL reporting resource from the set of UL reporting resources after transmitting the reporting pre-notification message, wherein the reporting pre-notification message includes information indicating the at least one UL reporting resource from the set of UL reporting resources to be used to transmit the beam reporting.
An aluminium die-casting, especially a load-bearing part for a motor vehicle, characterised in that as a protection against sudden breaking loads, at least one tie rod (4, 4.1, 4.2) made of ductile material is applied in load-resistant manner to the outer load-bearing side (3.7) of the die-casting (1, 5).
Apparatus for injecting a multiple-phase jet with a variable direction and/or opening, said apparatus comprising: - a sprayer having a main opening for injecting a multiple-phase pulse jet adjusted according to a main direction, said main opening being located in a main plane and having a section Sp and - a nozzle wherein opens the main opening of the sprayer, said nozzle having an output opening for the multiple-phase jet located in an output plane and opposite the injection opening, and - at least one passage that has a secondary opening for injecting inside the nozzle a gas pulse actuation jet adjusted according to a secondary direction in such a way that the actuation jet impacts the multiple-phase jet inside the nozzle, said secondary opening having section Ss, with the secondary direction forming an angle θ with the place perpendicular to the main direction less than 90° and greater than or equal to 0°, preferably 0° ≤ θ ≤ 80°, more preferably 0° ≤ θ ≤ 30°, apparatus wherein the secondary opening of the at least one passage has a central point located at a distance L1 from the main plane and at a distance L2 from the output plane and wherein L1, L2 ≤ 10 x √Ss. - a sprayer having a main opening for injecting a multiple-phase pulse jet adjusted according to a main direction, said main opening being located in a main plane and having a section Sp and - a nozzle wherein opens the main opening of the sprayer, said nozzle having an output opening for the multiple-phase jet located in an output plane and opposite the injection opening, and - at least one passage that has a secondary opening for injecting inside the nozzle a gas pulse actuation jet adjusted according to a secondary direction in such a way that the actuation jet impacts the multiple-phase jet inside the nozzle, said secondary opening having section Ss, with the secondary direction forming an angle θ with the place perpendicular to the main direction less than 90° and greater than or equal to 0°, preferably 0° ≤ θ ≤ 80°, more preferably 0° ≤ θ ≤ 30°, apparatus wherein the secondary opening of the at least one passage has a central point located at a distance L1 from the main plane and at a distance L2 from the output plane and wherein L1, L2 ≤ 10 x √Ss.
A method for the production of compacted slabs or boards made from an inorganic material for construction comprising the following phases: a) storing raw materials, b) controlled metering of different materials, c) wet milling the materials, d) storing the formulation obtained in step c), e) processing and adding color pigments to a proportion of the formulation stored in d), obtaining a colored formulation, f) mixing the initial formulation with the colored formulation (obtained in step e), obtaining a colored mixture, g) drying by atomization until obtaining a homogeneous colored powder with a specific particle size and moisture, h) storing the different colored powders, maintaining their corresponding moisture level i) metering the different colored powders which are in the form of a continuous blanket on a conveyor belt so as to have a size of between 10% and 15% greater than the width of the end product to be achieved and applying different embellishments in the entire volume of the blanket or on the surface thereof, j) compacting the embellished blanket of colored powders to a board, k) sizing the end part of the compacted board of step j) by means of cutting, l) surface embellishment of the board of step k), m) pressing the embellished board of step I), optionally providing embossment to the end part by means of incorporating a structure on the pressing surface, n) embellishing the surface of the pressed board which can be carried out before and/or after the drying process, o) drying, p) firing the embellished board, and q) calibrating, polishing, cutting or beveling edges of the board. a) storing raw materials, b) controlled metering of different materials, c) wet milling the materials, d) storing the formulation obtained in step c), e) processing and adding color pigments to a proportion of the formulation stored in d), obtaining a colored formulation, f) mixing the initial formulation with the colored formulation (obtained in step e), obtaining a colored mixture, g) drying by atomization until obtaining a homogeneous colored powder with a specific particle size and moisture, h) storing the different colored powders, maintaining their corresponding moisture level i) metering the different colored powders which are in the form of a continuous blanket on a conveyor belt so as to have a size of between 10% and 15% greater than the width of the end product to be achieved and applying different embellishments in the entire volume of the blanket or on the surface thereof, j) compacting the embellished blanket of colored powders to a board, k) sizing the end part of the compacted board of step j) by means of cutting, l) surface embellishment of the board of step k), m) pressing the embellished board of step I), optionally providing embossment to the end part by means of incorporating a structure on the pressing surface, n) embellishing the surface of the pressed board which can be carried out before and/or after the drying process, o) drying, p) firing the embellished board, and q) calibrating, polishing, cutting or beveling edges of the board.
Connector panel for a modular formwork system comprising modular interconnectable face panels maintained in opposed spaced relationship by modular transverse connectors, at least one course of said face panels comprising connector panels, each connector panel having a male end comprising a wedge-shaped tip; a female end having opposed faces (180, 182) defining a space between them and successive rows of rearwardly inclined opposed teeth depending from said opposed faces (180, 182); said male end being engageable into said female end of a same connector panel by inserting said tip for engagement between and against said opposed teeth, said tip being selectively engageable at varying depths between successive ones of said rows of teeth; characterised in that the male end comprises opposed faces (188, 190) and exactly one stem extending between the opposed faces (188, 190), the stem terminating in the wedge-shaped tip. a male end comprising a wedge-shaped tip; a female end having opposed faces (180, 182) defining a space between them and successive rows of rearwardly inclined opposed teeth depending from said opposed faces (180, 182); said male end being engageable into said female end of a same connector panel by inserting said tip for engagement between and against said opposed teeth, said tip being selectively engageable at varying depths between successive ones of said rows of teeth; characterised in that the male end comprises opposed faces (188, 190) and exactly one stem extending between the opposed faces (188, 190), the stem terminating in the wedge-shaped tip.
A cross counter flow heat exchanger core comprising a plurality of alternating hot and cold layers, a hot inlet tent configured to receive a hot inlet flow and defining a hot inlet tent width, and a hot outlet tent configured to discharge a hot outlet flow and defining a hot outlet tent width, wherein: the cold layer is configured to receive a cold inlet flow and discharge a cold outlet flow; the cold layer comprises: a plurality of cold main fins defining a cold main fin direction; a plurality of cold inlet corner fins defining a cold inlet corner fin direction, the cold inlet corner fin disposed in a first corner region of the cold layer proximate the hot inlet tent and configured to receive a portion of the cold inlet flow; a first and second cold main closure bar, each parallel to the cold main fin direction and disposed proximate to a respective hot inlet tent or hot outlet tent; a first cold offset closure bar having a first offset closure bar length; and a second cold offset closure bar having a second offset closure bar length; wherein first cold offset closure bar length is greater than second cold offset closure bar length; and wherein the cold inlet corner fin direction forms an angle with the cold main fin direction that is greater than 5 degrees. the cold layer is configured to receive a cold inlet flow and discharge a cold outlet flow; the cold layer comprises: a plurality of cold main fins defining a cold main fin direction; a plurality of cold inlet corner fins defining a cold inlet corner fin direction, the cold inlet corner fin disposed in a first corner region of the cold layer proximate the hot inlet tent and configured to receive a portion of the cold inlet flow; a first and second cold main closure bar, each parallel to the cold main fin direction and disposed proximate to a respective hot inlet tent or hot outlet tent; a first cold offset closure bar having a first offset closure bar length; and a second cold offset closure bar having a second offset closure bar length; wherein first cold offset closure bar length is greater than second cold offset closure bar length; and wherein the cold inlet corner fin direction forms an angle with the cold main fin direction that is greater than 5 degrees. a plurality of cold main fins defining a cold main fin direction; a plurality of cold inlet corner fins defining a cold inlet corner fin direction, the cold inlet corner fin disposed in a first corner region of the cold layer proximate the hot inlet tent and configured to receive a portion of the cold inlet flow; a first and second cold main closure bar, each parallel to the cold main fin direction and disposed proximate to a respective hot inlet tent or hot outlet tent; a first cold offset closure bar having a first offset closure bar length; and a second cold offset closure bar having a second offset closure bar length; wherein first cold offset closure bar length is greater than second cold offset closure bar length; and wherein the cold inlet corner fin direction forms an angle with the cold main fin direction that is greater than 5 degrees.
A magnetization state control method for a variable magnetization machine including a stator and a rotor which has a magnet, characterized by: calculating a target trajectory of a flux linkage vector to change a magnetization state of the magnet of the variable magnetization machine such that a trajectory of the flux linkage vector has a curved clockwise trajectory on a dq-axis plane and a magnitude of the flux linkage vector temporally changes, with the dq-axis plane being a synchronous reference frame with a d-axis pointing in a direction of a permanent magnet flux and a q-axis being 90 degrees ahead of the d-axis in a rotational direction of a rotor.