mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing an infant formula comprising beta-serum, the method comprising: isolating beta-serum from a dairy stream containing greater than 60% fat, the dairy stream being obtained after phase inversion of cream from an oil-in-water to a water-in-oil emulsion during production of butter oil or anhydrous milk fat from cream; and providing the beta-serum as an ingredient in the infant formula. isolating beta-serum from a dairy stream containing greater than 60% fat, the dairy stream being obtained after phase inversion of cream from an oil-in-water to a water-in-oil emulsion during production of butter oil or anhydrous milk fat from cream; and providing the beta-serum as an ingredient in the infant formula.
Agricultural round baler having a baling chamber comprising a plurality of driven pressing rollers (26, 26', 26") arranged around a circumference of the baling chamber, a rotation-generating or rotation-maintaining engagement action on a round bale located in the baling chamber being able to be generated by way of said pressing rollers (26, 26', 26"), wherein the baling chamber has an opening through which the pressed round bale can be unloaded, and wherein, on an underside of the baling chamber, at least one of the pressing rollers (26', 26") arranged immediately behind the opening or immediately in front of the opening is drivable at a higher rotational speed than the other pressing rollers, characterized in that, at the start of an unloading process for a fully pressed round bale, with a rear housing part opening, the pressing roller (26', 26") arranged on the underside of the baling chamber immediately behind the opening and/or immediately in front of the opening is driven at a higher rotational speed.
A plastic strip (2; 26; 67; 104) for sealing placement thereof at the transition between a first building component, in particular a window frame, and a second building component, in particular a layer of plaster; comprising a receiving area in which a sealing band is positioned at the plastic strip (2; 26; 67; 104); wherein the receiving area is closed and adapted to be opened, in particular by releasing at least one latch means or by removing at least part thereof, in particular a protective flap or a receiving area wall; characterised in that the sealing band, extending as far as to reach both strip ends, is in a compressed state in longitudinal direction of the sealing band.
An endoscopy system capable of measuring and regulating a temperature (Tdt) of its distal tip comprising a plurality of viewing elements (236, 256) located in the endoscope tip, wherein each of said viewing elements (236, 256) comprises an image sensor (302, 312) and a lens assembly (304, 314) and is associated with one or more light emitting diode illuminators (308, 318), said endoscopy system characterized in that it further comprises: a circuit board comprising a circuit for measuring a voltage across each of said LED illuminators (308, 318); a controller programmed to compute a temperature (Tj) of each of said LED illuminators (308, 318) by using said measured voltage and a function representing a first relationship between LED voltage and LED junction temperature (Tj) for a given current and without using a separate, dedicated temperature sensor, wherein the controller is further programmed to compute an average of junction temperatures of all the LED illuminators and use that average and a second relationship to compute the temperature (Tdt) at a given point on the distal tip, wherein the second relationship between the average of LED junction temperatures and the temperature (Tdt) at the given point on the distal tip is pre-determined by measuring an average LED junction temperature and a corresponding temperature at the given point on the distal tip for a range of LED currents and identifying the second relationship between average LED junction temperatures and the corresponding temperatures for the given point on the distal tip; and a memory configured to store the second relationship between average LED junction temperatures and temperatures for the given point on the distal tip. a circuit board comprising a circuit for measuring a voltage across each of said LED illuminators (308, 318); a controller programmed to compute a temperature (Tj) of each of said LED illuminators (308, 318) by using said measured voltage and a function representing a first relationship between LED voltage and LED junction temperature (Tj) for a given current and without using a separate, dedicated temperature sensor, wherein the controller is further programmed to compute an average of junction temperatures of all the LED illuminators and use that average and a second relationship to compute the temperature (Tdt) at a given point on the distal tip, wherein the second relationship between the average of LED junction temperatures and the temperature (Tdt) at the given point on the distal tip is pre-determined by measuring an average LED junction temperature and a corresponding temperature at the given point on the distal tip for a range of LED currents and identifying the second relationship between average LED junction temperatures and the corresponding temperatures for the given point on the distal tip; and a memory configured to store the second relationship between average LED junction temperatures and temperatures for the given point on the distal tip.
A method for repairing or producing an endless belt made from a belt with a belt body, wherein the belt body has a first surface and a second surface, wherein the first surface and the second surface are connected to each other by means of side surfaces, wherein each of the side surfaces is smaller than each of the surfaces (3, 4), wherein at least one of the surfaces (3, 4) of the belt is coated with a coating having at least one layer (6, 7), characterized in that in a step i) a recess, in particular a gap-type or hole-type recess, interrupting the coating is created around a region to be processed of the belt, which recess is at least partially delimited by opposite sections of the at least one coating, wherein toward the middle of the recess, the coating is slanted and/or staggered, in each case forming one upper side and steps adjoining it and having front sides, wherein in the case of a staggering, a level of the upper sides of the steps decreases from an edge of the recess towards a middle of the recess with respect to the surface of the belt body, wherein after processing the belt in the region to be processed, in a step ii) the recess is at least partially filled up with at least one material of the same type as the at least one layer (6, 7) of the coating, wherein a spraying method is used for filling up the recess with the material of the coating.
A high pressure melamine plant comprising a synthesis section and a melamine purification section, wherein said synthesis section provides a first melamine-containing stream, and said melamine purification section comprises: a quencher receiving said first melamine-containing stream, which is a raw melamine melt, from the synthesis section; a stripper fed with a second melamine-containing stream from said quencher and also fed with a stripping medium, wherein purified melamine is obtained and vapours are extracted; a heat exchanger, wherein said vapours from the stripper are at least partially condensed by heat exchange with a cooling medium, obtaining a condensed stream; an absorber fed with said condensed stream from said heat exchanger and providing an aqueous solution comprising ammonia and carbon dioxide, at least a portion of said aqueous solution being exported from the purification section of the plant; wherein said first melamine-containing stream is free, or substantially free, of melamine offgas. a quencher receiving said first melamine-containing stream, which is a raw melamine melt, from the synthesis section; a stripper fed with a second melamine-containing stream from said quencher and also fed with a stripping medium, wherein purified melamine is obtained and vapours are extracted; a heat exchanger, wherein said vapours from the stripper are at least partially condensed by heat exchange with a cooling medium, obtaining a condensed stream; an absorber fed with said condensed stream from said heat exchanger and providing an aqueous solution comprising ammonia and carbon dioxide, at least a portion of said aqueous solution being exported from the purification section of the plant; wherein said first melamine-containing stream is free, or substantially free, of melamine offgas.
R-DOTAP for use in stimulating an immune response in a subject for preventing or treating a disease, wherein the immune response is induced by activating the mitogen-activated protein ("MAP") kinase signaling pathway in cells of an immune system of the subject.
A humanised antibody that specifically binds to interleukin-17 receptor B (IL17BR), comprising a heavy chain variable domain and a light chain variable domain, wherein a) the heavy chain variable domain comprises a VHCDR1 of SEQ ID NO: 1, a VHCDR2 of SEQ ID NO: 2, and a VHCDR3 of SEQ ID NO: 3, and b) the light chain variable domain (VK domain) comprises a VLCDR1 of SEQ ID NO: 4, a VLCDR2 of SEQ ID NO: 5, and a VLCDR3 of SEQ ID NO: 6; a) the heavy chain variable domain comprises a VHCDR1 of SEQ ID NO: 1, a VHCDR2 of SEQ ID NO: 2, and a VHCDR3 of SEQ ID NO: 3, and b) the light chain variable domain (VK domain) comprises a VLCDR1 of SEQ ID NO: 4, a VLCDR2 of SEQ ID NO: 5, and a VLCDR3 of SEQ ID NO: 6;
A milking system comprising - at least one milking device (2, 4, 5, 6, 7; 3), - a milk storage vessel for storing milk obtained with the milking device, - a milk line system with a milk line (8, 11) with a first end connected to the milking device and with a second end connected to the milk storage vessel, and - a monitoring system which comprises: - a sensor configured for measuring a fluid parameter value of a fluid in the milk line, and - a control system operatively connected to the sensor and configured for processing the measured fluid parameter value and for generating a transition signal on fulfilment of a predefined transition criterion, characterized in that the milk line comprises a substantially vertical line portion, wherein a proposed discharge direction of milk runs through the milk line from the milking device to the milk storage vessel and is upwards through said line portion, wherein the sensor is placed in or on the substantially vertical line portion. - at least one milking device (2, 4, 5, 6, 7; 3), - a milk storage vessel for storing milk obtained with the milking device, - a milk line system with a milk line (8, 11) with a first end connected to the milking device and with a second end connected to the milk storage vessel, and - a monitoring system which comprises: - a sensor configured for measuring a fluid parameter value of a fluid in the milk line, and - a control system operatively connected to the sensor and configured for processing the measured fluid parameter value and for generating a transition signal on fulfilment of a predefined transition criterion, - a sensor configured for measuring a fluid parameter value of a fluid in the milk line, and - a control system operatively connected to the sensor and configured for processing the measured fluid parameter value and for generating a transition signal on fulfilment of a predefined transition criterion,
A measuring system comprising a sensor and a measuring device for assaying a specified component in a biological sample applied to the sensor, in which a new sensor is mounted to the measuring device at every time when a property of a specific compound in the biological sample is measured, so as to perform a measurement, including: a V-shape guide for guiding a fingertip to which the biological sample is attached, to the sensor to which the biological sample is to be applied, said V-shape guide having a pair of guide pieces each projecting beyond an end portion of said sensor and diverging from each other in an outward direction away from said sensor, so as to define a space broadening in said outward direction so as to guide said fingertip toward said sensor, wherein the guide is provided at a forward side of the measurement part of the sensor. a V-shape guide for guiding a fingertip to which the biological sample is attached, to the sensor to which the biological sample is to be applied, said V-shape guide having a pair of guide pieces each projecting beyond an end portion of said sensor and diverging from each other in an outward direction away from said sensor, so as to define a space broadening in said outward direction so as to guide said fingertip toward said sensor, wherein the guide is provided at a forward side of the measurement part of the sensor.
A cleaning article bounded by edges (20, 22) defining an XY plane and a Z-direction perpendicular thereto, said article comprising: a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds and extending outwardly therefrom in the Z-direction to have a tow thickness in the z-direction, and the cleaning article has a plurality of tufts made of tow fibers, the tufts are joined to the carrier sheet by a first plurality of primary bonds; and a second plurality of secondary bonds forming channel or groves through the tufts characterized by at least one pair of elongate secondary bonds disposed on at least a portion of said tow fibers and joining said portion of said tow fibers to said carrier sheet, each secondary bond having a secondary bond thickness in the Z-direction, said secondary bond thickness being less than said tow thickness in the Z-direction, said pair of secondary bonds bridging at least two adjacent pluralities of tow fibers. a carrier sheet having a first side and a second side opposed thereto, and a plurality of discrete tow fibers joined to said first side of said carrier sheet by a plurality of primary bonds and extending outwardly therefrom in the Z-direction to have a tow thickness in the z-direction, and the cleaning article has a plurality of tufts made of tow fibers, the tufts are joined to the carrier sheet by a first plurality of primary bonds; and a second plurality of secondary bonds forming channel or groves through the tufts characterized by at least one pair of elongate secondary bonds disposed on at least a portion of said tow fibers and joining said portion of said tow fibers to said carrier sheet, each secondary bond having a secondary bond thickness in the Z-direction, said secondary bond thickness being less than said tow thickness in the Z-direction, said pair of secondary bonds bridging at least two adjacent pluralities of tow fibers.
A rechargeable battery (100, 300) comprising: an electrode assembly comprising a first electrode, a second electrode, and a separator between the first and second electrodes (10, 11); a case containing the electrode assembly; and a cap plate (30, 330) sealing an opening of the case and comprising an electrode terminal (41, 42) connected to the electrode assembly, wherein at least one of the cap plate (30, 330), the case or another component of the battery is provided with a curved surface (25, 325) comprising a first concave surface (25, 25a) having a first curvature radius facing an inner space of the case receiving the electrode assembly, characterised in that the curved surface (25, 325) is connected to an inner side of the case on a tangent line of the first concave surface (25, 25a), and formed at a circumference of the opening, wherein the cap plate (30, 330) comprises a planar surface or a second concave surface, which faces the inner space of the case and has a second curvature radius greater than the first curvature radius, surrounded by the curved surface (25, 325) and connected to the curved surface (25, 325) on another tangent line of the first concave surface (25, 25a), wherein the cap plate (30, 330) includes a vent opening (32, 332) for discharging gas from inside the case, and wherein the vent opening (32, 332) is formed in the planar surface or second concave surface, such that the curved surface (25 325) is adapted to direct gas towards the vent opening (32, 332). an electrode assembly comprising a first electrode, a second electrode, and a separator between the first and second electrodes (10, 11); a case containing the electrode assembly; and a cap plate (30, 330) sealing an opening of the case and comprising an electrode terminal (41, 42) connected to the electrode assembly, wherein at least one of the cap plate (30, 330), the case or another component of the battery is provided with a curved surface (25, 325) comprising a first concave surface (25, 25a) having a first curvature radius facing an inner space of the case receiving the electrode assembly, characterised in that the curved surface (25, 325) is connected to an inner side of the case on a tangent line of the first concave surface (25, 25a), and formed at a circumference of the opening, wherein the cap plate (30, 330) comprises a planar surface or a second concave surface, which faces the inner space of the case and has a second curvature radius greater than the first curvature radius, surrounded by the curved surface (25, 325) and connected to the curved surface (25, 325) on another tangent line of the first concave surface (25, 25a), wherein the cap plate (30, 330) includes a vent opening (32, 332) for discharging gas from inside the case, and wherein the vent opening (32, 332) is formed in the planar surface or second concave surface, such that the curved surface (25 325) is adapted to direct gas towards the vent opening (32, 332).
A controller for generating a control signal for an oral care system, wherein the controller is configured for receiving orientation data generated by the oral care system, wherein the orientation data describes at least one angle between the oral care system and a target surface in an oral cavity or an angle relative to a reference vector, wherein the controller is configured for comparing the received orientation data with at least one pre-defined orientation condition, wherein the controller is configured for triggering an adaption of an orientation of a fluid emitting element of the oral care system in dependence on the comparison, and generating a fluid delivery control signal for the oral care system if the received orientation data fulfills the pre-defined orientation condition, wherein the fluid delivery control signal is configured to trigger or adapt an oral care procedure performed by the oral care system and for triggering an activation or a deactivation of a fluid delivery, e.g. a flossing operation, of the oral care system. wherein the controller is configured for receiving orientation data generated by the oral care system, wherein the orientation data describes at least one angle between the oral care system and a target surface in an oral cavity or an angle relative to a reference vector, wherein the controller is configured for comparing the received orientation data with at least one pre-defined orientation condition, wherein the controller is configured for triggering an adaption of an orientation of a fluid emitting element of the oral care system in dependence on the comparison, and generating a fluid delivery control signal for the oral care system if the received orientation data fulfills the pre-defined orientation condition, wherein the fluid delivery control signal is configured to trigger or adapt an oral care procedure performed by the oral care system and for triggering an activation or a deactivation of a fluid delivery, e.g. a flossing operation, of the oral care system.
Appliance for separating and sorting waste, comprising: - a frame, - a ring having an opening, said ring being pivotable relative to the frame about an axis that is located outside the opening, - an actuator (32/35) suitable for actuating the pivoting of the ring about said axis, so as to position the ring in a position, said position being one among several predefined positions, such that each position allows the drop-off and collection of waste in a different container or compartment, characterized in that the appliance also comprises a flexible tube having a proximal end and a distal end, the proximal end being suitable for receiving the waste, the distal end being connected to the ring such that the waste passes through the opening of the ring. - a frame, - a ring having an opening, said ring being pivotable relative to the frame about an axis that is located outside the opening, - an actuator (32/35) suitable for actuating the pivoting of the ring about said axis, so as to position the ring in a position, said position being one among several predefined positions, such that each position allows the drop-off and collection of waste in a different container or compartment,
A toner, comprising: a colorant; a resin; and a releasing agent, wherein a spin-spin relaxation time (t 2) of the toner at 90°C obtained by Hahn Echo method of pulse NMR analysis is from 1.80 msec to 7.00 msec, wherein the Hahn Echo method of pulse NMR analysis comprises preparing a sample by loading 40 mg of toner into a NMR tube having a diameter of 10 mm, and warming for 15 minutes with a preheater adjusted to 90°C; applying a high frequency magnetic field in the form of pulse to said toner loaded into the NMR tube using pulse NMR; so that the magnetization vector is inclined; and evaluating the mobility of the molecules constituting the toner based on the time taken for the x and y components of the magnetization vector to be extinct (= relaxation time); under the following measurement conditions: first 90° pulse separation; 0.01 msec; final pulse separation; 20 msec; number of data point for fitting; 40 points; cumulated number; 32 times; and temperature; 90°C. a colorant; a resin; and a releasing agent, wherein a spin-spin relaxation time (t 2) of the toner at 90°C obtained by Hahn Echo method of pulse NMR analysis is from 1.80 msec to 7.00 msec, wherein the Hahn Echo method of pulse NMR analysis comprises preparing a sample by loading 40 mg of toner into a NMR tube having a diameter of 10 mm, and warming for 15 minutes with a preheater adjusted to 90°C; applying a high frequency magnetic field in the form of pulse to said toner loaded into the NMR tube using pulse NMR; so that the magnetization vector is inclined; and evaluating the mobility of the molecules constituting the toner based on the time taken for the x and y components of the magnetization vector to be extinct (= relaxation time); under the following measurement conditions: first 90° pulse separation; 0.01 msec; final pulse separation; 20 msec; number of data point for fitting; 40 points; cumulated number; 32 times; and temperature; 90°C. first 90° pulse separation; 0.01 msec; final pulse separation; 20 msec; number of data point for fitting; 40 points; cumulated number; 32 times; and temperature; 90°C.
A stabilisation system for stabilising an output of a controllable coherent light or laser source, the stabilisation system comprising a randomiser comprising a plurality of randomly positioned scatterers configured to randomize light output from the controllable coherent light or laser source so as to generate a speckle pattern; a detector configured to detect the speckle pattern; a processor or analyser configured to analyze the detected speckle pattern so as to determine one or more properties of the light and/or changes in one or more properties of the light output from the controllable coherent light or laser source; and a controller configured to control the controllable coherent light or laser source based on the determined one or more properties of the light and/or changes in one or more properties of the light output from the controllable coherent light or laser source.