mhurhangee/patent-ind-claim-en huggingface dataset:
A method of measuring at least one magnetic quantity in a reliable manner, using an integrated circuit that comprises: - a first set (set1) of N magnetic sensor elements, N being at least one; - a second set (set2) of N magnetic sensor elements; - a configurable interconnection circuit (399; 499; 599; 598) adapted for selectively connecting and disconnecting an element of the second set (set2) to/from an associated element of the first set (setl); and - a processing circuit for configuring the interconnection circuit; the method comprising the steps of: a) configuring the interconnection circuit in a first mode wherein each element of the first set (set1) is connected to an associated element of the second set (set2) for generating N combined signals, and measuring these N combined signals; b) configuring the interconnection circuit in a second mode wherein each element of the first set (set1) is disconnected from its associated element of the second set (set2), and measuring N individual signals from the N magnetic sensor elements of the first set (setl); c) performing a consistency test based on a comparison of the combined signals with the individual signals, and/or performing a consistency test based on a comparison of first signals derived from the combined signals with second signals derived from the individual signals; and providing an outcome of the consistency test as a validity signal; and outputting at least one signal selected from the group consisting of said combined signals, said individual signals, said first signals and said second signals. - a first set (set1) of N magnetic sensor elements, N being at least one; - a second set (set2) of N magnetic sensor elements; - a configurable interconnection circuit (399; 499; 599; 598) adapted for selectively connecting and disconnecting an element of the second set (set2) to/from an associated element of the first set (setl); and - a processing circuit for configuring the interconnection circuit; a) configuring the interconnection circuit in a first mode wherein each element of the first set (set1) is connected to an associated element of the second set (set2) for generating N combined signals, and measuring these N combined signals; b) configuring the interconnection circuit in a second mode wherein each element of the first set (set1) is disconnected from its associated element of the second set (set2), and measuring N individual signals from the N magnetic sensor elements of the first set (setl); c) performing a consistency test based on a comparison of the combined signals with the individual signals, and/or performing a consistency test based on a comparison of first signals derived from the combined signals with second signals derived from the individual signals; and providing an outcome of the consistency test as a validity signal; and outputting at least one signal selected from the group consisting of said combined signals, said individual signals, said first signals and said second signals.
Bipolar plate for an electrochemical device, comprising at least one first bipolar plate layer and one second bipolar plate layer , between which an edge channel extending along a longitudinal direction is formed, and comprising a fluid channel running substantially in parallel to the edge channel , characterized in that the bipolar plate comprises at least one fluidic connection through which a fluid medium can flow from the edge channel into the adjacent fluid channel and/or from the adjacent fluid channel into the edge channel , wherein the edge channel has a constriction and/or an interruption by which the portion of the fluid medium flowing through the edge channel exiting through the fluidic connection from the edge channel into the fluid channel in the operation of the electrochemical device is increased. the bipolar plate comprises at least one fluidic connection through which a fluid medium can flow from the edge channel into the adjacent fluid channel and/or from the adjacent fluid channel into the edge channel , wherein the edge channel has a constriction and/or an interruption by which the portion of the fluid medium flowing through the edge channel exiting through the fluidic connection from the edge channel into the fluid channel in the operation of the electrochemical device is increased.
A composition for printing fibrous materials, comprising at least one hydrotropic substance for promoting the spreading of the dye into the fibre, excluding urea or a derivative thereof, and a hygroscopic cosolvent substance; wherein the substance for promoting the spreading of the dye into the fibre is chosen from cumene sulphonate, xylene sulphonate, toluene sulphonate, nicotinamide and nicotinic acid; and wherein the cosolvent substance is chosen from ε-caprolactam, glycols and polyglycols. wherein the substance for promoting the spreading of the dye into the fibre is chosen from cumene sulphonate, xylene sulphonate, toluene sulphonate, nicotinamide and nicotinic acid; and wherein the cosolvent substance is chosen from ε-caprolactam, glycols and polyglycols.
A single-sided indexable ramping milling insert configured for ramping operations and for mounting in a pocket of a ramping milling tool , comprising top and bottom surfaces and a peripheral surface extending therebetween and meeting the top and bottom surfaces at respective top and bottom edges , the top edge comprising a side cutting edge , an end cutting edge , a raised corner cutting edge located therebetween, and a lowered corner cutting edge connected to the end cutting edge ; the lowered corner cutting edge being closer to the bottom surface than the raised corner cutting edge , the bottom edge comprising a bottom corner edge associated with, and adjacent to, the lowered corner cutting edge , characterized in that the lowered corner cutting edge and the bottom corner edge are convexly curved; and a depression is recessed into the peripheral surface between the lowered corner cutting edge and its associated bottom corner edge , the depression configured for providing relief from a convex workpiece surface cut by the lowered corner cutting edge during ramping operations; and wherein the depression is spaced apart from both the lowered corner cutting edge and the associated bottom corner edge . the top edge comprising a side cutting edge , an end cutting edge , a raised corner cutting edge located therebetween, and a lowered corner cutting edge connected to the end cutting edge ; the lowered corner cutting edge being closer to the bottom surface than the raised corner cutting edge , the bottom edge comprising a bottom corner edge associated with, and adjacent to, the lowered corner cutting edge , characterized in that the lowered corner cutting edge and the bottom corner edge are convexly curved; and a depression is recessed into the peripheral surface between the lowered corner cutting edge and its associated bottom corner edge , the depression configured for providing relief from a convex workpiece surface cut by the lowered corner cutting edge during ramping operations; and wherein the depression is spaced apart from both the lowered corner cutting edge and the associated bottom corner edge .
Explosion-proof housing , with at least two housing parts which, when assembled, delimit an interior space able to accommodate electrical components which can form ignition sources, wherein at least one of the housing parts is a casting having a pressure compensation opening , with at least one pressure relief body which has two flat sides facing away from one another and is connected to the casting, characterised in that the casting is configured to protrude over the pressure relief body on its two flat sides . with at least two housing parts which, when assembled, delimit an interior space able to accommodate electrical components which can form ignition sources, wherein at least one of the housing parts is a casting having a pressure compensation opening , with at least one pressure relief body which has two flat sides facing away from one another and is connected to the casting, characterised in that the casting is configured to protrude over the pressure relief body on its two flat sides .
A vinyl chloride resin composition for powder molding, comprising: 100 parts by mass of (a) vinyl chloride resin particles; 0.5 parts by mass to 7 parts by mass of (b) perchloric acid-treated hydrotalcite; and 0.05 parts by mass to 5 parts by mass of (c) metal salt of fatty acid, wherein (b) the perchloric acid-treated hydrotalcite contains an anion perchlorate with which an anion carbonate is substituted in a ratio of 85 mol% or more and 95 mol% or less. 100 parts by mass of (a) vinyl chloride resin particles; 0.5 parts by mass to 7 parts by mass of (b) perchloric acid-treated hydrotalcite; and 0.05 parts by mass to 5 parts by mass of (c) metal salt of fatty acid, wherein (b) the perchloric acid-treated hydrotalcite contains an anion perchlorate with which an anion carbonate is substituted in a ratio of 85 mol% or more and 95 mol% or less.
A sensor for a separable connector comprising: a plug body comprising an insulating resin, the plug body configured to be inserted into the separable connector to encase a high voltage conductor disposed in the separable connector such that there are no exposed high voltages surfaces; one or more discrete high voltage capacitors encased by the insulating resin and configured to be electrically coupled to the separable connector at a first end portion when the plug body is inserted; one or more discrete low voltage capacitors electrically coupled in series to the one or more high voltage capacitors to form a capacitive voltage divider; and a low voltage connection configured to provide a low voltage signal corresponding to a high voltage signal present in the separable connector. a plug body comprising an insulating resin, the plug body configured to be inserted into the separable connector to encase a high voltage conductor disposed in the separable connector such that there are no exposed high voltages surfaces; one or more discrete high voltage capacitors encased by the insulating resin and configured to be electrically coupled to the separable connector at a first end portion when the plug body is inserted; one or more discrete low voltage capacitors electrically coupled in series to the one or more high voltage capacitors to form a capacitive voltage divider; and a low voltage connection configured to provide a low voltage signal corresponding to a high voltage signal present in the separable connector.
A system for monitoring yield while harvesting grain with a harvester , comprising: a mass flow sensor of the harvester configured to generate a flow rate signal corresponding to a flow rate of grain within the harvester ; a vehicle weight system of the harvester configured to generate a weight signal corresponding to the weight of a portion of the harvester ; and processing circuitry in electrical communication with said mass flow sensor and said vehicle weight system , said processing circuitry configured to calculate an error in said flow rate signal using said weight signal, wherein said processing circuitry is further configured to calculate a corrected mass flow rate based on said error. a mass flow sensor of the harvester configured to generate a flow rate signal corresponding to a flow rate of grain within the harvester ; a vehicle weight system of the harvester configured to generate a weight signal corresponding to the weight of a portion of the harvester ; and processing circuitry in electrical communication with said mass flow sensor and said vehicle weight system , said processing circuitry configured to calculate an error in said flow rate signal using said weight signal, wherein said processing circuitry is further configured to calculate a corrected mass flow rate based on said error.
A power tool comprising: a housing ; an output member at least partially contained in the housing and configured to rotate about a longitudinal axis; a motor contained in the housing and drivably connected to the output member to impart rotary motion thereto; a rotational motion sensor arranged in the housing and operable to detect rotational motion of the housing , from a first reference orientation of the housing, about the longitudinal axis of the output member; a controller located in the housing, the controller configured to receive a signal indicative of the rotational motion from the rotational motion sensor, the controller and/or the sensor being operable to determine a direction of the rotational motion of the housing about the longitudinal axis, and the controller being configured, in response to the signal, to drive the motor to rotate the output member in the same direction as the rotational motion of the housing; and a trigger switch assembly configured such that actuation thereof sets the first reference orientation of the housing as the orientation of the housing when the trigger switch assembly is actuated; characterized in that the trigger switch assembly is located at an opposite end surface of the housing to the output member , on a handle portion of the housing, such that a user of the power tool can actuate the trigger switch assembly with the palm of the user's hand when the power tool is held by that hand during use. a housing ; an output member at least partially contained in the housing and configured to rotate about a longitudinal axis; a motor contained in the housing and drivably connected to the output member to impart rotary motion thereto; a rotational motion sensor arranged in the housing and operable to detect rotational motion of the housing , from a first reference orientation of the housing, about the longitudinal axis of the output member; a controller located in the housing, the controller configured to receive a signal indicative of the rotational motion from the rotational motion sensor, the controller and/or the sensor being operable to determine a direction of the rotational motion of the housing about the longitudinal axis, and the controller being configured, in response to the signal, to drive the motor to rotate the output member in the same direction as the rotational motion of the housing; and a trigger switch assembly configured such that actuation thereof sets the first reference orientation of the housing as the orientation of the housing when the trigger switch assembly is actuated; characterized in that the trigger switch assembly is located at an opposite end surface of the housing to the output member , on a handle portion of the housing, such that a user of the power tool can actuate the trigger switch assembly with the palm of the user's hand when the power tool is held by that hand during use.
An uplink information transmission method, for a user equipment, UE, comprising: sending first uplink information on a first frequency resource of a first subframe set; and sending second uplink information on a second frequency resource of a second subframe set, wherein the first frequency resource and the second frequency resource are frequency resources comprised in two different narrowbands; and, case I, in a time division duplex, TDD, system a radio frame in which a subframe in the first subframe set is located is different from a radio frame in which a subframe in the second subframe set is located, and any subframe comprised in the first subframe set and any subframe comprised in the second subframe set belong to different radio frames; or a half-frame in which a subframe in the first subframe set is located is different from a half-frame in which a subframe in the second subframe set is located, and any subframe comprised in the first subframe set and any subframe comprised in the second subframe set belong to different half-frames; or, case II, the last subframe in the first subframe set and a start subframe in the second subframe set are adjacent subframes; and the first uplink information is not sent in the last A time units of the last subframe in the first subframe set, and/or the second uplink information is not sent on the first B time units of the start subframe in the second subframe set, wherein A and B are natural numbers. sending first uplink information on a first frequency resource of a first subframe set; and sending second uplink information on a second frequency resource of a second subframe set, wherein the first frequency resource and the second frequency resource are frequency resources comprised in two different narrowbands; and, case I, in a time division duplex, TDD, system a radio frame in which a subframe in the first subframe set is located is different from a radio frame in which a subframe in the second subframe set is located, and any subframe comprised in the first subframe set and any subframe comprised in the second subframe set belong to different radio frames; or a half-frame in which a subframe in the first subframe set is located is different from a half-frame in which a subframe in the second subframe set is located, and any subframe comprised in the first subframe set and any subframe comprised in the second subframe set belong to different half-frames; or, case II, the last subframe in the first subframe set and a start subframe in the second subframe set are adjacent subframes; and the first uplink information is not sent in the last A time units of the last subframe in the first subframe set, and/or the second uplink information is not sent on the first B time units of the start subframe in the second subframe set, wherein A and B are natural numbers.
A savoury concentrate comprising the following components: a) 22-85 wt.% inorganic salt; b) 2-60 wt.% fat; c) 1-9 wt.% of psyllium seed husk gum; d) 0-25 wt.% of glutamate component selected from glutamic acid, edible glutamate salts and combinations thereof; e) 0-25 w.% starch component selected from native starch, pregelatinised starch, maltodextrin, modified starch and combinations thereof; f) 0-20 wt.% of sugar selected from monosaccharides, disaccharides and combinations thereof; g) 0-45 wt.% of vegetable matter selected from vegetables, herbs, spices and combinations thereof; h) 0-10 wt.% water; wherein the components a) to e) together constitute at least 55 wt.% of the savoury concentrate and wherein the components a) to h) together constitute at least 75 wt.% of the savoury concentrate. a) 22-85 wt.% inorganic salt; b) 2-60 wt.% fat; c) 1-9 wt.% of psyllium seed husk gum; d) 0-25 wt.% of glutamate component selected from glutamic acid, edible glutamate salts and combinations thereof; e) 0-25 w.% starch component selected from native starch, pregelatinised starch, maltodextrin, modified starch and combinations thereof; f) 0-20 wt.% of sugar selected from monosaccharides, disaccharides and combinations thereof; g) 0-45 wt.% of vegetable matter selected from vegetables, herbs, spices and combinations thereof; h) 0-10 wt.% water;
A device for measuring the mass flow rate of a foaming fluid , in particular of milk during the milking process, having a housing with at least one inlet and at least one outlet , and at least one measuring device with at least one sensor for determining the mass flow rate, characterized in that the structure of the housing is such that a helical flow of the liquid can be obtained in order to obtain mixing of the foam portion with the liquid portion of the fluid, in that the housing comprises at least one housing section with an oval or round cross section and a second housing section with a round or oval cross section, wherein a central axis of the first housing section and a central axis of the second housing section are disposed at an angle with respect to each other, wherein the angle is up to 90° and preferably between 10° and 60°, and wherein the inlet feeds substantially tangentially into the interior of the first housing section , and wherein the sensor is disposed in the second housing section , and the interior of the second housing section of the housing is rotationally symmetrical in form upstream of the sensor.
A body characteristic measuring device configured to acquire multiple accelerations from a multi-axis acceleration sensor attached to a chest of the quadruped , the device comprising: a first determining section configured to determine a gait of a quadruped based on the multiple accelerations; and a second determining section configured to determine, if the gait determined by the first determining section is gallop or canter, an injury risk of the quadruped based on a waveform of a positive half-wave region of acceleration in a movement direction of the quadruped in the case where an increase in the acceleration in the movement direction of the quadruped is defined as positive. a first determining section configured to determine a gait of a quadruped based on the multiple accelerations; and a second determining section configured to determine, if the gait determined by the first determining section is gallop or canter, an injury risk of the quadruped based on a waveform of a positive half-wave region of acceleration in a movement direction of the quadruped in the case where an increase in the acceleration in the movement direction of the quadruped is defined as positive.
A fluid application device comprising: an applicator head ; a first fluid passageway extending in the applicator head ; a second fluid passageway extending in the applicator head ; a plurality of pumps connected to the applicator head , a first pump of the plurality of pumps configured to meter a fluid to the first fluid passageway and a second pump of the plurality of pumps configured to meter the fluid to the second fluid passageway ; a plurality of valve modules connected to the applicator head , each valve module actuatable between an open condition and a closed condition to control flow of the fluid in the first fluid passageway and the second fluid passageway ; a nozzle connected to the applicator head , the nozzle having a plurality of discharge orifices , wherein at least one orifice of the plurality of discharge orifices is positioned downstream from the first fluid passageway and the second fluid passageway ; wherein the nozzle includes an internal conduit connected between the first and second fluid passageways and the plurality of discharge orifices for receiving the fluid from the first and second fluid passageways, and the internal conduit includes a splitting section to split the fluid for flow to the plurality of discharge orifices , and wherein the plurality of discharge orifices are disposed along a common line. an applicator head ; a first fluid passageway extending in the applicator head ; a second fluid passageway extending in the applicator head ; a plurality of pumps connected to the applicator head , a first pump of the plurality of pumps configured to meter a fluid to the first fluid passageway and a second pump of the plurality of pumps configured to meter the fluid to the second fluid passageway ; a plurality of valve modules connected to the applicator head , each valve module actuatable between an open condition and a closed condition to control flow of the fluid in the first fluid passageway and the second fluid passageway ; a nozzle connected to the applicator head , the nozzle having a plurality of discharge orifices , wherein at least one orifice of the plurality of discharge orifices is positioned downstream from the first fluid passageway and the second fluid passageway ; wherein the nozzle includes an internal conduit connected between the first and second fluid passageways and the plurality of discharge orifices for receiving the fluid from the first and second fluid passageways, and the internal conduit includes a splitting section to split the fluid for flow to the plurality of discharge orifices , and wherein the plurality of discharge orifices are disposed along a common line.