mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment comprising: means for receiving signaling from an access node of a wireless network that uses component carrier aggregation, the signaling comprising an identification of a plurality of component carriers and a priority associated with individual ones of the component carriers ; means for selecting one of the component carriers to camp on when in an idle mode based on the priority associated with individual ones of the component carriers; and means for transmitting on a random access channel corresponding to the selected component carrier, characterised in that the priority is implicitly indicated based on an absolute radio frequency channel number priority list to be permuted, according to user equipment-specific information, at the user equipment. means for receiving signaling from an access node of a wireless network that uses component carrier aggregation, the signaling comprising an identification of a plurality of component carriers and a priority associated with individual ones of the component carriers ; means for selecting one of the component carriers to camp on when in an idle mode based on the priority associated with individual ones of the component carriers; and means for transmitting on a random access channel corresponding to the selected component carrier, characterised in that the priority is implicitly indicated based on an absolute radio frequency channel number priority list to be permuted, according to user equipment-specific information, at the user equipment.
Process to prepare a char product and a syngas mixture comprising hydrogen and carbon monoxide from a solid biomass feed comprising the following steps: (i) performing a continuously operated partial oxidation of the solid biomass feed at a gas temperature of between 700 and 1100 °C and at a solids residence time of less than 5 seconds thereby obtaining a gaseous fraction comprising hydrogen, carbon monoxide and a mixture of gaseous organic compounds and a solid fraction comprising of char particles, (ii) continuously separating the char particles as the char product from the gaseous fraction and (iii) subjecting the gaseous fraction obtained in step (ii) to a continuously operated partial oxidation and/or to a steam reforming to obtain the syngas mixture, wherein the solid biomass feed has been obtained by torrefaction of a starting material comprising lignocellulose and wherein the solid biomass feed is a sieve fraction wherein 99 wt% of the solid biomass particles is smaller than 2 mm.
A fabric filter system, for removing particulate matter from a gas, comprising a fabric filter , a filter plenary space receiving gas from the fabric filter , an outlet duct having an interior through which gas can flow from the filter plenary space , and a flow control device for controlling the amount of gas exiting into the outlet duct and includes a louver-type damper wherein the louver-type damper comprises two or more wings controllable between an open position and a closed position characterized in, that the two or more wings are controllable at at least one intermediate position between the open and the closed position, and a tapering collar including one wide end and one narrow end connects the outlet duct with the filter plenary space , with the wide end positioned in the filter plenary space and the narrow end positioned in the interior of the outlet duct , wherein the louver-type damper is positioned in said narrow end of the tapering collar .
A multicopter , comprising: a frame having a central axis corresponding to the yaw axis of the multicopter , the frame having a plurality of arms extending radially outward relative to the yaw axis, each arm having a longitudinal axis, at least one arm of the plurality of arms operative in a rotational motion to adjust an angle between the longitudinal axis of at least one arm and the longitudinal axis of at least one other arm of the plurality of arms with the axis of rotation coincident with the yaw axis; a plurality of thrust generators mounted only on the plurality of arms, at least one thrust generator mounted on a respective arm of the plurality of arms; and a control system coupled to the at least one arm of the plurality of arms and to the plurality of thrust generators and operative to control the operation of the plurality of thrust generators and to control adjustment of the angle between the at least one arm and the at least one other arm in flight and on the ground while maintaining directional control of the multicopter in flight and on the ground. a frame having a central axis corresponding to the yaw axis of the multicopter , the frame having a plurality of arms extending radially outward relative to the yaw axis, each arm having a longitudinal axis, at least one arm of the plurality of arms operative in a rotational motion to adjust an angle between the longitudinal axis of at least one arm and the longitudinal axis of at least one other arm of the plurality of arms with the axis of rotation coincident with the yaw axis; a plurality of thrust generators mounted only on the plurality of arms, at least one thrust generator mounted on a respective arm of the plurality of arms; and a control system coupled to the at least one arm of the plurality of arms and to the plurality of thrust generators and operative to control the operation of the plurality of thrust generators and to control adjustment of the angle between the at least one arm and the at least one other arm in flight and on the ground while maintaining directional control of the multicopter in flight and on the ground.
An automated leak detection method using a robotic gas leak detector , the method comprising the steps of: a) moving the probe tip of a probe guided by a robot to a test site to be examined, using a robot ; b) recording a measurement signal from gas recorded by the probe tip by means of a gas detector ; c) detecting at least one first measurement value of the measurement signal at at least one first measurement time; characterized by the steps of: d) detecting the first measurement time and assigning the first measurement time to the first measurement value; e) detecting and assigning a first measurement position of the probe corresponding to the first measurement time; f) repeating steps a) - e) for at least one subsequent second measurement time; g) correlating the measurement values with each of the measurement positions of the probe in order to be able to use the measurement values to assess at which measurement position an extreme value of the measurement signal, which could indicate a possible leak in the test object, was detected. a) moving the probe tip of a probe guided by a robot to a test site to be examined, using a robot ; b) recording a measurement signal from gas recorded by the probe tip by means of a gas detector ; c) detecting at least one first measurement value of the measurement signal at at least one first measurement time; d) detecting the first measurement time and assigning the first measurement time to the first measurement value; e) detecting and assigning a first measurement position of the probe corresponding to the first measurement time; f) repeating steps a) - e) for at least one subsequent second measurement time; g) correlating the measurement values with each of the measurement positions of the probe in order to be able to use the measurement values to assess at which measurement position an extreme value of the measurement signal, which could indicate a possible leak in the test object, was detected.
A protection bodice comprising: - two lateral sides configured to protect lateral areas of a user's chest; - a bib configured to protect a frontal area of the user's chest and having opposing side end portions at least partially superimposed on respective frontal edge portions of the lateral sides in such a way as to define two distinct superimposing areas (A1, A2) between the bib and the lateral sides , said frontal edge portions being arranged, in use, between the user and the side end portions ; - a connection device configured to connect the bib to the two lateral sides and comprising first connection elements fastened to the bib and second connection elements fastened to the lateral sides , characterized by said first and second connection elements being slidably constrained to each other to allow a mutual sliding of the lateral sides in relation to the bib in such a way as to modify the two superimposing areas (A1, A2); - an adjusting device configured to translate the lateral sides approaching or moving away from each other in relation to the bib , in such a way as to adjust the distance between the frontal edge portions of the lateral sides . - two lateral sides configured to protect lateral areas of a user's chest; - a bib configured to protect a frontal area of the user's chest and having opposing side end portions at least partially superimposed on respective frontal edge portions of the lateral sides in such a way as to define two distinct superimposing areas (A1, A2) between the bib and the lateral sides , said frontal edge portions being arranged, in use, between the user and the side end portions ; - a connection device configured to connect the bib to the two lateral sides and comprising first connection elements fastened to the bib and second connection elements fastened to the lateral sides , characterized by said first and second connection elements being slidably constrained to each other to allow a mutual sliding of the lateral sides in relation to the bib in such a way as to modify the two superimposing areas (A1, A2); - an adjusting device configured to translate the lateral sides approaching or moving away from each other in relation to the bib , in such a way as to adjust the distance between the frontal edge portions of the lateral sides .
Fixed catalyst bed for the selective oxidation of hydrogen sulfide with oxygen, said catalyst bed comprising a first catalyst layer and a second catalyst layer, wherein the first catalyst layer comprises first catalyst particles that comprise a first support material comprising silica and a first metal oxide comprising Fe 2 O 3 , and the second catalyst layer comprises second catalyst particles that comprise a second support material comprising silica and a second metal oxide comprising Fe 2 O 3 , wherein said first catalyst particles have a higher Fe 2 O 3 loading based on the total weight of the first catalyst particles than the Fe 2 O 3 loading of said second catalyst particles based on the total weight of the second catalyst particles, wherein said Fe 2 O 3 loading of the second catalyst particles is less than 3% based on the total weight of said second catalyst particles, wherein said Fe 2 O 3 loading of the first catalyst particles is in the range of 5-10% based on the total weight of the first catalyst particles, and wherein the volume of the first catalyst layer is 15-50 vol% of the total catalyst bed volume and the volume of the second catalyst layer is 50-85 vol% of the total catalyst bed volume.
A method , comprising: obtaining sensor readings from an Ultraviolet (UV) sensor in response to a media item being illuminated with UV light within a depository ; deducing, from the sensor readings, an area of the media item which is indicative of a metallic material being integrated into the media item ; identifying a tolerance level for any contamination associated with the media item , identifying contamination readings from the sensor readings using the tolerance level ; and determining whether the media item is acceptable for further processing within the depository based on the sensor readings, the area, and the tolerance level ; wherein determining further includes: extracting a vector of features from the sensor readings using select sensor readings associated with the metallic material for the area and any contamination present with the media item using the tolerance level ; and comparing the vector against a model template for determining whether the media item is acceptable for further processing within the depository . obtaining sensor readings from an Ultraviolet (UV) sensor in response to a media item being illuminated with UV light within a depository ; deducing, from the sensor readings, an area of the media item which is indicative of a metallic material being integrated into the media item ; identifying a tolerance level for any contamination associated with the media item , identifying contamination readings from the sensor readings using the tolerance level ; and determining whether the media item is acceptable for further processing within the depository based on the sensor readings, the area, and the tolerance level ; extracting a vector of features from the sensor readings using select sensor readings associated with the metallic material for the area and any contamination present with the media item using the tolerance level ; and comparing the vector against a model template for determining whether the media item is acceptable for further processing within the depository .
A coupling module assembly for an office desk comprising: - at least one coupling module , and; - at least a first connection module ; wherein the connection module comprises one or more connections selected from: a current tap, a data connection, and a telephony connection; and where the coupling module is configured for being coupled to the connection module ; wherein the coupling module comprises an upper support , a lower support , and tightening means ; wherein the coupling module is configured for being coupled to a tabletop or desk by means of clamping said tabletop or desk between the upper support and the lower support ; wherein the tightening means are configured for clamping and tightening the upper support and the lower support against the tabletop or desk; characterized in that the coupling module further comprises a base body having a housing configured to receive the upper support , the lower support , and the tightening means , wherein the based body further comprises an extension located adjacent to the housing , wherein said extension comprises fixing means configured to receive a second connection module . - at least one coupling module , and; - at least a first connection module ; wherein the coupling module comprises an upper support , a lower support , and tightening means ; wherein the coupling module is configured for being coupled to a tabletop or desk by means of clamping said tabletop or desk between the upper support and the lower support ; wherein the tightening means are configured for clamping and tightening the upper support and the lower support against the tabletop or desk; characterized in that the coupling module further comprises a base body having a housing configured to receive the upper support , the lower support , and the tightening means , wherein the based body further comprises an extension located adjacent to the housing , wherein said extension comprises fixing means configured to receive a second connection module .
A method for enhancing crop plant growth by controlling undesired vegetation surrounding said crop plant at a plant cultivation site, the method comprising the steps of: a) providing, at said site, a plant that comprises at least one nucleic acid comprising a nucleotide sequence encoding a mutated protoporphyrinogen oxidase (mut-PPO) which is resistant or tolerant to a benzoxazinone-derivative herbicide and b) applying to said site an effective amount of said herbicide, wherein the nucleotide sequence of a) comprises a sequence having at least 80% sequence identity to the sequence of SEQ ID NO: 1, and wherein the encoded mut-PPO is a variant of SEQ ID NO: 2 in which the amino acid at position 128 is Alanine, and the amino acid at position 420 is Methionine, Isoleucine or Leucine , and wherein the effective amount of said herbicide does not kill or inhibit the growth of the herbicide-resistant plant of a). a) providing, at said site, a plant that comprises at least one nucleic acid comprising a nucleotide sequence encoding a mutated protoporphyrinogen oxidase (mut-PPO) which is resistant or tolerant to a benzoxazinone-derivative herbicide and b) applying to said site an effective amount of said herbicide, wherein the nucleotide sequence of a) comprises a sequence having at least 80% sequence identity to the sequence of SEQ ID NO: 1, and wherein the encoded mut-PPO is a variant of SEQ ID NO: 2 in which the amino acid at position 128 is Alanine, and the amino acid at position 420 is Methionine, Isoleucine or Leucine , and wherein the effective amount of said herbicide does not kill or inhibit the growth of the herbicide-resistant plant of a).
Method for producing a dashboard for a motor vehicle comprising at least one functional element , wherein the dashboard has a dashboard support , in which method a prepreg of natural fibres and thermoplastic fibres is heated in a heating step to above the melting temperature of the thermoplastic fibres , specifically to form a molten polymer matrix , in which the natural fibres are embedded, and subsequently the prepreg with the molten polymer matrix is shaped in a compression-moulding step into the dashboard support , wherein, to form the dashboard support , in a plastics injection-moulding step the functional element is moulded directly onto a main dashboard body produced in the compression-moulding step, and wherein the main dashboard body is provided with at least one main-body clearance , at the peripheral region around the opening of which there is formed a moulding profile , at which the functional element is moulded on, wherein the moulding profile is provided with a supporting leg , which is stepped-down by a vertical offset from the main dashboard body and on which the functional element is supported by a peripheral web , wherein the supporting leg runs right along the periphery around the opening of the main-body clearance , characterized in that the supporting leg is extended at its inner peripheral edge by a vertical abutting wall , which is a component part of the moulding profile , in that a side wall protrudes from the underside of the functional-element top wall , in that the plastics injection-moulding step is preceded by a processing step in which the moulding profile is provided with a plurality of flow openings , through which the liquid plastics moulding compound flows in the injection-moulding step, specifically to form a widened plastic head on the side of the moulding-profile abutting wall that is opposite from the side wall , in that a plurality of flow openings with associated plastic heads are provided along the peripheral region around the opening of the main-body clearance , and in that the plastic heads are connected to one another by way of moulded-on plastic webs .
A blow molding composition comprising: A) a chromium catalyzed ethylene copolymer having i) a high load melt index, as measured by ASTM 1238 at 190°C using a 21.6 kg load, of from 2 to 10 grams/10 minutes; ii) a density of from 0.944 to 0.955 g/cc; B) from 100 to 5000 ppm of nucleating agent, comprising a salt of HHPA; and C) from 100 to 1000 ppm of zinc oxide. A) a chromium catalyzed ethylene copolymer having i) a high load melt index, as measured by ASTM 1238 at 190°C using a 21.6 kg load, of from 2 to 10 grams/10 minutes; ii) a density of from 0.944 to 0.955 g/cc; i) a high load melt index, as measured by ASTM 1238 at 190°C using a 21.6 kg load, of from 2 to 10 grams/10 minutes; ii) a density of from 0.944 to 0.955 g/cc; B) from 100 to 5000 ppm of nucleating agent, comprising a salt of HHPA; and C) from 100 to 1000 ppm of zinc oxide.
A nozzle for spraying plants such as turf with a fluid comprising: (a) an outer member having a flange , a central section , a cylindrical extension terminating in a tip , a lumen extending therethrough, and a plurality of air eduction openings, said tip including an outer surface and a discharge orifice that is defined by a slot having an axis , an apex , and first and second sides , and wherein each of said sides is defined by first and second corresponding wall members, wherein said first wall members of said first and second sides extend from said apex toward their respective sides at an acute angle relative to one another in a "vee" configuration to respective opposed edges spaced from the apex; (b) an inner member insertable into the lumen of the outer member, said inner member having a flange , a central ring , an extension , a lumen and at least one opening which cooperates with said plurality of air eduction openings in the outer member to educt air into the lumen of the inner member when liquid passed through the lumen of the inner member, into the extension of the outer member and out the discharge orifice of the tip of the outer member , characterized in that each of said respective second wall members extend from the edge of a corresponding respective first wall member at an obtuse angle relative to one another toward an outer surface of the tip . (a) an outer member having a flange , a central section , a cylindrical extension terminating in a tip , a lumen extending therethrough, and a plurality of air eduction openings, said tip including an outer surface and a discharge orifice that is defined by a slot having an axis , an apex , and first and second sides , and wherein each of said sides is defined by first and second corresponding wall members, wherein said first wall members of said first and second sides extend from said apex toward their respective sides at an acute angle relative to one another in a "vee" configuration to respective opposed edges spaced from the apex; (b) an inner member insertable into the lumen of the outer member, said inner member having a flange , a central ring , an extension , a lumen and at least one opening which cooperates with said plurality of air eduction openings in the outer member to educt air into the lumen of the inner member when liquid passed through the lumen of the inner member, into the extension of the outer member and out the discharge orifice of the tip of the outer member ,
An image processing device for evaluating pulsation propagation of objects having a pulsation, comprising: processor circuitry configured to: detect motion of objects for each of a plurality of partial areas in each frame of a captured moving image in an observation area; calculate amounts of each detected motion; and calculate at least one of a propagation speed and a propagation direction of the motion for each pulsation of a plurality of pulsations of the objects based on the calculated amounts of each detected motion. processor circuitry configured to: detect motion of objects for each of a plurality of partial areas in each frame of a captured moving image in an observation area; calculate amounts of each detected motion; and detect motion of objects for each of a plurality of partial areas in each frame of a captured moving image in an observation area; calculate amounts of each detected motion; and calculate at least one of a propagation speed and a propagation direction of the motion for each pulsation of a plurality of pulsations of the objects based on the calculated amounts of each detected motion.