mhurhangee/patent-ind-claim-en huggingface dataset:
Plastic operating means for vehicle production in a production line, having a abutment part which has a fastening portion for reversibly releasably fastening to a movable vehicle part or a raw body and is configured to hold the movable vehicle part in position relative to the raw body on which the movable vehicle part is arranged, the plastic operating means having an adjusting part which can be locked in various positions relative to the abutment part each position of the adjusting part relative to the abutment part defining (i) a specific position of the movable vehicle part relative to the raw body and/or (ii) a specific retaining force of the movable vehicle part in its position relative to the raw body , characterized in that a guide portion for the adjusting part is arranged on the abutment part , on which guide portion the adjusting part can be fixed in the various locking positions relative to the abutment part by means of a plurality of latchings formed at intervals from one another. (i) a specific position of the movable vehicle part relative to the raw body and/or (ii) a specific retaining force of the movable vehicle part in its position relative to the raw body ,
A method for preparing a 1-(4-(4-(3,4-dichloro-2-fluorophenylamino)-7-methoxyquinazolin-6-yloxy)piperdin-1-yl)-prop-2-en-1-one hydrochloride of formula (I), which comprises the steps of: subjecting a compound of formula (VIII) to a reaction with a halogenating agent in the presence of an organic base, followed by a reaction with a compound of formula (X), to produce a compound of formula (VI); subjecting the compound of formula (VI) to a reaction with an ammonia solution in a polar protic solvent to produce a compound of formula (V); subjecting the compound of formula (V) to a reaction with a compound of formula (IX) in an inert polar aprotic solvent in the presence of a base to produce a compound of formula (IV); subjecting the compound of formula (IV) to a reaction with hydrochloric acid in an inert solvent to produce a compound of formula (III); subjecting the compound of formula (III) to an acrylation reaction with (wherein X is halogen) in the presence of a base to produce a compound of formula (II); and subjecting the compound of formula (II) to a reaction with hydrochloric acid to produce the compound of formula (I): subjecting a compound of formula (VIII) to a reaction with a halogenating agent in the presence of an organic base, followed by a reaction with a compound of formula (X), to produce a compound of formula (VI); subjecting the compound of formula (VI) to a reaction with an ammonia solution in a polar protic solvent to produce a compound of formula (V); subjecting the compound of formula (V) to a reaction with a compound of formula (IX) in an inert polar aprotic solvent in the presence of a base to produce a compound of formula (IV); subjecting the compound of formula (IV) to a reaction with hydrochloric acid in an inert solvent to produce a compound of formula (III); subjecting the compound of formula (III) to an acrylation reaction with (wherein X is halogen) in the presence of a base to produce a compound of formula (II); and subjecting the compound of formula (II) to a reaction with hydrochloric acid to produce the compound of formula (I):
An irrigation system to supply and control a flow·rate of irrigation water from an open channel into a gravity fed pipeline network, said system including a demand management system to monitor water flow rate in said pipeline network and a pump to increase said water flow rate when said demand management system determines an increase in water flow rate is required, said pipeline network further including at least one main pipeline having at least one inlet from said open channel into said gravity fed pipeline network, said at least one main pipeline further including at least one water control gate movable between open and closed positions under control of said demand management system, and a branch pipeline leading into said at least one main pipeline at one end and opening into a source of water to be pumped at the other end, wherein said pump in said branch pipeline forces water under pressure into said at least one main pipeline in said pumping mode and said demand management system closes said at least one water control gate whilst said pump is in said pumping mode.
Transparent or translucent substrate made of glassy or plastic material comprising a superficial film including from 10 to 50 layers directly superimposed over one another alternately consisting of a first and a second material having a refractive index at 550 nm equal to or greater and, respectively, lower than 2, characterised in that each of the layers consisting of said first material has a thickness comprised between 10 and 110 nm and each of the layers consisting of said second material has a thickness comprised between 50 and 250 nm.
Edge processing device for edging the narrow sides of plate-shaped workpieces of wood or wood substitutes with an edging strip , comprising a polishing assembly with at least one polishing dis and a scraper blade unit which is mounted upstream of the polishing assembly in a processing direction (X) and which has at least one scraper blade for machining the edging strip applied to the workpiece , wherein the edge processing device has at least one roller which is mounted downstream of the scraper assembly in the processing direction (X) and which is arranged so tight against the polishing disc that a traction force is exerted on a shaved sliver which is produced by the scraper blade assembly and which passes into the region between the at least one polishing disc and the roller , characterised in that the roller is mounted, in particular on a lever arm, so that it is pressed against the at least one polishing disc .
An abrading wheel comprising - a circular core having an outer periphery , - a rim arranged orthogonally to said circular core on said outer periphery, said rim comprising an inner surface and an outer surface , and a grit material disposed on at least part of said outer surface , - wherein the outer surface of said rim is provided with a plurality of grooves twisting around a central axis (L) of the abrading wheel and arranged in a helix or tilted relative to the outer periphery , the grooves being substantially free of grit material, and where a main part of said grit material is disposed on said outer surface of said rim on spaces between said grooves, whereby particles formed from a product being ground are guided away from the abrading wheel along said grooves, - characterised in that - a plurality of openings are arranged in said core for providing an airflow directed towards said inner surface , a tongue being attached to each opening of the circular core, a plurality of tongues thereby being arranged in said circular core, wherein the tongues are oriented such that air is forced onto the inner surface of the rim, thereby providing air cooling to the abrading wheel. - a circular core having an outer periphery , - a rim arranged orthogonally to said circular core on said outer periphery, said rim comprising an inner surface and an outer surface , and a grit material disposed on at least part of said outer surface , - wherein the outer surface of said rim is provided with a plurality of grooves twisting around a central axis (L) of the abrading wheel and arranged in a helix or tilted relative to the outer periphery , the grooves being substantially free of grit material, and where a main part of said grit material is disposed on said outer surface of said rim on spaces between said grooves, whereby particles formed from a product being ground are guided away from the abrading wheel along said grooves, - characterised in that - a plurality of openings are arranged in said core for providing an airflow directed towards said inner surface , a tongue being attached to each opening of the circular core, a plurality of tongues thereby being arranged in said circular core, wherein the tongues are oriented such that air is forced onto the inner surface of the rim, thereby providing air cooling to the abrading wheel.
A barrier for at least partially surrounding a planted area for repelling gastropods , the barrier comprising: a wall arrangement ; and a ledge extending in a direction away from the wall arrangement, the ledge comprising a plurality of downwardly extending elements , characterised in that the barrier further comprises a channel between the wall arrangement and the ledge . a wall arrangement ; and a ledge extending in a direction away from the wall arrangement, the ledge comprising a plurality of downwardly extending elements , characterised in that the barrier further comprises a channel between the wall arrangement and the ledge .
A refrigeration cycle apparatus comprising: a refrigerant circuit including at least a compressor , a condenser , an expansion device , and an evaporator , the refrigerant circuit circulating refrigerant being an ethylenic fluorohydrocarbon or a mixture including an ethylenic fluorohydrocarbon; and a moisture absorbing unit configured to absorb water in the refrigerant, wherein the moisture absorbing unit includes at least one dryer configured to allow the refrigerant to pass therethrough, and to absorb water in the passing refrigerant, and characterised in that the at least one dryer includes two dryers each disposed on the discharge side of the compressor and on an inlet side of the expansion device in the refrigerant circuit. a refrigerant circuit including at least a compressor , a condenser , an expansion device , and an evaporator , the refrigerant circuit circulating refrigerant being an ethylenic fluorohydrocarbon or a mixture including an ethylenic fluorohydrocarbon; and a moisture absorbing unit configured to absorb water in the refrigerant, wherein the moisture absorbing unit includes at least one dryer configured to allow the refrigerant to pass therethrough, and to absorb water in the passing refrigerant, and characterised in that the at least one dryer includes two dryers each disposed on the discharge side of the compressor and on an inlet side of the expansion device in the refrigerant circuit.
A refrigeration cycle apparatus , comprising: a refrigerant circuit having a compressor , a condenser , an expansion device , an evaporator , and an accumulator that are connected by a pipe, the accumulator including a vertical cylindrical vessel ; and a liquid level detection device installed in the vessel of the accumulator and configured to detect a liquid level position of liquid refrigerant stored in the vessel , wherein the liquid level detection device comprises: a first plate formed in a plate shape; and a second plate formed in a plate shape and disposed to face the first plate , characterized in that the vessel includes: a vessel main body ; an inlet pipe connected to an upper surface portion of the vessel main body and allowing refrigerant to flow in through the inlet pipe ; and an outlet pipe connected to the upper surface portion of the vessel main body and allowing the refrigerant that is present inside the vessel main body to flow out through the outlet pipe , and the inlet pipe being configured in that the refrigerant including liquid droplets having flowed into the vessel main body from the inlet pipe flows while swirling along the wall surface of the vessel main body; the first plate is disposed in such a manner that a surface opposite to a surface facing the second plate is orthogonal to a flow direction of the refrigerant including liquid droplets around the first plate flowing through the inlet pipe in the vessel while swirling along the wall surface of the vessel main body a refrigerant circuit having a compressor , a condenser , an expansion device , an evaporator , and an accumulator that are connected by a pipe, the accumulator including a vertical cylindrical vessel ; and a liquid level detection device installed in the vessel of the accumulator and configured to detect a liquid level position of liquid refrigerant stored in the vessel , a first plate formed in a plate shape; and a second plate formed in a plate shape and disposed to face the first plate , a vessel main body ; an inlet pipe connected to an upper surface portion of the vessel main body and allowing refrigerant to flow in through the inlet pipe ; and an outlet pipe connected to the upper surface portion of the vessel main body and allowing the refrigerant that is present inside the vessel main body to flow out through the outlet pipe , and the inlet pipe being configured in that the refrigerant including liquid droplets having flowed into the vessel main body from the inlet pipe flows while swirling along the wall surface of the vessel main body; the first plate is disposed in such a manner that a surface opposite to a surface facing the second plate is orthogonal to a flow direction of the refrigerant including liquid droplets around the first plate flowing through the inlet pipe in the vessel while swirling along the wall surface of the vessel main body
A therapeutic electromagnetic field generator device comprising: a field generating circuit containing at least one electromagnetic radiating element having a conductive track geometry having a multiplicity of tracks in which multiple adjacent side-by-side pairings of tracks conduct electrical current in opposite directions such that, for an electric field arising in the radiating element, component parts of a magnetic field produced by the radiating element at least partially cancel each other out thereby to reduce an overall magnetic field associated with the electric field; a processor responsive to a control algorithm stored in memory , the processor configured to provide a control signal to the field generating circuit to cause the radiating element to generate: i) a base heartbeat reference (H 1 , H 2 ); and ii) at periodic times, supplementing the base heartbeat reference with mutually exclusively generated frequency components below 500Hz, preferably below 200Hz and most preferably in the range of about 0.5Hz to 20Hz; and wherein the electric field across the radiating element is between about 200V/m and about 3000V/m and the magnetic field is in the range of less than about 300mT to about 1μT as measured at the surface of the radiating element. a field generating circuit containing at least one electromagnetic radiating element having a conductive track geometry having a multiplicity of tracks in which multiple adjacent side-by-side pairings of tracks conduct electrical current in opposite directions such that, for an electric field arising in the radiating element, component parts of a magnetic field produced by the radiating element at least partially cancel each other out thereby to reduce an overall magnetic field associated with the electric field; a processor responsive to a control algorithm stored in memory , the processor configured to provide a control signal to the field generating circuit to cause the radiating element to generate: i) a base heartbeat reference (H 1 , H 2 ); and ii) at periodic times, supplementing the base heartbeat reference with mutually exclusively generated frequency components below 500Hz, preferably below 200Hz and most preferably in the range of about 0.5Hz to 20Hz; and i) a base heartbeat reference (H 1 , H 2 ); and ii) at periodic times, supplementing the base heartbeat reference with mutually exclusively generated frequency components below 500Hz, preferably below 200Hz and most preferably in the range of about 0.5Hz to 20Hz; and wherein the electric field across the radiating element is between about 200V/m and about 3000V/m and the magnetic field is in the range of less than about 300mT to about 1μT as measured at the surface of the radiating element.
A method of combatting colour loss from a dyed keratinous material, the method comprising contacting the material with a composition comprising an alpha-substituted aldehyde selected from 2-hydroxydecanal, 2-hydroxydodecanal, 2-hydroxytetradecanal, 2-hydroxyhexanal, 2-hydroxyoctanal, 2-hydroxypropanal, 2-hydroxybutanal, bromomalonaldehyde, 2-(2-hydroxyethoxy)acetaldehyde, 2-chloro octanal, 2-fluoro octanal and 2-bromo octanal.
A rod end comprising a bearing , wherein the bearing is at least partially enclosed by a component comprising a fiber-reinforced plastic that extends, at least partially, in the form of a loop around the bearing, wherein the fiber-reinforced plastic forming the loop around the bearing extends at least partially into a threaded stem characterised in that fibers in the fiber-reinforced plastic conform to a thread profile near the surface of the threaded stem . wherein the fiber-reinforced plastic forming the loop around the bearing extends at least partially into a threaded stem characterised in that fibers in the fiber-reinforced plastic conform to a thread profile near the surface of the threaded stem .
A method of decoding video, the method comprising: obtaining a video bitstream defining base layer video information and enhancement layer video information; and determining a predictor of a current block of enhancement layer video information based at least on a weighted inter-layer predictor of at least one color component of a video unit of the current block and a weighted intra-layer predictor of the at least one color component of the video unit, characterized in that a weighting factor associated with the weighted inter-layer predictor and a weighting factor associated with the weighted intra-layer predictor are based at least on a distance of the video unit from a boundary of the current block wherein determining the predictor of the current block based at least on the weighted inter-layer predictor and the weighted intra-layer predictor is in response to determining that the current block has a size greater than or equal to a predetermined value greater than a minimum block size indicated in syntax data associated with the video bitstream. obtaining a video bitstream defining base layer video information and enhancement layer video information; and determining a predictor of a current block of enhancement layer video information based at least on a weighted inter-layer predictor of at least one color component of a video unit of the current block and a weighted intra-layer predictor of the at least one color component of the video unit, characterized in that a weighting factor associated with the weighted inter-layer predictor and a weighting factor associated with the weighted intra-layer predictor are based at least on a distance of the video unit from a boundary of the current block wherein determining the predictor of the current block based at least on the weighted inter-layer predictor and the weighted intra-layer predictor is in response to determining that the current block has a size greater than or equal to a predetermined value greater than a minimum block size indicated in syntax data associated with the video bitstream.
An endoscope floor stand consisting of: a base ; an adjustable body vertically extending from the base , the body including: at least a first elongated structure having a first end and a second end, wherein the first end is connected to the base ; and at least a second elongated structure slideably moveable relative to the first elongated structure to adjust a height of the endoscope floor stand , wherein the second elongated structure is suspended above the base ; a single ball joint , wherein at least a portion of the ball joint is configured to removably couple to an end of the body located opposite the base , thereby positioned at the top of the body ; and a holder for engaging and holding an endoscope on the endoscope floor stand , the holder extending from the ball joint and dimensioned to receive and grip a portion of the endoscope within the holder , wherein the ball joint includes a single ball enabling the holder to rotate relative to the body in three planes. a base ; an adjustable body vertically extending from the base , the body including: at least a first elongated structure having a first end and a second end, wherein the first end is connected to the base ; and at least a second elongated structure slideably moveable relative to the first elongated structure to adjust a height of the endoscope floor stand , wherein the second elongated structure is suspended above the base ; at least a first elongated structure having a first end and a second end, wherein the first end is connected to the base ; and at least a second elongated structure slideably moveable relative to the first elongated structure to adjust a height of the endoscope floor stand , wherein the second elongated structure is suspended above the base ; a single ball joint , wherein at least a portion of the ball joint is configured to removably couple to an end of the body located opposite the base , thereby positioned at the top of the body ; and a holder for engaging and holding an endoscope on the endoscope floor stand , the holder extending from the ball joint and dimensioned to receive and grip a portion of the endoscope within the holder , wherein the ball joint includes a single ball enabling the holder to rotate relative to the body in three planes.
An abrasion-resistant material for use in a working face of metallurgical furnace cooling elements comprising a body comprised of a first metal, the abrasion-resistant material comprising a macro-composite material comprising abrasion-resistant particles , wherein the body is provided with one or more internal cavities defining one or more internal coolant flow passages , the flow passages communicating with a coolant circulation system located outside the furnace through a plurality of coolant conduits having a length sufficient to extend through the furnace shell; wherein the abrasion-resistant particles have a hardness greater than a hardness of a second metal; wherein the abrasion-resistant particles are arranged in a substantially repeating, engineered configuration; wherein the substantially repeating, engineered configuration is infiltrated with a matrix comprised of the second metal; wherein the matrix of the second metal includes metal tendrils surrounding the abrasion-resistant particles in a front face area layer, wherein the tendrils extend in parallel toward the working face ; wherein the metal tendrils are formed in gaps between the abrasion-resistant particles; and wherein the metal tendrils , which have relatively low thermal resistivity, each extend continuously towards the working face in between the abrasion-resistant particles , which have relatively high thermal resistivity, and furthermore extend continuously from the working face through the entire thickness of the facing layer, resembling resistors connected in parallel, where the total resistance is lower overall. wherein the body is provided with one or more internal cavities defining one or more internal coolant flow passages , the flow passages communicating with a coolant circulation system located outside the furnace through a plurality of coolant conduits having a length sufficient to extend through the furnace shell; wherein the abrasion-resistant particles have a hardness greater than a hardness of a second metal; wherein the abrasion-resistant particles are arranged in a substantially repeating, engineered configuration; wherein the substantially repeating, engineered configuration is infiltrated with a matrix comprised of the second metal; wherein the matrix of the second metal includes metal tendrils surrounding the abrasion-resistant particles in a front face area layer, wherein the tendrils extend in parallel toward the working face ; wherein the metal tendrils are formed in gaps between the abrasion-resistant particles; and wherein the metal tendrils , which have relatively low thermal resistivity, each extend continuously towards the working face in between the abrasion-resistant particles , which have relatively high thermal resistivity, and furthermore extend continuously from the working face through the entire thickness of the facing layer, resembling resistors connected in parallel, where the total resistance is lower overall.