mhurhangee/patent-ind-claim-en huggingface dataset:
A method for causing a computing system to process events from a sequence of events that defines a correct chronological order for said events independent from an order in which those events are received over an input device or port, said method including: defining a first variable , defining, for said first variable , a first chronology of operations on said first variable associated with received events, receiving a first event that pertains to said first variable , executing a first operation on said first variable , wherein said first operation results in a first update of said first chronology , after having received said first event, receiving a delayed event that pertains to said first variable , executing a second operation on said first variable , wherein said second operation results in a second update of said first chronology , wherein said first operation is executed at an earlier time than said second operation associated with the delayed event, and wherein said delayed event precedes said first event in said sequence, determining whether to reprocess the first operation based on a determination, using said first chronology of the operations on said first variable indicating the sequence of events, of whether said first update resulting from the earlier executed first operation associated with the first event is valid or invalid, and reprocessing said earlier executed first operation based on the determination that said earlier first update is invalid, wherein said first update is based on said first event, and wherein said second update is based on said delayed event. defining a first variable , defining, for said first variable , a first chronology of operations on said first variable associated with received events, receiving a first event that pertains to said first variable , executing a first operation on said first variable , wherein said first operation results in a first update of said first chronology , after having received said first event, receiving a delayed event that pertains to said first variable , executing a second operation on said first variable , wherein said second operation results in a second update of said first chronology , wherein said first operation is executed at an earlier time than said second operation associated with the delayed event, and wherein said delayed event precedes said first event in said sequence, determining whether to reprocess the first operation based on a determination, using said first chronology of the operations on said first variable indicating the sequence of events, of whether said first update resulting from the earlier executed first operation associated with the first event is valid or invalid, and reprocessing said earlier executed first operation based on the determination that said earlier first update is invalid, wherein said first update is based on said first event, and wherein said second update is based on said delayed event.
An energy store for storing electrical energy in the form of thermal energy, comprising: - an electric heater for converting electrical energy into thermal energy and - heat-storing elements for storing thermal energy of the electric heater , - wherein a plurality of vertical rods arranged upright are provided, characterized in that - the vertical rods are supported at their lower ends, wherein a thermal expansion upwards is rendered freely possible, - the heat-storing elements comprise a plurality of horizontal rods which extend in a horizontal direction, wherein a plurality of the horizontal rods are supported on each vertical rod , - the horizontal ends of each horizontal rod are free so that a thermal expansion in a horizontal direction is rendered freely possible. - an electric heater for converting electrical energy into thermal energy and - heat-storing elements for storing thermal energy of the electric heater , - wherein a plurality of vertical rods arranged upright are provided, characterized in that - the vertical rods are supported at their lower ends, wherein a thermal expansion upwards is rendered freely possible, - the heat-storing elements comprise a plurality of horizontal rods which extend in a horizontal direction, wherein a plurality of the horizontal rods are supported on each vertical rod , - the horizontal ends of each horizontal rod are free so that a thermal expansion in a horizontal direction is rendered freely possible.
A supercritical drying method for a silica wet gel blanket, the method comprising: a) placing the silica wet gel blanket inside a supercritical extractor; b) subjecting the silica wet gel blanket to supercritical drying and discharging residual materials from the supercritical extractor; and c) injecting the residual materials into a line filter installed between the supercritical extractor and a pressure control valve to form a filtered residual material, and then discharging the filtered residual material, wherein the step b) and the step c) are sequentially or simultaneously performed, and the step c) is filtering a salt generated by a reaction among the residual materials inside the line filter. a) placing the silica wet gel blanket inside a supercritical extractor; b) subjecting the silica wet gel blanket to supercritical drying and discharging residual materials from the supercritical extractor; and c) injecting the residual materials into a line filter installed between the supercritical extractor and a pressure control valve to form a filtered residual material, and then discharging the filtered residual material, wherein the step b) and the step c) are sequentially or simultaneously performed, and the step c) is filtering a salt generated by a reaction among the residual materials inside the line filter. wherein the step b) and the step c) are sequentially or simultaneously performed, and the step c) is filtering a salt generated by a reaction among the residual materials inside the line filter.
Smart card connector comprising a housing defining a smart card receiving slot communicating with a smart card ingress slit formed in the housing ; and comprising a plurality of smart card contacts mounted within the housing and being configured for reading contact with a smart card inserted into the smart card receiving slot ; at least one of the plurality of smart card contacts having a contact surface comprising a convex contact engageable portion that is symmetric with respect to a center plane (A-A) thereof; characterized in that the convex contact engageable portion has a curved outer surface and a pair of flat side surfaces , the flat side surfaces extending between curved side surfaces and top straight edges ; the top straight edges of the convex contact engageable portion are not accessible through the smart card receiving slot ; and the curved outer surface , and the pair of flat side surfaces are not engageable by a tampering hook inserted in the absence of a smart card through the card ingress slit . a plurality of smart card contacts mounted within the housing and being configured for reading contact with a smart card inserted into the smart card receiving slot ; at least one of the plurality of smart card contacts having a contact surface comprising a convex contact engageable portion that is symmetric with respect to a center plane (A-A) thereof; characterized in that the convex contact engageable portion has a curved outer surface and a pair of flat side surfaces , the flat side surfaces extending between curved side surfaces and top straight edges ; the top straight edges of the convex contact engageable portion are not accessible through the smart card receiving slot ; and the curved outer surface , and the pair of flat side surfaces are not engageable by a tampering hook inserted in the absence of a smart card through the card ingress slit .
Agricultural processing device for use in forage harvesting, with tines that revolve around an axis (A), with corresponding tine ends , a device for altering the distance (a) of the tine ends from the ground , characterised by a sensor device for measuring stubble height (h), an evaluation unit , in particular a decision support system , to which the sensor device (3a, b) supplies measurement signals for the stubble height, and which can determine a suitable position of the tine ends as a function of the measured stubble height, in particular the distance from the tine ends to the ground or to the stubble tip , and a control device that drives the device to alter the distance of the tine ends , in order to adjust the determined position. a device for altering the distance (a) of the tine ends from the ground , characterised by a sensor device for measuring stubble height (h), an evaluation unit , in particular a decision support system , to which the sensor device (3a, b) supplies measurement signals for the stubble height, and which can determine a suitable position of the tine ends as a function of the measured stubble height, in particular the distance from the tine ends to the ground or to the stubble tip , and a control device that drives the device to alter the distance of the tine ends , in order to adjust the determined position.
A method for manufacturing a scroll member (26; 24) used in a compression mechanism installed in a scroll compressor ; the method for manufacturing a scroll member comprising the steps of: (a) forming cast iron and obtaining an iron casting (261; 241) having a spiraling part (261b; 241b) extending in a spiraling formation, a fixed part (261a; 241a) for fixing the spiraling part, and a protruding part fixed to the fixed part on the side opposite the spiraling part and having an annular shape encircling a center of the spiraling part ; and (b) cutting the iron casting obtained in step (a) and obtaining the scroll member; characterised in that , in the iron casting obtained in step (a), a dimension (d3, d4; d13) of a specified portion (261b3, 261b4; 241b1) of the spiraling part is greater than the dimension (h3, h4; h13) of the same portion after step (b) is performed; the dimension is the thickness of the spiraling part (261b; 241b); the specified portion (261b3) is a portion of the spiraling part that extends along the spiraling part from an end (2612; 2412) on an external periphery of the spiraling part to a position (2613; 2413) different from an end (2611; 2411) at the center of the spiraling part; a portion (261a2) of the fixed part (261a; 241a) at the external periphery is positioned on the external side of the protruding part when the iron casting is viewed from the side having the spiraling part ; and the dimension (d3) of the specified portion (261b3) of the spiraling part obtained in step (a) is greater than the dimension (d11) of the center of the spiraling part obtained in step (a). (a) forming cast iron and obtaining an iron casting (261; 241) having a spiraling part (261b; 241b) extending in a spiraling formation, a fixed part (261a; 241a) for fixing the spiraling part, and a protruding part fixed to the fixed part on the side opposite the spiraling part and having an annular shape encircling a center of the spiraling part ; and (b) cutting the iron casting obtained in step (a) and obtaining the scroll member; characterised in that , in the iron casting obtained in step (a), a dimension (d3, d4; d13) of a specified portion (261b3, 261b4; 241b1) of the spiraling part is greater than the dimension (h3, h4; h13) of the same portion after step (b) is performed; the dimension is the thickness of the spiraling part (261b; 241b); the specified portion (261b3) is a portion of the spiraling part that extends along the spiraling part from an end (2612; 2412) on an external periphery of the spiraling part to a position (2613; 2413) different from an end (2611; 2411) at the center of the spiraling part; a portion (261a2) of the fixed part (261a; 241a) at the external periphery is positioned on the external side of the protruding part when the iron casting is viewed from the side having the spiraling part ; and the dimension (d3) of the specified portion (261b3) of the spiraling part obtained in step (a) is greater than the dimension (d11) of the center of the spiraling part obtained in step (a).
A method for determining a characteristic curve of a device for actuating an actuating element of a vehicle, preferably a pedal force simulator, via which a haptic response is conveyed via a predefined force-path behaviour on the actuating element , characterized in that a lower and an upper end stop of the actuating element is determined by a learning routine, wherein the lower and/or the upper end stop of the actuating element is actuated multiple times and the learning routine independently checks whether the measured lower and/or upper end stop lies within a predefined tolerance range.
A method for executing instructions inputted by a user applied to a mobile terminal, the method comprising: Receiving (S101) a first instruction inputted by a user; and Executing (S102) a preset program string according to the first inputted instruction, the step of executing a preset program string according to the first inputted instruction comprises: executing two or more applications in a predetermined order according to the first inputted instruction, Receiving a second instruction inputted by the user comprising receiving (S601) a long pressing instruction inputted by the user via a button or touch screen of the mobile terminal; and characterised in that Executing the preset program string according to the second inputted instruction comprises: terminating (S602) the applications of the executed program string according to the long pressing instruction and returning to the desktop state or the standby state. Receiving (S101) a first instruction inputted by a user; and Executing (S102) a preset program string according to the first inputted instruction, the step of executing a preset program string according to the first inputted instruction comprises: executing two or more applications in a predetermined order according to the first inputted instruction, Receiving a second instruction inputted by the user comprising receiving (S601) a long pressing instruction inputted by the user via a button or touch screen of the mobile terminal; and characterised in that Executing the preset program string according to the second inputted instruction comprises: terminating (S602) the applications of the executed program string according to the long pressing instruction and returning to the desktop state or the standby state. executing two or more applications in a predetermined order according to the first inputted instruction, Receiving a second instruction inputted by the user comprising receiving (S601) a long pressing instruction inputted by the user via a button or touch screen of the mobile terminal; and characterised in that Executing the preset program string according to the second inputted instruction comprises: terminating (S602) the applications of the executed program string according to the long pressing instruction and returning to the desktop state or the standby state.
A compound represented by Formula I: including all stereoisomers, geometric isomers, and tautomers; or a pharmaceutically acceptable salt or solvate thereof; wherein: A 1 is A 2 is phenyl substituted with 1, 2, or 3 substituents independently selected from the group consisting of halogen, C 1 -C 6 alkyl, and C 1 -C 3 haloalkyl; R 1 represents independently for each occurrence chloro, fluoro, C 1 -C 6 alkoxy, trifluoromethyl, or cyano; R 2 is hydrogen, chloro, fluoro, C 1 -C 6 alkoxy, or trifluoromethyl; R 3 is C 1 -C 6 alkyl, C 3 -C 6 cycloalkyl, or -(C 1 -C 6 alkylene)-(C 3 -C 6 cycloalkyl); R 4 is C 1 -C 3 haloalkyl; R 5 is hydrogen, C 1 -C 6 alkyl, or C 3 -C 6 cycloalkyl; and n is 1 or 2. A 1 is A 2 is phenyl substituted with 1, 2, or 3 substituents independently selected from the group consisting of halogen, C 1 -C 6 alkyl, and C 1 -C 3 haloalkyl; R 1 represents independently for each occurrence chloro, fluoro, C 1 -C 6 alkoxy, trifluoromethyl, or cyano; R 2 is hydrogen, chloro, fluoro, C 1 -C 6 alkoxy, or trifluoromethyl; R 3 is C 1 -C 6 alkyl, C 3 -C 6 cycloalkyl, or -(C 1 -C 6 alkylene)-(C 3 -C 6 cycloalkyl); R 4 is C 1 -C 3 haloalkyl; R 5 is hydrogen, C 1 -C 6 alkyl, or C 3 -C 6 cycloalkyl; and n is 1 or 2.
A system for managed pressure drilling, comprising: a drill string extending into a wellbore drilled through subsurface formations ; a pump having an inlet in fluid communication with a supply of drilling fluid , the pump having an outlet in fluid communication with an interior of the drill string ; a conduit extending from a selected axial position in the wellbore to a position proximate a surface end of the wellbore , wherein the pumped drilling fluid is configured to be returned through an annular space between an exterior of the drill string and an interior of the conduit ; characterized by at least one well fluid outflow control comprising a housing disposed on an interior surface of the conduit and at least two annular inwardly expandable flow restrictors (11A-C) disposed at selected longitudinal positions along the interior of the housing , each flow restrictor (11A-C) being separately operable to close to successively smaller inner diameters along the direction of the returning drilling fluid moving upwardly through the housing . a drill string extending into a wellbore drilled through subsurface formations ; a pump having an inlet in fluid communication with a supply of drilling fluid , the pump having an outlet in fluid communication with an interior of the drill string ; a conduit extending from a selected axial position in the wellbore to a position proximate a surface end of the wellbore , wherein the pumped drilling fluid is configured to be returned through an annular space between an exterior of the drill string and an interior of the conduit ; characterized by at least one well fluid outflow control comprising a housing disposed on an interior surface of the conduit and at least two annular inwardly expandable flow restrictors (11A-C) disposed at selected longitudinal positions along the interior of the housing , each flow restrictor (11A-C) being separately operable to close to successively smaller inner diameters along the direction of the returning drilling fluid moving upwardly through the housing .
A transport device comprising: a plate ; a conveyor configured to transport articles ; a pusher configured to push a row of the articles on the conveyor and transfer the row of the articles onto the plate ; and a stopper configured to restrain movement of the articles by the conveyor and define a head of the row of the articles to be transferred onto the plate by the pusher , wherein the conveyor moves positions of the rows of the articles stopped by the stopper alternately such that the positions of the rows of the articles transferred onto the plate are shifted alternately, characterized in that the conveyor retracts the position of the row of the articles stopped by the stopper every other time such that the positions of the rows of the articles transferred onto the plate are shifted alternately. a plate ; a conveyor configured to transport articles ; a pusher configured to push a row of the articles on the conveyor and transfer the row of the articles onto the plate ; and a stopper configured to restrain movement of the articles by the conveyor and define a head of the row of the articles to be transferred onto the plate by the pusher , wherein the conveyor moves positions of the rows of the articles stopped by the stopper alternately such that the positions of the rows of the articles transferred onto the plate are shifted alternately, characterized in that the conveyor retracts the position of the row of the articles stopped by the stopper every other time such that the positions of the rows of the articles transferred onto the plate are shifted alternately.
A convertible carriage comprising: a body ; two rear wheels supporting the body ; a foldable drawbar connected to the body ; and an auxiliary wheel mounted on the drawbar ; wherein the foldable drawbar includes a lockable hinge between the body and the auxiliary wheel and, when the drawbar is folded, the auxiliary wheel supports the carriage . a body ; two rear wheels supporting the body ; a foldable drawbar connected to the body ; and an auxiliary wheel mounted on the drawbar ; wherein the foldable drawbar includes a lockable hinge between the body and the auxiliary wheel and, when the drawbar is folded, the auxiliary wheel supports the carriage .
A video encoding device comprising: first video encoding means for encoding an input image based on a first encoding standard to generate a first parameter that includes at least block size information; a buffer for storing the input image; a merging means for changing the first parameter generated by the first video encoding means , to generate second parameter that includes at least block size information based on a second encoding standard that is different from the first encoding standard; and second video encoding means for encoding the input image stored in the buffer using the second parameter supplied from the merging means , to encode the input image for generating a bitstream, wherein the first video encoding means has a function of handling a first encoding process included in a second encoding process handled by the second video encoding means , and wherein the merging means changes the first parameter by the first encoding process to the second parameter corresponding to the second encoding process and, in the case where all frequency transform coefficients in the first encoding process are 0, merges blocks in the second encoding process by changing the first parameter to the second parameter. first video encoding means for encoding an input image based on a first encoding standard to generate a first parameter that includes at least block size information; a buffer for storing the input image; a merging means for changing the first parameter generated by the first video encoding means , to generate second parameter that includes at least block size information based on a second encoding standard that is different from the first encoding standard; and second video encoding means for encoding the input image stored in the buffer using the second parameter supplied from the merging means , to encode the input image for generating a bitstream, wherein the first video encoding means has a function of handling a first encoding process included in a second encoding process handled by the second video encoding means , and wherein the merging means changes the first parameter by the first encoding process to the second parameter corresponding to the second encoding process and, in the case where all frequency transform coefficients in the first encoding process are 0, merges blocks in the second encoding process by changing the first parameter to the second parameter.
An emulsion having an aqueous phase and an oil phase containing an antifungal agent and an NSAID, characterized in that (a) the NSAID is diclofenac in a concentration of 0.1 to 0.5 weight percent, indometacin in a concentration of 0.1 to 0.4 weight percent, naproxen in a concentration of 1 to 5 weight percent, ibuprofen in a concentration of 0, 5 to 2.5 weight percent, dexibuprofen in a concentration of 0.25 to 1.25 weight percent, ketoprofen in a concentration of 0.25 to 1.25 weight percent, mefenamic acid in a concentration of 0.5 to 4 weight percent, or lornixocam in a concentration of 0.02 to 0.04 weight percent, wherein the NSAID is in salt form; in that (b) the weight ratio of the water phase to the oil phase in said emulsion is between the values 2.0 and 2.7, wherein the weight ratio is calculated including the fabrics dissolved in the phases, wherein emulsifiers are not included in either the water phase or the oil phase, and in that (c) the pH of the emulsion is not less than the value 6.5 and not more than 8.5, preferably in the area 7.0 to 8.0.