mhurhangee/ep-ind-claims huggingface dataset:
A method for performing a motion compensation process during encoding or decoding of a video block within a coded frame of a video sequence, the method comprising: obtaining blocks of pixels from one or more reference video frames in the motion compensation process, wherein the blocks of pixels comprise reconstructed reference blocks that were previously decoded and include integer pixel values corresponding to integer pixel positions within the blocks of pixels; applying filtering to an integer pixel value of the integer pixel values based on other integer pixel values within the blocks of pixels and an original integer pixel value of the integer pixel value to generate an adjusted integer pixel value, wherein the adjusted integer pixel value corresponds to an integer pixel position surrounded by other integer pixel positions to which the other integer pixel values correspond, and generating a prediction block in the motion compensation process during the encoding or decoding of the video block based at least in part on the adjusted integer pixel value; the method being characterized in that a 5-by-5 interpolation filter in the form of p FP = ∑ i = 0 4 ∑ j = 0 4 P i, j h i, j FP + o FP is used for filtering the integer pixel, wherein p FP is the adjusted integer pixel value, P i,j is the integer pixel value at position (i, j), h FP i,j is the coefficient for position (i, j), and o FP is a filter offset. obtaining blocks of pixels from one or more reference video frames in the motion compensation process, wherein the blocks of pixels comprise reconstructed reference blocks that were previously decoded and include integer pixel values corresponding to integer pixel positions within the blocks of pixels; applying filtering to an integer pixel value of the integer pixel values based on other integer pixel values within the blocks of pixels and an original integer pixel value of the integer pixel value to generate an adjusted integer pixel value, wherein the adjusted integer pixel value corresponds to an integer pixel position surrounded by other integer pixel positions to which the other integer pixel values correspond, and generating a prediction block in the motion compensation process during the encoding or decoding of the video block based at least in part on the adjusted integer pixel value; the method being characterized in that a 5-by-5 interpolation filter in the form of p FP = ∑ i = 0 4 ∑ j = 0 4 P i, j h i, j FP + o FP is used for filtering the integer pixel, wherein p FP is the adjusted integer pixel value, P i,j is the integer pixel value at position (i, j), h FP i,j is the coefficient for position (i, j), and o FP is a filter offset.
A device for coupling at least one eyewear lens to a pair nasal appliques attachable to a user's nose, the device comprising: a base engageable with the at least one eyewear lens, the base including a pair of base camming surfaces; a pair of arms coupled to the base and magnetically connectable to respective ones of the pair of nasal appliques, each of the pair of arms extending away from the base to define a distal end portion, the device comprises a guide member moveable relative to the base and operatively engaged with the pair of arms, movement of the guide member relative to the base at least partially causing the pair of arms to transition relative to the base between the narrow configuration and the wide configuration, characterised by each of the pair of arms including an arm camming surface sized and shaped to interface with a corresponding one of the pair of base camming surfaces, the interaction between the arm camming surfaces and the base camming surfaces at least partially facilitating transition of the pair of arms relative to the base between a narrow configuration and a wide, a distance between the distal end portions of the pair or arms increasing as the pair of arms transition from the narrow configuration to the wide configuration. a base engageable with the at least one eyewear lens, the base including a pair of base camming surfaces; a pair of arms coupled to the base and magnetically connectable to respective ones of the pair of nasal appliques, each of the pair of arms extending away from the base to define a distal end portion, the device comprises a guide member moveable relative to the base and operatively engaged with the pair of arms, movement of the guide member relative to the base at least partially causing the pair of arms to transition relative to the base between the narrow configuration and the wide configuration, characterised by each of the pair of arms including an arm camming surface sized and shaped to interface with a corresponding one of the pair of base camming surfaces, the interaction between the arm camming surfaces and the base camming surfaces at least partially facilitating transition of the pair of arms relative to the base between a narrow configuration and a wide, a distance between the distal end portions of the pair or arms increasing as the pair of arms transition from the narrow configuration to the wide configuration.
Hand-held power tool, comprising a tool holder, a motor, a pneumatic striking mechanism having an exciter driven by the motor along a working axis, a striker coupled to the exciter via an air cushion and an intermediate striker arranged between the striker and the tool holder in the striking direction, and a guide in which the intermediate striker is guided, wherein the guide has a first sliding surface which guides a first section of the intermediate striker, and a second sliding surface which is arranged offset from the first sliding surface in the striking direction and which guides a second section of the intermediate striker, and wherein a radial dimension of the first section of the intermediate striker is greater than a radial dimension of the second section of the intermediate striker, characterised in that all the sections of the intermediate striker arranged ahead of the first section in the striking direction are unguided, at least when the intermediate striker is in contact with a stop in the striking direction.
A method for inspecting an adhesive pattern on a substrate, comprising the steps of: - providing reference data representing a desired adhesive pattern into a controller; - providing a stored and pre-determined tolerance range for the desired adhesive pattern in the controller; - receiving a discharge signal from a control unit of a nozzle for discharging the adhesive at the controller; - determining by the controller the desired pattern based on the received discharge signal; - detecting if a change in the discharge signal occurs or if the discharge signal is detected for the first time; - in case that the controller detects a change in the discharge signal, or that the discharge signal is detected for the first time, setting the tolerance range for the desired pattern to a predetermined learning range; - discharging an adhesive bead (38, 39, 40) onto a substrate from the nozzle; - detecting a pattern of the discharged adhesive bead (38, 39, 40) on the substrate when the substrate moves, by means of a sensor arrangement; - receiving signals representing the detected pattern from the sensor arrangement at the controller; - comparing said signals representing the detected adhesive pattern with the tolerance range of the desired adhesive pattern. - providing reference data representing a desired adhesive pattern into a controller; - providing a stored and pre-determined tolerance range for the desired adhesive pattern in the controller; - receiving a discharge signal from a control unit of a nozzle for discharging the adhesive at the controller; - determining by the controller the desired pattern based on the received discharge signal; - detecting if a change in the discharge signal occurs or if the discharge signal is detected for the first time; - in case that the controller detects a change in the discharge signal, or that the discharge signal is detected for the first time, setting the tolerance range for the desired pattern to a predetermined learning range; - discharging an adhesive bead (38, 39, 40) onto a substrate from the nozzle; - detecting a pattern of the discharged adhesive bead (38, 39, 40) on the substrate when the substrate moves, by means of a sensor arrangement; - receiving signals representing the detected pattern from the sensor arrangement at the controller; - comparing said signals representing the detected adhesive pattern with the tolerance range of the desired adhesive pattern.
Machine for the feeding of quadrupeds and in particular of calves, comprising a load-bearing frame, on which there are mounted: - motorized means for sliding on the ground, for the movement of said load-bearing frame; - a first group configured for the automatic dispensing of solid feed, said first group comprising a first hopper for a solid feed with an upper loading opening and a bottom with an outlet opening, said first group comprising lifting means configured to lift said solid feed from said outlet opening to a discharge chute; - a second group comprising a suction nozzle, said second group being configured for preparing and making available a feeding liquid by means of said suction nozzle; characterized in that said discharge chute is telescopic, and is actuated by a corresponding actuator. - motorized means for sliding on the ground, for the movement of said load-bearing frame; - a first group configured for the automatic dispensing of solid feed, said first group comprising a first hopper for a solid feed with an upper loading opening and a bottom with an outlet opening, said first group comprising lifting means configured to lift said solid feed from said outlet opening to a discharge chute; - a second group comprising a suction nozzle, said second group being configured for preparing and making available a feeding liquid by means of said suction nozzle;
A filter system for a mobile surface maintenance machine comprising: a hopper adapted to receive debris from a sweeping brush; and a filter box carrying at least one filter and a vacuum fan impeller rotating about an axis of rotation and being externally provided relative to the hopper, said filter box being in air communication with the hopper so as to support a vacuum-based airflow through the hopper and said at least one filter, and characterised in that the filter box defines an axially-expanding expansion chamber surrounding a radial perimeter of the vacuum fan impeller, with said expansion chamber having a cross-sectional area which increases as the expansion chamber proceeds around the vacuum fan impeller. a hopper adapted to receive debris from a sweeping brush; and a filter box carrying at least one filter and a vacuum fan impeller rotating about an axis of rotation and being externally provided relative to the hopper, said filter box being in air communication with the hopper so as to support a vacuum-based airflow through the hopper and said at least one filter, and characterised in that the filter box defines an axially-expanding expansion chamber surrounding a radial perimeter of the vacuum fan impeller, with said expansion chamber having a cross-sectional area which increases as the expansion chamber proceeds around the vacuum fan impeller.
A process for the removal of residual monomeric aliphatic isocyanate from a reaction mixture comprising aliphatic polyisocyanate comprising (i) providing a reactor containing a scavenger comprising a zeolitic material, wherein the zeolitic material comprises SiO 2 and optionally X 2 O 3 in its framework structure, wherein X is a trivalent element; (ii) providing a reaction mixture comprising aliphatic polyisocyanate and monomeric aliphatic isocyanate; (iii) contacting the scavenger in the reactor with the reaction mixture provided in (ii) at a temperature lower than the boiling point of the residual monomeric aliphatic isocyanate for obtaining a product comprising aliphatic polyisocyanate with a reduced monomeric aliphatic isocyanate content, wherein if the zeolitic material comprises X 2 O 3, the zeolitic material has an SiO 2 to X 2 O 3 molar ratio higher than 2.8:1, preferably higher than 5:1, more preferably higher than 30:1. (i) providing a reactor containing a scavenger comprising a zeolitic material, wherein the zeolitic material comprises SiO 2 and optionally X 2 O 3 in its framework structure, wherein X is a trivalent element; (ii) providing a reaction mixture comprising aliphatic polyisocyanate and monomeric aliphatic isocyanate; (iii) contacting the scavenger in the reactor with the reaction mixture provided in (ii) at a temperature lower than the boiling point of the residual monomeric aliphatic isocyanate for obtaining a product comprising aliphatic polyisocyanate with a reduced monomeric aliphatic isocyanate content,
A radio frequency identification (RFID) reader antenna, characterized in that it comprises: a feeding frame, an upper stub unit, and a lower stub unit, characterized in that the feeding frame comprises a feed source end, a first side, a load end, and a second side that are sequentially connected, the upper stub unit is connected to the first side of the feeding frame, and the lower stub unit is connected to the second side of the feeding frame; the upper stub unit includes M first stubs extending toward the second side of the feeding frame, and the lower stub unit includes N second stubs extending toward the first side of the feeding frame, the M first stubs and the N second stubs are arranged alternately, where the M and the N are integers greater than 1; and the feeding frame, the upper stub unit and the lower stub unit are located on the same plane.
A method of releasably attaching a tool to a work machine, the method comprising: inserting a front lug of a coupling assembly into a front recess on the tool; inserting a rear lug of the coupling assembly into a rear recess on the tool; moving a retaining body of the coupling assembly to a retaining position relative to the tool to releasably attach the tool to the work machine, while simultaneously preventing movement of a hydraulic coupling manifold on the coupling assembly; and moving the hydraulic coupling manifold to a coupling position with a hydraulic power transmission coupling on the tool to hydraulically couple the tool to the work machine in response to the retaining body reaching the retaining position, wherein the retaining body moves to the retaining position in a direction opposite of the direction that the hydraulic coupling manifold moves to the coupling position. inserting a front lug of a coupling assembly into a front recess on the tool; inserting a rear lug of the coupling assembly into a rear recess on the tool; moving a retaining body of the coupling assembly to a retaining position relative to the tool to releasably attach the tool to the work machine, while simultaneously preventing movement of a hydraulic coupling manifold on the coupling assembly; and moving the hydraulic coupling manifold to a coupling position with a hydraulic power transmission coupling on the tool to hydraulically couple the tool to the work machine in response to the retaining body reaching the retaining position, wherein the retaining body moves to the retaining position in a direction opposite of the direction that the hydraulic coupling manifold moves to the coupling position.
A downlink control information, DCI, transmission method, applied to a terminal, characterized by comprising: receiving DCI, wherein when there is simultaneously in a network a paging message for an idle-state terminal and a change of system information, the DCI carries physical downlink shared channel, PDSCH, scheduling information for the paging message and a short message; otherwise, the DCI carries the scheduling information or the short message, wherein the short message is used to indicate the change of system information; and obtaining at least one of the scheduling information and the short message from the DCI, wherein the DCI further comprises indication information, and the indication information is used to indicate content carried in the DCI, and wherein the DCI comprises a header field, and the header field comprises the indication information, wherein the indication information indicates that the DCI carries at least one of the scheduling information and the short message; or a portion of bits in the indication information is used to indicate whether the DCI carries the scheduling information, and the other portion of bits is used to indicate whether the DCI carries the short message, wherein the DCI carries the short message, and the DCI further comprises K4 bits; if the K4 bits are not a specific code point, the K4 bits are used to indicate the scheduling information; and if the K4 bits are the specific code point, it indicates that the DCI does not carry the scheduling information, wherein K4 is an integer greater than or equal to 1. receiving DCI, wherein when there is simultaneously in a network a paging message for an idle-state terminal and a change of system information, the DCI carries physical downlink shared channel, PDSCH, scheduling information for the paging message and a short message; otherwise, the DCI carries the scheduling information or the short message, wherein the short message is used to indicate the change of system information; and obtaining at least one of the scheduling information and the short message from the DCI, wherein the DCI further comprises indication information, and the indication information is used to indicate content carried in the DCI, and wherein the DCI comprises a header field, and the header field comprises the indication information, wherein the indication information indicates that the DCI carries at least one of the scheduling information and the short message; or a portion of bits in the indication information is used to indicate whether the DCI carries the scheduling information, and the other portion of bits is used to indicate whether the DCI carries the short message, wherein the DCI carries the short message, and the DCI further comprises K4 bits; if the K4 bits are not a specific code point, the K4 bits are used to indicate the scheduling information; and if the K4 bits are the specific code point, it indicates that the DCI does not carry the scheduling information, wherein K4 is an integer greater than or equal to 1.
A flue gas denitration system (4, 4a) comprising: a catalytic reactor accommodating a plurality of catalytic modules, into which a flue gas flows; and a control unit, a flue gas heater provided on an upstream side of said catalytic reactor in a flow direction of said flue gas; and characterized in that said control unit is configured to switch between a first denitration state in which said flue gas is denitrated by using said plurality of catalytic modules in said catalytic reactor and a second denitration state in which said flue gas is denitrated by using a catalytic module (s) less than those used in said first denitration state, and to make a temperature of said flue gas flowing into said catalytic reactor higher in said second denitration state than in said first denitration state by using said flue gas heater. a catalytic reactor accommodating a plurality of catalytic modules, into which a flue gas flows; and a control unit, a flue gas heater provided on an upstream side of said catalytic reactor in a flow direction of said flue gas; and characterized in that said control unit is configured to switch between a first denitration state in which said flue gas is denitrated by using said plurality of catalytic modules in said catalytic reactor and a second denitration state in which said flue gas is denitrated by using a catalytic module (s) less than those used in said first denitration state, and to make a temperature of said flue gas flowing into said catalytic reactor higher in said second denitration state than in said first denitration state by using said flue gas heater.
Method for installing a geometric reference marker on a substantially flat horizontal ground for the calibration of electrical and/or electronic components of a motor vehicle, said installation method comprising: - positioning the vehicle on the ground, with the wheels parallel to a longitudinal axis of the vehicle, - positioning geometric referencing equipment on the ground around the vehicle, said referencing equipment comprising a set of distinct elongate plates forming rulers, each ruler having a planar bottom face resting at least partially on the ground and being sufficiently rigid not to be deformed in the plane of said bottom face, the positioning being performed by placing the rulers of the adjustment equipment on the ground according to a predetermined pattern, at a predetermined distance from the vehicle. - positioning the vehicle on the ground, with the wheels parallel to a longitudinal axis of the vehicle, - positioning geometric referencing equipment on the ground around the vehicle, said referencing equipment comprising a set of distinct elongate plates forming rulers, each ruler having a planar bottom face resting at least partially on the ground and being sufficiently rigid not to be deformed in the plane of said bottom face, the positioning being performed by placing the rulers of the adjustment equipment on the ground according to a predetermined pattern, at a predetermined distance from the vehicle.
A compound having Formula 4: wherein each R 3, R 4, R 5, R 6 and R 7 is independently hydrogen, alkyl, substituted alkyl, aryl, substituted aryl, or a protecting group, each "n" is independently an integer from 0 to about 200, R 2 is a siRNA molecule, and R 13 is an amino acid side chain, or a compound having Formula 39: wherein "n" is an integer from about 0 to about-20, X is a siRNA molecule, and P is a phosphorus containing group. each R 3, R 4, R 5, R 6 and R 7 is independently hydrogen, alkyl, substituted alkyl, aryl, substituted aryl, or a protecting group, each "n" is independently an integer from 0 to about 200, R 2 is a siRNA molecule, and R 13 is an amino acid side chain, "n" is an integer from about 0 to about-20, X is a siRNA molecule, and P is a phosphorus containing group.