mhurhangee/ep-ind-claims huggingface dataset:
A method in a wireless device, the method comprising: receiving a physical downlink control channel, PDCCH, from a network node, the PDCCH including downlink control information, DCI, that indicates a set of time and frequency resources allocated for the wireless device to receive a data transmission, wherein the set comprises (i) a first subset of the indicated set of time and frequency resources allocated for the data transmission that overlaps with time and frequency resources in one or more control resource sets, CORESETs, and (ii) a second subset of time and frequency resources from the one or more CORESETs excluded for the data transmission; and receiving the data transmission in the first subset of time and frequency resources allocated for data transmission. receiving a physical downlink control channel, PDCCH, from a network node, the PDCCH including downlink control information, DCI, that indicates a set of time and frequency resources allocated for the wireless device to receive a data transmission, wherein the set comprises (i) a first subset of the indicated set of time and frequency resources allocated for the data transmission that overlaps with time and frequency resources in one or more control resource sets, CORESETs, and (ii) a second subset of time and frequency resources from the one or more CORESETs excluded for the data transmission; and receiving the data transmission in the first subset of time and frequency resources allocated for data transmission.
A spray gun comprising: a nozzle body including a nozzle portion having a liquid ejection port from which spray liquid is ejected; and an air cap including a nozzle insertion hole in which the nozzle portion is positioned and a pattern air hole which is disposed on the front side relative to the liquid ejection port and through which pattern air is jetted to a mist flow of the spray liquid that has been atomized and configured to spray, to an object of processing, the spray liquid ejected from the liquid ejection port and atomized by atomizing air jetted from the periphery of the nozzle portion to the front of the liquid ejection port, whereby the atomizing air is jetted toward a center line of the liquid ejection port from the periphery of the nozzle portion positioned in the nozzle insertion hole to suppress spreading of the mist flow, the pattern air is jetted to the mist flow in a spreading suppressed region where the mist flow does not spread over an area greater than or equal to a predetermined cross-sectional area, the spray gun being characterized in that the spreading suppressed region has a diameter equal to or less than about 2.2 times that of the liquid ejection port. a nozzle body including a nozzle portion having a liquid ejection port from which spray liquid is ejected; and an air cap including a nozzle insertion hole in which the nozzle portion is positioned and a pattern air hole which is disposed on the front side relative to the liquid ejection port and through which pattern air is jetted to a mist flow of the spray liquid that has been atomized and configured to spray, to an object of processing, the spray liquid ejected from the liquid ejection port and atomized by atomizing air jetted from the periphery of the nozzle portion to the front of the liquid ejection port, whereby the atomizing air is jetted toward a center line of the liquid ejection port from the periphery of the nozzle portion positioned in the nozzle insertion hole to suppress spreading of the mist flow, the pattern air is jetted to the mist flow in a spreading suppressed region where the mist flow does not spread over an area greater than or equal to a predetermined cross-sectional area, the spray gun being characterized in that the spreading suppressed region has a diameter equal to or less than about 2.2 times that of the liquid ejection port.
A random number generation device comprising: a pseudo-random number generation circuit configured to generate a plurality of first pseudo-random numbers; an orthogonal transformation circuit (12; 20; 30) configured to generate a plurality of normal random numbers by performing orthogonal transformation on the plurality of first pseudo-random numbers; and characterized by a sum of squares circuit configured to generate exponential random numbers that are half in number of the plurality of normal random numbers by calculating a sum of squares for two each of the plurality of normal random numbers. a pseudo-random number generation circuit configured to generate a plurality of first pseudo-random numbers; an orthogonal transformation circuit (12; 20; 30) configured to generate a plurality of normal random numbers by performing orthogonal transformation on the plurality of first pseudo-random numbers; and characterized by a sum of squares circuit configured to generate exponential random numbers that are half in number of the plurality of normal random numbers by calculating a sum of squares for two each of the plurality of normal random numbers.
A pharmaceutical composition for use in preventing or treating dry eye, the pharmaceutical composition comprising, as an active component, a peptide having an amino acid sequence of SEQ ID NO: 1 or 2.
An apparatus for load testing a coupon, said apparatus comprising: a test frame; and a pair of spaced apart load balancing assemblies (16a, 16b) connected to said test frame, each load balancing assembly of said pair of load balancing assemblies (16a, 16b) comprising: a load leveling mechanism comprising an arm, and at least one lever comprising a first end and a second end, said lever being pivotably connected to said arm between said first and second ends; and a plurality of spaced apart load plates, each load plate of said plurality of load plates comprising a first end and a second end, said second end of each load plate comprising a friction holder configured to frictionally engage an end of said coupon, wherein said first end of each load plate is pivotably connected to a first end of said at least one lever, whereby a different load plate is connected to the corresponding second end of said at least one lever; and wherein at least one load balancing assembly of said pair of load balancing assemblies (16a, 16b) is movable along an axis of movement with respect to an opposed load balancing assembly to communicate a load to said coupon. a test frame; and a pair of spaced apart load balancing assemblies (16a, 16b) connected to said test frame, each load balancing assembly of said pair of load balancing assemblies (16a, 16b) comprising: a load leveling mechanism comprising an arm, and at least one lever comprising a first end and a second end, said lever being pivotably connected to said arm between said first and second ends; and a plurality of spaced apart load plates, each load plate of said plurality of load plates comprising a first end and a second end, said second end of each load plate comprising a friction holder configured to frictionally engage an end of said coupon, wherein said first end of each load plate is pivotably connected to a first end of said at least one lever, whereby a different load plate is connected to the corresponding second end of said at least one lever; and a load leveling mechanism comprising an arm, and at least one lever comprising a first end and a second end, said lever being pivotably connected to said arm between said first and second ends; and an arm, and at least one lever comprising a first end and a second end, said lever being pivotably connected to said arm between said first and second ends; and a plurality of spaced apart load plates, each load plate of said plurality of load plates comprising a first end and a second end, said second end of each load plate comprising a friction holder configured to frictionally engage an end of said coupon, wherein said first end of each load plate is pivotably connected to a first end of said at least one lever, whereby a different load plate is connected to the corresponding second end of said at least one lever; and wherein at least one load balancing assembly of said pair of load balancing assemblies (16a, 16b) is movable along an axis of movement with respect to an opposed load balancing assembly to communicate a load to said coupon.
A method comprising: detecting that a workflow server connected to a network is being configured, via a user interface, to create a workflow, wherein the workflow includes detecting a trigger via a sensor in the network and causing an action to execute at a device in the network in response to the trigger; comparing the workflow being created to a previously created workflow to generate a score that indicates a degree of similarity between the workflow being created and the previously created workflow; upon verifying that the score satisfies a predefined condition, selecting at least one feature of the previously created workflow that is not currently included in the workflow being created; and signaling the user interface to display an indication to propose that the feature be included in the workflow being created. detecting that a workflow server connected to a network is being configured, via a user interface, to create a workflow, wherein the workflow includes detecting a trigger via a sensor in the network and causing an action to execute at a device in the network in response to the trigger; comparing the workflow being created to a previously created workflow to generate a score that indicates a degree of similarity between the workflow being created and the previously created workflow; upon verifying that the score satisfies a predefined condition, selecting at least one feature of the previously created workflow that is not currently included in the workflow being created; and signaling the user interface to display an indication to propose that the feature be included in the workflow being created.
A method for producing fibre-reinforced plastic mouldings, wherein fibre strands (2a, 2b) are coated and fed to a plasticizing device in which the fibre strands are drawn in by a single screw or a double screw and incorporated into a molten plastic material, wherein a mixture of plastic melt and fibre material is produced and this mixture is fed to a shaping device, characterized in that for coating the fibre strands initially an air stream of ionized air is produced and guided through a Venturi nozzle, that powder is removed from a storage container by means of a screw conveyor and fed to the Venturi nozzle, that a stream of a powder-air mixture forms in the direction of flow behind the Venturi nozzle and this stream is introduced into a chamber, that fibre strands that are earthed or ionized opposite to the powder are passed through the chamber and through the powder-air mixture flowing through the chamber, wherein powder particles are deposited on the fibre strands and the fibre strands guided out of the chamber have a coating and that the fibre strands thus coated are fed to the plasticizing device.
Apparatus for preparing an end portion of a shielded electrical cable, wherein the outer surface of said end portion has a shielding braid arranged around at least one layer of electrically insulating material sheathing at least one conductor of said shielded electrical cable, said apparatus comprising a contact element provided with a contact surface adapted to engage the outer surface of said end portion of the cable in order to apply a pressure adapted to deform said shielding braid, movement means to move said contact element with respect to said cable, and characterised in that said apparatus comprises a logic control unit in which at least one movement path around the longitudinal axis (A-A) of said cable is stored or acquired, said logic control unit being configured to control said movement means depending on said at least one path to move said contact element along said path and to adjust the distance between the longitudinal axis (A-A) of said shielded electrical cable and said contact surface of said contact element, and in that said movement means are configured to move said contact element and/or to adjust the distance between the longitudinal axis (A-A) of said shielded electrical cable and said contact surface of said contact element by moving said contact element with respect to said shielded electrical cable on a plane and in that said movement means comprise two linear actuators (9x, 9y) configured to move said contact element with respect to said shielded electrical cable by combining two linear movements along at least two axes.
An image processing apparatus for encoding a segment of an image, the segment comprising a plurality of pixels, each pixel comprising a pixel value and a pixel position defined by a first coordinate system, the pixel values of the plurality of pixels forming a pixel value vector, the apparatus comprising: a processing unit configured to encode the segment, wherein encoding the segment comprises computing a plurality of expansion coefficients by expanding the pixel value vector into a plurality of basis vectors; a scaling and quantization module configured to scale and quantize the expansion coefficients, and an entropy coder module to provide the expansion coefficients in form of a bit stream; characterized in that: the basis vectors are discrete approximations of solutions of a boundary value problem of the Helmholtz equation on the segment of the image in a second coordinate system, wherein the second coordinate system is rotated relative to the first coordinate system by a rotation angle, and the rotation angle is larger than 0 degree; wherein the processing unit is configured to generate a discretised Laplace operator of the Helmholtz equation as a system matrix A on the basis of a plurality of boundary conditions defined for a boundary of the segment and to determine the basis vectors as eigenvectors of the system matrix A. a processing unit configured to encode the segment, wherein encoding the segment comprises computing a plurality of expansion coefficients by expanding the pixel value vector into a plurality of basis vectors; a scaling and quantization module configured to scale and quantize the expansion coefficients, and an entropy coder module to provide the expansion coefficients in form of a bit stream; characterized in that: the basis vectors are discrete approximations of solutions of a boundary value problem of the Helmholtz equation on the segment of the image in a second coordinate system, wherein the second coordinate system is rotated relative to the first coordinate system by a rotation angle, and the rotation angle is larger than 0 degree; wherein the processing unit is configured to generate a discretised Laplace operator of the Helmholtz equation as a system matrix A on the basis of a plurality of boundary conditions defined for a boundary of the segment and to determine the basis vectors as eigenvectors of the system matrix A. the basis vectors are discrete approximations of solutions of a boundary value problem of the Helmholtz equation on the segment of the image in a second coordinate system, wherein the second coordinate system is rotated relative to the first coordinate system by a rotation angle, and the rotation angle is larger than 0 degree; wherein the processing unit is configured to generate a discretised Laplace operator of the Helmholtz equation as a system matrix A on the basis of a plurality of boundary conditions defined for a boundary of the segment and to determine the basis vectors as eigenvectors of the system matrix A.
A recoil control system for a firearm comprising: a gas injection system using a portion of the high-pressure gases from the firing of one or more cartridges to impart a first momentum to a first inertia block and a second momentum to a second inertia block, said first and second momentum each having a perpendicular component that is directed perpendicular to the longitudinal axis of the barrel, the first and second inertia blocks receiving said first momentum and said second momentum respectively, imparted by the gas injection system, wherein imparting the first momentum is synchronized with imparting the second momentum, and wherein the perpendicular momentum component of the first inertia block is substantially equal in magnitude and opposite in direction to the perpendicular momentum component of the second inertia block, wherein the movement of said first and second inertia blocks has a component perpendicular to the longitudinal axis of the barrel; and a bolt head configured to alternate between a forward position and a rearward position in response to the movement of said first and second inertia blocks, whereby the reactive jerking of the firearm is reduced. a gas injection system using a portion of the high-pressure gases from the firing of one or more cartridges to impart a first momentum to a first inertia block and a second momentum to a second inertia block, said first and second momentum each having a perpendicular component that is directed perpendicular to the longitudinal axis of the barrel, the first and second inertia blocks receiving said first momentum and said second momentum respectively, imparted by the gas injection system, wherein imparting the first momentum is synchronized with imparting the second momentum, and wherein the perpendicular momentum component of the first inertia block is substantially equal in magnitude and opposite in direction to the perpendicular momentum component of the second inertia block, wherein the movement of said first and second inertia blocks has a component perpendicular to the longitudinal axis of the barrel; and a bolt head configured to alternate between a forward position and a rearward position in response to the movement of said first and second inertia blocks, whereby the reactive jerking of the firearm is reduced.
A method of determining the metabolic baseline and metabolic potential in a sample of living cells, the method comprising the steps of: (i) measuring the mitochondrial respiration and glycolysis under baseline conditions; (ii) applying a stress to the cell by exposing the cells to a combination of two chemical compounds in a single sample and a single injection, wherein the stress is applied by exposing the cells to the two chemical compounds: a mitochondrial uncoupler and an ATP synthase inhibitor; (iii) measuring the mitochondrial respiration and glycolysis under stressed conditions; and (iv) determining the energy generating activity, wherein the difference between the stressed and baseline condition defines the metabolic potential. (i) measuring the mitochondrial respiration and glycolysis under baseline conditions; (ii) applying a stress to the cell by exposing the cells to a combination of two chemical compounds in a single sample and a single injection, wherein the stress is applied by exposing the cells to the two chemical compounds: a mitochondrial uncoupler and an ATP synthase inhibitor; (iii) measuring the mitochondrial respiration and glycolysis under stressed conditions; and (iv) determining the energy generating activity, wherein the difference between the stressed and baseline condition defines the metabolic potential.
A spherical aluminum nitride powder containing a main component consisting of AlN, and a subcomponent consisting of a rare earth compound, wherein 70% or more of particles in the powder have a planar projection shape of each particle in which an outer peripheral shape does not include any protruding angular portions or irregularities; wherein an average particle size is 2 to 30 μm, 95% or more particles of all the powder have a sphericity of 0.7 or more, and a specific surface area is 1.6 m 2 /g or less. an average particle size is 2 to 30 μm, 95% or more particles of all the powder have a sphericity of 0.7 or more, and a specific surface area is 1.6 m 2 /g or less.
A system for identifying plugging within an agricultural implement, comprising: a ground engaging tool (46, 50, 52, 54) configured to be supported by the agricultural implement; characterized in that the system comprises: a weight sensor operable to measure a weight of one or both of the ground engaging tool (46, 50, 52, 54) and the agricultural implement; a controller communicatively coupled to the weight sensor, the controller configured to receive, from the weight sensor, a signal that corresponds to the weight of one or both of the ground engaging tool (46, 50, 52, 54) and the agricultural implement, the controller further configured to determine when the ground engaging tool (46, 50, 52, 54) is plugged based at least in part on the signal from the weight sensor. a ground engaging tool (46, 50, 52, 54) configured to be supported by the agricultural implement; characterized in that the system comprises: a weight sensor operable to measure a weight of one or both of the ground engaging tool (46, 50, 52, 54) and the agricultural implement; a controller communicatively coupled to the weight sensor, the controller configured to receive, from the weight sensor, a signal that corresponds to the weight of one or both of the ground engaging tool (46, 50, 52, 54) and the agricultural implement, the controller further configured to determine when the ground engaging tool (46, 50, 52, 54) is plugged based at least in part on the signal from the weight sensor.
A system for reducing erroneous weighing of an item on a weigh platter of a scanner-scale (10, 110, 160, 410), comprising: a light source (26, 126, 180, 426) disposed in or on a housing of the scanner-scale (10, 110, 160, 410), the light source (26, 126, 180, 426) configured to produce a light beam along an edge of the weigh platter, the light beam being modulated to contain a defined packet of data; a detector (40, 140, 188, 440) disposed in or on the housing, the detector configured to receive the data-modulated light beam; and at least one processor coupled with the detector (40, 140, 440), the at least one processor configured to decode the defined packet of data responsive to the detector receiving the data-modulated light beam. a light source (26, 126, 180, 426) disposed in or on a housing of the scanner-scale (10, 110, 160, 410), the light source (26, 126, 180, 426) configured to produce a light beam along an edge of the weigh platter, the light beam being modulated to contain a defined packet of data; a detector (40, 140, 188, 440) disposed in or on the housing, the detector configured to receive the data-modulated light beam; and at least one processor coupled with the detector (40, 140, 440), the at least one processor configured to decode the defined packet of data responsive to the detector receiving the data-modulated light beam.
Skeleton watch comprising a case provided with a back cover and a crystal, and a set of components forming a movement of the skeleton watch, said components being arranged inside the case between the back cover and the crystal and being wholly or partially visible through the crystal, wherein the skeleton watch comprises at least one solar cell, wherein one or more solar cells are disposed between the case back and the set of components, each cell being exposed to light through cutout portions formed between and/or in the components forming said movement, characterized in that the solar cell or cells covers or cover the entire surface of the case back.