mhurhangee/ep-ind-claims huggingface dataset:
A method for mark verification the method comprising: using an image of a candidate mark to measure one or more optical or physical characteristics of the candidate mark at a plurality of locations of the candidate mark, resulting in a first set of metrics; trimming the first set of metrics by removing one or more metrics from the first set of metrics, resulting in a trimmed first set of metrics; retrieving a second set of metrics that represents one or more optical or physical characteristics measured at a plurality of locations on an original mark; trimming the second set of metrics of the original mark by removing one or more metrics corresponding to the one or more metrics removed from the first set of metrics, resulting in a trimmed second set of metrics; determining whether the candidate mark can be verified to be genuine based on a comparison between the trimmed first set of metrics with the trimmed second set of metrics; if, based on the comparison, it is determined that the candidate mark cannot be verified to be genuine, enabling using a second image of the candidate mark to measure one or more optical or physical characteristics of the candidate mark at the plurality of locations of the candidate mark, resulting in the first set of metrics of the second image and further trimming of the first set of metrics of the second image and the second set of metrics; and repeating the removing (2608, 2610), comparing and determining steps for successively further trimmed sets of metrics until the metrics remaining in the first set of metrics is less than a predetermined threshold amount. using an image of a candidate mark to measure one or more optical or physical characteristics of the candidate mark at a plurality of locations of the candidate mark, resulting in a first set of metrics; trimming the first set of metrics by removing one or more metrics from the first set of metrics, resulting in a trimmed first set of metrics; retrieving a second set of metrics that represents one or more optical or physical characteristics measured at a plurality of locations on an original mark; trimming the second set of metrics of the original mark by removing one or more metrics corresponding to the one or more metrics removed from the first set of metrics, resulting in a trimmed second set of metrics; determining whether the candidate mark can be verified to be genuine based on a comparison between the trimmed first set of metrics with the trimmed second set of metrics; if, based on the comparison, it is determined that the candidate mark cannot be verified to be genuine, enabling using a second image of the candidate mark to measure one or more optical or physical characteristics of the candidate mark at the plurality of locations of the candidate mark, resulting in the first set of metrics of the second image and further trimming of the first set of metrics of the second image and the second set of metrics; and repeating the removing (2608, 2610), comparing and determining steps for successively further trimmed sets of metrics until the metrics remaining in the first set of metrics is less than a predetermined threshold amount.
Fuel cell stack having at least two, in particular identical, fuel cells, which are in particular configured as bipolar plates which are stacked above one another, the fuel cells being connected fluidically to one another via at least one manifold with the same cross section, in particular cut-outs with substantially the same cross section, which are part of the bipolar plates, forming the manifolds, at least one insert member being arranged in the manifold, into which at least one flow opening for at least one of the fuel cells is introduced, characterized in that at least one guide element for influencing flow is formed in and/or on the at least one insert member, in particular immediately in and/or on the at least one flow opening.
A connector for connecting first and second parts of a helmet, the connector comprising: a deformable retainer having first and second sides (22, 23) around an inner space; and wherein the first side of the retainer has a first anchor point that is configured to connect the connector to the first part of the helmet; and the second side of the retainer has a second anchor point that is configured to connect the connector to the second part of the helmet, and characterised by a first plate positioned within the inner space to provide a low friction interface between the first and second sides of the retainer. a deformable retainer having first and second sides (22, 23) around an inner space; and wherein the first side of the retainer has a first anchor point that is configured to connect the connector to the first part of the helmet; and the second side of the retainer has a second anchor point that is configured to connect the connector to the second part of the helmet, and characterised by a first plate positioned within the inner space to provide a low friction interface between the first and second sides of the retainer.
A method of metering a fluid flow comprising: using a first flow meter to produce a first flow rate reading of the flow to be metered, with an associated first uncertainty; using a second flow meter to produce a second flow rate reading of said flow to be metered, with an associated second uncertainty; and characterised by calculating a flow rate prediction based on the combination of the first flow rate reading, the second flow rate reading, the first uncertainty, the second uncertainty, and applying criteria based on physical laws; wherein the flow rate prediction has an associated uncertainty which is less than each of the first uncertainty and the second uncertainty. using a first flow meter to produce a first flow rate reading of the flow to be metered, with an associated first uncertainty; using a second flow meter to produce a second flow rate reading of said flow to be metered, with an associated second uncertainty; and characterised by calculating a flow rate prediction based on the combination of the first flow rate reading, the second flow rate reading, the first uncertainty, the second uncertainty, and applying criteria based on physical laws; wherein the flow rate prediction has an associated uncertainty which is less than each of the first uncertainty and the second uncertainty.
A method of assembling a metal clamp and body springs of a wiper blade for vehicles, the wiper blade comprising a rubber to be disposed in tight contact with a wind shield glass of a vehicle to which the wiper blade is mounted for wiping foreign matter off the wind shield glass, the body springs elastically supporting the rubber, the body springs being made of a metal material, an adapter to be mounted to an arm connected to a chassis of the vehicle, and the clamp to which the adapter is to be detachably mounted, the clamp being made of a metal material, characterized in that the method comprises: forming a plurality of through holes at major sides of the body springs; forming a plurality of protrusions corresponding to the through holes at a major side of the clamp such that the protrusions extend outward from the major side of the clamp; inserting the protrusions of the clamp into the respective through holes of the body springs; and fixing the protrusions, which are located in the respective through holes, in the respective through holes by pressure welding or riveting such that the clamp is mounted to the body springs. forming a plurality of through holes at major sides of the body springs; forming a plurality of protrusions corresponding to the through holes at a major side of the clamp such that the protrusions extend outward from the major side of the clamp; inserting the protrusions of the clamp into the respective through holes of the body springs; and fixing the protrusions, which are located in the respective through holes, in the respective through holes by pressure welding or riveting such that the clamp is mounted to the body springs.
A system that provides, in response to a search request including spectrum data obtained from a sensor, content associated with context information by a client or an application, the context information being estimated from the spectrum data, the system comprising: a database including a plurality of context information, a plurality of stocked spectrum data and first ranking scores between each of the plurality of context information and each of the plurality of stocked spectrum data; a comparison unit that calculates a second score for the stocked spectrum data with respect to the obtained spectrum data; and a unit that outputs output data so that content associated with context information with a high first ranking score for stocked spectrum data for which a high second score has been calculated by the comparison unit is selectable at a client in descending order of an overall evaluation including the second score and the first ranking score. a database including a plurality of context information, a plurality of stocked spectrum data and first ranking scores between each of the plurality of context information and each of the plurality of stocked spectrum data; a comparison unit that calculates a second score for the stocked spectrum data with respect to the obtained spectrum data; and a unit that outputs output data so that content associated with context information with a high first ranking score for stocked spectrum data for which a high second score has been calculated by the comparison unit is selectable at a client in descending order of an overall evaluation including the second score and the first ranking score.
A continuous inkjet printer comprising: a cabinet having a first side and a second side; components of the continuous inkjet printer that are to be accessed by a printer technician being located in the first side of the cabinet; and components of the continuous inkjet printer that are to be accessed by a printer user being located in the second side of the cabinet, characterised in that the components located in the second side of the cabinet comprise one or more single-block or whole-block removable assemblies, and in that the one or more single-block or whole-block removable assemblies comprise an ink pump module, a filter module, or an ink recovery module. a cabinet having a first side and a second side; components of the continuous inkjet printer that are to be accessed by a printer technician being located in the first side of the cabinet; and components of the continuous inkjet printer that are to be accessed by a printer user being located in the second side of the cabinet, characterised in that the components located in the second side of the cabinet comprise one or more single-block or whole-block removable assemblies, and in that the one or more single-block or whole-block removable assemblies comprise an ink pump module, a filter module, or an ink recovery module.
A filament for material extrusion 3D printer molding, comprising a thermoplastic elastomer which comprises at least the following component and in which the ratio (tan δ=G"[200°C, 100 Hz]/G'[200°C, 100 Hz]) between storage modulus (G'[200°C, 100 Hz]) and loss modulus (G"[200°C, 100 Hz]) measured at 200°C and 100 Hz by dynamic viscoelasticity measurement is from 0.50 to 2.50. Component: at least one block copolymer out of the group consisting of a block copolymer having a polymer block P mainly composed of a structural unit derived from a vinyl aromatic compound and a polymer block Q mainly composed of a structural unit derived from conjugated diene and/or isobutylene, and a block copolymer obtained by hydrogenating the block copolymer, wherein the "mainly composed of" means that the content of the structural unit is 50% by weight or more.
A control device of an internal combustion engine, the control device comprising: a parameter acquisition unit configured to acquire a plurality of input parameters; a calculation unit configured to calculate at least one output parameter based on the input parameters acquired by the parameter acquisition unit using a neural network model; and a controller configured to control the internal combustion engine based on the at least one output parameter calculated by the calculation unit, wherein: the neural network model includes a plurality of neural network units and an output layer that outputs the at least one output parameter based on outputs of the neural network units; each of the neural network units includes one input layer and at least one intermediate layer; and the neural network model is configured to input different combinations of input parameters selected from the input parameters acquired by the parameter acquisition unit to each of the input layers of the neural network units such that a total number of input parameters of the different combinations of input parameters to be input to the neural network units is larger than the number of the input parameters acquired by the parameter acquisition unit. a parameter acquisition unit configured to acquire a plurality of input parameters; a calculation unit configured to calculate at least one output parameter based on the input parameters acquired by the parameter acquisition unit using a neural network model; and a controller configured to control the internal combustion engine based on the at least one output parameter calculated by the calculation unit, wherein: the neural network model includes a plurality of neural network units and an output layer that outputs the at least one output parameter based on outputs of the neural network units; each of the neural network units includes one input layer and at least one intermediate layer; and the neural network model is configured to input different combinations of input parameters selected from the input parameters acquired by the parameter acquisition unit to each of the input layers of the neural network units such that a total number of input parameters of the different combinations of input parameters to be input to the neural network units is larger than the number of the input parameters acquired by the parameter acquisition unit. the neural network model includes a plurality of neural network units and an output layer that outputs the at least one output parameter based on outputs of the neural network units; each of the neural network units includes one input layer and at least one intermediate layer; and the neural network model is configured to input different combinations of input parameters selected from the input parameters acquired by the parameter acquisition unit to each of the input layers of the neural network units such that a total number of input parameters of the different combinations of input parameters to be input to the neural network units is larger than the number of the input parameters acquired by the parameter acquisition unit.
A radiation detector comprising: a substrate (2, 2D) including a principal surface and a plurality of photoelectric conversion elements formed on the principal surface; a scintillator layer (3, 3A, 3B) disposed on said plurality of photoelectric conversion elements and for converting radiation into scintillation light; a frame member disposed on the principal surface so as to surround the scintillator layer (3, 3A, 3B) when viewed in a direction intersecting the principal surface; a protective layer disposed on the principal surface and the scintillator layer (3, 3A, 3B) and fixed to the frame member so as to seal the scintillator layer (3, 3A; 3B); a sheet-shaped optical functional layer disposed between the scintillator layer (3, 3A; 3B) and the protective layer, the optical functional layer being either a light reflecting layer or a light absorbing layer; and an elastic member interposed between the optical functional layer and the protective layer and elastically deformed, wherein a height of the frame member from the principal surface is larger than a height of the scintillator layer (3, 3A, 3B) from the principal surface, wherein the scintillator layer (3, 3A, 3B) includes a plurality of columnar crystals (30, 30A, 30B) of a scintillator material, and wherein the optical functional layer is pressed to the scintillator layer (3, 3A, 3B) by an elastic force of the elastic member and comes in contact with the scintillator layer (3, 3A, 3B) in a plurality of regions including tips of the plurality of columnar crystals. a substrate (2, 2D) including a principal surface and a plurality of photoelectric conversion elements formed on the principal surface; a scintillator layer (3, 3A, 3B) disposed on said plurality of photoelectric conversion elements and for converting radiation into scintillation light; a frame member disposed on the principal surface so as to surround the scintillator layer (3, 3A, 3B) when viewed in a direction intersecting the principal surface; a protective layer disposed on the principal surface and the scintillator layer (3, 3A, 3B) and fixed to the frame member so as to seal the scintillator layer (3, 3A; 3B); a sheet-shaped optical functional layer disposed between the scintillator layer (3, 3A; 3B) and the protective layer, the optical functional layer being either a light reflecting layer or a light absorbing layer; and an elastic member interposed between the optical functional layer and the protective layer and elastically deformed, wherein a height of the frame member from the principal surface is larger than a height of the scintillator layer (3, 3A, 3B) from the principal surface, wherein the scintillator layer (3, 3A, 3B) includes a plurality of columnar crystals (30, 30A, 30B) of a scintillator material, and wherein the optical functional layer is pressed to the scintillator layer (3, 3A, 3B) by an elastic force of the elastic member and comes in contact with the scintillator layer (3, 3A, 3B) in a plurality of regions including tips of the plurality of columnar crystals.
A manometer for multi-channel pressure measurement comprising a plurality of manometer channels characterised in that each channel has an independent fluid level adjustment (24, 40).
A method for controlling communication states, comprising: receiving, by a terminal, a physical downlink control channel, PDCCH, from a network device in a first time slot, wherein the PDCCH carries first indication information indicative of a first communication state, and the first communication state is a first cross-slot scheduling state; and entering, by the terminal, the first communication state in a second time slot according to the first indication information, when the first cross-slot scheduling state is different from a second cross-slot scheduling state that the terminal is currently in, wherein the second time slot is after the first time slot, an offset of x time slots exists between the second time slot and the first time slot, wherein x is a positive integer, characterized in that x is the maximum between a and S c, a is a constant, and S c is a slot offset corresponding to the second cross-slot scheduling state that the terminal is currently in, wherein the slot offset corresponding to the second cross-slot scheduling state is an offset between a time slot where a data channel scheduled by the PDCCH locates and a time slot where the PDCCH locates. receiving, by a terminal, a physical downlink control channel, PDCCH, from a network device in a first time slot, wherein the PDCCH carries first indication information indicative of a first communication state, and the first communication state is a first cross-slot scheduling state; and entering, by the terminal, the first communication state in a second time slot according to the first indication information, when the first cross-slot scheduling state is different from a second cross-slot scheduling state that the terminal is currently in, wherein the second time slot is after the first time slot, an offset of x time slots exists between the second time slot and the first time slot, wherein x is a positive integer, characterized in that x is the maximum between a and S c, a is a constant, and S c is a slot offset corresponding to the second cross-slot scheduling state that the terminal is currently in, wherein the slot offset corresponding to the second cross-slot scheduling state is an offset between a time slot where a data channel scheduled by the PDCCH locates and a time slot where the PDCCH locates.
A floor cleaning machine that is adapted and configured to be placed on a floor, the floor cleaning machine comprising: a housing; at least one pair of wheels mounted to the housing that are adapted and configured to support at least a portion of the housing above such a floor; a handle on the housing that is configured and adapted to permit a person to control the movement of the housing relative to such a floor; a brush base mounted on a bottom of the housing for oscillating movement of the brush base relative to the housing; an adjustment member mounted on and supported by the brush base such that the adjustment member is configured to oscillate with the brush base; and, a brush removably attached to the adjustment member, the brush having a handle, a plurality of bristles that project outwardly from the handle, and at least one clip that is connected to the handle, the clip being snap fit to the adjustment member and thereby removably attaching the brush to the adjustment member; characterized in that the adjustment member is adjustably positionable between a raised position and a lowered position of said adjustment member relative to the brush base. a housing; at least one pair of wheels mounted to the housing that are adapted and configured to support at least a portion of the housing above such a floor; a handle on the housing that is configured and adapted to permit a person to control the movement of the housing relative to such a floor; a brush base mounted on a bottom of the housing for oscillating movement of the brush base relative to the housing; an adjustment member mounted on and supported by the brush base such that the adjustment member is configured to oscillate with the brush base; and, a brush removably attached to the adjustment member, the brush having a handle, a plurality of bristles that project outwardly from the handle, and at least one clip that is connected to the handle, the clip being snap fit to the adjustment member and thereby removably attaching the brush to the adjustment member; characterized in that the adjustment member is adjustably positionable between a raised position and a lowered position of said adjustment member relative to the brush base.