mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for generating and displaying an image of an object comprising: a radiation source and a series of at least two linear detectors (3a, 3b, 3c) capable of detecting incident radiation spaced therefrom to define a scanning zone therebetween; means to cause an object to move relative to and through the scanning zone in use in successive passes along at least two linear directions at an angle to each other; an image generation apparatus to generate for each successive pass at least a first image from the output of a first linear detector, and a second image from the output of a second linear detector; an intermediate image generator configured to generate at least a third image from an adjacent pair of linear detectors, by processing the output of said pair of detectors and generating an image representative of an output intermediate between the two said detected outputs; an image processing apparatus adapted to process collected image data from the output of the linear detectors in such manner as to reduce distortion attributable to beam spreading in a direction perpendicular to a scan direction; an image display adapted successively to display at least the first, second and third such images and thus display the monocular movement parallax between the images. a radiation source and a series of at least two linear detectors (3a, 3b, 3c) capable of detecting incident radiation spaced therefrom to define a scanning zone therebetween; means to cause an object to move relative to and through the scanning zone in use in successive passes along at least two linear directions at an angle to each other; an image generation apparatus to generate for each successive pass at least a first image from the output of a first linear detector, and a second image from the output of a second linear detector; an intermediate image generator configured to generate at least a third image from an adjacent pair of linear detectors, by processing the output of said pair of detectors and generating an image representative of an output intermediate between the two said detected outputs; an image processing apparatus adapted to process collected image data from the output of the linear detectors in such manner as to reduce distortion attributable to beam spreading in a direction perpendicular to a scan direction; an image display adapted successively to display at least the first, second and third such images and thus display the monocular movement parallax between the images.
A control method for a refrigerator, wherein the refrigerator comprises a refrigerator body having a front side opened to define a first chamber, and a door body configured to open or close the first chamber; the door body comprises a main door and a secondary door; the main door is configured to open or close the first chamber and defines a second chamber; the secondary door is configured to open or close the second chamber; a rear side of the main door is provided with an air supply port configured to introduce cold air from the first chamber into the second chamber; characterized in that the control method comprises: acquiring an absolute air humidity ρ 1 of the first chamber and an air temperature T 2 of the second chamber; calculating an expected relative humidity φ 3 of air in the first chamber when the temperature changes to T 2 based on the absolute air humidity ρ 1 and the air temperature T 2; determining a relative air humidity threshold φ 0 at which air in the second chamber begins to condense on an inner wall of the second chamber; comparing the expected relative humidity φ 3 with the relative air humidity threshold φ 0; and if φ 3 <φ 0, enabling the air supply port to supply air to the second chamber, otherwise enabling the air supply port to stop supplying air to the second chamber. acquiring an absolute air humidity ρ 1 of the first chamber and an air temperature T 2 of the second chamber; calculating an expected relative humidity φ 3 of air in the first chamber when the temperature changes to T 2 based on the absolute air humidity ρ 1 and the air temperature T 2; determining a relative air humidity threshold φ 0 at which air in the second chamber begins to condense on an inner wall of the second chamber; comparing the expected relative humidity φ 3 with the relative air humidity threshold φ 0; and if φ 3 <φ 0, enabling the air supply port to supply air to the second chamber, otherwise enabling the air supply port to stop supplying air to the second chamber.
A surface plasmon sensor(1,2,3,4,5,6,7) comprising: a reflection plate (11, 21, 31, 71) which includes a metal layer having a periodic structure and on which a specimen is arranged; a light source (12, 42, 52) which irradiates an incident light which is either P polarized or S polarized onto the reflection plate whereby the plane of incidence and the direction of periodicity of the periodic structure do not intersect with each other orthogonally; a light receiving means which receives a reflected light reflected on the reflection plate; and a measurement means(14,34,44,54,64) which measures a refractive index of the specimen based on a difference between parameter values obtained from arranging a reference substance whose refractive index is known and the specimen to be measured at which ellipticity of the polarization of the reflected light becomes zero by changing any one of the parameters of an incident angle of the incident light which the light source irradiates the reflection plate, or an azimuthal angle which the plane of incidence makes with respect to the direction of periodicity of the periodic structure, or a wavelength of the incident light which is incident from the light source. a reflection plate (11, 21, 31, 71) which includes a metal layer having a periodic structure and on which a specimen is arranged; a light source (12, 42, 52) which irradiates an incident light which is either P polarized or S polarized onto the reflection plate whereby the plane of incidence and the direction of periodicity of the periodic structure do not intersect with each other orthogonally; a light receiving means which receives a reflected light reflected on the reflection plate; and a measurement means(14,34,44,54,64) which measures a refractive index of the specimen based on a difference between parameter values obtained from arranging a reference substance whose refractive index is known and the specimen to be measured at which ellipticity of the polarization of the reflected light becomes zero by changing any one of the parameters of an incident angle of the incident light which the light source irradiates the reflection plate, or an azimuthal angle which the plane of incidence makes with respect to the direction of periodicity of the periodic structure, or a wavelength of the incident light which is incident from the light source.
Seeder comprising a support intended to be drawn by an agricultural vehicle and supporting: - an opening device, comprising: - an opening disk, of axis X, mounted to rotate on the support, the opening disk being of discoidal overall shape so as to open a continuous furrow; - a depth limiter fixed to the opening disk and comprising a limit stop which, in a service position, defines the maximum depth to which the opening disk penetrates the ground, - a seed dropper, - a coulter interposed between the opening disk and the seed dropper, - a thorough-closing wheel, the seed dropper being interposed between the coulter and the furrow-closing wheel, the coulter and the seed dropper extending in the plane of the opening disk, characterized in that the depth limit comprises pinching means configured so that, in the said service position, they pinch plants against the ground, at a pinch point (P v, P v ') located, according to the direction of forward travel, in front of the axis X. - an opening device, comprising: - an opening disk, of axis X, mounted to rotate on the support, the opening disk being of discoidal overall shape so as to open a continuous furrow; - a depth limiter fixed to the opening disk and comprising a limit stop which, in a service position, defines the maximum depth to which the opening disk penetrates the ground, - an opening disk, of axis X, mounted to rotate on the support, the opening disk being of discoidal overall shape so as to open a continuous furrow; - a depth limiter fixed to the opening disk and comprising a limit stop which, in a service position, defines the maximum depth to which the opening disk penetrates the ground, - a seed dropper, - a coulter interposed between the opening disk and the seed dropper, - a thorough-closing wheel, the seed dropper being interposed between the coulter and the furrow-closing wheel,
A method comprising: receiving a request to change a security setting of an account of a user, wherein the account includes multiple strong proofs each being associated with one of multiple tiers of proofs, wherein each strong proof is assigned a value based on the tier they are part of; attempting to confirm the request by notifying, using a strong proof of the account, the user; permitting the change if the request is confirmed; and keeping the security setting unchanged if the request is not confirmed, wherein a security setting at one tier can only be changed if confirmed by one or more strong proofs that have combined values that equal or exceed the value of the security setting the change of which is requested. receiving a request to change a security setting of an account of a user, wherein the account includes multiple strong proofs each being associated with one of multiple tiers of proofs, wherein each strong proof is assigned a value based on the tier they are part of; attempting to confirm the request by notifying, using a strong proof of the account, the user; permitting the change if the request is confirmed; and keeping the security setting unchanged if the request is not confirmed, wherein a security setting at one tier can only be changed if confirmed by one or more strong proofs that have combined values that equal or exceed the value of the security setting the change of which is requested.
A process for preparing an elastomeric composite, comprising wetting particles of a natural or synthetic rubber with a liquid one-component moisture-curable resin composition and then exposing the wetted particles to moisture under conditions that the resin composition cures to form a binder phase which adheres the rubber particles together, wherein the moisture-curable resin composition comprises (a) an isocyanate-terminated polyurethane prepolymer having an isocyanate content of from 0.5 to 12% by weight and (b) from 1 to 30%, based on the combined weight of components (a) and (b), of an epoxide compound having a molecular weight of from 70 to 1000 and which is miscible in the prepolymer at the relative proportions thereof that are present, the composition containing no more than 0.1% by weight of compounds having a primary or secondary amino group and containing no more than 1% by weight of compounds that contain hydroxyl or thiol groups.
A system for pressure measurement, the system comprising a signal-converting circuit (500, 600, 700, 800, 900), the circuit comprising: a coupler (540, 650, 750, 850, 950), the coupler adapted to receive a pressure-representative electrical signal, the signal comprising a span; a signal biaser (550, 660, 760, 860, 960), the signal biaser comprising a first thermally-insensitive voltage divider (662, 762, 862, 962) for biasing the pressure-representative signal; and a signal span adjuster (560, 670, 770, 870, 970) coupled to the coupler (540, 650, 750, 850, 950) and the signal biaser (550, 660, 760, 860, 960), characterized in that the signal span adjuster comprises a second thermally-insensitive voltage divider (672, 772, 872, 971), the second voltage divider adapted to receive the pressure-representative signal, and the signal span adjuster adapted to adjust the span of the pressure-representative signal based on the output of the second voltage divider; wherein the first voltage divider (662, 762, 862, 962) and the second voltage divider (672, 772, 872, 971) respectively comprise a thermally-matched resistive divider. a coupler (540, 650, 750, 850, 950), the coupler adapted to receive a pressure-representative electrical signal, the signal comprising a span; a signal biaser (550, 660, 760, 860, 960), the signal biaser comprising a first thermally-insensitive voltage divider (662, 762, 862, 962) for biasing the pressure-representative signal; and a signal span adjuster (560, 670, 770, 870, 970) coupled to the coupler (540, 650, 750, 850, 950) and the signal biaser (550, 660, 760, 860, 960), characterized in that the signal span adjuster comprises a second thermally-insensitive voltage divider (672, 772, 872, 971), the second voltage divider adapted to receive the pressure-representative signal, and the signal span adjuster adapted to adjust the span of the pressure-representative signal based on the output of the second voltage divider; wherein the first voltage divider (662, 762, 862, 962) and the second voltage divider (672, 772, 872, 971) respectively comprise a thermally-matched resistive divider.
A vehicle with an emergency signalling device; the vehicle comprising: a trunk, a trunk release, comprising a remote trunk release, and a hazard flasher system to alert oncoming traffic; the emergency signalling device stowed in the trunk and comprising: a flexible substrate, foldable between at least a folded position and an extended position and including a surface of non-reflective material; a plurality of fasteners disposed in the flexible substrate for facilitating attachment of the emergency signalling device; an indicia disposed on the flexible substrate configured to convey a message when the flexible substrate is in the extended position, the indicia including at least one light, characterised in that the non-reflecting material having a reflective material layer coupled to the non-reflective material; the light is a light emitting diode; and that the flexible substrate is configured to be adjusted from the folded position to the extended position upon activation of the remote trunk release when the hazard flasher system is turned on. a trunk, a trunk release, comprising a remote trunk release, and a hazard flasher system to alert oncoming traffic; the emergency signalling device stowed in the trunk and comprising: a flexible substrate, foldable between at least a folded position and an extended position and including a surface of non-reflective material; a plurality of fasteners disposed in the flexible substrate for facilitating attachment of the emergency signalling device; an indicia disposed on the flexible substrate configured to convey a message when the flexible substrate is in the extended position, the indicia including at least one light, characterised in that the non-reflecting material having a reflective material layer coupled to the non-reflective material; the light is a light emitting diode; and that the flexible substrate is configured to be adjusted from the folded position to the extended position upon activation of the remote trunk release when the hazard flasher system is turned on. a flexible substrate, foldable between at least a folded position and an extended position and including a surface of non-reflective material; a plurality of fasteners disposed in the flexible substrate for facilitating attachment of the emergency signalling device; an indicia disposed on the flexible substrate configured to convey a message when the flexible substrate is in the extended position, the indicia including at least one light, characterised in that the non-reflecting material having a reflective material layer coupled to the non-reflective material; the light is a light emitting diode; and that the flexible substrate is configured to be adjusted from the folded position to the extended position upon activation of the remote trunk release when the hazard flasher system is turned on.
A computer implemented method comprising the steps of: retrieving a time spent value corresponding to a selected partition that is selected from a plurality of partitions included in a virtualized environment running on the computer system, wherein the time spent value corresponds to an amount of time the selected partition has spent processing interrupts and wherein a number of virtual CPUs are assigned to the selected partition; characterised in that the method further comprises the steps of: comparing the time spent value to one or more interrupt thresholds; and increasing the number of virtual CPUs that are assigned to the selected partition in response to the comparison revealing that the time spent value is greater than one of the interrupt thresholds. retrieving a time spent value corresponding to a selected partition that is selected from a plurality of partitions included in a virtualized environment running on the computer system, wherein the time spent value corresponds to an amount of time the selected partition has spent processing interrupts and wherein a number of virtual CPUs are assigned to the selected partition; characterised in that the method further comprises the steps of: comparing the time spent value to one or more interrupt thresholds; and increasing the number of virtual CPUs that are assigned to the selected partition in response to the comparison revealing that the time spent value is greater than one of the interrupt thresholds. comparing the time spent value to one or more interrupt thresholds; and increasing the number of virtual CPUs that are assigned to the selected partition in response to the comparison revealing that the time spent value is greater than one of the interrupt thresholds.
A computer-implemented method for controlling one or more components of a water utility system, the water utility system comprising at least one pump assembly, the method comprising: - receiving a user indication indicative of a user-perceived acoustic-noise induced discomfort experienced at least at a first location, - measuring at least a first sound signal at said first location, - determining, based on the measured first sound signal and based on at least one of a received user indication of a degree of the user-perceived acoustic-noise induced discomfort and a received first operational parameter of the pump assembly, the first operational parameter being representative of an operational condition of the pump assembly at the time of said measuring the first sound signal, one or more adjusted control parameters of the water utility system, and - controlling the water utility system based on the determined adjusted control parameters. - receiving a user indication indicative of a user-perceived acoustic-noise induced discomfort experienced at least at a first location, - measuring at least a first sound signal at said first location, - determining, based on the measured first sound signal and based on at least one of a received user indication of a degree of the user-perceived acoustic-noise induced discomfort and a received first operational parameter of the pump assembly, the first operational parameter being representative of an operational condition of the pump assembly at the time of said measuring the first sound signal, one or more adjusted control parameters of the water utility system, and - controlling the water utility system based on the determined adjusted control parameters.
A valve assembly for an engine, the valve assembly comprising: a housing; an in-flow port configured for connection with a drain line; a first out-flow port configured for connection with a fuel line; a second out-flow port configured for connection with a disposal line; and a passageway that is rotatable with a handle, the passageway being operable to redirect a flow of a fluid between the fuel line and the disposal line, characterised by a water wash connection, wherein the handle impedes attachment of the fluid source to the water wash connection when the passageway is in a position to direct the flow of the fluid from the drain line to the fuel line. a housing; an in-flow port configured for connection with a drain line; a first out-flow port configured for connection with a fuel line; a second out-flow port configured for connection with a disposal line; and a passageway that is rotatable with a handle, the passageway being operable to redirect a flow of a fluid between the fuel line and the disposal line, characterised by a water wash connection, wherein the handle impedes attachment of the fluid source to the water wash connection when the passageway is in a position to direct the flow of the fluid from the drain line to the fuel line.
A computer-implemented method comprising: receiving a training input (610; 702), wherein the training input includes a training seismic dataset and multiple different interpretations of that training seismic dataset; sorting the training input into a first group and a second group (620; 706), wherein the first group comprises a portion of the training inputs in which the interpretations match and the second group comprises a portion of the training inputs in which the interpretations do not match, wherein the matching interpretations are different interpretations in agreement and the interpretations that do not match are interpretations in disagreement; subgrouping the second group into a plurality of subgroups (630; 710), wherein individual subgroups of the plurality of subgroups are associated with interpretation attributes; generating a plurality of trained models based on the plurality of subgroups and the first group (640; 714), wherein the trained models are further generated based on a supervised machine learning technique; receiving a prediction input having a set of data to be interpreted (650; 718), wherein the prediction input includes target seismic data to be interpreted, wherein the target seismic data is received from seismic survey operation for a subterranean formation; generating a plurality of interpretation options for the prediction input by applying the plurality of training models to the prediction input (660, 670; 722); and outputting the plurality of interpretation options (680; 728). receiving a training input (610; 702), wherein the training input includes a training seismic dataset and multiple different interpretations of that training seismic dataset; sorting the training input into a first group and a second group (620; 706), wherein the first group comprises a portion of the training inputs in which the interpretations match and the second group comprises a portion of the training inputs in which the interpretations do not match, wherein the matching interpretations are different interpretations in agreement and the interpretations that do not match are interpretations in disagreement; subgrouping the second group into a plurality of subgroups (630; 710), wherein individual subgroups of the plurality of subgroups are associated with interpretation attributes; generating a plurality of trained models based on the plurality of subgroups and the first group (640; 714), wherein the trained models are further generated based on a supervised machine learning technique; receiving a prediction input having a set of data to be interpreted (650; 718), wherein the prediction input includes target seismic data to be interpreted, wherein the target seismic data is received from seismic survey operation for a subterranean formation; generating a plurality of interpretation options for the prediction input by applying the plurality of training models to the prediction input (660, 670; 722); and outputting the plurality of interpretation options (680; 728).
A gloss coating composition comprising: at least one tetra-functional acrylated monomer or oligomer; at least one silicone in the range from 12%-25% by weight of composition; and silica and/or at least one silica containing composition in the range from 0.1%-5% by weight of composition. at least one tetra-functional acrylated monomer or oligomer; at least one silicone in the range from 12%-25% by weight of composition; and silica and/or at least one silica containing composition in the range from 0.1%-5% by weight of composition.