mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a lens disposed relative to a scene and configured to focus light from the scene onto a focal plane; an aperture defined within an opaque material disposed at the focal plane of the lens, wherein the aperture has a cross-sectional area; and an array of light detectors disposed on a side of the focal plane opposite the lens and configured to intercept and detect diverging light focused by the lens and transmitted through the aperture, wherein the light diverges from the aperture along an optical path from the aperture to the array of light detectors, wherein the array of light detectors comprises a plurality of single photon avalanche diodes (SPADs), wherein a cross-sectional area of the array of light detectors that intercepts the diverging light is greater than the cross-sectional area of the aperture, and wherein the aperture is selectable from a set of two or more apertures, wherein the system comprises one or more mirrors located between the lens and the opaque material, wherein the one or more mirrors are adjustable to direct the light from the scene toward the aperture to select from the set of two or more apertures. a lens disposed relative to a scene and configured to focus light from the scene onto a focal plane; an aperture defined within an opaque material disposed at the focal plane of the lens, wherein the aperture has a cross-sectional area; and an array of light detectors disposed on a side of the focal plane opposite the lens and configured to intercept and detect diverging light focused by the lens and transmitted through the aperture, wherein the light diverges from the aperture along an optical path from the aperture to the array of light detectors, wherein the array of light detectors comprises a plurality of single photon avalanche diodes (SPADs), wherein a cross-sectional area of the array of light detectors that intercepts the diverging light is greater than the cross-sectional area of the aperture, and wherein the aperture is selectable from a set of two or more apertures, wherein the system comprises one or more mirrors located between the lens and the opaque material, wherein the one or more mirrors are adjustable to direct the light from the scene toward the aperture to select from the set of two or more apertures.
A method for stabilizing the signals generated by a scintillation detector for measuring radiation, preferably ionizing radiation, with these signals being generated by the radiation that is at least partially absorbed in the detector and said signals being dependent on the operating temperature of the detector, wherein the temperature-dependent calibration factor is determined from the signal shape of the signals generated by the radiation to be measured itself, wherein the calibration factor is chosen in a predefined proportion to a pulse shape parameter, wherein the pulse shape parameter is obtained by evaluating the shape of the registered detector signals, and wherein the evaluated detector signals are dependent on the decay time constant (τ) of the scintillation light generated in the scintillation detector, characterized in that the pulse shape parameter is determined from at least one of the following parameters: • the length of the unipolar-shaped output signal of the detector; • the rise time of the unipolar-shaped output signal of the detector; • the time between signal beginning and zero crossing of the bipolar-shaped output signal of the detector. • the length of the unipolar-shaped output signal of the detector; • the rise time of the unipolar-shaped output signal of the detector; • the time between signal beginning and zero crossing of the bipolar-shaped output signal of the detector.
Plugged connection comprising a plug connector and a mating plug connector for coupling with the plug connector, in particular a high current plugged connection, wherein the plug connector comprises a locking device for the play-free axial fixing of the plug connector with respect to the mating plug connector in a closed position coupled to the mating plug connector, wherein the locking device has: a retaining element such as a latching clip designed to engage axially behind a locking projection on the mating plug connector in the closed position, characterised by a counterpressure element which is located opposite the retaining element in such a way that the locking projection can be accommodated between the retaining element and the counterpressure element in the closed position, and by an actuating device for pressing the retaining element and counterpressure element against the locking projection in a fixing position. a retaining element such as a latching clip designed to engage axially behind a locking projection on the mating plug connector in the closed position, characterised by a counterpressure element which is located opposite the retaining element in such a way that the locking projection can be accommodated between the retaining element and the counterpressure element in the closed position, and by an actuating device for pressing the retaining element and counterpressure element against the locking projection in a fixing position.
A refrigerator unit and/or a freezer unit having an inner container at whose walls (6, 7) holding elements are provided in the form of projecting container ribs for the placing of storage trays thereon, characterized in that holding rails that have clamping means for fixedly clamping to the projecting container ribs and that are releasably arranged at the walls (6, 7) of the inner container are provided in addition to the projecting container ribs for storing divided storage trays, in particular glass trays.
A shell comprising: - a front layer and a rear layer, assembled so as to form a compartment having an opening along a first longitudinal edge of the shell, - a flap, disposed along said first longitudinal edge of the shell and having an open position in which the compartment is accessible via its opening, and a closed position in which the flap covers at least partially the opening of the compartment, - a closing means configured to non-reversibly retain the flap in the closed position, and - a retaining means configured to retain the flap in the closed position and allow the flap in the open position to be replaced prior to the use of the closing means characterized in that the closing means is an adhesive strip covered by a protective film, and in that the retaining means is disposed on the protective film. - a front layer and a rear layer, assembled so as to form a compartment having an opening along a first longitudinal edge of the shell, - a flap, disposed along said first longitudinal edge of the shell and having an open position in which the compartment is accessible via its opening, and a closed position in which the flap covers at least partially the opening of the compartment, - a closing means configured to non-reversibly retain the flap in the closed position, and - a retaining means configured to retain the flap in the closed position and allow the flap in the open position to be replaced prior to the use of the closing means
A chain guide comprising: a guide base arranged along a portion of an outer periphery of a chain for transmitting torque and elongated in a direction in which the chain travels; a plurality of roller shafts spaced from each other in a longitudinal direction of the guide base; and a plurality of rollers for guiding the chain, the rollers being rotatably supported by the respective roller shafts, wherein the plurality of rollers guide the chain by rolling, characterized in that an arrangement interval between each adjacent pair of the rollers is set such that any two of pins by which pieces of the chain are joined together do not pass any two of the plurality of rollers at a same time, wherein if p is a pitch of the chain and m is the number of the rollers, for any of integers i from 1 to (m-1), an arrangement interval Li between i-th and (i + 1)-th ones of the rollers with respect to the direction in which the chain travels is set to satisfy the following formula: Li ≠ n × p n: integer a guide base arranged along a portion of an outer periphery of a chain for transmitting torque and elongated in a direction in which the chain travels; a plurality of roller shafts spaced from each other in a longitudinal direction of the guide base; and a plurality of rollers for guiding the chain, the rollers being rotatably supported by the respective roller shafts, wherein the plurality of rollers guide the chain by rolling, characterized in that an arrangement interval between each adjacent pair of the rollers is set such that any two of pins by which pieces of the chain are joined together do not pass any two of the plurality of rollers at a same time, wherein if p is a pitch of the chain and m is the number of the rollers, for any of integers i from 1 to (m-1), an arrangement interval Li between i-th and (i + 1)-th ones of the rollers with respect to the direction in which the chain travels is set to satisfy the following formula: Li ≠ n × p n: integer
A moving picture decoding apparatus, comprising: a plurality of memories for storing previously decoded images as a reference image data to be used for generating a prediction picture; a prediction picture generation section for receiving prediction information, for each macroblock, indicating one of a plurality of prediction modes, one of a plurality of memories and a motion parameter extracted from a bit stream, wherein the prediction modes include a global prediction mode and a local prediction mode and at least one of the plurality of memories is used for the global prediction mode and the local prediction mode, and for generating the prediction picture using the reference image data stored in one of the plurality of memories and one of the prediction modes indicated by the prediction information; and a decoding section for decoding a texture from the bit stream, and adding the texture to the prediction picture generated by the prediction picture generation section so as to obtain a decoded image. a plurality of memories for storing previously decoded images as a reference image data to be used for generating a prediction picture; a prediction picture generation section for receiving prediction information, for each macroblock, indicating one of a plurality of prediction modes, one of a plurality of memories and a motion parameter extracted from a bit stream, wherein the prediction modes include a global prediction mode and a local prediction mode and at least one of the plurality of memories is used for the global prediction mode and the local prediction mode, and for generating the prediction picture using the reference image data stored in one of the plurality of memories and one of the prediction modes indicated by the prediction information; and a decoding section for decoding a texture from the bit stream, and adding the texture to the prediction picture generated by the prediction picture generation section so as to obtain a decoded image.
A method for producing a contaminant separation composition for use in removal of dispersed, solubilized, and/or emulsified oils, hydrocarbons, microbes, endotoxins, triglycerides, and cholesterol from water and benign gases; comprising: (a) providing an initial glyceride composition comprising one or more drying oils and/or semi-drying oils; (b) cleaving and separating purified fatty acids from said glyceride composition, to thereby yield a blend comprised of purified saturated and mono and poly unsaturated fatty acids, said fatty acid blend being unique to said initial glyceride composition, wherein said cleaving of said fatty acids is effected by saponification of said initial glyceride composition, followed by acid neutralization of the resulting soap to free the fatty acids therein, or wherein said cleaving of each said fatty acid is effected by hydrolyzing the ester bond of the corresponding glyceride in said initial glyceride composition, freeing the fatty acid together with glycerin, followed by said separation of the fatty acid to comprise said fatty acid blend for said subsequent thermal reaction; and (c) thermally reacting said fatty acid blend from step (b) with a methacrylate or acrylate polymer compound to yield a homogeneous thermal reaction product as said contaminant removal composition. (a) providing an initial glyceride composition comprising one or more drying oils and/or semi-drying oils; (b) cleaving and separating purified fatty acids from said glyceride composition, to thereby yield a blend comprised of purified saturated and mono and poly unsaturated fatty acids, said fatty acid blend being unique to said initial glyceride composition, wherein said cleaving of said fatty acids is effected by saponification of said initial glyceride composition, followed by acid neutralization of the resulting soap to free the fatty acids therein, or wherein said cleaving of each said fatty acid is effected by hydrolyzing the ester bond of the corresponding glyceride in said initial glyceride composition, freeing the fatty acid together with glycerin, followed by said separation of the fatty acid to comprise said fatty acid blend for said subsequent thermal reaction; and (c) thermally reacting said fatty acid blend from step (b) with a methacrylate or acrylate polymer compound to yield a homogeneous thermal reaction product as said contaminant removal composition.
A method, comprising: receiving, from a first compute device, a first record set, each record from the first record set including an encrypted first identification string and a hashed first attribute string; receiving, from a second compute device, a second record set, each record from the second record set having an encrypted second identification string and a hashed first attribute string; defining a third record set to include a third record for each first record from the first record set if the hashed first attribute string of the first record is equal to the hashed first attribute string of a second record from the second record set, each third record from the third record set including the encrypted first identification string and the encrypted second identification string, and each third record not including the hashed first attribute string of the first record or the hashed first attribute string of the second record; receiving, from the first compute device, a fourth record set, each record from the fourth record set including an encrypted first identification string and a hashed second attribute string; receiving, from the second compute device, a fifth record set, each record from the fifth record set having an encrypted second identification string and a hashed second attribute string; defining a sixth record set to include each record from the fourth record set if the hashed second attribute string of the record is equal to the hashed second attribute string of a record from the fifth record set, each record from the sixth record set including the encrypted first identification string and the encrypted second identification string, and each sixth record not including the hashed second attribute string of the fourth record or the hashed second attribute string of the fifth record; modifying the sixth record set to a modified state to exclude each record from the sixth record set if the encrypted first identification string of the record is equal to the encrypted first identification string of a record from the third record set; defining a matched record set to include each record from the third record set and each record from the sixth record set in the modified state; and sending, to the first or second compute device, a signal indicative of the matched record set.
A method for generating a chain hash value to be stored in a target apparatus which stores at least one domain key information in a first area and a plurality of pieces of content key information each associated with any one of the at least one domain key information in a second area different from the first area, the method comprising the steps of: encrypting the plurality of pieces of content key information associated with one of the at least one domain key information using a chain encryption technique; extracting encrypted check values from the plurality of pieces of content key information encrypted; concatenating the extracted encrypted check values from the plurality of pieces of content key information encrypted to obtain check value concatenated data; performing a hash calculation with respect to the check value concatenated data to obtain a chain hash value; and storing the chain hash value in the target apparatus. encrypting the plurality of pieces of content key information associated with one of the at least one domain key information using a chain encryption technique; extracting encrypted check values from the plurality of pieces of content key information encrypted; concatenating the extracted encrypted check values from the plurality of pieces of content key information encrypted to obtain check value concatenated data; performing a hash calculation with respect to the check value concatenated data to obtain a chain hash value; and storing the chain hash value in the target apparatus.
A method for controlling a laundry drying machine comprising a treating chamber adapted to contain laundry to be treated and a control unit which receives a signal (S m) indicative of laundry moisture from a moisture sensor, said method comprising the step of receiving a user input which includes a laundry treating program comprising a machine initialization phase, a program main phase and a program final phase; - wherein in said machine initialization phase, comparing the laundry moisture indicated by the signal (S m) to a first threshold (THR 1), which is stored in the control unit and is indicative of dried laundry or empty threating chamber; - if the signal (S m) is determined to be equal or less than the first threshold (THR 1), one or more of the following actions is performed: • carrying out only a portion of the selected laundry treating program; • skipping the program main phase; • starting the program final phase; • stopping the laundry treating program; • providing a notification of dried laundry and/or empty treating chamber; the method being characterized in that the laundry moisture indicated by the signal (S m) is compared to a second threshold (THR 2), which is stored in the control unit and is indicative of empty treating chamber, and if the signal (S m) is determined to be equal or less than the second threshold (THR 2), the treating chamber is determined to be empty. - wherein in said machine initialization phase, comparing the laundry moisture indicated by the signal (S m) to a first threshold (THR 1), which is stored in the control unit and is indicative of dried laundry or empty threating chamber; - if the signal (S m) is determined to be equal or less than the first threshold (THR 1), one or more of the following actions is performed: • carrying out only a portion of the selected laundry treating program; • skipping the program main phase; • starting the program final phase; • stopping the laundry treating program; • providing a notification of dried laundry and/or empty treating chamber; • carrying out only a portion of the selected laundry treating program; • skipping the program main phase; • starting the program final phase; • stopping the laundry treating program; • providing a notification of dried laundry and/or empty treating chamber;
A composite material comprising: a first foam layer comprising a first hydrophilic polyurethane foam material, a second foam layer comprising a second hydrophilic polyurethane foam material, wherein the fluid retention capacity of said second foam layer is at least 20% greater than the fluid retention capacity of said first foam layer, wherein said fluid retention capacity is defined as the capability of retaining Solution A having first absorbed a maximum amount of Solution A, according to EN 13726-1:2002, when exposed to a pressure of 40 mmHg for two minutes; further; wherein an interfacial bonding volume exists between said first and said second foam layer, wherein said interfacial bonding volume comprises a mixture of the materials making up said first and said second foam layer, and wherein said interfacial bonding volume has a thickness of less than 200 μm, preferably less than 100 μm, further preferably 50μm or less. a first foam layer comprising a first hydrophilic polyurethane foam material, a second foam layer comprising a second hydrophilic polyurethane foam material,
A divided baffle for installation within an airfoil of a gas turbine engine, the airfoil having an inner diameter and an outer diameter, the divided baffle comprising: a baffle body having a first end and a second end, wherein the first end is configured to be located proximate the inner diameter when installed within the airfoil and the second end is configured to be located proximate the outer diameter when installed within the airfoil; at least one divider (404, 406, 408) located within the baffle body and extending from the first end to the second end arranged to divide an interior of the baffle body into two or more feed cavities (412, 414, 416); characterised in that the divided baffle further comprises: at least one cap arranged at the first end to bound a first feed cavity of the two or more. feed cavities (412, 414), wherein the at least one cap at the first end blocks or prevents flow into the first feed cavity at the first end; and at least one cap arranged at the second end to bound a second feed cavity of the two or more feed cavities, wherein the at least one cap at the second end blocks or prevents flow into the second feed cavity at the second end. a baffle body having a first end and a second end, wherein the first end is configured to be located proximate the inner diameter when installed within the airfoil and the second end is configured to be located proximate the outer diameter when installed within the airfoil; at least one divider (404, 406, 408) located within the baffle body and extending from the first end to the second end arranged to divide an interior of the baffle body into two or more feed cavities (412, 414, 416); characterised in that the divided baffle further comprises: at least one cap arranged at the first end to bound a first feed cavity of the two or more. feed cavities (412, 414), wherein the at least one cap at the first end blocks or prevents flow into the first feed cavity at the first end; and at least one cap arranged at the second end to bound a second feed cavity of the two or more feed cavities, wherein the at least one cap at the second end blocks or prevents flow into the second feed cavity at the second end. at least one cap arranged at the first end to bound a first feed cavity of the two or more. feed cavities (412, 414), wherein the at least one cap at the first end blocks or prevents flow into the first feed cavity at the first end; and at least one cap arranged at the second end to bound a second feed cavity of the two or more feed cavities, wherein the at least one cap at the second end blocks or prevents flow into the second feed cavity at the second end.