mhurhangee/ep-ind-claims huggingface dataset:
A rendering program that renders simulation results and causes a computer to execute: detecting a range of physical values of a rendering element group of elements that are to be rendered and are of an area specified in a simulation model that is a set of elements each having a physical value for each position to be simulated; identifying from the simulation model, an adjacent element group that is a set of elements adjacent to rendering elements included in the rendering element group; determining whether the physical value of each adjacent element included in the identified adjacent element group is within the range; adding to the rendering element group, an adjacent element for which the physical value has been determined to be included in the range, characterized in that the adding includes adding to the rendering element group, an element that contacts multiple elements in the rendering element group, the element being of an element group that is among the adjacent element group and determined to be outside the range; and rendering the simulation model according to the rendering element group to which the adjacent element has been added. detecting a range of physical values of a rendering element group of elements that are to be rendered and are of an area specified in a simulation model that is a set of elements each having a physical value for each position to be simulated; identifying from the simulation model, an adjacent element group that is a set of elements adjacent to rendering elements included in the rendering element group; determining whether the physical value of each adjacent element included in the identified adjacent element group is within the range; adding to the rendering element group, an adjacent element for which the physical value has been determined to be included in the range, characterized in that the adding includes adding to the rendering element group, an element that contacts multiple elements in the rendering element group, the element being of an element group that is among the adjacent element group and determined to be outside the range; and rendering the simulation model according to the rendering element group to which the adjacent element has been added.
An information processing device for use in a mounting device including a mounting head for collecting components and arranging the components on a board, the information processing device comprising: a control section configured to perform detection processing of acquiring a captured image of a member having a straight line side, detecting multiple edge points with respect to the straight line side to obtain a proximal straight line of the side, and detecting an outer shape of the member by excluding edge points outside a predetermined range from the proximal straight line on an outside and an inside of the member, characterized in that the control section is configured to notify the operator of confirmation processing of the member when a quantity of the excluded edge points is outside a specified allowable range. a control section configured to perform detection processing of acquiring a captured image of a member having a straight line side, detecting multiple edge points with respect to the straight line side to obtain a proximal straight line of the side, and detecting an outer shape of the member by excluding edge points outside a predetermined range from the proximal straight line on an outside and an inside of the member, characterized in that the control section is configured to notify the operator of confirmation processing of the member when a quantity of the excluded edge points is outside a specified allowable range.
A process for hydrocracking an oil feed comprising at least 10% by volume of compounds boiling above 340°C, comprising a hydrocracking step, optionally followed by a separation of the gases from the hydrocracked effluent, then a step for fractionation of said effluent, which separates at least one distillate and a residue, a portion of said residue being recycled to the hydrocracking step, said fractionation step comprising a distillation in a column provided with plates, in which column: • said at least partially vaporized effluent supplies the column over a supply plate, • said distillate is withdrawn from the level of a withdrawal plate, • said residue is evacuated at an evacuation point, • and a stripping gas is injected at an injection point located below the supply plate, in which process • a portion of the stream present at the level of at least one plate located between the supply plate and the plate for withdrawing the heaviest distillate fraction is withdrawn from the column, said at least plate bieng located above the supply plate, • all or a portion, preferably all, of said withdrawn stream is stripped in an external stripping step by a stripping gas, in the presence of a portion of the residue evacuated from the column, and a gaseous effluent and a liquid fraction are obtained, • and all or a portion, preferably all, of the separated gaseous effluent is recycled to the column, • and all or a portion, preferably all, of said liquid fraction is recycled to the hydrocracking step, • and a residue is purged in the stripping step. • said at least partially vaporized effluent supplies the column over a supply plate, • said distillate is withdrawn from the level of a withdrawal plate, • said residue is evacuated at an evacuation point, • and a stripping gas is injected at an injection point located below the supply plate, • a portion of the stream present at the level of at least one plate located between the supply plate and the plate for withdrawing the heaviest distillate fraction is withdrawn from the column, said at least plate bieng located above the supply plate, • all or a portion, preferably all, of said withdrawn stream is stripped in an external stripping step by a stripping gas, in the presence of a portion of the residue evacuated from the column, and a gaseous effluent and a liquid fraction are obtained, • and all or a portion, preferably all, of the separated gaseous effluent is recycled to the column, • and all or a portion, preferably all, of said liquid fraction is recycled to the hydrocracking step, • and a residue is purged in the stripping step.
Process of control and regulation of the pressure of tyres, in particular for agricultural use, apt to ensure the adaptation of the footprint of a tyre to changes in the load applied thereto, characterised in that it comprises the following steps: - measuring the pressure of the tyre, - measuring the footprint or the deflection of the tyre, - determining a calculated value of the load applied to said tyre, said calculated value of the applied load being determined, in function of said measured value of the footprint or of the deflection and of said measured value of the pressure, by means of a correlation, based on experimental data, of values of pressure, footprint or deflection and applied load, - determining an optimum value of pressure corresponding to said calculated value of the applied load, said optimum value of pressure being determined by means of characteristic tables of said tyre, - determining a calculated value of footprint or of deflection in function of said optimum value of pressure, said calculated value of footprint or of deflection being determined by means of a correlation, based on experimental data, of values of pressure, footprint or deflection and applied load, if said calculated value of footprint or of deflection is different from respectively said measured value of footprint or of deflection: - modifying the pressure of the tyre to reduce the difference between said measured value of pressure and said optimum value of pressure, repeating the steps of the process until said measured value of the footprint or of the deflection reaches said calculated value of the footprint or of the deflection. - measuring the pressure of the tyre, - measuring the footprint or the deflection of the tyre, - determining a calculated value of the load applied to said tyre, said calculated value of the applied load being determined, in function of said measured value of the footprint or of the deflection and of said measured value of the pressure, by means of a correlation, based on experimental data, of values of pressure, footprint or deflection and applied load, - determining an optimum value of pressure corresponding to said calculated value of the applied load, said optimum value of pressure being determined by means of characteristic tables of said tyre, - determining a calculated value of footprint or of deflection in function of said optimum value of pressure, said calculated value of footprint or of deflection being determined by means of a correlation, based on experimental data, of values of pressure, footprint or deflection and applied load, - modifying the pressure of the tyre to reduce the difference between said measured value of pressure and said optimum value of pressure,
Vehicle for the transport of passengers, the vehicle comprising a front face, a system for the entry and exit of the passengers which is arranged on a first side of the vehicle, and a driving position for a driver which is arranged close to a second side of the vehicle, the vehicle moreover comprises a safety device having: - a detection system which comprises sensors (41, 42, 43, 44, 45, 46) for detecting an object presence in a surveillance zone situated at the front of the vehicle close to the first side and for estimating the relative distance between the vehicle and said object, and - a warning system which comprises means for transmitting a warning signal to the driver, these means being adapted to be positioned in the driving position and close to the second side of the vehicle whereby said sensors (41 - 46) are arranged along at least one horizontal line (L1, L2) and in that the device further comprises control means suitable to receive information from said sensors (41 - 46) and configured to activate said warning system only when an object motion in the surveillance zone from the first side towards the second side is detected; and in that said control means are configured to process information from said sensors (41 - 46) for estimating an object trajectory with respect to a vehicle trajectory, when the latter moves, so as to activate said warning system only when an impact is estimated. - a detection system which comprises sensors (41, 42, 43, 44, 45, 46) for detecting an object presence in a surveillance zone situated at the front of the vehicle close to the first side and for estimating the relative distance between the vehicle and said object, and - a warning system which comprises means for transmitting a warning signal to the driver, these means being adapted to be positioned in the driving position and close to the second side of the vehicle
An ultrasonic apparatus which acquires biological information by using an ultrasonic wave received from a specimen, said apparatus comprising: a plurality of transducers that receive ultrasonic waves and convert them into received electrical signals, respectively; and an adaptive signal processing unit that generates a first intermediate signal by performing an adaptive signal processing with the use of a plurality of received electrical signals obtained from said plurality of transducers; characterized by a fixed signal processing unit that generates a second intermediate signal with the use of said plurality of received electrical signals and a predetermined weighting coefficient; and a unit that generates an output signal (Pout) to be used for acquisition of said biological information by comparing said first intermediate signal and said second intermediate signal therebetween. a plurality of transducers that receive ultrasonic waves and convert them into received electrical signals, respectively; and an adaptive signal processing unit that generates a first intermediate signal by performing an adaptive signal processing with the use of a plurality of received electrical signals obtained from said plurality of transducers; characterized by a fixed signal processing unit that generates a second intermediate signal with the use of said plurality of received electrical signals and a predetermined weighting coefficient; and a unit that generates an output signal (Pout) to be used for acquisition of said biological information by comparing said first intermediate signal and said second intermediate signal therebetween.
A method for rendering a window in a graphical user interface of a computer, comprising: displaying the window as an initial opaque window on a display of the computer; determining whether a user input is received by the computer; increasing a level of translucency of the window to a first level of translucency when a determination is made that no user input is received by the computer; and returning the translucency of the window from the first level of translucency back to its initial state of being an opaque window upon detection of a user input to the computer. displaying the window as an initial opaque window on a display of the computer; determining whether a user input is received by the computer; increasing a level of translucency of the window to a first level of translucency when a determination is made that no user input is received by the computer; and returning the translucency of the window from the first level of translucency back to its initial state of being an opaque window upon detection of a user input to the computer.
Heat-transmitting element (30, 32, 34, 36) for a nuclear fuel storage rack, of substantially prismatic shape, comprising 3 main surfaces (303, 303', 305, 325, 345, 365), including a base and 2 secondary surfaces, and two side surfaces (301, 301'), made of a heat-transmitting material, these two side faces being provided with a means for pulling the element in a direction parallel to the base, and to bring it from an initial position, in which the transmitter element is released and is against a wall, called hot or cold, to a raised position, separated therefrom by a space, or a clearance (27, 29), and vice-versa.
A cooking appliance comprising: a frame configured to define a cooking chamber; a magnetron configured to generate microwaves so as to cook food accommodated in the cooking chamber; a door connected to the frame to open and close the cooking chamber; a gasket disposed in the door to contact a front portion of the frame in a state in which the cooking chamber is closed by the door; and a leakage prevention part disposed in the door and configured to prevent the microwaves from leaking, wherein the leakage prevention part comprises: a first space portion to which the gasket is coupled; characterized in that the leakage prevention part further comprises: a second space portion extending from the first space portion in a first direction; and a third space portion extending from the first space portion in a second direction that is opposite to the first direction. a frame configured to define a cooking chamber; a magnetron configured to generate microwaves so as to cook food accommodated in the cooking chamber; a door connected to the frame to open and close the cooking chamber; a gasket disposed in the door to contact a front portion of the frame in a state in which the cooking chamber is closed by the door; and a leakage prevention part disposed in the door and configured to prevent the microwaves from leaking, wherein the leakage prevention part comprises: a first space portion to which the gasket is coupled; characterized in that the leakage prevention part further comprises: a second space portion extending from the first space portion in a first direction; and a third space portion extending from the first space portion a first space portion to which the gasket is coupled; characterized in that the leakage prevention part further comprises: a second space portion extending from the first space portion in a first direction; and a third space portion extending from the first space portion a second space portion extending from the first space portion in a first direction; and a third space portion extending from the first space portion in a second direction that is opposite to the first direction.
An article of apparel, comprising: a first structure formed of a printed material extruded, discharged, ejected, or otherwise emitted via a nozzle, the first structure comprising a first layer and a second layer; an element (194, 224), wherein the element (194, 224) is in contact with the first structure; and a portion of the element (194, 224) being partially enclosed within the first structure, wherein the element (194, 224) is movable within the first structure, and wherein the element is a lacing element, a cord, wire, cylinder, tube, reusable shaft, or a reusable shaft (194, 224) that includes at least one vane (3306, 3308, 3406, 3408). a first structure formed of a printed material extruded, discharged, ejected, or otherwise emitted via a nozzle, the first structure comprising a first layer and a second layer; an element (194, 224), wherein the element (194, 224) is in contact with the first structure; and a portion of the element (194, 224) being partially enclosed within the first structure, wherein the element (194, 224) is movable within the first structure, and wherein the element is a lacing element, a cord, wire, cylinder, tube, reusable shaft, or a reusable shaft (194, 224) that includes at least one vane (3306, 3308, 3406, 3408).
An optical detection method comprising: directing an optical beam toward a target; receiving, at a linear detector array (144, 146), the optical beam after it has been reflected or scattered from the target to form a reflected or scattered optical beam; obtaining a target spectrum from the reflected or scattered optical beam received from the target by the linear detector array (144, 146); selecting a first test sensor from among a plurality of test sensors (128, 130, 132), wherein the first test sensor comprises a first test chemical, wherein each test sensor of the plurality of test sensors comprises: a nanomaterial that is impregnated with a different test chemical (129, 131, 133), and/or a capsule with a different test chemical (129, 131, 133); obtaining a first matched spectrum from the first test chemical; performing a first matched filter comparison of the target spectrum with the first matched spectrum, the first matched spectrum corresponding to a first matched filter; determining a first candidate chemical likely to be present in the target based on the first matched filter comparison; and providing an identification of the first candidate chemical as an output based on the determining. directing an optical beam toward a target; receiving, at a linear detector array (144, 146), the optical beam after it has been reflected or scattered from the target to form a reflected or scattered optical beam; obtaining a target spectrum from the reflected or scattered optical beam received from the target by the linear detector array (144, 146); selecting a first test sensor from among a plurality of test sensors (128, 130, 132), wherein the first test sensor comprises a first test chemical, wherein each test sensor of the plurality of test sensors comprises: a nanomaterial that is impregnated with a different test chemical (129, 131, 133), and/or a capsule with a different test chemical (129, 131, 133); a nanomaterial that is impregnated with a different test chemical (129, 131, 133), and/or a capsule with a different test chemical (129, 131, 133); obtaining a first matched spectrum from the first test chemical; performing a first matched filter comparison of the target spectrum with the first matched spectrum, the first matched spectrum corresponding to a first matched filter; determining a first candidate chemical likely to be present in the target based on the first matched filter comparison; and providing an identification of the first candidate chemical as an output based on the determining.
A computer program product, comprising a computer usable medium having a computer readable program code embodied therein, said computer readable program code adapted to be executed to implement a method for providing handwriting recognition for superimposed input strokes, said method comprising: creating a segmentation graph by breaking the input strokes into constituting segments, wherein the segmentation graph includes nodes corresponding to character hypotheses; assigning a recognition score to each node of the segmentation graph, wherein the assigning of the recognition score comprises a feature extraction stage and a classification of the extracted features by a pattern classifier,; generating a linguistic likelihood of the interpretation of a given path of the segmentation graph based on a language model; and providing output candidates at the character, word, and sentence level based on the simultaneous analysis of the segmentation graph, the recognition scores, and the language model, by searching for the lowest cost path defined as the sum of: - costs of all the character candidates encountered in a given path in the segmentation graph; - costs of all words encountered in the corresponding path of the language model. creating a segmentation graph by breaking the input strokes into constituting segments, wherein the segmentation graph includes nodes corresponding to character hypotheses; assigning a recognition score to each node of the segmentation graph, wherein the assigning of the recognition score comprises a feature extraction stage and a classification of the extracted features by a pattern classifier,; generating a linguistic likelihood of the interpretation of a given path of the segmentation graph based on a language model; and providing output candidates at the character, word, and sentence level based on the simultaneous analysis of the segmentation graph, the recognition scores, and the language model, by searching for the lowest cost path defined as the sum of: - costs of all the character candidates encountered in a given path in the segmentation graph; - costs of all words encountered in the corresponding path of the language model. - costs of all the character candidates encountered in a given path in the segmentation graph; - costs of all words encountered in the corresponding path of the language model.
A focus detection device, comprising: focus detection elements including light-receiving elements (12,13) that generate a pair of signals corresponding to a pair of light fluxes each passing through an imaging optical system that includes a lens and an aperture stop; characterised in that it further comprises a focus detector including a processor that determines a focus adjustment state of the imaging optical system with an f-number slower than a full-aperture of the imaging optical system based upon the pair of signals corresponding to the pair of light fluxes restricted at the aperture stop when a specific condition is fulfilled. focus detection elements including light-receiving elements (12,13) that generate a pair of signals corresponding to a pair of light fluxes each passing through an imaging optical system that includes a lens and an aperture stop; characterised in that it further comprises a focus detector including a processor that determines a focus adjustment state of the imaging optical system with an f-number slower than a full-aperture of the imaging optical system based upon the pair of signals corresponding to the pair of light fluxes restricted at the aperture stop when a specific condition is fulfilled.
A polymer composition comprising a polypropylene, a first copolymer of ethylene and α-olefin having a density of 0.891 to 0.912 g/cm 3 as measured according to ASTM D792-13, a second copolymer of ethylene and α-olefin having a density in the range of 0.859 to 0.881 g/cm 3 as measured according to ASTM D792-13, wherein the amount of the polypropylene is in the range from 71 to 87 wt% based on the total amount of the polymer composition, wherein the ratio between the amount of the second copolymer of ethylene and α-olefin and the amount of the first copolymer of ethylene and α-olefin is in the range from 3.8 to 1.0.