mhurhangee/ep-ind-claims huggingface dataset:
A vehicle comprising a power unit disposed between front side members that extend along a front and rear direction on a left side and a right side of the vehicle, and a brake system, the brake system comprising: an input device to which braking operation by an operator is input; and an electric brake actuator for generating a hydraulic brake pressure by driving a hydraulic pressure control piston housed in a cylinder main body by an electric motor, according to at least the braking operation, wherein the input device and the electric brake actuator are mounted on the vehicle.; wherein a brake fluid reservoir is arranged on top of the cylinder main body; and wherein the electric motor of the electric brake actuator is disposed higher than the cylinder main body, characterized in that the hydraulic pressure control piston has an axial line extending in the front/rear direction of the vehicle, and in that the electric motor is disposed at a position to which the electric motor is rotated, with the axial line of the cylinder main body as the center of rotation, toward the space side formed between the power unit and one of the front side members, in the direction going away from the power unit and the brake fluid reservoir. an input device to which braking operation by an operator is input; and an electric brake actuator for generating a hydraulic brake pressure by driving a hydraulic pressure control piston housed in a cylinder main body by an electric motor, according to at least the braking operation, wherein the input device and the electric brake actuator are mounted on the vehicle.; wherein a brake fluid reservoir is arranged on top of the cylinder main body; and wherein the electric motor of the electric brake actuator is disposed higher than the cylinder main body, characterized in that the hydraulic pressure control piston has an axial line extending in the front/rear direction of the vehicle, and in that the electric motor is disposed at a position to which the electric motor is rotated, with the axial line of the cylinder main body as the center of rotation, toward the space side formed between the power unit and one of the front side members, in the direction going away from the power unit and the brake fluid reservoir.
A test platform comprising: a body; at least one reference material which is formed on the body and on which one or more colors are printed; and a tag storing information related to the test platform, wherein the tag includes identification information for identifying the test platform and a reference value to be used in testing a test apparatus, and the reference value is a reference value with respect to the result of detection regarding the reference material by the test apparatus, wherein the test platform is used to determine whether a detection module of the test apparatus needs to be corrected. a body; at least one reference material which is formed on the body and on which one or more colors are printed; and a tag storing information related to the test platform, wherein the tag includes identification information for identifying the test platform and a reference value to be used in testing a test apparatus, and the reference value is a reference value with respect to the result of detection regarding the reference material by the test apparatus, wherein the test platform is used to determine whether a detection module of the test apparatus needs to be corrected.
A flow stop valve (200, 300, 400) for placement in a downhole tubular operating in a dual fluid density system, wherein the flow stop valve is in communication with one of: a pressure difference between fluid outside the downhole tubular and inside the downhole tubular at the flow stop valve; and a pressure difference between fluid above and below the flow stop valve inside the downhole tubular, wherein the flow stop valve comprises a first valve element arranged (226', 326', 424) such that the pressure difference acts across at least a portion of the first valve element and that the first valve element is movable between open and closed positions under action of said pressure difference so as to selectively permit flow through the downhole tubular, characterised in that the first valve element comprises a first passage (212, 312, 446) to transmit fluid from a first port (213, 313, 447) in a first side of the first valve element to a second side of the first valve element, the first port being positioned adjacent to a low pressure flow region when the flow stop valve is in an open position such that the low pressure is in fluidic communication with the second side of the first valve element via the first port and the first passage.
Vehicle, in particular bridge-placing vehicle, with a supporting apparatus having a support shield which is movable to and fro between a supporting position and a driving position via a lifting apparatus, wherein the lifting apparatus has at least one length-changeable lifting element, which is arranged between a vehicle-mounted receptacle and the support shield, and at least one strut for absorbing transverse forces acting on the support shield, wherein the lifting element is arranged pivotably about an axis extending in the longitudinal direction of the vehicle, characterized in that the struts are coupled at one end (7.2) to the receptacle and the struts are coupled at the other end (7.1) to the support shield in a translatorily movable manner, or in that the struts are coupled at one end (7.1) to the support shield and the struts are coupled at the other end (7.2) to the receptacle in a translatorily movable manner.
A suction head for a vacuum cleaner or the like comprising a base plate with a base plate channel open towards a surface to be cleaned and closed by an opposite bottom surface, - wherein said channel comprises a front edge, a rear edge, a front wall which extends from said front edge, a rear wall which extends from said rear edge and a bottom surface which closes said channel and connects said front wall and said rear wall, wherein a section of said front edge is parallel to a respective section of said rear edge, - wherein said front wall is inclined at a first angle (β) with respect to a vertical plane which is perpendicular to a horizontal plane in which the front edge and the rear edge of said channel are arranged, - wherein said rear wall of the channel is inclined at a second angle (γ) with respect to said vertical plane, - wherein the magnitude of said first angle (β) is at least three times the magnitude of said second angle (γ), - wherein an intermediate part of said channel has a depth which decreases at a third angle (δ), - wherein a front strip is inclined at an angle (α34) of 12°-18° with respect to a horizontal plane defined by the front edge and rear edge of the base plate channel, - wherein a rear strip comprises a flat part (36") and an inclined part ' which is inclined at an angle (α36') of 12°-18° with respect to the horizontal plane, and - wherein said base plate channel has closed ends. - wherein said channel comprises a front edge, a rear edge, a front wall which extends from said front edge, a rear wall which extends from said rear edge and a bottom surface which closes said channel and connects said front wall and said rear wall, wherein a section of said front edge is parallel to a respective section of said rear edge, - wherein said front wall is inclined at a first angle (β) with respect to a vertical plane which is perpendicular to a horizontal plane in which the front edge and the rear edge of said channel are arranged, - wherein said rear wall of the channel is inclined at a second angle (γ) with respect to said vertical plane, - wherein the magnitude of said first angle (β) is at least three times the magnitude of said second angle (γ), - wherein an intermediate part of said channel has a depth which decreases at a third angle (δ), - wherein a front strip is inclined at an angle (α34) of 12°-18° with respect to a horizontal plane defined by the front edge and rear edge of the base plate channel, - wherein a rear strip comprises a flat part (36") and an inclined part ' which is inclined at an angle (α36') of 12°-18° with respect to the horizontal plane, and - wherein said base plate channel has closed ends.
A computer-implemented method, comprising: receiving, at a computing system: (i) audio data that indicates a voice input, and (ii) data that indicates a context associated with the voice input, comprising data that characterizes a display of a user interface at a computing device at which the voice input was received at a time that the voice input was received; determining a particular dialog state, from among a plurality of dialog states, that corresponds to the voice input, including identifying the particular dialog state based on the data that characterizes a display of a user interface at a computing device at which the voice input was received at a time that the voice input was received; identifying a set of n-grams that are associated with the particular dialog state that corresponds to the voice input, wherein the set of n-grams are associated with the particular dialog state based at least on n-grams in the set of n-grams occurring frequently in historical voice inputs that correspond to the dialog state; in response to identifying the set of n-grams that are associated with the particular dialog state that corresponds to the voice input, biasing a language mode by adjusting probability scores that the language model indicates for n-grams in the set of n-grams; and transcribing the voice input using the adjusted language model. receiving, at a computing system: (i) audio data that indicates a voice input, and (ii) data that indicates a context associated with the voice input, comprising data that characterizes a display of a user interface at a computing device at which the voice input was received at a time that the voice input was received; (i) audio data that indicates a voice input, and (ii) data that indicates a context associated with the voice input, comprising data that characterizes a display of a user interface at a computing device at which the voice input was received at a time that the voice input was received; determining a particular dialog state, from among a plurality of dialog states, that corresponds to the voice input, including identifying the particular dialog state based on the data that characterizes a display of a user interface at a computing device at which the voice input was received at a time that the voice input was received; identifying a set of n-grams that are associated with the particular dialog state that corresponds to the voice input, wherein the set of n-grams are associated with the particular dialog state based at least on n-grams in the set of n-grams occurring frequently in historical voice inputs that correspond to the dialog state; in response to identifying the set of n-grams that are associated with the particular dialog state that corresponds to the voice input, biasing a language mode by adjusting probability scores that the language model indicates for n-grams in the set of n-grams; and transcribing the voice input using the adjusted language model.
An opening and closing device, comprising: a fixed frame including a shaft receiving part (12b, 12c, 12d) and fixed to a first housing; a movable plate configured to be rotationally movable relative to the fixed frame; a slide plate configured to be slidable relative to the movable plate and fixed to a second housing; a plurality of arms (18, 20) of a same length provided parallel to each other between the shaft receiving part(12b, 12c, 12d) and the movable plate to have respective one ends received by the shaft receiving part (12b, 12c, 12d) and respective other ends received by the movable plate; and a slide mechanism (22, 42, 52, 62) configured to cause the slide plate to slide relative to the movable plate, wherein the slide plate is caused to slide relative to the movable plate by the slide mechanism (22, 42, 52, 62) and the movable plate rotates relative to the fixed frame with turns of the arms, so that the second housing moves between a closed position where the second housing is superposed on the first housing and an open position where the entire upper surface of the second housing and the entire upper surface of the first housing are flat in a same plane, and wherein the slide mechanism (22, 42, 52, 62) includes a first semiautomatic mechanism (30, 33) configured to apply an urging force in a first backward direction until sliding the slide plate from a slide start position to a predetermined first reversing position and to apply an urging force in a first forward direction when the slide plate passes the first reversing position. a fixed frame including a shaft receiving part (12b, 12c, 12d) and fixed to a first housing; a movable plate configured to be rotationally movable relative to the fixed frame; a slide plate configured to be slidable relative to the movable plate and fixed to a second housing; a plurality of arms (18, 20) of a same length provided parallel to each other between the shaft receiving part(12b, 12c, 12d) and the movable plate to have respective one ends received by the shaft receiving part (12b, 12c, 12d) and respective other ends received by the movable plate; and a slide mechanism (22, 42, 52, 62) configured to cause the slide plate to slide relative to the movable plate, wherein the slide plate is caused to slide relative to the movable plate by the slide mechanism (22, 42, 52, 62) and the movable plate rotates relative to the fixed frame with turns of the arms, so that the second housing moves between a closed position where the second housing is superposed on the first housing and an open position where the entire upper surface of the second housing and the entire upper surface of the first housing are flat in a same plane, and wherein the slide mechanism (22, 42, 52, 62) includes a first semiautomatic mechanism (30, 33) configured to apply an urging force in a first backward direction until sliding the slide plate from a slide start position to a predetermined first reversing position and to apply an urging force in a first forward direction when the slide plate passes the first reversing position.
An image processing apparatus for correcting degradation of an image due to an aberration of an optical imaging system with respect to image data obtained by sensing an object image entering through the optical imaging system using an image sensor, comprising: selection means for selecting a filter to be used for recovery processing in accordance with an image sensing condition at the time of the image sensing; image processing means for performing recovery processing for the image data by using the filter selected by said selection means; and correction means (1005, 1006, 1007) for determining a correction value based on a difference between the value of a pixel before and after recovery processing by said image processing means, and correcting the pixel value before the recovery processing by said image processing means using the determined correction value, wherein said correction means (1005, 1006, 1007) is characterized by comprising difference processing means (1005, 1006) for smoothing the difference between pixel values before and after recovery processing by said image processing means in a specified region comprising a saturated region constituted by pixels whose pixel values are larger than a predetermined threshold for a saturation level and a surrounding region of the saturated region, and synthesizing means for synthesizing the smoothed difference with the pixel value before recovery processing by said image processing means in the specified region. selection means for selecting a filter to be used for recovery processing in accordance with an image sensing condition at the time of the image sensing; image processing means for performing recovery processing for the image data by using the filter selected by said selection means; and correction means (1005, 1006, 1007) for determining a correction value based on a difference between the value of a pixel before and after recovery processing by said image processing means, and correcting the pixel value before the recovery processing by said image processing means using the determined correction value, wherein said correction means (1005, 1006, 1007) is characterized by comprising difference processing means (1005, 1006) for smoothing the difference between pixel values before and after recovery processing by said image processing means in a specified region comprising a saturated region constituted by pixels whose pixel values are larger than a predetermined threshold for a saturation level and a surrounding region of the saturated region, and synthesizing means for synthesizing the smoothed difference with the pixel value before recovery processing by said image processing means in the specified region.
Method for displaying a warning message in a first vehicle, wherein a second vehicle transmits a warning and position data relating to its position to the first vehicle, wherein, if, after reception of the warning and of the position data by the first vehicle, it is concluded on the basis of the received position data that the second vehicle can be seen by a driver of the first vehicle in a region of a head-up display of the first vehicle, the warning message is displayed in such a way that the second vehicle is characterized visually for the driver of the first vehicle in the head-up display of the first vehicle.
A method of synthesizing a nanocrystal comprising: forming a mixture comprising a metal-containing non-organometallic compound, a coordinating solvent, an amine and a chalcogen or pnictide source to form a nanocrystal; and forming a semiconductor overcoating on the nanocrystal. forming a mixture comprising a metal-containing non-organometallic compound, a coordinating solvent, an amine and a chalcogen or pnictide source to form a nanocrystal; and forming a semiconductor overcoating on the nanocrystal.
A chromatography system for separating mixtures of molecules in liquid samples, comprising: a plurality of modules (1... 25) including at least one pump (16, 17) and a column valve unit connectable to plural chromatography columns (200, 300); and characterised by: a controller, the controller being operable to control the or each pump (16, 17) and the column valve unit to perform different chromatographic processes, including chromatography employing just one column (200, 300), as well as chromatography employing two or more columns (200, 300) by selective valve opening in said column valve unit; wherein: at least one of said plurality of modules (1... 25) is demountable from an apertured front panel of a housing of the chromatography system, and mounted thereon in one generally vertical plane, such that liquid connections required between respective modules (1...25) can be made only at a front face of the chromatography system, wherein the controller is further operable to perform one or more of column packing, column packing testing, and cleaning of at least a part of the chromatography system.
A computer-implemented method for regulating an air purification system comprising a bioreactor, the method comprising the following steps: - receiving measurements of the levels of concentration of one or more pollutants and/or particles in air flows entering and exiting a bioreactor containing water and a biomass at least partially purifying a part of these pollutants and/or particles; - determining, as a function of regulation parameters comprising the received measurements of the levels of concentration, an amount of biomass to be discharged from the bioreactor to a sewage system connected to the bioreactor and an amount of water to be reintroduced into the bioreactor; - discharging said determined amount of biomass into said sewage system; - reintroducing water into the bioreactor with the determined amount of water; the regulation parameters comprising data derived from outside the bioreactor, with these outside data comprising data associated with the state of the sewage system and/or data associated with the state of the bioreactor water supply system; the regulation parameters further comprising data of measurements of the level of waste water present in the sewage system and/or weather forecasting data. - receiving measurements of the levels of concentration of one or more pollutants and/or particles in air flows entering and exiting a bioreactor containing water and a biomass at least partially purifying a part of these pollutants and/or particles; - determining, as a function of regulation parameters comprising the received measurements of the levels of concentration, an amount of biomass to be discharged from the bioreactor to a sewage system connected to the bioreactor and an amount of water to be reintroduced into the bioreactor; - discharging said determined amount of biomass into said sewage system; - reintroducing water into the bioreactor with the determined amount of water; the regulation parameters comprising data derived from outside the bioreactor, with these outside data comprising data associated with the state of the sewage system and/or data associated with the state of the bioreactor water supply system; the regulation parameters further comprising data of measurements of the level of waste water present in the sewage system and/or weather forecasting data. the regulation parameters comprising data derived from outside the bioreactor, with these outside data comprising data associated with the state of the sewage system and/or data associated with the state of the bioreactor water supply system; the regulation parameters further comprising data of measurements of the level of waste water present in the sewage system and/or weather forecasting data.
A tire assembly having an integrated system for sharing tire-based information, the assembly comprising a tire, an identification tag device mounted to the tire for storing an accessible unique tire identification code, wherein the identification tag device is operable to transmit the stored tire identification code to a remote receiver, a sensor module mounted to the tire and having at least one sensor for measuring at least one tire parameter, wherein the sensor module is operable to transmit measured tire parameter data from the at least one sensor, and a data sharing interface in the identification tag device and in the sensor module whereby the unique tire identification code is shared between the identification tag device and the sensor module, characterized in that the identification tag device is operable to transmit the measured tire parameter data to the remote receiver; or in that the identification tag device comprises at least one tag-based sensor for measuring at least one tag-measured tire parameter, wherein the identification tag device is operable to transmit measured data from the at least one tag-based sensor to the sensor module through the data sharing interface.
A method for aligning a headlight adjustment device comprising a light collecting box which is fastened to a movable supporting frame, wherein, for determining the driving axis of a vehicle, a light beam of a light projection device attached to the two opposite, non-steered wheels of the vehicle impinges on a reflector, wherein the reflector is aligned by a pivot angle perpendicular to the light beam, and wherein a driving axis of the vehicle is determined on the basis of an average value of the pivot angle, characterized in that the reflector is formed by an attachment which is attached to the light collecting box of the headlight adjustment device and comprises five main side surfaces (10, 11, 12, 13, 14) which are arranged at right angles to each another and are connected to each other at the edges so as to form a receptacle having an opening on one side, wherein a first main side surface is located opposite said opening and comprises a reflecting surface.