mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for performing work on a substrate comprising: a conveyor configured to load a circuit board to a work position; a camera configured to image a region including a recognition target of the circuit board loaded to the work position; a moving device configured to move the camera relatively to the circuit board loaded to the work position; characterized by: an image processing device configured to define a range inside a field of view of the camera and acquire a low resolution image captured by the camera after the circuit board and camera have been relatively moved by the moving device such that the recognition target of the circuit board is within the range inside the field of view of the camera, create a super resolution image using super resolution processing, and recognize the recognition target, wherein the image processing device is further configured to perform candidate region search processing of processing the captured low resolution image to search within the the defined range for at least one region including a portion that might be the recognition target as a candidate region, wherein the recognition target is a reference mark of the circuit board and the candidate region is a region having a shape similar to the reference mark, perform the super resolution processing on the candidate region searched in the candidate region search processing, and create a super resolution image of the candidate region so as to recognize the recognition target. a conveyor configured to load a circuit board to a work position; a camera configured to image a region including a recognition target of the circuit board loaded to the work position; a moving device configured to move the camera relatively to the circuit board loaded to the work position; an image processing device configured to define a range inside a field of view of the camera and acquire a low resolution image captured by the camera after the circuit board and camera have been relatively moved by the moving device such that the recognition target of the circuit board is within the range inside the field of view of the camera, create a super resolution image using super resolution processing, and recognize the recognition target, wherein the image processing device is further configured to perform candidate region search processing of processing the captured low resolution image to search within the the defined range for at least one region including a portion that might be the recognition target as a candidate region, wherein the recognition target is a reference mark of the circuit board and the candidate region is a region having a shape similar to the reference mark, perform the super resolution processing on the candidate region searched in the candidate region search processing, and create a super resolution image of the candidate region so as to recognize the recognition target.
A flexible layered fabric sheet comprising a porous front layer and a pre-seeded substrate layer for supporting root growth, the two layers together having an upper edge and a lower edge and being attached together with one or more non-continuous seams between the upper and lower edges, which seams have a component of direction parallel to the upper and/or lower edge, and wherein the non-continuous seams enable water to exit the layered fabric sheet at its lower edge, and the non-continuous seams further serve to slow water flow through the sheet in a direction from the upper to the lower edge.
An apparatus for converting an organic material into hydrocarbons, comprising: a pre-conversion system and a product recovery system, said pre-conversion system comprises - a first heating unit for heating a feed of fluid comprising organic material, - a pre-treating unit situated after the feedstock and before the first heating unit in the feeding direction, - a first particle separating unit situated after the first heating unit in the feeding direction - a catalyst reactor for contacting the feed of fluid comprising organic material, - a second heating unit situated after the first particle separating unit and before the catalyst reactor in the feeding direction, - means for re-circulating part of the feed of fluid after the catalyst reactor into the feed of fluid before the second heating unit in the feeding direction, and - an adjusting unit configured for adjusting the fluid in the pre-treatment unit to have a pH value of above 7, wherein the pre-treating unit further comprises a heat exchanger, which besides heating the fluid in the pre-treating system cools the fluid from pre-conversion system before entering the product recovery system, said heat exchanger being fluidly connected to receive fluid from the catalyst reactor, and said product recovery system comprises - membrane-filter fluidly connected to receive fluid from said heat exchanger and for separating a first stream (L; X, O, P, E) of oils and water soluble salts in from a second stream (K; W, Q, U; R) of water and water soluble organics. - a first heating unit for heating a feed of fluid comprising organic material, - a pre-treating unit situated after the feedstock and before the first heating unit in the feeding direction, - a first particle separating unit situated after the first heating unit in the feeding direction - a catalyst reactor for contacting the feed of fluid comprising organic material, - a second heating unit situated after the first particle separating unit and before the catalyst reactor in the feeding direction, - means for re-circulating part of the feed of fluid after the catalyst reactor into the feed of fluid before the second heating unit in the feeding direction, and - an adjusting unit configured for adjusting the fluid in the pre-treatment unit to have a pH value of above 7, wherein the pre-treating unit further comprises a heat exchanger, which besides heating the fluid in the pre-treating system cools the fluid from pre-conversion system before entering the product recovery system, said heat exchanger being fluidly connected to receive fluid from the catalyst reactor, and said product recovery system comprises - membrane-filter fluidly connected to receive fluid from said heat exchanger and for separating a first stream (L; X, O, P, E) of oils and water soluble salts in from a second stream (K; W, Q, U; R) of water and water soluble organics.
An in vitro method of diagnosis or prognosis of an atherosclerosis-related disorder in an individual, which comprises the steps of: a) determining the level of expression of at least one biomarker consisting of a small Y RNA (s-RNY) in a biological sample of said individual, b) comparing the level of expression of said at least one biomarker with a reference value, c) deducing from said comparison if the individual has developed or is at risk of developing an atherosclerosis-related disorder. a) determining the level of expression of at least one biomarker consisting of a small Y RNA (s-RNY) in a biological sample of said individual, b) comparing the level of expression of said at least one biomarker with a reference value, c) deducing from said comparison if the individual has developed or is at risk of developing an atherosclerosis-related disorder.
A sole for an article of footwear comprising: a midsole having a medial side, a lateral side, and a plurality of polygonal-shaped openings extending therethrough; a medial plate disposed along at least a portion of the medial side of the midsole, wherein the medial plate includes at least one polygonal-shaped extension adapted to fit within at least a portion of at least one of the polygonal-shaped openings in the medial side of the midsole; and a lateral plate disposed along at least a portion of the lateral side of the midsole, wherein the lateral plate includes at least one polygonal-shaped extension adapted to fit within at least a portion of at least one of the polygonal-shaped openings on the lateral side of the midsole. a midsole having a medial side, a lateral side, and a plurality of polygonal-shaped openings extending therethrough; a medial plate disposed along at least a portion of the medial side of the midsole, wherein the medial plate includes at least one polygonal-shaped extension adapted to fit within at least a portion of at least one of the polygonal-shaped openings in the medial side of the midsole; and a lateral plate disposed along at least a portion of the lateral side of the midsole, wherein the lateral plate includes at least one polygonal-shaped extension adapted to fit within at least a portion of at least one of the polygonal-shaped openings on the lateral side of the midsole.
Removal device for removing infill material from a strip of artificial turf, the removal device comprising: • one or more guides for guiding the strip of artificial turf through the removal device, • a first strip support and a second strip support which are spaced apart, • a beating device for removing the infill material from the strip of artificial turf, wherein the beating device is constructed to beat the strip on the side of the grass blades, such that use is made of the inertia of the infill material, wherein the beating device is positioned between the first and second strip support, characterized in that the strip of artificial turf is not supported at the beating device, wherein the beating device is constructed to move the strip of artificial turf back and forth transverse to the direction of the strip. • one or more guides for guiding the strip of artificial turf through the removal device, • a first strip support and a second strip support which are spaced apart, • a beating device for removing the infill material from the strip of artificial turf, wherein the beating device is constructed to beat the strip on the side of the grass blades, such that use is made of the inertia of the infill material, wherein the beating device is positioned between the first and second strip support,
A combustion system for use with a cooling flow, comprising: a head end; an aft end; a transition nozzle extending from the head end to the aft end; an impingement sleeve surrounding the transition nozzle and defining a first cavity in communication with the head end for a first portion of the cooling flow and a second cavity in communication with the aft end for a second portion of the cooling flow; wherein the impingement sleeve comprises a splitter rail; wherein the splitter rail divides the first cavity and the second cavity, wherein the first portion of the cooling flow is provided to the head end through the first cavity and is used to charge a flow of combustion gases; and a plurality of cooling holes positioned about a near-choked flow region of the transition nozzle and in communication with the second portion of the cooling flow, wherein the second portion of the cooling flow is directed to the aft end in the second cavity and is in communication with the cooling holes; and characterized in that: the transition nozzle comprises an integrated liner, a transition piece and a first stage nozzle vane; and the second portion of the cooling flow is provided to the aft end through the second cavity and is used for film cooling. a head end; an aft end; a transition nozzle extending from the head end to the aft end; an impingement sleeve surrounding the transition nozzle and defining a first cavity in communication with the head end for a first portion of the cooling flow and a second cavity in communication with the aft end for a second portion of the cooling flow; wherein the impingement sleeve comprises a splitter rail; wherein the splitter rail divides the first cavity and the second cavity, wherein the first portion of the cooling flow is provided to the head end through the first cavity and is used to charge a flow of combustion gases; and a plurality of cooling holes positioned about a near-choked flow region of the transition nozzle and in communication with the second portion of the cooling flow, wherein the second portion of the cooling flow is directed to the aft end in the second cavity and is in communication with the cooling holes; and characterized in that: the transition nozzle comprises an integrated liner, a transition piece and a first stage nozzle vane; and the second portion of the cooling flow is provided to the aft end through the second cavity and is used for film cooling. the transition nozzle comprises an integrated liner, a transition piece and a first stage nozzle vane; and the second portion of the cooling flow is provided to the aft end through the second cavity and is used for film cooling.
A method for applying decorative strips (3, 4, 5, 6) to a seat cover by means of high-frequency welding, wherein decorative strips (3, 4, 5, 6) are inserted in a first tool half comprising electrodes (14, 15, 16, 17) aligned parallel to one another and insulators (18, 19, 20, 21, 22) separating the electrodes, a seat cover is applied on the first tool half with the decorative strips (3, 4, 5, 6) inserted parallel to one another, and a second tool half is applied on the seat cover, a high-frequency alternating voltage is applied between the electrodes (14, 15, 16, 17) of the first tool half and the second tool half, so that the decorative strips (3, 4, 5, 6) are welded on the seat cover, and the first tool half and the second tool half are pressed against one another with a pressure during the high-frequency welding, characterised in that the insulators (18, 19, 20, 21, 22) aligned in parallel, which at the start of the process project above the electrodes (14, 15, 16, 17), are pushed downwards during the pressing together, so that the height difference between the insulators (18, 19, 20, 21, 22) and the electrodes (14, 15, 16, 17) becomes smaller.
Sweeper comprising a frame, at least three wheels, a propulsion motor, a cabin for the driver, one or more brushes, each brush being able to perform a rotation relative to an armature mounted at the end of a brush-holder arm which extends in front of and/or at the periphery of the cabin, and waste suction and collection means, and in which each of the brush-holder arms is provided with a mechanism configured to pivot the brush-holder arm about an essentially vertical axis, said mechanism comprising a linear actuator and a first auxiliary arm (57, 75, 110), the actuator being mounted between two pivots (55, 56), one of the two pivots being connected to the frame and the other pivot being connected to the first auxiliary arm (57, 75, 110), characterized in that the latter is able to pivot about the same essentially vertical axis as the brush-holder arm, but independently thereof, • the first auxiliary arm (57, 75, 110) and the brush-holder arm are connected to one another at least by a first spring (59, 82, 115) and by an abutment (61, 77, 114), configured to maintain a constant position of the brush-holder arm relative to the first auxiliary arm upon the actuation of the actuator in either one of the two linear directions, said actuation generating a rotation of the assembly of the first auxiliary arm (57, 75, 110) and of the brush-holder arm in one of the two rotational directions, • in case of the presence of an external lateral force acting on the brush and pushing it towards the interior of the sweeper, the first spring (59, 82, 115) allows a pivoting of the brush-holder arm towards the frame, without pivoting of the first auxiliary arm. • the first auxiliary arm (57, 75, 110) and the brush-holder arm are connected to one another at least by a first spring (59, 82, 115) and by an abutment (61, 77, 114), configured to maintain a constant position of the brush-holder arm relative to the first auxiliary arm upon the actuation of the actuator in either one of the two linear directions, said actuation generating a rotation of the assembly of the first auxiliary arm (57, 75, 110) and of the brush-holder arm in one of the two rotational directions, • in case of the presence of an external lateral force acting on the brush and pushing it towards the interior of the sweeper, the first spring (59, 82, 115) allows a pivoting of the brush-holder arm towards the frame, without pivoting of the first auxiliary arm.
A chiral dopant of formula, or wherein A 1 and A 2 each independently are a group selected from (i) -[(CH 2)y-O]z-C -CH=CH 2; (ii) -C -D 1 -O-[(CH 2)y-O]z-C -CH=CH 2; (iii) -C -D 2 -O-[(CH 2)y-O]z-C -CH=CH 2; D 1 is a group D 2 is a group R 1 -R 8 each independently are C 1-6 -alkyl or C 1-6 -alkoxy; m, n, o, p, q, r, s and t each independently are 0, 1 or 2; y is 0, 1, 2, 3, 4, 5 or 6; z is 0 if y is 0 and z is 1 if y is 1-6. A 1 and A 2 each independently are a group selected from (i) -[(CH 2)y-O]z-C -CH=CH 2; (ii) -C -D 1 -O-[(CH 2)y-O]z-C -CH=CH 2; (iii) -C -D 2 -O-[(CH 2)y-O]z-C -CH=CH 2; (i) -[(CH 2)y-O]z-C -CH=CH 2; (ii) -C -D 1 -O-[(CH 2)y-O]z-C -CH=CH 2; (iii) -C -D 2 -O-[(CH 2)y-O]z-C -CH=CH 2; D 1 is a group D 2 is a group R 1 -R 8 each independently are C 1-6 -alkyl or C 1-6 -alkoxy; m, n, o, p, q, r, s and t each independently are 0, 1 or 2; y is 0, 1, 2, 3, 4, 5 or 6; z is 0 if y is 0 and z is 1 if y is 1-6.
Parametric frequency-domain audio encoder, configured to quantize spectral lines of a spectrum of a first channel of a current frame of a multichannel audio signal using preliminary scale factors of scale factor bands within the spectrum; identify first scale factor bands in the spectrum within which all spectral lines are quantized to zero, and second scale factor bands of the spectrum within which at least one spectral line is quantized to non-zero, within a prediction and/or rate control loop, fill the spectral lines within a predetermined scale factor band of the first scale factor bands with noise generated using spectral lines of a different channel of the current frame of the multichannel audio signal, with adjusting a level of the noise using an actual scale factor of the predetermined scale factor band; and signal the actual scale factor for the predetermined scale factor band instead of the preliminary scale factor. fill the spectral lines within a predetermined scale factor band of the first scale factor bands with noise generated using spectral lines of a different channel of the current frame of the multichannel audio signal, with adjusting a level of the noise using an actual scale factor of the predetermined scale factor band; and signal the actual scale factor for the predetermined scale factor band instead of the preliminary scale factor.
Installation device without its own power supply for the actuation thereof, having a device insert, a central plate to be applied thereto and a covering frame, • at least one labelling element (5, 6, 7) of plate-shaped design and used to present static information such as text and graphics being arranged in a recess in the central plate, • the labelling element (5, 6, 7) having an electronic paper display film, • the labelling element (5, 6, 7) having a control logic system/evaluation system/processing system, • the labelling element (5, 6, 7) having a solar film for generating the energy required for the operation of the EPD film with the control logic system/evaluation system/processing system, • the labelling element (5, 6, 7) having a wireless standard interface for programming the display, said interface being connected to the control logic system/evaluation system/processing system, and • the labelling element (5, 6, 7) having a plastic support connected to the films. • at least one labelling element (5, 6, 7) of plate-shaped design and used to present static information such as text and graphics being arranged in a recess in the central plate, • the labelling element (5, 6, 7) having an electronic paper display film, • the labelling element (5, 6, 7) having a control logic system/evaluation system/processing system, • the labelling element (5, 6, 7) having a solar film for generating the energy required for the operation of the EPD film with the control logic system/evaluation system/processing system, • the labelling element (5, 6, 7) having a wireless standard interface for programming the display, said interface being connected to the control logic system/evaluation system/processing system, and • the labelling element (5, 6, 7) having a plastic support connected to the films.
Paint roller comprising a paint roll and a bracket having at its one end a handle and on its other end an end portion where the paint roll is held rotatably, wherein the paint roll comprises a paint roll tube being provided at its outer circumference with a material adapted to hold a paint, characterized in that a device for providing a frictional force acting against a rotation of the paint roll tube in both directions with respect to the end portion of the bracket is provided.
A computer-implemented method, the method comprising: identifying a plurality of extrema points in a detected biosignal; comparing the identified extrema points with a plurality of sets of reference points wherein different sets of reference points correspond to different frequencies of the biosignal; and identifying the set of reference points that most closely fit the identified extrema points to determine a frequency of the biosignal. identifying a plurality of extrema points in a detected biosignal; comparing the identified extrema points with a plurality of sets of reference points wherein different sets of reference points correspond to different frequencies of the biosignal; and identifying the set of reference points that most closely fit the identified extrema points to determine a frequency of the biosignal.
Tyre (10; 10') comprising a crown comprising a tread and a crown reinforcement, two sidewalls, two beads, with each sidewall connecting each bead to the crown, the crown reinforcement extending into the crown in a circumferential direction of the tyre, the tyre comprising a radial carcass reinforcement anchored in each of the beads and extending into the sidewalls, the crown reinforcement being radially inserted between the carcass reinforcement (32; 33) and the tread,, the radial carcass reinforcement (32; 33) comprises a single carcass ply (34; 35) comprising at least one reinforcer element (44; 45) comprising an assembly formed by a plurality of multifilament strands comprising: • at least one multifilament strand made of aromatic polyamide or aromatic co-polyamide; and • at least one multifilament strand made of polyester, characterized in that the tyre (10; 10') having a sidewall height that is greater than or equal to 110 mm and a load index that is greater than or equal to 100. • at least one multifilament strand made of aromatic polyamide or aromatic co-polyamide; and • at least one multifilament strand made of polyester, characterized in that the tyre (10; 10') having a sidewall height that is greater than or equal to 110 mm and a load index that is greater than or equal to 100.