mhurhangee/ep-ind-claims huggingface dataset:
A paper jogging apparatus comprising: a loading tray for receiving conveyed sheets and loading them as a bundle of sheets; an aligning unit, having a pair of fence members for aligning ends of the sheets loaded on the loading tray, provided with an elastic body on a sheet abutting side surface in one fence member; characterized by a pressing unit provided along an aligning direction of the aligning unit, having a presser member for pressing the sheet bundle from one surface; a support unit, provided with an interval from the pressing member, for supporting the other surface of the sheet bundle; and a controller for performing pressing with respect to the sheet bundle by narrowing the interval between the pressing unit and the support unit in a state where the aligning unit abutting-holds the sheet bundle, wherein the presser member, when not pressing the sheet bundle, is provided in an inclined state, with one end of the presser member at the fence member side provided with the elastic body, being spaced from a sheet bundle pressing position farther than another end of the presser member. a loading tray for receiving conveyed sheets and loading them as a bundle of sheets; an aligning unit, having a pair of fence members for aligning ends of the sheets loaded on the loading tray, provided with an elastic body on a sheet abutting side surface in one fence member; characterized by a pressing unit provided along an aligning direction of the aligning unit, having a presser member for pressing the sheet bundle from one surface; a support unit, provided with an interval from the pressing member, for supporting the other surface of the sheet bundle; and a controller for performing pressing with respect to the sheet bundle by narrowing the interval between the pressing unit and the support unit in a state where the aligning unit abutting-holds the sheet bundle, wherein the presser member, when not pressing the sheet bundle, is provided in an inclined state, with one end of the presser member at the fence member side provided with the elastic body, being spaced from a sheet bundle pressing position farther than another end of the presser member.
A vessel puncture closure device, comprising: a housing; a delivery tube comprising an inflation lumen, the delivery tube extending from the housing; a balloon member positioned at a distal end of the delivery tube and arranged in fluid communication with the inflation lumen; an indicator member positioned in and movable relative to the housing in response to a pressure condition in the balloon member; characterised by further comprising: an inner tube connected to the indicator member and balloon member and extending through the indicator member, housing and inflation lumen. a housing; a delivery tube comprising an inflation lumen, the delivery tube extending from the housing; a balloon member positioned at a distal end of the delivery tube and arranged in fluid communication with the inflation lumen; an indicator member positioned in and movable relative to the housing in response to a pressure condition in the balloon member; characterised by further comprising: an inner tube connected to the indicator member and balloon member and extending through the indicator member, housing and inflation lumen. an inner tube connected to the indicator member and balloon member and extending through the indicator member, housing and inflation lumen.
A cutter comprising a cutter body having a cutting face, a peripheral sidewall flank and a base, the base comprising a planar raised portion and a recessed channel that extends inwardly from an inlet opening in the peripheral sidewall flank continuously to an outlet opening in the peripheral sidewall flank, the recessed channel having a height, a width and a length and comprising a pair of opposed sidewalls extending from the base surface of the recessed channel to the planar raised portion, wherein the planar raised portion forms a planar surface that is configured for mating engagement and touching contact with a planar bonding surface of a cutting face of a downhole tool; characterised in that: one of the width or the height varies along the length of the channel.
A sand moulding machine (1, 75) for the production of sand mould parts (2, 76, 77, 85) including a moulding chamber formed by a chamber top wall, a chamber bottom wall, two opposed chamber side walls and two opposed chamber end walls (7, 8), wherein a chamber wall is provided with at least one sand filling opening, wherein at least one of the chamber end walls (7, 8) is provided with a pattern plate (10, 11) having a pattern (12, 13) adapted to form a pattern in a sand mould part (2, 76, 77, 85), wherein at least one of the chamber end walls (7, 8) is displaceable in a longitudinal direction of the moulding chamber in order to compact sand fed into the moulding chamber, wherein at least one of the pattern plates (10, 11) is associated with at least one reference pattern block (24, 25, 26, 27) positioned in fixed relationship to the pattern (12, 13) of said pattern plate (10, 11) and adapted to form a reference pattern (28, 29, 30, 31, 81, 86, 90) in an external face (32, 33, 34, 35, 36) of a sand mould part (2, 76, 77, 85), and wherein a detection system is arranged adjacent a path of travel of the compacted sand mould parts (2, 76, 77, 85) and is adapted to detect a position of a pattern face of the reference patterns (28, 29, 30, 31, 81, 86, 90) of the sand mould parts (2, 76, 77, 85), characterised in that a transverse compaction position in which said at least one pattern plate (10, 11) is positioned during compaction of sand fed into the moulding chamber is adjustable by means of at least one actuator (91-95, 119) by means of which said at least one pattern plate (10, 11) is adjustable by displacement relative to a nominal position in at least one transverse direction (T H, T V) of the longitudinal direction of the moulding chamber and/or in that a rotational compaction position in which said at least one pattern plate (10, 11) is positioned during compaction of sand fed into the moulding chamber is adjustable by means of at least one actuator (91, 92, 93, 94, 96, 97) by means of which said at least one pattern plate (10, 11) is adjustable by rotation relative to a nominal rotational position about at least one axis (AR 1, AR 2) of rotation, and in that said actuator or actuators is/are controlled by means of a control system on the basis of successive position detections performed by the detection system of pattern faces of reference patterns (28, 29, 30, 31, 81, 86, 90) of compacted sand mould parts (2, 76, 77, 85) traveling along said path of travel in order to adaptively control the alignment of patterns formed in produced sand mould parts along the longitudinal direction of the moulding chamber and/or the rotational position of patterns formed in produced sand mould parts about corresponding axes of rotation.
A device for recognizing an application in a mobile terminal, comprising: a signal processing device, configured to process data from an image sensor to obtain an image; a coprocessor, configured to recognize the image to obtain a first image category, and search a database by using the first image category to obtain a first application corresponding to the first image category, wherein at least one image category and an application corresponding to each of the at least one image category are preset in the database; and a main processor, configured to receive an identifier of the first application and information extracted from the image from the coprocessor, activate the first application, and, after activating the first application, perform search based on the information extracted from the image. a signal processing device, configured to process data from an image sensor to obtain an image; a coprocessor, configured to recognize the image to obtain a first image category, and search a database by using the first image category to obtain a first application corresponding to the first image category, wherein at least one image category and an application corresponding to each of the at least one image category are preset in the database; and a main processor, configured to receive an identifier of the first application and information extracted from the image from the coprocessor, activate the first application, and, after activating the first application, perform search based on the information extracted from the image.
A method for producing dimethyl sulfone, characterized in that the method comprises: (a) providing a starting material for the production, which is a liquefied fraction obtained from a sulfate pulp process, said fraction having methanol as its main component and containing dimethyl sulfide, dimethyl disulfide and other sulfur contaminants; (b) the fraction is subjected to distillation or water vapor distillation, whereby dimethyl disulfide is left in distillation residue; (c) the distillate is subjected to oxidation for oxidizing the dimethyl sulfide that has become distilled along with methanol; (d) methanol is separated from the oxidation product of step (c) by evaporation, distillation or water vapor distillation; and (e) dimethyl sulfone is crystallized from the distillation residue of step (d). (a) providing a starting material for the production, which is a liquefied fraction obtained from a sulfate pulp process, said fraction having methanol as its main component and containing dimethyl sulfide, dimethyl disulfide and other sulfur contaminants; (b) the fraction is subjected to distillation or water vapor distillation, whereby dimethyl disulfide is left in distillation residue; (c) the distillate is subjected to oxidation for oxidizing the dimethyl sulfide that has become distilled along with methanol; (d) methanol is separated from the oxidation product of step (c) by evaporation, distillation or water vapor distillation; and (e) dimethyl sulfone is crystallized from the distillation residue of step (d).
A display panel (101, 200, 300, 400), comprising: a display region and a non-display region extending around the display region, wherein the display panel (101, 200, 300, 400) comprises: a base; an array structure layer, disposed on the base, wherein a drive circuit is disposed in the array structure layer, the array structure layer comprises a first portion and a second portion, the first portion is a projection portion of the display region on the array structure layer, the second portion is a projection portion of the non-display region on the array structure layer, the second portion is provided with a groove, and the groove is filled with a first organic material; an organic planarization layer, wherein the organic planarization layer covers the first portion and comprises the first organic material; a light-emitting component layer, disposed on the organic planarization layer, wherein the light-emitting component layer corresponds to the display region and is electrically connected to the drive circuit; and a packaging layer, wherein the packaging layer covers the light-emitting component layer and extends to the second portion; wherein the second portion comprises an insulation layer, a buffer layer, a gate insulation layer, and an inter-layer dielectric layer (126, 1261, 1262) that are stacked in sequence, and all of the insulation layer, the buffer layer, the gate insulation layer, and the inter-layer dielectric layer (126, 1261, 1262) are inorganic film layers; charcterized in that a shortest distance between the groove and an edge of the display panel (101, 200, 300, 400) ranges from 200 microns to 250 microns. a base; an array structure layer, disposed on the base, wherein a drive circuit is disposed in the array structure layer, the array structure layer comprises a first portion and a second portion, the first portion is a projection portion of the display region on the array structure layer, the second portion is a projection portion of the non-display region on the array structure layer, the second portion is provided with a groove, and the groove is filled with a first organic material; an organic planarization layer, wherein the organic planarization layer covers the first portion and comprises the first organic material; a light-emitting component layer, disposed on the organic planarization layer, wherein the light-emitting component layer corresponds to the display region and is electrically connected to the drive circuit; and a packaging layer, wherein the packaging layer covers the light-emitting component layer and extends to the second portion; wherein the second portion comprises an insulation layer, a buffer layer, a gate insulation layer, and an inter-layer dielectric layer (126, 1261, 1262) that are stacked in sequence, and all of the insulation layer, the buffer layer, the gate insulation layer, and the inter-layer dielectric layer (126, 1261, 1262) are inorganic film layers; charcterized in that a shortest distance between the groove and an edge of the display panel (101, 200, 300, 400) ranges from 200 microns to 250 microns.
Device for compacting a layer of powder material, comprising a slidable transport surface adapted to support and advance the layer of powder material along a predefined direction of advancement, a slidable compacting surface which is arranged beneath and at direct contact with the transport surface, a slidable compacting surface flexible and superimposed to the transport surface and substantially slidable in the same direction of advancement, pressing means (130, 135) adapted to press said compacting surface towards the transport surface so as to press the layer of powder material interposed therebetween, means for laterally containing the layer of powder and means (170, 180, 185) for contrasting the expansion of the layer of powder material downstream of the pressing means (130, 135), wherein said contrast means (170, 180, 185) are independent from said pressing means, and comprise a fixed lower plate, which is positioned beneath and in direct contact with the lower compacting surface and an upper plate, which is superimposed to the lower plate and it is positioned above the upper compacting surface, the upper plate being supported by means of jacks of the hydraulic tipe, and comprising at least one row of pistons, superimposed to the compacting surface and arranged adjacent to each other in transverse direction with respect to the direction of advancement, each of which is slidably received in a respective reception cavity, which is obtained in a support body and it is in communication with a system for supplying a pressurised fluid for pushing the piston towards the underlying compacting surface, characterised in that said supply system is configured for regulating the pressure of the fluid in the reception cavity of each piston of the row independently with respect to the pressure of the fluid in the reception cavity of the other pistons of the row.
A method (500, 600), performed in an electronic device (100, 1000), for determining data to be used in generating a sound detection model, the method comprising: receiving (510, 610) first data associated with a first sound sample; extracting a first acoustic feature from the first data; receiving (530, 620) second data associated with a second sound sample; extracting a second acoustic feature from the second data; determining (550, 640) whether the second acoustic feature is similar to the first acoustic feature; determining a signal-to-noise ratio, SNR, of the first sound sample; determining an SNR of the second sound sample; selecting one of the first and second sound samples in response to the SNR of the selected sound sample meeting an SNR threshold and the SNR of the non-selected sound sample not meeting the SNR threshold; generating the sound detection model based on the selected sound sample upon determining that the second acoustic feature is similar to the first acoustic feature; and after generating the sound detection model, adjusting the generated sound detection model using the non-selected sound sample. receiving (510, 610) first data associated with a first sound sample; extracting a first acoustic feature from the first data; receiving (530, 620) second data associated with a second sound sample; extracting a second acoustic feature from the second data; determining (550, 640) whether the second acoustic feature is similar to the first acoustic feature; determining a signal-to-noise ratio, SNR, of the first sound sample; determining an SNR of the second sound sample; selecting one of the first and second sound samples in response to the SNR of the selected sound sample meeting an SNR threshold and the SNR of the non-selected sound sample not meeting the SNR threshold; generating the sound detection model based on the selected sound sample upon determining that the second acoustic feature is similar to the first acoustic feature; and after generating the sound detection model, adjusting the generated sound detection model using the non-selected sound sample.
An apparatus for providing a brush-painted texture in a surface treatment substance applied to a wood-fibre-based board, the apparatus including: an advancing means to produce relative movement between the wood-fibre-based board and the apparatus; at least one applicator which is arranged to apply a surface treatment substance to the wood-fibre-based boards; and at least a curing device to induce or accelerate curing of the surface treatment substance which has been applied to the wood-fibre-based boards, wherein the apparatus further includes a texture-producing device which is arranged in a portion between the applicator and the curing device and at a distance from the curing device to produce a brush-painted texture in the surface treatment substance before this hardens, and wherein the texture-producing device includes a plurality of flexible, elongated elements, wherein the texture-producing device extends transversely relative to a moving direction of the advancing means producing said relative movement between the wood-fibre-based board and the apparatus, and wherein the distances between the applicator, the texture-producing device and the curing device are adjustable.
Valve comprising: - a body (58, 59, 60), - a closure member, - a closure member control rod, said control rod extending inside the body (58, 59 60) at least partially within a fluid flow area and comprising at least one flowmeter in said flow area, characterised in that said control rod comprises a first control rod, named driving control rod, coupled to an actuator of the valve, and a second control rod, named driven control rod, coupled to the closure member, and in that said at least one flowmeter comprises: - a tubular body having two axial ends, a first axial end of the flowmeter being mounted on one end of the driving control rod and a second axial end of the flowmeter being mounted on a second end of the driven control rod, - a flow measuring device supported by the tubular body and associated with the tubular body so as to enable a flow of fluid flowing outside the tubular body to be measured, - an electrical connection extending outside of the tubular body and passing through the tubular body by at least one fluid-tight passage. - a body (58, 59, 60), - a closure member, - a closure member control rod, said control rod extending inside the body (58, 59 60) at least partially within a fluid flow area and comprising at least one flowmeter in said flow area, - a tubular body having two axial ends, a first axial end of the flowmeter being mounted on one end of the driving control rod and a second axial end of the flowmeter being mounted on a second end of the driven control rod, - a flow measuring device supported by the tubular body and associated with the tubular body so as to enable a flow of fluid flowing outside the tubular body to be measured, - an electrical connection extending outside of the tubular body and passing through the tubular body by at least one fluid-tight passage.
A replacement head for coupling to a handle of an oral care implement, the replacement head comprising: a head having a plurality of tooth cleaning elements mounted thereto; a tubular sleeve comprising a cavity for receiving a stem of the handle, a proximal edge defining an opening into the cavity, and a distal end to which the head is coupled; a protuberance protruding radially inward from an inner surface of the tubular sleeve for engaging a boss of the stem to impede rotation of the tubular sleeve about the stem in a first angular direction; and a locking tab protruding radially inward from the inner surface of the tubular sleeve for engaging an undercut surface of the boss to prevent axial disengagement of the tubular sleeve from the stem, the locking tab circumferentially spaced from the protuberance so that an first axial channel exists therebetween for receiving a section of the boss; characterized in that the protuberance protrudes a first distance (D 1) from the inner surface of the tubular sleeve and the locking tab extends a second distance (D 2) from the inner surface of the tubular sleeve, the second distance (D 2) being greater than the first distance (D 1.). a head having a plurality of tooth cleaning elements mounted thereto; a tubular sleeve comprising a cavity for receiving a stem of the handle, a proximal edge defining an opening into the cavity, and a distal end to which the head is coupled; a protuberance protruding radially inward from an inner surface of the tubular sleeve for engaging a boss of the stem to impede rotation of the tubular sleeve about the stem in a first angular direction; and a locking tab protruding radially inward from the inner surface of the tubular sleeve for engaging an undercut surface of the boss to prevent axial disengagement of the tubular sleeve from the stem, the locking tab circumferentially spaced from the protuberance so that an first axial channel exists therebetween for receiving a section of the boss;