mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising a display panel including an imaging pattern to make input light of an object pass through an aperture within the imaging pattern and a sensor panel to detect sensor data coded by the input light having passed through an imaging pattern and to restore an image of the object, wherein the sensor panel comprises a plurality of image capturing areas, the apparatus further comprising: a reference distance estimating unit to estimate a reference distance between a part of the object and the display panel; a sensor data selecting unit to select sensor data by adjusting a sensor area of each of the plurality of image capturing areas, wherein the sensor area is at least a portion of respective ones of the plurality of image capturing areas and is adjusted based on the estimated reference distance; a data decoding unit to generate multi-view images of the object using selected sensor data from a plurality of sensor areas of respective image capturing areas; and a depth acquiring unit to acquire a depth image of the object using the multi-view images. a reference distance estimating unit to estimate a reference distance between a part of the object and the display panel; a sensor data selecting unit to select sensor data by adjusting a sensor area of each of the plurality of image capturing areas, wherein the sensor area is at least a portion of respective ones of the plurality of image capturing areas and is adjusted based on the estimated reference distance; a data decoding unit to generate multi-view images of the object using selected sensor data from a plurality of sensor areas of respective image capturing areas; and a depth acquiring unit to acquire a depth image of the object using the multi-view images.
A swivel frame for a swivel work machine, with: a swivel base plate supportable on a traveling machine body to be pivotable about a swivel axis and mounting an engine at a rear portion thereof a support bracket provided at a front end of the swivel base plate for supporting excavating implement; a partition wall provided on the swivel base plate for partitioning space forwardly of the engine in the fore/aft direction; and a pair of right and left vertical ribs (61L, 61R) provided on the swivel base plate for interconnecting the support bracket and the partition wall; said swivel base plate being divided into a rear plate portion on the rear side thereof and a front plate portion on the front side thereof, a pair of vertical walls (69L, 69R) being formed on and project from said rear plate portion; characterised in that the rear plate portion is formed of a plate thinner than the front plate portion; said rear plate portion and said front plate portion are fixedly connected to each other in such in a manner that upper surfaces thereof are flush with each other; a rear portion of said front plate portion projects more rearward than said partition wall; and front portions (69LF, 69RF) of said pair of vertical walls (69L, 69R) project more forward than said rear plate portion and are fixedly attached to the rear portion of said front plate portion and said partition wall. a swivel base plate supportable on a traveling machine body to be pivotable about a swivel axis and mounting an engine at a rear portion thereof a support bracket provided at a front end of the swivel base plate for supporting excavating implement; a partition wall provided on the swivel base plate for partitioning space forwardly of the engine in the fore/aft direction; and a pair of right and left vertical ribs (61L, 61R) provided on the swivel base plate for interconnecting the support bracket and the partition wall; said swivel base plate being divided into a rear plate portion on the rear side thereof and a front plate portion on the front side thereof, a pair of vertical walls (69L, 69R) being formed on and project from said rear plate portion; characterised in that the rear plate portion is formed of a plate thinner than the front plate portion; said rear plate portion and said front plate portion are fixedly connected to each other in such in a manner that upper surfaces thereof are flush with each other; a rear portion of said front plate portion projects more rearward than said partition wall; and front portions (69LF, 69RF) of said pair of vertical walls (69L, 69R) project more forward than said rear plate portion and are fixedly attached to the rear portion of said front plate portion and said partition wall.
Turbine rotor for a turbocharger, in particular for a motor vehicle, - with a turbine wheel which is formed in one piece and has turbine blading and a turbine wheel shoulder with a first end face, the turbine blading and turbine wheel shoulder being arranged on opposite end faces (16, 17) of the turbine wheel, and - with a rotor shaft which is formed in one piece and has an axis of rotation and a second end face, - the first end face of the turbine wheel shoulder being connected to the second end face of the rotor shaft in a materially integral way by means of rotary friction welding, characterized in that the turbine wheel shoulder is solidly formed, without cavities or depressions, and the second end face has a depression which is arranged coaxially to the axis of rotation and which serves for the reception of plasticized material of the turbine wheel shoulder and/or of the rotor shaft. - with a turbine wheel which is formed in one piece and has turbine blading and a turbine wheel shoulder with a first end face, the turbine blading and turbine wheel shoulder being arranged on opposite end faces (16, 17) of the turbine wheel, and - with a rotor shaft which is formed in one piece and has an axis of rotation and a second end face, - the first end face of the turbine wheel shoulder being connected to the second end face of the rotor shaft in a materially integral way by means of rotary friction welding,
A method comprising: extracting a phonetic acoustic feature from an input voice segment; inputting the phonetic acoustic feature into a trained voiceprint model based on a neural network; extracting a bottleneck feature of the neural network in the voiceprint model; and mapping frame vectors of the bottleneck feature of the neural network into a single-frame voiceprint expression vector, the single-frame voiceprint expression vector being served as voiceprint information corresponding to the input voice segment, characterized in that: the bottleneck feature of the neural network comprises an output of the phonetic acoustic feature in a fully connected layer of the voiceprint model. extracting a phonetic acoustic feature from an input voice segment; inputting the phonetic acoustic feature into a trained voiceprint model based on a neural network; extracting a bottleneck feature of the neural network in the voiceprint model; and mapping frame vectors of the bottleneck feature of the neural network into a single-frame voiceprint expression vector, the single-frame voiceprint expression vector being served as voiceprint information corresponding to the input voice segment, characterized in that: the bottleneck feature of the neural network comprises an output of the phonetic acoustic feature in a fully connected layer of the voiceprint model.
A motor vehicle control system for selecting and/or determining a driving surface and for controlling a plurality of vehicle subsystems (12a, 12b, 12c, 12d, 12e) to operate in a plurality of subsystem control modes in dependence on the selected/determined driving surface, the system being operable in a manual control mode selection condition in which a user is able to select said driving surface and an automatic control mode selection condition in which the system is configured to select said driving surface automatically, wherein the vehicle control system is provided with a memory arranged to memorise a last selected control mode that was selected prior to vehicle de-activation or key-off when operating in the automatic control mode selection condition, and upon the next subsequent vehicle activation or key-on, the system is configured to continue operating in the memorised control mode and to automatically obtain new data in respect of a driving surface over which the vehicle is moving before allowing a change in control mode to take place.
An ethylene polymer having a melt index from about 0.1 to about 100 g/10 min; a ratio of Mw/Mn from 3 to 6; a reverse comonomer distribution; less than 0.008 long chain branches per 1000 total carbon atoms; and less than 5% by weight of the polymer eluted below a temperature of 40°C in an ATREF test.
Clothing, in particular a forming screen, for a machine for producing or processing a material web, in particular a tissue web, comprising a first woven-fabric layer which provides a web material contact side and is formed by interweaving first longitudinal threads that run in the clothing longitudinal direction and first transverse threads that run in the clothing cross direction, and a second woven-fabric layer which provides a machine contact side and is formed by interweaving second longitudinal threads that run in the clothing longitudinal direction and second transverse threads that run in the clothing cross direction, wherein the first woven-fabric layer and the second woven-fabric layer are connected to one another by binding threads; wherein the clothing has more first longitudinal threads than second longitudinal threads, but the number of first longitudinal threads is at most double the number of second longitudinal threads; and wherein the weaving pattern of the clothing recurs in repeats, and the second transverse threads in each repeat form at least two contact flotations (KF1, KF2, KF3) on the machine contact side; wherein all contact flotations (KF1, KF2, KF3) of the second transverse threads have a length of at most two, characterized in that the first longitudinal threads and the second longitudinal threads in each repeat are disposed in a plurality of groups (G1, G2), specifically at least one first group and one second group, wherein the first group is formed from one first longitudinal thread and one second longitudinal thread which are disposed exactly on top of one another in the thickness direction of the clothing, while the second group is formed from two first longitudinal threads and one second longitudinal thread, wherein none of the two first longitudinal threads of the second group is disposed exactly above the one second longitudinal thread of the second group in the thickness direction of the clothing. wherein the clothing has more first longitudinal threads than second longitudinal threads, but the number of first longitudinal threads is at most double the number of second longitudinal threads; and wherein the weaving pattern of the clothing recurs in repeats, and the second transverse threads in each repeat form at least two contact flotations (KF1, KF2, KF3) on the machine contact side; wherein all contact flotations (KF1, KF2, KF3) of the second transverse threads have a length of at most two, characterized in that the first longitudinal threads and the second longitudinal threads in each repeat are disposed in a plurality of groups (G1, G2), specifically at least one first group and one second group, wherein the first group is formed from one first longitudinal thread and one second longitudinal thread which are disposed exactly on top of one another in the thickness direction of the clothing, while the second group is formed from two first longitudinal threads and one second longitudinal thread, wherein none of the two first longitudinal threads of the second group is disposed exactly above the one second longitudinal thread of the second group in the thickness direction of the clothing.
System comprising a supply line network adapted to transfer a heat transfer medium to at least one heating device, the system further comprising a heat exchanger with a primary side and a secondary side, where the primary side is in fluid communication with said supply line, and where the flow to the primary side is controlled by first flow regulating means comprising a temperature sensor, wherein the temperature sensor is in thermal contact with a first sensor section adapted to receive output fluid from the secondary side, the first temperature section forming part of an extraction line of the secondary side, characterized in that the first sensor section is enclosed inside and in thermal contact with a second sensor section, where the second sensor section forms part of the supply line network and is positioned downstream of the connection of the supply line network to the primary side, so that the heat transferring medium through the supply line can flow around the first sensor section to transfer heat to the temperature sensor.
Aircraft passenger seat (3, 4) comprising a support framework, the support framework being designed to be fastened to a floor in an aircraft passenger cabin, wherein the support framework has a seat divider (37, 37a, 37b, 37c) and cross rails (35, 36) running transversely to the seating direction, wherein the seat divider (37, 37a, 37b, 37c) is held by the cross rails (35, 36), wherein a housing comprises a structural component (38, 38a, 38b, 38c, 40, 41, 41a, 42, 42a), wherein the housing at least partially surrounds a backrest, characterized in that the structural component (38, 38a, 38b, 38c) is arranged on the seat divider (37, 37a, 37b, 37c), wherein the structural component (38, 38a, 38b, 38c) comprises a composite plate component, wherein the composite plate component has one or more cover plates (51, 52), wherein a connecting structure (48, 48a, 48b, 48c) is provided between a plurality of cover plates, in particular between two cover plates (51, 52), wherein gaps are produced between the cover plates (51, 52) by the connecting structure (48, 48a, 48b, 48c), wherein the volume of the gaps makes up at least 50% of the volume between the cover plates of the composite plate component.
A method of desulfurizing an oxygen-containing waste gas, comprising: - providing a waste gas that includes sulfur dioxide and oxygen; - combining the waste gas with hydrogen sulfide from a recycle stream in an amount sufficient to deplete the waste gas from oxygen in a catalytic reaction in which the hydrogen sulfide is oxidized to sulfur dioxide to thereby form an oxygen-depleted gas; and - mixing the oxygen-depleted gas with at least one of hydrogen and carbon monoxide to form a combined stream and converting the sulfur dioxide in the combined stream to hydrogen sulfide to thereby form a reduced oxygen-depleted gas. - providing a waste gas that includes sulfur dioxide and oxygen; - combining the waste gas with hydrogen sulfide from a recycle stream in an amount sufficient to deplete the waste gas from oxygen in a catalytic reaction in which the hydrogen sulfide is oxidized to sulfur dioxide to thereby form an oxygen-depleted gas; and - mixing the oxygen-depleted gas with at least one of hydrogen and carbon monoxide to form a combined stream and converting the sulfur dioxide in the combined stream to hydrogen sulfide to thereby form a reduced oxygen-depleted gas.
High-pressure pump for delivering a fluid, in particular fuel, for example diesel, comprising - a drive shaft with at least one cam, - at least one piston, - at least one cylinder for the mounting of the at least one piston, - a roller shoe with a roller mounted in the roller shoe with a plain bearing arrangement as operating contact surface, and the piston is supported indirectly by means of the roller shoe on the drive shaft with the at least one cam, such that the at least one piston can perform a translational movement owing to a rotational movement of the drive shaft, characterized in that the plain bearing arrangement on the roller shoe has, outside the operating contact surface of the plain bearing arrangement, at least one recess as at least one axial groove, and the at least one axial groove is formed entirely in an axial direction of an axis of rotation of the roller on the roller shoe. - a drive shaft with at least one cam, - at least one piston, - at least one cylinder for the mounting of the at least one piston, - a roller shoe with a roller mounted in the roller shoe with a plain bearing arrangement as operating contact surface, and the piston is supported indirectly by means of the roller shoe on the drive shaft with the at least one cam, such that the at least one piston can perform a translational movement owing to a rotational movement of the drive shaft,
A pharmaceutical composition comprising a platelet lysate and a carrier, wherein said carrier comprises an aqueous solution of one or more mucoadhesive agents, for use as a medicament in mucositis prophylaxis or treatment.
A method for producing a high-purity cyclohexenone long-chain alcohol represented by formula I, achieved by the following reaction scheme: wherein R 4 represents R 5 represents amino, the method comprising the steps of subjecting a cyclohexenone long-chain alcohol crude product III and hydrazine derivative R 4 NHNH 2 to a condensation reaction to obtain a compound II, and hydrolyzing the compound II in the presence of an acidic substance to obtain the high-purity compound I. R 4 represents R 5 represents amino, the method comprising the steps of subjecting a cyclohexenone long-chain alcohol crude product III and hydrazine derivative R 4 NHNH 2 to a condensation reaction to obtain a compound II, and hydrolyzing the compound II in the presence of an acidic substance to obtain the high-purity compound I. subjecting a cyclohexenone long-chain alcohol crude product III and hydrazine derivative R 4 NHNH 2 to a condensation reaction to obtain a compound II, and hydrolyzing the compound II in the presence of an acidic substance to obtain the high-purity compound I.
A human IgG1 anti-CD25 antibody for use in the treatment of cancer in a human subject, wherein said subject has a solid tumour, and wherein said antibody inhibits less than about 25% of IL-2 signalling compared to IL-2 signalling in the absence of the antibody, wherein IL2-signalling is measured by the levels of phosphorylated STAT5 protein in cells as determined by a STAT5 phosphorylation assay, wherein the STAT5 phosphorylation assay comprises: - culturing PMBC cells in the presence of the anti-CD25 antibody at a concentration of 10ug/ml for 30 mins and then adding varying concentrations of IL2 for 10 mins - permeabilizing the cells; and - measuring levels of STAT5 protein with fluorescently labelled antibody to a phosphorylated STAT5 peptide by flow cytometry. - culturing PMBC cells in the presence of the anti-CD25 antibody at a concentration of 10ug/ml for 30 mins and then adding varying concentrations of IL2 for 10 mins - permeabilizing the cells; and - measuring levels of STAT5 protein with fluorescently labelled antibody to a phosphorylated STAT5 peptide by flow cytometry.
A system for performing an endoscopic surgical procedure in a surgical cavity, comprising: a) a primary gas circulation device housing a primary pump configured to deliver a flow of pressurized gas to a primary gas delivery lumen and to receive gas from a primary gas return lumen; b) a primary gas sealed access port configured to receive pressurized gas from the primary gas delivery lumen to generate a gaseous seal therein and to return gas used to generate the gaseous seal back to the primary pump through the primary gas return lumen, so as to maintain a stable pressure level within the surgical cavity; c) at least one subordinate gas circulation device in communication with and controlled by the primary gas circulation device and housing a subordinate pump configured to deliver a flow of pressurized gas to a subordinate gas delivery lumen; and d) at least one subordinate gas sealed access port configured to receive pressurized gas from the subordinate gas delivery lumen to generate a gaseous seal therein and to return gas used to generate the gaseous seal back to the subordinate pump through a subordinate gas return lumen; characterized in that the subordinate gas circulation device is further configured to receive gas from a subordinate gas return lumen. a) a primary gas circulation device housing a primary pump configured to deliver a flow of pressurized gas to a primary gas delivery lumen and to receive gas from a primary gas return lumen; b) a primary gas sealed access port configured to receive pressurized gas from the primary gas delivery lumen to generate a gaseous seal therein and to return gas used to generate the gaseous seal back to the primary pump through the primary gas return lumen, so as to maintain a stable pressure level within the surgical cavity; c) at least one subordinate gas circulation device in communication with and controlled by the primary gas circulation device and housing a subordinate pump configured to deliver a flow of pressurized gas to a subordinate gas delivery lumen; and d) at least one subordinate gas sealed access port configured to receive pressurized gas from the subordinate gas delivery lumen to generate a gaseous seal therein and to return gas used to generate the gaseous seal back to the subordinate pump through a subordinate gas return lumen;
Thermally insulating construction element for use in a separating joint between load-absorbing parts of a building, in particular between an intermediate floor and a balcony slab, having an insulating body, wherein the insulating body has a longitudinal direction and mutually opposite longitudinal sides (9, 10) which extend in the longitudinal direction, wherein the insulating body has a transverse direction, which extends transversely with respect to the longitudinal sides (9, 10), and a height direction which extends perpendicularly with respect to the longitudinal direction and perpendicularly with respect to the transverse direction, wherein the insulating body has at least one support bearing (13, 14) and at least one transverse force element that absorbs transverse forces, wherein the transverse force element has two anchoring sections (23, 24) which protrude from the insulating body at the longitudinal sides (9, 10), wherein the two anchoring sections (23, 24) at the longitudinal sides (9, 10) have an offset (a) to one another in the vertical direction of the insulating body, and wherein the transverse force element has a central section which at least partially bridges the offset (a) of the anchoring sections (23, 24), wherein the central section is connected to the anchoring sections (23, 24) in each case via a bend, wherein the transverse force element bears on the at least one support bearing (13, 14) in order to transmit transverse forces, wherein the central section extends in the insulating body, characterized in that the support bearing (13, 14) protrudes above the insulating body only on one of the two longitudinal sides (9, 10), and in that the support bearing (13, 14) is made of high-strength concrete or mortar, of ceramic or of plastic.