mhurhangee/ep-ind-claims huggingface dataset:
An assembly of parts comprising a first part containing a first polymer composition comprising a semi-crystalline polymer, referred to as "first polymer", and optionally one or more other components, and a second part containing a second polymer composition comprising a semi-crystalline polymer, referred to as "second polymer", and optionally one or more other components, the first part and the second part being fastened to each other through an interface between the first polymer composition and the second polymer composition, wherein the interface is free from mechanically interlocking elements and wherein the first polymer composition has a thermal conductivity referred to as TC1, and the second polymer composition has a thermal conductivity referred to as TC2, wherein TC2 is higher than TC1 with a factor TC2/TC1 of at least 1.5, characterized in that the second polymer composition has an in-plane thermal conductivity of at least 3 W/m.K.
A molding element for a mold used for manufacturing a tread of a tire having a plurality of contacting elements delimited by a plurality of grooves, the molding element having a molding surface for forming a contact face of the contacting elements intended to come into contact with ground during rolling and a groove forming rib portion for forming the groove comprising two opposed rib side faces (31, 32) for forming two opposed groove side faces (1031, 1032) and a rib top face connecting two rib side faces (31, 32) for forming a groove bottom, the groove forming rib portion providing at least one space opening to at least one of the rib side faces (31, 32) and/or to the rib top face and an insert being received in the space, the insert having two insert side faces (51, 52) which at least one of the insert side face being for forming a portion of the groove side face with the rib side face and an insert top face for forming a portion of the groove bottom with the rib top face, the insert comprising a cavity for forming a closing device in the groove, the cavity having two opposed cavity faces (71, 72) distant in a direction the groove forming rib portion extending with a distance t, the molding element being characterized in that the cavity opens to at least two faces of the insert corresponding to the faces of the groove forming rib portion the space being opening to, and in that the insert comprises at least one cutting means extending and/or projecting in a direction the groove forming rib portion extends for cutting a material filled in the cavity during demolding.
Workpiece having - an optical lens blank with a first lens face and a second lens face, which are arranged opposite each other and are delimited at a lens circumference, and - a cover film on the first lens face, characterised in that - a first recess is formed in the lens blank - which is open in the direction of the first lens face, and - which is at least partially spanned in the direction of the first lens face by the cover film. - an optical lens blank with a first lens face and a second lens face, which are arranged opposite each other and are delimited at a lens circumference, and - a cover film on the first lens face, - a first recess is formed in the lens blank - which is open in the direction of the first lens face, and - which is at least partially spanned in the direction of the first lens face by the cover film.
A rocker arm, comprising: a forked outer arm assembly (10, 11) comprising a valve side, a pivot side, a pivot side body connecting a first outer arm and a second outer arm, and respective bearing holes in each of the first outer arm and the second outer arm; a inner arm assembly (20, 21) comprising an inner arm body comprising a valve side, a latch side, a bearing hole on the valve side, and a latch body on the latch side; a pivot axle connecting the bearing holes of the first outer arm and the second outer arm with the bearing hole of the inner arm assembly (20, 21) so that the inner arm assembly is configured to pivot with respect to the outer arm assembly; and a latch assembly mounted in the pivot side body, the latch assembly comprising a latch configured to selectively extend to and retract from a latch seat on the latch body to selectively lock the inner arm assembly (20, 21) with respect to the outer arm assembly (10, 11) or unlock the inner arm assembly to pivot within the outer arm assembly; characterized in that the inner arm assembly (20, 21) is T-shaped; and the latch body comprises inner arm extensions (271, 272) extending away from the latch body. a forked outer arm assembly (10, 11) comprising a valve side, a pivot side, a pivot side body connecting a first outer arm and a second outer arm, and respective bearing holes in each of the first outer arm and the second outer arm; a inner arm assembly (20, 21) comprising an inner arm body comprising a valve side, a latch side, a bearing hole on the valve side, and a latch body on the latch side; a pivot axle connecting the bearing holes of the first outer arm and the second outer arm with the bearing hole of the inner arm assembly (20, 21) so that the inner arm assembly is configured to pivot with respect to the outer arm assembly; and a latch assembly mounted in the pivot side body, the latch assembly comprising a latch configured to selectively extend to and retract from a latch seat on the latch body to selectively lock the inner arm assembly (20, 21) with respect to the outer arm assembly (10, 11) or unlock the inner arm assembly to pivot within the outer arm assembly; characterized in that the inner arm assembly (20, 21) is T-shaped; and the latch body comprises inner arm extensions (271, 272) extending away from the latch body.
An image processing method for analyzing a multi-channel image obtained from a biological tissue sample being stained by multiple stains, the method comprising: a. unmixing the multi-channel image to provide an unmixed image (232, 238) per channel, b. spatial low pass filtering of at least one of the unmixed images, c. local maximum filtering of the at least one (234; 235) of the spatial low pass filtered unmixed images, d. thresholding the at least one of the spatial low pass filtered unmixed images to identify at least one set of neighboring pixels (239.1; 239.4), e. defining a field of view (240.1, 240.2; A, B) by extracting an image portion of the multi-channel image from an image location given by the set of neighboring pixels (239.1; 239.4), the field of view having a predetermined size and shape, f. analyzing the field of view for determining at least one biological parameter. a. unmixing the multi-channel image to provide an unmixed image (232, 238) per channel, b. spatial low pass filtering of at least one of the unmixed images, c. local maximum filtering of the at least one (234; 235) of the spatial low pass filtered unmixed images, d. thresholding the at least one of the spatial low pass filtered unmixed images to identify at least one set of neighboring pixels (239.1; 239.4), e. defining a field of view (240.1, 240.2; A, B) by extracting an image portion of the multi-channel image from an image location given by the set of neighboring pixels (239.1; 239.4), the field of view having a predetermined size and shape, f. analyzing the field of view for determining at least one biological parameter.
A fluid flushing apparatus, comprising: a plate having a first external side formed at least in part in a first plane, and a second external side positioned opposite said first external side and formed at least in part in a second plane, the plate having an opening formed therein extending through the first plane and the second plane; and a conduit adapted to convey fluid therein, the conduit extend-ing from proximate the first external side and into said plate toward the second external side, and terminating at an orifice, the orifice spaced apart from the first plane, facing the opening, and facing at least in part the first plane, characterized in that the plate has a hole formed therein extending from the first external side to a recess formed in the second external side, and further wherein the conduit comprises a tube positioned in the hole and the recess. a plate having a first external side formed at least in part in a first plane, and a second external side positioned opposite said first external side and formed at least in part in a second plane, the plate having an opening formed therein extending through the first plane and the second plane; and a conduit adapted to convey fluid therein, the conduit extend-ing from proximate the first external side and into said plate toward the second external side, and terminating at an orifice, the orifice spaced apart from the first plane, facing the opening, and facing at least in part the first plane, characterized in that the plate has a hole formed therein extending from the first external side to a recess formed in the second external side, and further wherein the conduit comprises a tube positioned in the hole and the recess.
Grand date calendar display device for a watch movement comprising a first disc and a second disc, said first and second discs (M1, M2) being arranged to display, at least on certain dates, first date values through a combination of symbols borne by said first disc and symbols borne by said second disc, characterized in that the device includes a first mechanism for coupling said first disc to said second disc, and a second mechanism for coupling said second disc to said first disc such that, at least on certain dates, said first disc drives said second disc, and on certain other dates, said second disc drives said first disc.
A motor control unit that controls, based on hydraulic pressure, an electric motor that drives a pump that sucks in and discharges oil, comprising: a control circuit that includes a control signal output unit that outputs a motor control signal; and a drive circuit that is actuated upon reception of the motor control signal, and that supplies driving electric power to the electric motor, characterized in that, the control circuit further includes an over-power suppression control unit that suppresses over power by reducing a current command value from a host control unit, the control signal output unit obtains the motor control signal by applying a reduction amount for the current command value, which is obtained by the over-power suppression control unit, to the current command value from the host control unit, the over-power suppression control unit includes a current command value correction amount calculation unit that compares a target hydraulic pressure with a present hydraulic pressure and outputs the current command value reduction amount for over-power suppression control when the present hydraulic pressure is higher than the target hydraulic pressure, and load information indicating whether a load on the pump is a low load or a high load that is higher than the low load is input into the control circuit from the host control unit, and the over-power suppression control unit changes the target hydraulic pressure in accordance with a magnitude of the load indicated by the load information. a control circuit that includes a control signal output unit that outputs a motor control signal; and a drive circuit that is actuated upon reception of the motor control signal, and that supplies driving electric power to the electric motor, characterized in that, the control circuit further includes an over-power suppression control unit that suppresses over power by reducing a current command value from a host control unit, the control signal output unit obtains the motor control signal by applying a reduction amount for the current command value, which is obtained by the over-power suppression control unit, to the current command value from the host control unit, the over-power suppression control unit includes a current command value correction amount calculation unit that compares a target hydraulic pressure with a present hydraulic pressure and outputs the current command value reduction amount for over-power suppression control when the present hydraulic pressure is higher than the target hydraulic pressure, and load information indicating whether a load on the pump is a low load or a high load that is higher than the low load is input into the control circuit from the host control unit, and the over-power suppression control unit changes the target hydraulic pressure in accordance with a magnitude of the load indicated by the load information.
A semiconductor structure, comprising: an electrode element having an upper surface, the upper surface comprising at least one convex curved portion; a magnetic tunnel junction structure, wherein the electrode element is a top electrode for the magnetic tunnel junction structure; and via elements separated from each other, wherein the magnetic tunnel junction structure is on the via elements, characterized in that the upper surface of the electrode element comprises a plurality of the convex curved portions. an electrode element having an upper surface, the upper surface comprising at least one convex curved portion; a magnetic tunnel junction structure, wherein the electrode element is a top electrode for the magnetic tunnel junction structure; and via elements separated from each other, wherein the magnetic tunnel junction structure is on the via elements, characterized in that the upper surface of the electrode element comprises a plurality of the convex curved portions.
A liquid-atomization system, comprising i) a liquid material to be atomized having a surface forming an interface between said liquid and its gaseous environment; and ii) a hollow body having a closed surface provided with a plurality of orifices, the body configured to be partially submerged in said liquid with a first part of the orifices (102d, 102e) being immersed in said liquid under said interface, and a second part of the orifices (102a, 102b, 102c) being emerged from said liquid above said interface, said body comprising position means for regulating the relative position of the body and the interface and ensuring the desired ratio between the number of immersed and emerged orifices, said body being connected to a source of compressed gas and adapted to receive said compressed gas, the diameter and the number of the orifices being adapted to discharge desired flow rates of said gas out of the body, the gas discharged from the immersed orifices providing a jet of liquid particles to the space above said interface to form a film covering the emerged orifices, and the gas discharged from said emerged orifices continuously transforming said film to liquid droplets smaller than said liquid particles and forming a mist of droplets. i) a liquid material to be atomized having a surface forming an interface between said liquid and its gaseous environment; and ii) a hollow body having a closed surface provided with a plurality of orifices, the body configured to be partially submerged in said liquid with a first part of the orifices (102d, 102e) being immersed in said liquid under said interface, and a second part of the orifices (102a, 102b, 102c) being emerged from said liquid above said interface, said body comprising position means for regulating the relative position of the body and the interface and ensuring the desired ratio between the number of immersed and emerged orifices, said body being connected to a source of compressed gas and adapted to receive said compressed gas, the diameter and the number of the orifices being adapted to discharge desired flow rates of said gas out of the body, the gas discharged from the immersed orifices providing a jet of liquid particles to the space above said interface to form a film covering the emerged orifices, and the gas discharged from said emerged orifices continuously transforming said film to liquid droplets smaller than said liquid particles and forming a mist of droplets.
A method for assessing the risk for development of a cardiovascular disorder in a subject, comprising: (a) determining in a sample from said subject (i) the amount of the first markers Vascular Endothelial Growth Factor D, Tamm-Horsfall Urine Glycoprotein, Kidney-Injury-Molecule-1 and alpha-Glutathione-S-Transferase; and (ii) the amount of the further markers Nt-pro BNP, Growth-Factor-Differentiation-Factor-15 and Angiopoietin-2; and (b) correlating that said subject is at risk for development of a cardiovascular disorder when said amount is altered compared to a reference amount for the first and further markers. (a) determining in a sample from said subject (i) the amount of the first markers Vascular Endothelial Growth Factor D, Tamm-Horsfall Urine Glycoprotein, Kidney-Injury-Molecule-1 and alpha-Glutathione-S-Transferase; and (ii) the amount of the further markers Nt-pro BNP, Growth-Factor-Differentiation-Factor-15 and Angiopoietin-2; and (i) the amount of the first markers Vascular Endothelial Growth Factor D, Tamm-Horsfall Urine Glycoprotein, Kidney-Injury-Molecule-1 and alpha-Glutathione-S-Transferase; and (ii) the amount of the further markers Nt-pro BNP, Growth-Factor-Differentiation-Factor-15 and Angiopoietin-2; and (b) correlating that said subject is at risk for development of a cardiovascular disorder when said amount is altered compared to a reference amount for the first and further markers.
Mechanical timepiece movement, which includes at least one barrel, a set of gear wheels driven at one end by the barrel, and an escapement mechanism of a local oscillator with a resonator in the form of a sprung balance (14, 14'), the escapement mechanism being driven at another end of the set of gear wheels, and a feedback system for the timepiece movement, the feedback system including at least one precise reference oscillator combined with a frequency comparator for comparing the frequency of the two oscillators and a mechanism for regulating the resonator of the local oscillator to slow down or accelerate this resonator based on a result of the comparison in the frequency comparator, characterized in that the reference oscillator of the feedback system is excited by magnetic interaction via a rotating exciter wheel in connection with a wheel of the set of gear wheels.
A composition comprising at least one Norovirus antigen and at least one adjuvant; wherein the adjuvant is selected from the group consisting of an adjuvant that is an aluminum salt and an adjuvant that is a toll-like receptor agonist; wherein the composition is formulated as a liquid; and wherein the content of the at least one Norovirus antigen in the composition is from about 1 μg to about 200 μg per dose.
An apparatus for oxygenating blood in an extracorporeal circuit, the apparatus comprising: a housing defining a primary chamber, a blood inlet port fluidly open to the primary chamber, and a blood outlet region, wherein the blood outlet region includes: a blood outlet port, an outlet chamber fluidly open to the blood outlet port, a partition establishing spaced apart, first and second passageways (86, 88) from the primary chamber to the outlet chamber; and an oxygenator bundle disposed within the primary chamber and including a plurality of gas exchange elements; wherein the apparatus establishes a blood flow path from the blood inlet port, through the oxygenator bundle, and to the blood outlet port, the blood flow path including first and second outlet blood flow paths (O1, 02) within the outlet chamber via the first and second passageways (86, 88), respectively, and further wherein the first and second outlets paths (O1, 02) merge at the blood outlet port. a housing defining a primary chamber, a blood inlet port fluidly open to the primary chamber, and a blood outlet region, wherein the blood outlet region includes: a blood outlet port, an outlet chamber fluidly open to the blood outlet port, a partition establishing spaced apart, first and second passageways (86, 88) from the primary chamber to the outlet chamber; and a blood outlet port, an outlet chamber fluidly open to the blood outlet port, a partition establishing spaced apart, first and second passageways (86, 88) from the primary chamber to the outlet chamber; and an oxygenator bundle disposed within the primary chamber and including a plurality of gas exchange elements; wherein the apparatus establishes a blood flow path from the blood inlet port, through the oxygenator bundle, and to the blood outlet port, the blood flow path including first and second outlet blood flow paths (O1, 02) within the outlet chamber via the first and second passageways (86, 88), respectively, and further wherein the first and second outlets paths (O1, 02) merge at the blood outlet port.
A cold-rolled steel sheet comprising, by mass percent: 0.0040% or less of C, 0.02% or less of Si, 0.14% to 0.25% of Mn, 0.020% or less of P, 0.015% or less of S, 0.0040% or less of N, 0.020% to 0.070% of Al, 0.020% to 0.030% of Nb, 0.005% to 0.030% of Ti, B in a content satisfying formula or formula, and the balance composed of Fe and inevitable impurities, characterized in that the cold-rolled steel sheet contains a polygonal ferrite structure which amounts to 80% or more in terms of the cross-sectional area ratio, wherein the average grain size of the polygonal ferrite structure is 12.0 μm or less, and planar anisotropy Δr of the r value satisfies the relationship -0.20 ≤ Δr ≤ 0.20; in the case of N - (14/48)Ti > 0, 0.0003 ≤ B − 11 / 14 N − 14 / 48 Ti ≤ 0.0010 in the case of N - (14/48)Ti ≤ 0, 0.0003 ≤ B ≤ 0.0010 wherein each of the symbols of elements in formulae and represents the content (mass percent) of the element. 0.0040% or less of C, 0.02% or less of Si, 0.14% to 0.25% of Mn, 0.020% or less of P, 0.015% or less of S, 0.0040% or less of N, 0.020% to 0.070% of Al, 0.020% to 0.030% of Nb, 0.005% to 0.030% of Ti, B in a content satisfying formula or formula, and the balance composed of Fe and inevitable impurities, characterized in that the cold-rolled steel sheet contains a polygonal ferrite structure which amounts to 80% or more in terms of the cross-sectional area ratio, wherein the average grain size of the polygonal ferrite structure is 12.0 μm or less, and planar anisotropy Δr of the r value satisfies the relationship -0.20 ≤ Δr ≤ 0.20; in the case of N - (14/48)Ti > 0, 0.0003 ≤ B − 11 / 14 N − 14 / 48 Ti ≤ 0.0010 in the case of N - (14/48)Ti ≤ 0, 0.0003 ≤ B ≤ 0.0010 wherein each of the symbols of elements in formulae and represents the content (mass percent) of the element. in the case of N - (14/48)Ti > 0, 0.0003 ≤ B − 11 / 14 N − 14 / 48 Ti ≤ 0.0010 in the case of N - (14/48)Ti ≤ 0, 0.0003 ≤ B ≤ 0.0010 wherein each of the symbols of elements in formulae and represents the content (mass percent) of the element.