mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear, apparel or sporting equipment, or a component of footwear, apparel or sporting equipment (100; 130; 160; 400), comprising: an optical element (12A'-12M'; 112a-b; 136a-b'; 172a-b; 175a-d; 182; 185; 187a-e; 197; 200; 300; 410) disposed on a surface of the article or component, wherein the optical element includes at least a first section disposed on a first area of the article or component and a second section disposed on a second area of the article or component, wherein the first section of the optical element imparts a first structural color to the first area of the article or component, wherein the second section of the optical element imparts a second structural color to the second area of the article or component, and wherein the first structural color and the second structural color are different when viewed from the same angle of observation of a viewer having 20/20 visual acuity and normal color vision from a distance of about 1 meter from the article or component; wherein the first section has a first number of layers (220, 240, 245; 320, 340, 345; 432A-432D, 434A-434B) and the second section has a second number of layers (220, 240, 245; 320, 340, 345; 432A-432D), wherein the first number of layers and the second number of layers differ by at least 2 (434A-434B), wherein at least the first layer for each of the first section and the second section are made of the same material, wherein the average thickness of continuous layers (432A-432D) extending over the first section and the second section is the same in the first section and the second section. an optical element (12A'-12M'; 112a-b; 136a-b'; 172a-b; 175a-d; 182; 185; 187a-e; 197; 200; 300; 410) disposed on a surface of the article or component, wherein the optical element includes at least a first section disposed on a first area of the article or component and a second section disposed on a second area of the article or component, wherein the first section of the optical element imparts a first structural color to the first area of the article or component, wherein the second section of the optical element imparts a second structural color to the second area of the article or component, and wherein the first structural color and the second structural color are different when viewed from the same angle of observation of a viewer having 20/20 visual acuity and normal color vision from a distance of about 1 meter from the article or component; wherein the first section has a first number of layers (220, 240, 245; 320, 340, 345; 432A-432D, 434A-434B) and the second section has a second number of layers (220, 240, 245; 320, 340, 345; 432A-432D), wherein the first number of layers and the second number of layers differ by at least 2 (434A-434B), wherein at least the first layer for each of the first section and the second section are made of the same material, wherein the average thickness of continuous layers (432A-432D) extending over the first section and the second section is the same in the first section and the second section.
Footwear comprising a sole and an upper, wherein the sole comprises a bottom surface, suitable for contacting the ground during use, and a sidewall that extends from the bottom surface and is placed at the outer periphery of the sole, wherein the upper is removable attachable and/or attached to the sole whereby obtaining the footwear, wherein said footwear comprises an attachment system suitable to removably attach the upper to the sole, wherein said attachment system comprises a plurality of lugs, placed in the sole and extending outwardly from the sidewall, and a plurality of holes, placed in the upper, wherein the holes are suitable during use to be over and engage with the plurality of lugs, characterized in that, the upper has a flat configuration, suitable, when attached to the sole, to at least substantially wrap the foot of the user. the upper is removable attachable and/or attached to the sole whereby obtaining the footwear, wherein said footwear comprises an attachment system suitable to removably attach the upper to the sole, wherein said attachment system comprises a plurality of lugs, placed in the sole and extending outwardly from the sidewall, and a plurality of holes, placed in the upper, wherein the holes are suitable during use to be over and engage with the plurality of lugs, characterized in that, the upper has a flat configuration, suitable, when attached to the sole, to at least substantially wrap the foot of the user.
A biometric feature attack object, comprising a substrate, wherein the substrate comprises a biometric feature attachment part, a conductive part, and an identity identifier, wherein the substrate comprises a biometric feature carrying area and a pressing area, and the biometric feature carrying area and the pressing area are respectively disposed on two opposite sides (1013, 1014) of the substrate, wherein the pressing area indicates an area which is to be pressed to perform a biometric recognition attack test; the biometric feature attachment part is disposed in the biometric feature carrying area; the conductive part is disposed in the pressing area or the biometric feature carrying area; and the identity identifier is located on a side of the substrate on which the pressing area is located, the identity identifier is located in an area different from the pressing area, and the identity identifier and the pressing area are used to determine a placement position of the biometric feature attack object. the substrate comprises a biometric feature carrying area and a pressing area, and the biometric feature carrying area and the pressing area are respectively disposed on two opposite sides (1013, 1014) of the substrate, wherein the pressing area indicates an area which is to be pressed to perform a biometric recognition attack test; the biometric feature attachment part is disposed in the biometric feature carrying area; the conductive part is disposed in the pressing area or the biometric feature carrying area; and the identity identifier is located on a side of the substrate on which the pressing area is located, the identity identifier is located in an area different from the pressing area, and the identity identifier and the pressing area are used to determine a placement position of the biometric feature attack object.
A grease composition produced by a process which comprises kneading a mixture of mutually incompatible 5-95 vol.% of a thickener-containing non-fluorine-based base oil and 95-5 vol.% of a thickener-containing fluorine-based base oil, proportion of thickeners in total being in a range of more than 30 vol.% to not more than 50 vol.% in the composition, through a three-roll mill at least twice, wherein the thickener-containing base oils are in a sea-island structure state, where one of the thickener-containing base oils is homogeneously dispersed in a particulate state in an average particle size of not more than 30 μm in the other thickener-containing oil as a continuous phase, wherein said thickener-containing non-fluorine based base oil consists of a mixture of trimellitic acid ester oil and an aliphatic diurea compound, or of poly-α-olefin oil and a barium-containing complex soap, and wherein the thickener-containing fluorine-based base oil consists of a mixture of PTFE powders and either RfO(CF 2 CF 2 O) m (CF 2 O) n Rf where m+n=3-200, m:n=10-90:90-10, and the CF 2 CF 2 O group and the CF 2 O group are bonded to the main chain at random, or RfO[CF(CF 3)CF 2 O] p (CF 2 CF 2 O) q (CF 2 O) r Rf where p+q+r=3-200, q and r maybe zero, (q+r)/p=0-2, and the CF(CF 3)CF 2 O group, the CF 2 CF 2 O group, and the CF 2 O group are bonded to the main chain at random, wherein in formulae and Rf is perfluoro alkyl group having 1-5 carbon atoms.
A process for producing a radioactive fluorine labeled flutemetamol, which comprises: (a) a step of allowing a labeling precursor represented by the following general formula to react with a radioactive fluoride ion in a presence of a solvent to obtain a radioactive fluorine labeled intermediate represented by the following general formula, and (b) a step of removing the protecting groups from the radioactive fluorine labeled intermediate to obtain a radioactive fluorine labeled flutemetamol, in which the above step (a) is carried out at an internal temperature of reaction solution of 140 °C or higher, where, in the above general formula, R 1 is a protecting group for the hydroxyl group, and C R 2 is a protecting group for the amino group, where, in the above general formula, R 1 and R 2 are as defined in the above general formula, and X is a radioactive fluorine. (a) a step of allowing a labeling precursor represented by the following general formula to react with a radioactive fluoride ion in a presence of a solvent to obtain a radioactive fluorine labeled intermediate represented by the following general formula, and (b) a step of removing the protecting groups from the radioactive fluorine labeled intermediate to obtain a radioactive fluorine labeled flutemetamol,
An aerosol generating article comprising: a combustible heat source having a longitudinal outer surface; an aerosol-forming substrate downstream of the combustible heat source; and a retaining wrap comprising: an upstream portion extending at least about 50 percent of the way along the length of the combustible heat source on the longitudinal outer surface of the combustible heat source, and comprising at least one opening (41, 42), the at least one opening (41, 42) overlaying at least about 30 percent of the longitudinal outer surface of the combustible heat source, and a downstream portion circumscribing at least a portion of the aerosol-forming substrate. a combustible heat source having a longitudinal outer surface; an aerosol-forming substrate downstream of the combustible heat source; and a retaining wrap comprising: an upstream portion extending at least about 50 percent of the way along the length of the combustible heat source on the longitudinal outer surface of the combustible heat source, and comprising at least one opening (41, 42), the at least one opening (41, 42) overlaying at least about 30 percent of the longitudinal outer surface of the combustible heat source, and a downstream portion circumscribing at least a portion of the aerosol-forming substrate. an upstream portion extending at least about 50 percent of the way along the length of the combustible heat source on the longitudinal outer surface of the combustible heat source, and comprising at least one opening (41, 42), the at least one opening (41, 42) overlaying at least about 30 percent of the longitudinal outer surface of the combustible heat source, and a downstream portion circumscribing at least a portion of the aerosol-forming substrate.
Method for the validation of a fuse head in an electronic detonator, characterised in that, said detonator comprises: - a reference resistor, - a fuse head, - at least one capacitor, and - switching means, wherein - in a first position of the switching means, the reference resistor is connected to the at least one capacitor forming a first RC circuit, and - in a second position of the switching means, the fuse head is connected to the at least one capacitor forming a second RC circuit, the method comprising the following steps: a) measuring at least once a first charge time t 1, the first charge time being the time required for the at least one capacitor to reach a specified charge value in the first RC circuit, when the switching means is in the first position, b) activating the switching means to the second position, c) measuring at least once a second charge time t 2, the second charge time being the time required for the at least one capacitor in the second RC circuit to reach the same specified charge value as specified in step a), d) determining if the second charge time is within a range (t 1 -λ 1, t 1 +λ 2), t 1 being the first charge time, t 1 -λ 1 being a first validation threshold and t 1 +λ 2 being a second validation threshold. - a reference resistor, - a fuse head, - at least one capacitor, and - switching means, wherein - in a first position of the switching means, the reference resistor is connected to the at least one capacitor forming a first RC circuit, and - in a second position of the switching means, the fuse head is connected to the at least one capacitor forming a second RC circuit, - in a first position of the switching means, the reference resistor is connected to the at least one capacitor forming a first RC circuit, and - in a second position of the switching means, the fuse head is connected to the at least one capacitor forming a second RC circuit, a) measuring at least once a first charge time t 1, the first charge time being the time required for the at least one capacitor to reach a specified charge value in the first RC circuit, when the switching means is in the first position, b) activating the switching means to the second position, c) measuring at least once a second charge time t 2, the second charge time being the time required for the at least one capacitor in the second RC circuit to reach the same specified charge value as specified in step a), d) determining if the second charge time is within a range (t 1 -λ 1, t 1 +λ 2), t 1 being the first charge time, t 1 -λ 1 being a first validation threshold and t 1 +λ 2 being a second validation threshold.
An air intake of a turbojet engine nacelle of an aircraft comprising a deicing device and extending along an axis X in which an air flow circulates from upstream to downstream, the air intake annularly extending about axis X and comprising an internal wall pointing to axis X and an external wall which is opposite to the internal wall, the walls (21, 22) being connected by a leading edge and a front internal partition wall so as to delimit an annular cavity, the deicing device comprising at least one hot air source in the annular cavity, the air intake being characterized in that the internal wall comprises a plurality of blowing lines, the internal wall comprising at least one acoustic attenuation structure comprising a plurality of acoustic attenuation orifices, the acoustic attenuation orifices being distributed on the internal wall outside the blowing lines, each blowing line comprising a plurality of through openings configured to blow elementary flows (Fe) coming from the hot air source in order to deice said internal wall, the blowing lines being parallel to each other in a cylindrical projection plane defined with respect to axis X of the turbojet engine and to an axis Y defining the angular position with respect to axis X, each blowing line having a depth P3 defined along axis X and a length L3 defined along axis Y in the cylindrical projection plane, two adjacent blowing lines being spaced apart by a distance D3 along axis Y, the distance ratio L3/D3 being between 1 and 2.
A crystalline form of a non-stoichiometric hydrate of the compound of formula the crystalline form having an X-ray powder diffraction pattern comprising peaks at 2-theta angles of 5.4 ± 0.2°, 6.7 ± 0.2°, 13.2 ± 0.2°, 16.1 ± 0.2°, 19.6 and 24.1± 0.2° or having an X-ray powder diffraction pattern comprising peaks at 2-theta angles of 6.6 ± 0.2°, 7.3 ± 0.2°, 12.2 ± 0.2°, 15.4 ± 0.2°, 19.9 and 23.9 ± 0.2°.
A medical device for treatment of aneurysms, having a tubular body in at least some sections, this body being convertible from a compressed state into an expanded state, and comprising a circumferential wall having at least one first lattice structure and a second lattice structure, the first lattice structure and the second lattice structure forming separate layers (14, 15) of the circumferential wall, which are arranged coaxially one inside the other and are connected to one another in at least some points such that the first lattice structure and the second lattice structure can be moved in at least some sections relative to one another, characterized in that the first lattice structure and/or the second lattice structure is/are each formed from closely intertwined wires (112, 122), wherein the wires of the first lattice structure have a smaller cross-sectional diameter than the wires of the second lattice structure.
A centrifugal spreader for distributing material (20, 21), comprising at least one storage container for storing the material to be distributed, at least one adjustable metering device which is associated with the storage container and is designed to supply stored material from the storage container to at least one rotationally drivable spreader disc, and at least one contactless sensor which is designed to detect the material flow, wherein, by means of the sensor, a first measurement signal can be emitted at least partially onto the material flow and a second measurement signal at least partially reflected thereby can be received, wherein at least one feed element is arranged between the metering device and the spreader disc, via which feed element the material supplied by the metering device can be applied to the spreader disc in the form of an at least partially fluid material flow, and wherein the at least one sensor is arranged in the region of the at least one feed element, between the metering device and the spreader disc, characterized in that the feed element has at least one additional opening which is arranged between the metering element and the sensor, and at least one further material can be supplied to the feed element via the additional opening, wherein the sensor is designed to detect at least one further material within the material flow.
An exchange reactor, intended to carry out endothermic or exothermic catalytic reactions, including: - a reactor body, - a plurality of reactive channels comprising a catalyst, optionally supported by a catalytic monolithic structure, - a heat transfer fluid circuit to cool the reactive channels, comprising heat transfer channels, characterized in that the reactive channels assume the form of removable cartridges in direct contact with the heat transfer fluid circuit and in that the reactor body includes a plurality of insertion channels in which the removable cartridges are inserted and at the periphery of which at least part of the heat transfer fluid flows. - a reactor body, - a plurality of reactive channels comprising a catalyst, optionally supported by a catalytic monolithic structure, - a heat transfer fluid circuit to cool the reactive channels, comprising heat transfer channels,
Use of a composition containing, at 5 mass% or more in terms of solid content ratio in a coating film, a calcium sulfate hydrate deposited by reacting a sulfuric acid or a sulfate with a calcium compound in water, which is 1.5 μm or less in thickness of crystal and scale-like, wherein an intensity ratio of plane/ plane is 10 or more, which is obtained from an analysis result in an X-ray diffraction method directed to a smooth surface of a crystal aggregation created by dry-solidifying the crystal of the calcium sulfate hydrate on a flat surface, as a lubricating coating agent for plastic working
A polysilicon filament bonding device comprising: a body portion formed like a cylinder; a guide portion disposed in the body portion and configured to guide polysilicon fragments brought into the body portion; and a main light source for heating a bonding surface of the polysilicon fragments; and a plurality of auxiliary light sources for preliminarily heating a polysilicon fragment accommodated in the body portion, wherein the auxiliary light sources are distributed along the longitudinal extension of the body portion and along the length of the polysilicon fragments contained in the body portion. a body portion formed like a cylinder; a guide portion disposed in the body portion and configured to guide polysilicon fragments brought into the body portion; and a main light source for heating a bonding surface of the polysilicon fragments; and a plurality of auxiliary light sources for preliminarily heating a polysilicon fragment accommodated in the body portion, wherein the auxiliary light sources are distributed along the longitudinal extension of the body portion and along the length of the polysilicon fragments contained in the body portion.
An apparatus for increasing efficiency in transmitting direct current power in a DC power transmission system, the apparatus comprising a voltage stabilizer, the voltage stabilizer comprising: an electric wire connected to a power line for transmitting the DC power; an electrical substance encircling the electric wire; an electromagnetic-field generating coil encircling the electrical substance at regular intervals in a direction perpendicular to the electric wire, the electromagnetic-field generating coil being connected to the electric wire; characterised by a voltage-stabilization circuit unit stabilizing voltage of the DC power input from the electric wire into the apparatus before outputting the stabilized voltage; and a connector connecting the power line to the electric wire, wherein the electrical substance comprises an n-p type semiconductor formed by combination of an n-type semiconductor with a p-type semiconductor an electric wire connected to a power line for transmitting the DC power; an electrical substance encircling the electric wire; an electromagnetic-field generating coil encircling the electrical substance at regular intervals in a direction perpendicular to the electric wire, the electromagnetic-field generating coil being connected to the electric wire; characterised by a voltage-stabilization circuit unit stabilizing voltage of the DC power input from the electric wire into the apparatus before outputting the stabilized voltage; and a connector connecting the power line to the electric wire, wherein the electrical substance comprises an n-p type semiconductor formed by combination of an n-type semiconductor with a p-type semiconductor