mhurhangee/ep-ind-claims huggingface dataset:
A method of non-destructive detection of surface and near surface abnormalities in a metallic product, the method comprising: positioning a sample (204, 304) having a surface under a source of an incident radiation; irradiating the surface with the incident radiation from the source; detecting a scattered radiation; producing a radiation pattern from the detected scattered radiation; analysing the radiation pattern; producing an output indicative of the scattered radiation from the sample (204, 304); comparing the output with a threshold value (502, 602), the threshold value indicative of a maximum acceptable detected surface abnormality; and identifying the presence of a surface abnormality when the output exceeds the threshold value (502, 602), wherein said surface abnormality is formed during a manufacturing process of the metallic product, and the surface abnormality comprises one or more of a white layer, white etching layer, amorphous layer, and/or thermo-mechanically deformed region; and wherein said incident radiation includes at least one of X-ray radiation and/or neutron radiation. positioning a sample (204, 304) having a surface under a source of an incident radiation; irradiating the surface with the incident radiation from the source; detecting a scattered radiation; producing a radiation pattern from the detected scattered radiation; analysing the radiation pattern; producing an output indicative of the scattered radiation from the sample (204, 304); comparing the output with a threshold value (502, 602), the threshold value indicative of a maximum acceptable detected surface abnormality; and identifying the presence of a surface abnormality when the output exceeds the threshold value (502, 602), wherein said surface abnormality is formed during a manufacturing process of the metallic product, and the surface abnormality comprises one or more of a white layer, white etching layer, amorphous layer, and/or thermo-mechanically deformed region; and wherein said incident radiation includes at least one of X-ray radiation and/or neutron radiation.
A membrane for supporting the growth of retinal pigmented epithelial cells, the membrane comprising a substantially non-biodegradable and porous support layer coated on at least one side with a coating comprising a glycoprotein, wherein the pore density of the pores in the support layer is between 1 x 10 7 and 3 x 10 8 pores per cm 2.
A method for producing an antioxidant composition, comprising the following consecutive steps of: storing raw oyster meat in an extraction container containing an extraction solution to obtain an extract liquid containing an oyster meat extract; concentrating the extract liquid; adding an ethanol solution to the concentrated extract liquid obtained in step to achieve a solution with an ethanol concentration of approximately 70%; stirring the resulting liquid from step thereby separating precipitate from supernatant; removing ethanol from the supernatant; concentrating the supernatant obtained in step until the amount of supernatant becomes approximately half of that of step; diluting the concentrated liquid obtained in step so as to be 5 times the concentrated liquid obtained in step; adding ethyl acetate to the liquid obtained in step to achieve a solution; separating the solution obtained in step into an ethyl acetate layer and a water layer; recovering a 3,5-dihydroxy-4-methoxybenzyl alcohol fraction from the ethyl acetate layer. storing raw oyster meat in an extraction container containing an extraction solution to obtain an extract liquid containing an oyster meat extract; concentrating the extract liquid; adding an ethanol solution to the concentrated extract liquid obtained in step to achieve a solution with an ethanol concentration of approximately 70%; stirring the resulting liquid from step thereby separating precipitate from supernatant; removing ethanol from the supernatant; concentrating the supernatant obtained in step until the amount of supernatant becomes approximately half of that of step; diluting the concentrated liquid obtained in step so as to be 5 times the concentrated liquid obtained in step; adding ethyl acetate to the liquid obtained in step to achieve a solution; separating the solution obtained in step into an ethyl acetate layer and a water layer; recovering a 3,5-dihydroxy-4-methoxybenzyl alcohol fraction from the ethyl acetate layer.
A method of decoding a downlink control channel that occupies a transmission time interval, TTI, bundle of subframes, the TTI bundle of subframes comprising consecutive subframes in which at least one downlink control channel decoding candidate is repeated, the method comprising: determining the at least one downlink control channel decoding candidate, characterized in that the at least one downlink control channel decoding candidate has an aggregation level that is supported in a first subframe of the TTI bundle of subframes, wherein the first subframe has a downlink time division duplex, TDD, subframe configuration, and that is not supported in a second subframe of the TTI bundle of subframes, wherein the second subframe has a special TDD subframe configuration, and in that the method further comprises: monitoring and decoding the at least one downlink control channel decoding candidate in the first subframe based on the aggregation level being supported in the first subframe; and ignoring the second subframe for monitoring the at least one downlink control channel decoding candidate if there is no decoding candidate in the second subframe corresponding to the decoding candidate in the first subframe. determining the at least one downlink control channel decoding candidate, characterized in that the at least one downlink control channel decoding candidate has an aggregation level that is supported in a first subframe of the TTI bundle of subframes, wherein the first subframe has a downlink time division duplex, TDD, subframe configuration, and that is not supported in a second subframe of the TTI bundle of subframes, wherein the second subframe has a special TDD subframe configuration, and in that the method further comprises: monitoring and decoding the at least one downlink control channel decoding candidate in the first subframe based on the aggregation level being supported in the first subframe; and ignoring the second subframe for monitoring the at least one downlink control channel decoding candidate if there is no decoding candidate in the second subframe corresponding to the decoding candidate in the first subframe. monitoring and decoding the at least one downlink control channel decoding candidate in the first subframe based on the aggregation level being supported in the first subframe; and ignoring the second subframe for monitoring the at least one downlink control channel decoding candidate if there is no decoding candidate in the second subframe corresponding to the decoding candidate in the first subframe.
A method of manufacturing a semiconductor device, comprising: forming a first conductive film; forming a second insulating film over the first conductive film; forming a dielectric film that covers the second insulating film over the first conductive film; processing the dielectric film so as to form a third insulating film that covers the second insulating film over the first conductive film, and form a first insulating film separate from the third insulating film over the first conductive film; forming a second conductive film over the first insulating film and the third insulating film; processing the second conductive film so as to form a first upper electrode over the first insulating film, and form a second upper electrode over the third insulating film; and processing the first conductive film so as to form a first lower electrode under the first insulating film, and form a second lower electrode under the second insulating film, wherein a contour of the second upper electrode in planar view is inside the contour of the second insulating film in planar view, the method is characterized by: a contour of the third insulating film in planar view is outside a contour of the second insulating film in planar view. forming a first conductive film; forming a second insulating film over the first conductive film; forming a dielectric film that covers the second insulating film over the first conductive film; processing the dielectric film so as to form a third insulating film that covers the second insulating film over the first conductive film, and form a first insulating film separate from the third insulating film over the first conductive film; forming a second conductive film over the first insulating film and the third insulating film; processing the second conductive film so as to form a first upper electrode over the first insulating film, and form a second upper electrode over the third insulating film; and processing the first conductive film so as to form a first lower electrode under the first insulating film, and form a second lower electrode under the second insulating film, wherein a contour of the second upper electrode in planar view is inside the contour of the second insulating film in planar view, the method is characterized by: a contour of the third insulating film in planar view is outside a contour of the second insulating film in planar view. a contour of the third insulating film in planar view is outside a contour of the second insulating film in planar view.
A podded all-direction pump-jet vector propeller, comprising: a controller, a suspension arm, a motor fixedly located beneath the said suspension arm and electrically connected to the said controller, and an impeller located on an output shaft of the said motor, wherein a 360 degrees steering engine is connected to an upper end of the said suspension arm for transmission, and the said 360 degrees steering engine is electrically connected to the said controller, wherein the said propeller further comprises an annular filter cover and an annular impeller cover adapted to the said impeller, the said annular impeller cover being provided with a guiding impeller on a jet of the said annular impeller cover, when working, fluid successively flowing through the said annular impeller cover and the said guiding impeller, and being then sprayed out; characterised in that the said annular filter cover is located between the said annular impeller cover and the said motor, an end of the said annular filter cover being fixed to the said motor, and an opposite end of the said annular filter cover being connected to the said annular impeller cover; in that a guiding tube which can rotate along X, Y axis directions is hinged to an outer side of a jet of the said annular impeller cover; and in that the said propeller further comprises a vector steering engine I and a vector steering engine II connected to the said guiding impeller for transmission, wherein the said guiding impeller is transmitted by the said vector steering engine I and the said vector steering engine II via a universal coupling mechanism to realize an adjustment having two degrees of freedom, a lateral direction and a longitudinal direction, wherein both the said vector steering engine I and the said vector steering engine II are 60-90 degrees steering engines, and wherein the said vector steering engine I and the said vector steering engine II are all connected to the said guiding impeller or the said guiding tube via a steel wire for transmission.
Tibial resection guide device comprising: a guide jig comprising a slot provided for accepting and guiding a surgical saw; a first feeler provided for coming into contact with a point or an area of a tibial plate; a second feeler provided for coming into contact with a point or an area of a tibial plate; wherein the first feeler and the second feeler can be rotated with respect to one another and to the guide jig around the same rotation axis, wherein the first feeler can be translated with respect to the second feeler and to the guide jig along a first sliding direction contained within a first sliding plane, and wherein the second feeler can be translated with respect to the first feeler and to the guide jig along a second sliding direction contained within a second sliding plane parallel to the first sliding plane. a guide jig comprising a slot provided for accepting and guiding a surgical saw; a first feeler provided for coming into contact with a point or an area of a tibial plate; a second feeler provided for coming into contact with a point or an area of a tibial plate; wherein the first feeler and the second feeler can be rotated with respect to one another and to the guide jig around the same rotation axis, wherein the first feeler can be translated with respect to the second feeler and to the guide jig along a first sliding direction contained within a first sliding plane, and wherein the second feeler can be translated with respect to the first feeler and to the guide jig along a second sliding direction contained within a second sliding plane parallel to the first sliding plane.
A fluoroelastomer composition [composition] comprising: - at least one fluoroelastomer [fluoroelastomer] comprising from 0.1 to 10.0 % moles of recurring units derived from at least one cure-site containing monomer having at least a nitrile group [monomer], with respect to total moles of recurring units, and comprising iodine and/or bromine cure sites in an amount such that the I and/or Br content is of from 0.04 to 10.0% wt, with respect to the total weight of fluoroelastomer; - at least an organic peroxide [peroxide]; - at least one polyunsaturated compound [compound]; - at least one nitrile-containing fluoropolyether compound [compound (CN-PFPE)] of formula: T A -O-R f -T A' wherein: - R f is (per)fluoropolyoxyalkylene chain [chain (R f)] comprising recurring units having at least one catenary ether bond and at least one fluorocarbon moiety; - T A and T A', equal to or different from each other, are selected from the group consisting of (hydro)(fluoro)carbon group, optionally comprising ethereal oxygen atom(s), and comprising at least nitrile group; and - a nitrile-curing co-agent [agent] comprising at least one -NH- group. - at least one fluoroelastomer [fluoroelastomer] comprising from 0.1 to 10.0 % moles of recurring units derived from at least one cure-site containing monomer having at least a nitrile group [monomer], with respect to total moles of recurring units, and comprising iodine and/or bromine cure sites in an amount such that the I and/or Br content is of from 0.04 to 10.0% wt, with respect to the total weight of fluoroelastomer; - at least an organic peroxide [peroxide]; - at least one polyunsaturated compound [compound]; - at least one nitrile-containing fluoropolyether compound [compound (CN-PFPE)] of formula: T A -O-R f -T A' wherein: - R f is (per)fluoropolyoxyalkylene chain [chain (R f)] comprising recurring units having at least one catenary ether bond and at least one fluorocarbon moiety; - T A and T A', equal to or different from each other, are selected from the group consisting of (hydro)(fluoro)carbon group, optionally comprising ethereal oxygen atom(s), and comprising at least nitrile group; and - a nitrile-curing co-agent [agent] comprising at least one -NH- group. - R f is (per)fluoropolyoxyalkylene chain [chain (R f)] comprising recurring units having at least one catenary ether bond and at least one fluorocarbon moiety; - T A and T A', equal to or different from each other, are selected from the group consisting of (hydro)(fluoro)carbon group, optionally comprising ethereal oxygen atom(s), and comprising at least nitrile group; and - a nitrile-curing co-agent [agent] comprising at least one -NH- group.
Fluid valve having a valve housing and having an adjustable valve body which is arranged therein and having multiple line ends (13, 14, 15, 16) which are connected to the valve housing and which serve for transport of a heat-carrier medium, in particular a cooling water, wherein, between the valve body and the line ends (13, 14, 15, 16), provision is made of chambers (17, 18, 19, 20) which can be pressed against the valve body by way of clamping devices (21, 22, 23, 24) and into which the line ends (13, 14, 15, 16) open, characterized in that the clamping devices (21, 22, 23, 24) are in the form of linear drives which can be adjusted during the operation of the fluid valve, in that force sensors are mounted between the clamping devices (21, 22, 23, 24) and the chambers (17, 18, 19, 20), and in that the linear drives and the force sensors form a closed-loop control circuit for automatic adjustment of the contact pressure forces of the clamping devices (21, 22, 23, 24).
A method of recycling cellulose for use as a textile fibre feedstock, the method comprising: (i) providing a waste textile feedstock comprising greater than 50 wt% cellulose by weight of the waste textile feedstock; (ii) shredding the waste textile feedstock to provide a shredded waste textile feedstock comprising fibres which have a fibre length of less than 5 mm; (iii) mixing the shredded waste textile feedstock with an aqueous alkali solution having a pH of greater than 11 to produce a first mixture; (iv) filtering the first mixture to obtain an alkali treated shredded waste textile feedstock; (v) mixing the alkali treated shredded waste textile feedstock with an aqueous acid solution having a pH of less than 5 to produce a second mixture; and (vi) filtering the second mixture to obtain cellulose wherein the aqueous alkali solution is a used aqueous alkali solution obtained from the manufacture of viscose process and/or wherein the aqueous acid solution is a used aqueous acid solution obtained from the manufacture of paper pulp during bleaching stages. (i) providing a waste textile feedstock comprising greater than 50 wt% cellulose by weight of the waste textile feedstock; (ii) shredding the waste textile feedstock to provide a shredded waste textile feedstock comprising fibres which have a fibre length of less than 5 mm; (iii) mixing the shredded waste textile feedstock with an aqueous alkali solution having a pH of greater than 11 to produce a first mixture; (iv) filtering the first mixture to obtain an alkali treated shredded waste textile feedstock; (v) mixing the alkali treated shredded waste textile feedstock with an aqueous acid solution having a pH of less than 5 to produce a second mixture; and (vi) filtering the second mixture to obtain cellulose wherein the aqueous alkali solution is a used aqueous alkali solution obtained from the manufacture of viscose process and/or wherein the aqueous acid solution is a used aqueous acid solution obtained from the manufacture of paper pulp during bleaching stages.
A composite electrical fitting comprising: an electrical component having a cover therearound; a cover plate, integrally formed with said electrical component and said cover; and integral wires, each having a first end and a second end, and wherein said first end is in electrical communication with said electrical component and a quick-connect member is disposed at said second end; wherein said composite electrical fitting is dimensioned to be received by a new or existing wall box; wherein said wall box having an opening with power supply wiring passing therethough into said wall box, said power supply wiring comprises a sheath therearound; wherein each of said quick-connect member further comprises a cutting member, and wherein said cutting member is dimensioned to pierce the sheath of said power supply wiring from said wall box; wherein said cover plate comprises at least one throughhole therein dimensioned to receive at least one fastener, and wherein said composite electrical fitting is removably secured to a said wall box via said at least one fastener; and wherein said wall box comprises at least one aperture dimensioned to cooperatively engage said at least one fastener; whereby, said electrical fitting being installable into said new or existing wall box via connection of said quick-connect fittings with said power supply wires and fastening said electrical fitting to said wall box. an electrical component having a cover therearound; a cover plate, integrally formed with said electrical component and said cover; and integral wires, each having a first end and a second end, and wherein said first end is in electrical communication with said electrical component and a quick-connect member is disposed at said second end;
Commercial vehicle body (1, 31), in particular a box body, with an end wall (3, 40), with a loading space delimited at the front by the end wall (3, 40), with a lighting apparatus for lighting the loading space, with a switching apparatus (14, 32) for activating and deactivating the lighting apparatus, characterised in that the commercial vehicle body (1, 31) has a display apparatus (15, 33) displaying the activated and the deactivated state of the lighting apparatus visually and in a manner distinguishable from one another and in that the display apparatus (15, 33) is arranged on the front side of the end wall (3, 40) in relation to the commercial vehicle body and is spaced at most 45 cm, preferably at most 30 cm, in particular at most 25 cm from a lateral edge (18, 41) of the end wall (3, 40).
An artificial lawn for an artificial grass sports field, said lawn comprising a carrier to which several groups of artificial fibres are attached, of which a first group comprises artificial grass fibres comprising at least one synthetic material, characterised in that the artificial fibres of a second group comprise at least one additional material component, which additional material component imposes a permanent volume increase on the artificial fibres of the second group under the influence of an external stimulus.
Weight device (102', 102", 102''') for a level measuring instrument comprising a waveguide of a shape of a cable having a wave resistance, the weight device (102', 102", 102''') further comprising: a weight body (407, 507, 607) having a fixing means; wherein the fixing means is set up to fix the weight body (407, 507, 607) to the waveguide; wherein the fixing means comprises a wave resistance which is substantially adapted to the wave resistance of the waveguide; wherein the fixing means is a transition area in which a transition from the waveguide to the weight device (102', 102", 102''') takes place, and wherein the fixing means is designed such that, in a fixing state, the fixing means fixes an end of the cable, but only causes minor reflections; characterized in that the weight body (407, 507, 607) is of a shape selected from the group of shapes, consisting of: - a truncated cone shape - a trumpet shape. a weight body (407, 507, 607) having a fixing means; wherein the fixing means is set up to fix the weight body (407, 507, 607) to the waveguide; wherein the fixing means comprises a wave resistance which is substantially adapted to the wave resistance of the waveguide; wherein the fixing means is a transition area in which a transition from the waveguide to the weight device (102', 102", 102''') takes place, and wherein the fixing means is designed such that, in a fixing state, the fixing means fixes an end of the cable, but only causes minor reflections; characterized in that the weight body (407, 507, 607) is of a shape selected from the group of shapes, consisting of: - a truncated cone shape - a trumpet shape. - a truncated cone shape - a trumpet shape.