mhurhangee/ep-ind-claims huggingface dataset:
Ethernet switch for an optic fiber network comprising: - a first light emitter designed to transmit a light signal in the optic fiber, - a first photodetector configured to transform a light signal coming from the optic fiber into an electric signal, - at least one communication port of electric signals with a terminal, - a power supply circuit configured to supply power to the light emitter and to the first photodetector, - a wake-up circuit connected to the first photodetector and to the communication port configured to generate an electric wake-up signal on receipt of a light signal by the first photodetector and/or of an electric signal on the communication port, the wake-up circuit being connected to the power supply circuit to trigger power supply of the first light emitter and of the communication port characterized in that the wake-up circuit comprises. - a first transistor having a control electrode connected to the photodetector so that the current transmitted by the photodetector makes the current delivered by the transistor change, - a first capacitor connected between the output of the first transistor and the power supply circuit in association with a first resistor so that the current delivered by the first transistor generates a current pulse forming a wake-up signal for the power supply circuit. - a first light emitter designed to transmit a light signal in the optic fiber, - a first photodetector configured to transform a light signal coming from the optic fiber into an electric signal, - at least one communication port of electric signals with a terminal, - a power supply circuit configured to supply power to the light emitter and to the first photodetector, - a wake-up circuit connected to the first photodetector and to the communication port configured to generate an electric wake-up signal on receipt of a light signal by the first photodetector and/or of an electric signal on the communication port, the wake-up circuit being connected to the power supply circuit to trigger power supply of the first light emitter and of the communication port - a first transistor having a control electrode connected to the photodetector so that the current transmitted by the photodetector makes the current delivered by the transistor change, - a first capacitor connected between the output of the first transistor and the power supply circuit in association with a first resistor so that the current delivered by the first transistor generates a current pulse forming a wake-up signal for the power supply circuit.
Orthotic fitting having a knee guide joint, wherein a lower leg mounting part and an upper leg mounting part of the orthosis are able to be connected in a supple manner to each other as knee joint supports, either unilaterally with the orthotic fitting or bilaterally with two opposing orthotic fittings, wherein the orthotic fitting has two leg parts (5, 6) that can be rigidly connected to the respective lower leg mounting part and the respective upper leg mounting part, the leg ends of which leg parts (5, 6) being components of the knee guide joint, said leg ends being bent towards each other, wherein the knee guide joint is designed as a four-joint arrangement having four joints (12 to 15) that are axially parallel, in such a way that, at the leg ends, which are bent towards each other, respective angled lever parts (10, 11) are formed, each having two swivel bearings (12, 13; 14, 15) that are arranged at a distance from each other, and in each case, the swivel bearing (12; 14) that is of an angled lever part (5; 6) which is closer to the leg is connected to the swivel bearing (13; 15) of the other angled lever part (5; 6) which is further from the leg, in each case by a swivel element (8, 9), characterised in that, on a first angled lever part of a first leg part, the distance (a) of both local swivel bearings (12, 13) corresponds to the distance (b) of both swivel bearings (13, 14) between the swivel bearing on the first angled lever part which is further from the leg and the swivel bearing of the second angled lever part of the second leg part which is closer to the leg, and thus to the corresponding distance (b) of the swivel bearings (13, 14) on a first swivel element, that in addition, the distance (a) of both swivel bearings (12, 13) on the first angled lever part corresponds to the distance (c) of both swivel bearings (12, 15) between the swivel bearing on the second angled lever part which is further from the leg and the swivel bearing on the first angled lever part which is closer to the leg, and thus to the corresponding distance (c) of the swivel bearings (12, 15) on the second swivel element, and that the distance (d) of both swivel bearings (14, 15) on the second angled lever part corresponds to half the distance (a) of both swivel bearings (12, 13) on the first angled lever part.
Railway traction vehicle, in particular locomotive, for pulling at least one coupleable railway car which has a car body with a car roof defining a car height (h), comprising a vehicle body with a vehicle roof defining a vehicle height (h), wherein the vehicle height (h) is lower than the car height, wherein a roof transition element is arranged on a rear-side end region of the vehicle body, the cross-sectional profile of which roof transition element expands from its front edge, which follows a contour line of the vehicle roof, as far as its rear edge, which follows a contour line of the car roof, characterized in that the roof transition element is selectable from a set of a plurality of roof transition elements assigned to different railway cars, and the roof transition element is fastened removably to the vehicle roof.
A method for operating a large diesel engine, which is operable at least in a gas mode in which a gas is introduced as fuel into a cylinder, wherein during operation in the gas mode a state of strong load change is detected and then the large diesel engine is operated in a transient mode comprising the following steps: - defining a desired value for the rotational speed or torque of the engine - determining an upper limit for the amount of gas provided as fuel per operating cycle of the large diesel engine, - determining an additive amount of a liquid fuel introduced into the combustion chamber in addition to the gas, the additive amount being dimensioned such that the desired value for the rotational speed is realized. - defining a desired value for the rotational speed or torque of the engine - determining an upper limit for the amount of gas provided as fuel per operating cycle of the large diesel engine, - determining an additive amount of a liquid fuel introduced into the combustion chamber in addition to the gas, the additive amount being dimensioned such that the desired value for the rotational speed is realized.
Joint prosthesis implant (1; 100) comprising: - a main body (2; 200) made mainly of ceramic and comprising a joint outer surface made of ceramic, of concave or convex shape, - at least one tightening screw configured to tighten the main body (2; 200) on the patient's bone or on an intermediate element attached to said bone, - at least one added ring in the main body (2; 200) and forming with it a chamber trapping the head of the tightening screw and comprising a bearing surface forming a stop for said head of the tightening screw, the added ring being configured to be in contact with the tightening screw during said tightening, the added ring comprising a central hole crossed by the tightening screw, characterized in that the added ring is configured to distribute homogeneously in the main body (2; 200) the mechanical stresses caused by tightening the tightening screw. - a main body (2; 200) made mainly of ceramic and comprising a joint outer surface made of ceramic, of concave or convex shape, - at least one tightening screw configured to tighten the main body (2; 200) on the patient's bone or on an intermediate element attached to said bone, - at least one added ring in the main body (2; 200) and forming with it a chamber trapping the head of the tightening screw and comprising a bearing surface forming a stop for said head of the tightening screw, the added ring being configured to be in contact with the tightening screw during said tightening, the added ring comprising a central hole crossed by the tightening screw,
A nonwoven substrate comprising: a fibrous web defining a surface; and a layer of a benefit agent wherein said benefit agent is an additive composition; wherein said benefit agent is frothed and bonded to the fibrous web surface through a creping process such that the additive composition forms a surface on the substrate which is more film like than the substrate; characterised in that: said nonwoven substrate is printed and demonstrates enhanced printing when compared to an untreated substrate. a fibrous web defining a surface; and a layer of a benefit agent wherein said benefit agent is an additive composition; wherein said benefit agent is frothed and bonded to the fibrous web surface through a creping process such that the additive composition forms a surface on the substrate which is more film like than the substrate; characterised in that: said nonwoven substrate is printed and demonstrates enhanced printing when compared to an untreated substrate. said nonwoven substrate is printed and demonstrates enhanced printing when compared to an untreated substrate.
A tool steel for hot working or a tool steel for cold working or a tool steel for chip cutting machining, or a steel for a machine element, which has been manufactured by powder metallurgy and which has a chemical composition in % by weight, consisting of: 1.1 - 2.3 C+N, 0.1 - 2.0 Si, 0.1 - 3.0 Mn, 3 - 20 Cr, 5 - 20 (Mo+W/2), 0 - 20 Co, and wherein the content of Cu, Ni, Sn, Pb, Ti, Zr, and Al is no more than 1 % in total, the balance being iron and impurities from the manufacturing of the steel, and - the sum of the contents of niobium and vanadium (Nb + V) in % by weight is balanced in relation to the ratio between the contents of niobium and vanadium (Nb/V) in % by weight, such that the contents of these elements as well as the ratio them between lie within an area that is defined by the coordinates A, B, C in a system of orthogonal coordinates, where the x-axis is given by Nb+V; and the y-axis by Nb/V, where A: [4.0; 0.55], B: [4.0; 4.0], C: [7.0; 0.55]; characterized in that said steel has a micro-structure composed of tempered martensite with a content of MX-carbides of not more than 13% by volume, where at least 90% of the MX-carbides have a carbide size in the longest extension of the carbide of not more than 2,2 μm, and the content of M 6 X-carbides is not more than 13% by volume, where at least 90% of the M 6 X-carbides have a carbide size in the longest extension of the carbide of not more than 3 μm. - the sum of the contents of niobium and vanadium (Nb + V) in % by weight is balanced in relation to the ratio between the contents of niobium and vanadium (Nb/V) in % by weight, such that the contents of these elements as well as the ratio them between lie within an area that is defined by the coordinates A, B, C in a system of orthogonal coordinates, where the x-axis is given by Nb+V; and the y-axis by Nb/V, where A: [4.0; 0.55], B: [4.0; 4.0], C: [7.0; 0.55]; characterized in that said steel has a micro-structure composed of tempered martensite with a content of MX-carbides of not more than 13% by volume, where at least 90% of the MX-carbides have a carbide size in the longest extension of the carbide of not more than 2,2 μm, and the content of M 6 X-carbides is not more than 13% by volume, where at least 90% of the M 6 X-carbides have a carbide size in the longest extension of the carbide of not more than 3 μm. A: [4.0; 0.55], B: [4.0; 4.0], C: [7.0; 0.55];
Container comprising a single unit dose of a detergent composition containing at least one complexing agent dissolved in an aqueous medium, said complexing agent being a mixture of the L- and D-enantiomers of methyl glycine diacetic acid (MGDA) or its respective mono-, di- or trialkali metal or mono-, di- or triammonium salts, said mixture containing predominantly the respective L-isomer with an enantiomeric excess (ee) in the range of from 5 to 85 %, wherein said container is made from a polymer, and wherein such aqueous medium comprises at least 33% by weigh of water, referring to the entire continuous phase.
An RF structure of the mobile comprising: a plurality of frequency band modules (310, 320) having different frequency band properties, respectively; each of the frequency band modules (310, 320) including a plurality of RF blocks (311, 312, 313, 314, 321, 322, 323, 324), each of the RF blocks (311, 312, 313, 314, 321, 322, 323, 324) supporting a plurality of frequency bands; a plurality of antennas (101, 102) respectively configured to match the frequency band modules (310, 320); a plurality of one-to-many antenna switches (210, 220) configured to connect a plurality of emitting and receiving signals from a frequency band module (310 or 320) with a corresponding matched antenna (101, 102); wherein a first end (211, 221) of each one of the antenna switches (210, 220) is connected to said corresponding matched antenna (101 or 102) and a second end of each one of the antenna switch (210, 220) includes a plurality of optional ends, wherein each optional end is connected to an RF block of the corresponding frequency band module (311, 312, 313, 314, 321, 322, 323 or 324) or is floating; wherein the RF structure is configured so that an optional end (212, 213, 214, 215 or 225) of the many-to-one switch is a floating end (215 or 225) which is connected to the corresponding antenna (101 or 102) through the first end (211, 221) of the antenna switch (210, 220) when one of the other antennas (102 or 101) is connected to one of said RF blocks of the corresponding frequency band module (320,310). a plurality of frequency band modules (310, 320) having different frequency band properties, respectively; each of the frequency band modules (310, 320) including a plurality of RF blocks (311, 312, 313, 314, 321, 322, 323, 324), each of the RF blocks (311, 312, 313, 314, 321, 322, 323, 324) supporting a plurality of frequency bands; a plurality of antennas (101, 102) respectively configured to match the frequency band modules (310, 320); a plurality of one-to-many antenna switches (210, 220) configured to connect a plurality of emitting and receiving signals from a frequency band module (310 or 320) with a corresponding matched antenna (101, 102); wherein a first end (211, 221) of each one of the antenna switches (210, 220) is connected to said corresponding matched antenna (101 or 102) and a second end of each one of the antenna switch (210, 220) includes a plurality of optional ends, wherein each optional end is connected to an RF block of the corresponding frequency band module (311, 312, 313, 314, 321, 322, 323 or 324) or is floating; wherein the RF structure is configured so that an optional end (212, 213, 214, 215 or 225) of the many-to-one switch is a floating end (215 or 225) which is connected to the corresponding antenna (101 or 102) through the first end (211, 221) of the antenna switch (210, 220) when one of the other antennas (102 or 101) is connected to one of said RF blocks of the corresponding frequency band module (320,310).
An encoder for an audio signal at a signal sampling rate (fs_in), the encoder comprising - a core encoder adapted to encode a low frequency component of the audio signal at the signal sampling rate (fs_in), thereby generating a core encoded bitstream; - a spectral band replication, referred to as SBR, encoding unit (153, 254) adapted to determine a plurality of SBR parameters subject to one or more SBR encoder settings; wherein the plurality of SBR parameters is determined such that a high frequency component of the audio signal at the signal sampling rate (fs_in) can be approximated based on the low frequency component of the audio signal and the plurality of SBR parameters; and - a multiplexer adapted to generate an overall bitstream comprising the core encoded bitstream, the plurality of SBR parameters and an indication of the one or more SBR encoder settings applied by the SBR encoder (153, 254); characterized in that the generated overall bitstream indicates that the core encoded bitstream has been determined by encoding the low frequency component at a sampling rate lower than the signal sampling rate (fs_in). - a core encoder adapted to encode a low frequency component of the audio signal at the signal sampling rate (fs_in), thereby generating a core encoded bitstream; - a spectral band replication, referred to as SBR, encoding unit (153, 254) adapted to determine a plurality of SBR parameters subject to one or more SBR encoder settings; wherein the plurality of SBR parameters is determined such that a high frequency component of the audio signal at the signal sampling rate (fs_in) can be approximated based on the low frequency component of the audio signal and the plurality of SBR parameters; and - a multiplexer adapted to generate an overall bitstream comprising the core encoded bitstream, the plurality of SBR parameters and an indication of the one or more SBR encoder settings applied by the SBR encoder (153, 254);
A hybrid polymer obtainable by a reactive extrusion process during a melt extrusion of an organic polymer and a sol-gel preparation, where the sol-gel preparation is prepared through a sol-gel reaction from compounds selected from at least one of a silicon alkoxide, a metal alkoxide, a metal acetate, a metal salt of a fatty acid, and a metal salt of acetylacetonate and where the sol-gel preparation is dispersed through and covalently attached to the organic polymer during the reactive extrusion process.
A separator for an electricity storage device including an inorganic-containing layer comprising inorganic particles and a polyolefin resin, characterized in that in a cross-section of the inorganic-containing layer, a ratio b of an area occupied by the inorganic particles, determined as described in the description, is 9% or greater and 35% or less, a ratio of an area occupied by pores, determined as described in the description, is 20% or greater and 60% or less, wherein the separator for an electricity storage device has a TD heat shrinkage rate a at 150 °C, measured as described in the description, of 4% or less, and a ratio of tensile strength in MD to tensile strength in TD, measured as described in the description, is 6.0 or greater. in a cross-section of the inorganic-containing layer, a ratio b of an area occupied by the inorganic particles, determined as described in the description, is 9% or greater and 35% or less, a ratio of an area occupied by pores, determined as described in the description, is 20% or greater and 60% or less, a ratio b of an area occupied by the inorganic particles, determined as described in the description, is 9% or greater and 35% or less, a ratio of an area occupied by pores, determined as described in the description, is 20% or greater and 60% or less, wherein the separator for an electricity storage device has a TD heat shrinkage rate a at 150 °C, measured as described in the description, of 4% or less, and a ratio of tensile strength in MD to tensile strength in TD, measured as described in the description, is 6.0 or greater.
Non-therapeutic use of at least one peptide having sequence VRLIVX 1 RIX 2 RR, wherein X 1 is selected from A and K and X 2 is selected from W and K (SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3, SEQ ID NO: 4), or a salt or solvate thereof, as an antimicrobial agent for the prevention and/or treatment of contamination of a product or a surface by Listeria monocytogenes.
An organosilicon compound having the structural formula: wherein each R 1 is independently a C 1 -C 10 alkyl group or C 6 -C 10 aryl group, each R 2 is independently a C 1 -C 10 alkyl group or C 6 -C 10 aryl group, wherein some or all of the hydrogen atoms in R 1 and R 2 may be substituted by a halogen atom or cyano group, and the C 1 -C 10 alkyl groups represented by R 1 and R 2 may be straight, branched or cyclic, R 5 is an unsubstituted C 1 -C 10 alkylene group which may be a straight or branched alkylene, or cycloalkylene group. each R 2 is independently a C 1 -C 10 alkyl group or C 6 -C 10 aryl group, wherein some or all of the hydrogen atoms in R 1 and R 2 may be substituted by a halogen atom or cyano group, and the C 1 -C 10 alkyl groups represented by R 1 and R 2 may be straight, branched or cyclic, R 5 is an unsubstituted C 1 -C 10 alkylene group which may be a straight or branched alkylene, or cycloalkylene group.
A process for the surface treatment of titanium dioxide pigments, comprising the steps in the following order: (a) forming an aqueous suspension of titanium dioxide pigments; (b) precipitating a layer of alumina phosphate on the surface of the pigments; (c) precipitating a layer of alumina over the layer of alumina phosphate; (d) precipitating a layer of magnesium oxide over the layer of alumina, wherein the precipitating of the layer of magnesium oxide comprises adding a magnesium source to the aqueous suspension after step (c) and adding a basic alumina source to the suspension during the addition of magnesium; and (e) recovering the titanium dioxide pigments from the suspension. (a) forming an aqueous suspension of titanium dioxide pigments; (b) precipitating a layer of alumina phosphate on the surface of the pigments; (c) precipitating a layer of alumina over the layer of alumina phosphate; (d) precipitating a layer of magnesium oxide over the layer of alumina, wherein the precipitating of the layer of magnesium oxide comprises adding a magnesium source to the aqueous suspension after step (c) and adding a basic alumina source to the suspension during the addition of magnesium; and (e) recovering the titanium dioxide pigments from the suspension.
An aluminum nitride sintered body comprising 100 parts by weight of AlN, 5 to 20 parts by weight on an oxide basis of ZrN, 1 to 10 parts by weight of Y 2 O 3 as a sintering aid and 0.025 to 0.15 parts by weight on a Si element basis of a Si component as a Si additive, characterized in that the sintered body has an oxygen content of 1.8 wt% or less, the sintering aid phase in the aluminum nitride sintered body contains YAM as a crystal phase and does not contain YAG as a crystal phase, a thermal conductivity is 130 W/m·K or higher and a three-point flexural strength is 600 MPa or more; for the conductivity measurement, a laser flash technique based on the JIS-R1611 standard was used; the oxygen content is measured by means of inert gas fusion-nondispersive infrared absorptiometry; a three-point flexural test based on the JIS-R1601 standard was used. for the conductivity measurement, a laser flash technique based on the JIS-R1611 standard was used; the oxygen content is measured by means of inert gas fusion-nondispersive infrared absorptiometry; a three-point flexural test based on the JIS-R1601 standard was used.