mhurhangee/ep-ind-claims huggingface dataset:
A wide-angle photographic objective comprising, in sequence from an object-side end to an image-side end, a front group of total positive refractive power having at least four lenses (L1 - L4); a middle group of total positive refractive power having at least three lenses (L5 - L7); and a rear group of total positive refractive power having at least three lenses (L8 - L10), wherein the quotient of the focal length of the front group and the total focal length of the objective amounts to between 2.28 and 2.79, the quotient of the focal length of the middle group and the total focal length of the objective amounts to between 3.02 and 3.69, and the quotient of the focal length of the rear group and the total focal length of the objective amounts to between 3.50 and 4.29, wherein the front group comprises, in sequence from an object-side end to an image-side end, at least a first lens having a positive refractive power, a second lens having a negative refractive power, a third lens having a negative refractive power, and a fourth lens having a positive refractive power, with the lenses having a positive refractive power (L1, L4) being bi-convex and the lenses having a negative refractive power (L2, L3) being bi-concave, wherein the lenses (L1 - L4) of the front group have an Abbe number of between 38 and 45, with the lenses (L2, L3) of the front group, which have a negative refractive power, having a deviation of the relative partial dispersion ΔP g,F from the normal line of less than or equal to -0.0035, and wherein the first lens has a refractive index of between 1.80 and 1.86 and the fourth lens has a refractive index of greater than or equal to 1.86. wherein the front group comprises, in sequence from an object-side end to an image-side end, at least a first lens having a positive refractive power, a second lens having a negative refractive power, a third lens having a negative refractive power, and a fourth lens having a positive refractive power, with the lenses having a positive refractive power (L1, L4) being bi-convex and the lenses having a negative refractive power (L2, L3) being bi-concave, wherein the lenses (L1 - L4) of the front group have an Abbe number of between 38 and 45, with the lenses (L2, L3) of the front group, which have a negative refractive power, having a deviation of the relative partial dispersion ΔP g,F from the normal line of less than or equal to -0.0035, and wherein the first lens has a refractive index of between 1.80 and 1.86 and the fourth lens has a refractive index of greater than or equal to 1.86.
A catalyst composition comprising: (a) at least 50 wt% of a crystalline MCM-49 molecular sieve based on the weight of the catalyst composition; (b) a binder comprising a titanium compound in the range from 1 wt.% to 35 wt.% based on the weight of said catalyst composition; and (c) 1 wt.% to 34 wt% of alumina, based on the weight of said catalyst composition. (a) at least 50 wt% of a crystalline MCM-49 molecular sieve based on the weight of the catalyst composition; (b) a binder comprising a titanium compound in the range from 1 wt.% to 35 wt.% based on the weight of said catalyst composition; and (c) 1 wt.% to 34 wt% of alumina, based on the weight of said catalyst composition.
TIG welding torch comprising a torch tip that has at least one non-melting electrode and at least one feeder device for a melting wire-shaped filler material, wherein the longitudinal axis of each electrode and the longitudinal axis of each wire-shaped filler material intersect one another at a Tool Centre Point, and the torch tip is arranged adjustably on a support and can be fixed in at least two different positions while the Tool Centre Point remains the same, wherein the support is designed so as to be elongate and virtually V-shaped at the front end and comprises an arcuate guide at the front end, in which guide a slide connected to the torch tip is arranged, such that the outer dimensions of the welding torch are not changed substantially when the torch tip is adjusted, wherein a device for securing the at least one feeder device for the wire-shaped filler material is arranged on the support, wherein the feeder device is arranged on the side opposite the support such that the torch tip is arranged between the support and the feeder device and the Tool Centre Point is located to the side of the longitudinal axis of the support.
An electroluminescent device comprising a layer system with a substrate and on top of the substrate a substrate electrode, a counter electrode and an electroluminescent layer stack with at least one organic electroluminescent layer arranged between the substrate electrode and the counter electrode, at least one optical transparent outcoupling body is provided on top of the substrate electrode to increase the outcoupling of light generated by the at least one organic electroluminescent layer at least partly covering the optical transparent outcoupling body characterized in that the surface of the optical transparent outcoupling body facing towards the electroluminescent layer stack and/or the counter electrode is covered with a reflecting means, preferably with Silver, Aluminum, a dielectric mirror or combinations thereof.
Nebulization device (1; 101; 201) comprising: - a nebulizing nozzle (20; 120; 220) provided with at least one liquid inlet orifice and at least one liquid outlet orifice, provided in the lower part of said nozzle, as well as a piezoelectric element, provided in the upper part of said nozzle, capable of emitting acoustic waves into said liquid, - a nebulization enclosure (2; 102; 202) comprising at least one diffusion orifice, said nozzle being capable of generating a jet of liquid inside said nebulization enclosure, - a volume (VC; VC") of liquid, called collection volume, suitable for collecting a fraction of the jet of liquid generated by the nozzle and also suitable for supplying the at least one inlet orifice of the nozzle, - circulation means extending between the collection volume (VC; VC") and the at least one inlet orifice, - ventilation means (7; 107; 207), capable of generating a gas flow intended to entrain a portion of the liquid, exiting the nozzle, towards the at least one diffusion orifice, said collection volume (VC; VC") being capable of collecting by gravity said fration of the jet liquid generated by the nozzle, characterized in that the nebulization enclosure comprises a closed bottom, an upper wall and side walls connecting this bottom and this upper wall, the collection volume being delimited by the bottom and a part of the side walls, and in that the upper wall is formed by a cover attached removably to the side walls of the enclosure, the nebulization nozzle being fixed to this cover. - a nebulizing nozzle (20; 120; 220) provided with at least one liquid inlet orifice and at least one liquid outlet orifice, provided in the lower part of said nozzle, as well as a piezoelectric element, provided in the upper part of said nozzle, capable of emitting acoustic waves into said liquid, - a nebulization enclosure (2; 102; 202) comprising at least one diffusion orifice, said nozzle being capable of generating a jet of liquid inside said nebulization enclosure, - a volume (VC; VC") of liquid, called collection volume, suitable for collecting a fraction of the jet of liquid generated by the nozzle and also suitable for supplying the at least one inlet orifice of the nozzle, - circulation means extending between the collection volume (VC; VC") and the at least one inlet orifice, - ventilation means (7; 107; 207), capable of generating a gas flow intended to entrain a portion of the liquid, exiting the nozzle, towards the at least one diffusion orifice, said collection volume (VC; VC") being capable of collecting by gravity said fration of the jet liquid generated by the nozzle, characterized in that the nebulization enclosure comprises a closed bottom, an upper wall and side walls connecting this bottom and this upper wall, the collection volume being delimited by the bottom and a part of the side walls, and in that the upper wall is formed by a cover attached removably to the side walls of the enclosure, the nebulization nozzle being fixed to this cover.
A cosmetic composition comprising a silicone-based copolymer resin powder obtainable by the steps of: reacting a siloxane oligomer, obtainable from ring-opening of cyclic organosiloxane in the presence of acid catalyst and anionic surfactant, with silane coupling agent having an alkoxy group and a polymerizable double bond, to obtain linear or branched organopolysiloxane containing at least 2 silicon-bonded hydroxyl groups per molecule, copolymerizing 100 parts by weight of the linear or branched organopolysiloxane with 1 to 899 parts by weight of ethylenically unsaturated monomer, to form a copolymer as a core, and further polymerizing onto the copolymer core 1 to 899 parts by weight of further ethylenically unsaturated monomer as a shell, the total amount of components and being 2 to 900 parts by weight, the powder containing not more than 0.3% by weight of cyclic organosiloxane and not more than 1% by weight of anionic surfactant. reacting a siloxane oligomer, obtainable from ring-opening of cyclic organosiloxane in the presence of acid catalyst and anionic surfactant, with silane coupling agent having an alkoxy group and a polymerizable double bond, to obtain linear or branched organopolysiloxane containing at least 2 silicon-bonded hydroxyl groups per molecule, copolymerizing 100 parts by weight of the linear or branched organopolysiloxane with 1 to 899 parts by weight of ethylenically unsaturated monomer, to form a copolymer as a core, and further polymerizing onto the copolymer core 1 to 899 parts by weight of further ethylenically unsaturated monomer as a shell, the total amount of components and being 2 to 900 parts by weight, the powder containing not more than 0.3% by weight of cyclic organosiloxane and not more than 1% by weight of anionic surfactant.
A method for wireless communication by a wireless communication device, the method comprising: generating a plurality of data units, each data unit including information bits; performing a prefix encoding operation on the information bits in the plurality of data units that generates one or more output bitstreams including amplitude bits for each of the data units based on the information bits in the data units, the performance of the prefix encoding operation including comparing sequences of consecutive bits of the information bits to one or more patterns of bit values of a set of patterns of bit values, each pattern of bit values of the set of patterns of bit values being associated with a respective sequence of amplitude bits of a set of sequences of amplitude bits, each sequence of amplitude bits being associated with a respective symbol amplitude of a set of symbol amplitudes, a number of patterns of bit values in the set of patterns of bit values being less than a number of sequences of amplitude bits in the set of sequences of amplitude bits; identifying a boundary in the information bits; inserting, into the one or more output bitstreams, based on the identified boundary, a sequence of amplitude bits of the set of sequences of amplitude bits that is not associated with any of the patterns of bit values of the set of patterns of bit values, the inserted sequence of amplitude bits indicating the boundary; and transmitting a wireless packet including a plurality of symbols based on the one or more output bitstreams. generating a plurality of data units, each data unit including information bits; performing a prefix encoding operation on the information bits in the plurality of data units that generates one or more output bitstreams including amplitude bits for each of the data units based on the information bits in the data units, the performance of the prefix encoding operation including comparing sequences of consecutive bits of the information bits to one or more patterns of bit values of a set of patterns of bit values, each pattern of bit values of the set of patterns of bit values being associated with a respective sequence of amplitude bits of a set of sequences of amplitude bits, each sequence of amplitude bits being associated with a respective symbol amplitude of a set of symbol amplitudes, a number of patterns of bit values in the set of patterns of bit values being less than a number of sequences of amplitude bits in the set of sequences of amplitude bits; identifying a boundary in the information bits; inserting, into the one or more output bitstreams, based on the identified boundary, a sequence of amplitude bits of the set of sequences of amplitude bits that is not associated with any of the patterns of bit values of the set of patterns of bit values, the inserted sequence of amplitude bits indicating the boundary; and transmitting a wireless packet including a plurality of symbols based on the one or more output bitstreams.
Agricultural harvesting machine with a cutting unit designed as a harvesting attachment for cutting and picking up harvested material and with a driver assistance system for controlling the cutting unit, wherein the driver assistance system comprises a memory for storing data and a computing device for processing the data stored in the memory, characterised in that in that the cutting unit, together with the driver assistance system, forms an automatic cutting unit, in that a plurality of selectable harvesting process strategies for setting or optimising harvesting process parameters are stored in the memory, and in that the computing device is set up to autonomously determine at least one machine parameter - cutting unit parameters (2a-f) - in order to implement the selected harvesting process strategy or of the selected harvesting process strategies to autonomously determine at least one machine parameter - cutting unit parameter (2a-f) - and to specify it to the cutting unit, wherein a functional system model for at least a part of the harvesting machine is stored in the memory and that the computing device is set up to carry out the autonomous determination of the at least one cutting unit parameter (2a-f) based on the system model, wherein the system model forms functional relationships between a harvesting parameter and at least one cutting unit parameter
Method for filling a sterile container, in particular a bottle, with a liquid, wherein - a sterile connection is established between a flexible bag and a first opening of the container, - a sterile connection is established between a second opening of the container and a source of the liquid to be filled into the container, - the liquid is filled into the container, - a gas, in particular air, which is present in the container is displaced by the liquid and forced into the flexible bag while increasing the volume of the flexible bag and - the connection between the source of liquid and the second opening of the container is severed in a sterile way. - a sterile connection is established between a flexible bag and a first opening of the container, - a sterile connection is established between a second opening of the container and a source of the liquid to be filled into the container, - the liquid is filled into the container, - a gas, in particular air, which is present in the container is displaced by the liquid and forced into the flexible bag while increasing the volume of the flexible bag and - the connection between the source of liquid and the second opening of the container is severed in a sterile way.
Method for activating a radio adapter in a terminal device that comprises a localization unit, after a determination of the position of the terminal device without using the localization unit, wherein the localization unit is configured to localize the terminal device using radio signals of radio access points received in the terminal device, wherein the activation of the radio adapter occurs at a second position dependent upon the number of radio access points available for radio network-based localization, which second position has a predetermined distance from the previously determined position, wherein the distance is determined based upon the velocity of the terminal device, and the second position is reachable from the last determined position and is in the movement direction of the terminal device; wherein the number of the radio access points, from which radio signals can be received at the second position, is estimated in that the number of radio access points is effected in a predetermined vicinity around the second position using information stored in a central unit, wherein this information contains all radio access points with their positions.
An austenitic stainless steel, which consists of by mass percent, C: 0.005 to 0.02%, Si: 0.01 to 0.50%, Mn: 0.01 to 2.0%, Cr: 24 to 26%, Ni: 19 to 22%, Mo: more than 0.10% to less than 0.50%, N: more than 0.04% to not more than 0.15%, and one or two elements selected from Nb: not more than 0.30% and V: not more than 0.40%, with the balance being Fe and impurities, in which the total content of the one or two elements selected from Nb and V is 0.01% or more, the contents of P, S and Sn among the impurities are P: not more than 0.030%, S: not more than 0.002% and Sn: not more than 0.015%, respectively, and the content of each element satisfies relationships represented by the following formulas and; 2.5 ≤ Fn 1 ≤ 25.0 Fn 2 ≤ − 5.76 × 10 − 4 × Fn 1 + 0.0267 wherein Fn1 and Fn2 in the formulas and are the values obtained from the following formulas and, respectively, and each element symbol in the formulas and represents the content by mass percent of the element concerned; Fn 1 = 36 Nb + 53 V + 15 N Fn 2 = S + P + Sn / 2
A method for compensating for alien crosstalk at one or more of a plurality of wire pairs (1-2/3-6/4-5/7-8) in a telecommunications jack, the method comprising: positioning a crosstalk compensation arrangement relating to crosstalk across at least a first wire pair (1-2/3-6/4-5) and a second wire pair (3-6/4-5/7-8) on a circuit board within a telecommunications jack, the crosstalk compensation arrangement including a plurality of symmetric zones of crosstalk compensation (Z A1 /Z A2 /Z A3 /Z B1 /Z B2 /Z B3 /Z C1 /Z C2 /Z D1 /Z E1) between a first wire pair (1-2/3-6/4-5) and a second wire pair (3-6/4-5/7-8); and altering the crosstalk compensation arrangement in at least one of the plurality of zones of crosstalk compensation (Z A1 /Z A2 /Z A3 /Z B1 /Z B2 /Z B3 /Z C1 /Z C2 /Z D1 /Z E1) nearest to contact springs (CS 1 -CS 8) of the first wire pair (1-2/3-6/4-5) and the second wire pair (3-6/4-5/7-8) to provide an asymmetric capacitive coupling (C1-C14) between the first wire pair (1-2/3-6/4-5) and the second wire pair (3-6/4-5/7-8) to reduce alien crosstalk at one of the first and second wire pairs (1-2/3-6/4-5/7-8). positioning a crosstalk compensation arrangement relating to crosstalk across at least a first wire pair (1-2/3-6/4-5) and a second wire pair (3-6/4-5/7-8) on a circuit board within a telecommunications jack, the crosstalk compensation arrangement including a plurality of symmetric zones of crosstalk compensation (Z A1 /Z A2 /Z A3 /Z B1 /Z B2 /Z B3 /Z C1 /Z C2 /Z D1 /Z E1) between a first wire pair (1-2/3-6/4-5) and a second wire pair (3-6/4-5/7-8); and altering the crosstalk compensation arrangement in at least one of the plurality of zones of crosstalk compensation (Z A1 /Z A2 /Z A3 /Z B1 /Z B2 /Z B3 /Z C1 /Z C2 /Z D1 /Z E1) nearest to contact springs (CS 1 -CS 8) of the first wire pair (1-2/3-6/4-5) and the second wire pair (3-6/4-5/7-8) to provide an asymmetric capacitive coupling (C1-C14) between the first wire pair (1-2/3-6/4-5) and the second wire pair (3-6/4-5/7-8) to reduce alien crosstalk at one of the first and second wire pairs (1-2/3-6/4-5/7-8).
A pixel structure, comprising: a metallic ground plane; a substrate unit cell, wherein the substrate unit cell is located on the metallic ground plane; a nano antenna unit, wherein the nano antenna unit is located on the substrate unit cell, the nano antenna unit comprises one or more nano antennas, each of the one or more nano antennas corresponds to one optical band, each nano antenna comprises two parts, the two parts are arranged in a bow-tie shape and are parallel to the substrate unit cell, a nano gap is formed between the two parts, the two parts and the nano gap have a function of a metal-insulator-metal diode, each of the two parts is in a shape of a trapezoid and the trapezoids are arranged with shortest bases facing each other; and a packaging unit, wherein the packaging unit covers the nano antenna unit, wherein each of the two parts have different work functions. a metallic ground plane; a substrate unit cell, wherein the substrate unit cell is located on the metallic ground plane; a nano antenna unit, wherein the nano antenna unit is located on the substrate unit cell, the nano antenna unit comprises one or more nano antennas, each of the one or more nano antennas corresponds to one optical band, each nano antenna comprises two parts, the two parts are arranged in a bow-tie shape and are parallel to the substrate unit cell, a nano gap is formed between the two parts, the two parts and the nano gap have a function of a metal-insulator-metal diode, each of the two parts is in a shape of a trapezoid and the trapezoids are arranged with shortest bases facing each other; and a packaging unit, wherein the packaging unit covers the nano antenna unit, wherein each of the two parts have different work functions.